Descriptive Report
and Test Results
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Edition 1:
October 19, 2009; Project 2207629 – Toronto
Issued by Jupiter Huang; Reviewed by Michel Brossoit, P. Eng.
Contents:
Certificate of Compliance – Page 1 to 3
Supplement to Certificate of Compliance – Page 1
Description and Tests – Pages 1 to 108
Att1 Photos – 1 to 2
Att2 Illustrations – 1 to 6
Att3 Drawings – 1 to 59
Att4 Operating Manual – 1
PRODUCTS
CLASS 5311 20 - POWER SUPPLIES - Component Type - For Use in Medical Equipment
CLASS 5311 96 - POWER SUPPLIES - Component Acceptance - Certified to US Standards
Component Type DC to DC Converter, PCB mount, use in medical equipment, Models RXXP2YYSZA/R6.4,
RXXP2##DZA/R6.4, RV-XXYYSZA/R6.4, RV-XX##DZA/R6.4, RXXPBBSZA/R6.4 and RXXPCCDZA/R6.4
series,
Series
RXXP2YYSZA/R6.4,
RXXP2##DZA/R6.4,
RV-XXYYSZA/R6.4,
RV-XX##DZA/R6.4
XX value (Input Voltage, Vdc)
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
XX value (Input Voltage, Vdc)
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
YY value
3.3
05
09
12
15
## value
3.3
05
09
12
15
Output rating
3.3 V dc / 606 mA, 2 W
5 V dc / 400 mA, 2 W
9 V dc / 222 mA, 2 W
12 V dc / 167 mA, 2 W
15 V dc / 133 mA, 2 W
Output rating
±3.3 V dc / ±303 mA, 2 W
±5 V dc / ±200 mA, 2 W
±9 V dc / ±111 mA, 2 W
±12 V dc / ±83 mA, 2 W
±15 V dc / ±66 mA, 2 W
This report shall not be reproduced, except in full, without the approval of CSA International.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Series
RXXPBBSZA/R6.4,
RXXPCCDZA/R6.4
XX value (Input Voltage, Vdc)
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
XX value (Input Voltage, Vdc)
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
3.3, 05, 09, 12, 15, 24
Page No: 2
Date Issued: October 19, 2009
BB value
3.3
05
09
12
15
CC value
3.3
05
09
12
15
Output rating
3.3 V dc / 303 mA, 1 W
5 V dc / 200 mA, 1 W
9 V dc / 111 mA, 1 W
12 V dc / 84 mA, 1 W
15 V dc / 66 mA, 1 W
Output rating
±3.3 V dc / ±150 mA, 1 W
±5 V dc / ±100 mA, 1 W
±9 V dc / ±56 mA, 1 W
±12 V dc / ±44 mA, 1 W
±15 V dc / ±33 mA, 1 W
Notes:
1. Type of protection against electric shock: Reinforced Insulation
2. Degree of protection against electric shock: Not Classified
3. Degree of protection against ingress of water: IPX0
4. Degree of safety of application in the presence of a flammable anaesthetic mixture with air or with oxygen or
nitrous oxide: Equipment not suitable for use in the presence of a flammable anaesthetic mixture with air or
with oxygen or nitrous oxide.
5. Mode of operation: Continuous
6. Environmental Conditions: Normal: 10-40°C, 30-75% rH, 700-1060hPa.
7. The subject model can be operated at an ambient temperature 85˚C max.
8. “Z” in the model designation denotes /P or blank for continuous short circuit protection.
9. “A” in the model designation denotes /X1 for non-standard nominal deviation; /X2 for reduced pinout; /X3
for reduced power; /X4 for reduced quiescent current; /X5 for reduced inrush current; /X6 for non-standard
isolation test; /X7 for non-standard operating frequency; or blank.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 3
Date Issued: October 19, 2009
APPLICABLE REQUIREMENTS
CSA Standards:
CAN/CSA C22.2 601.1-M90
Medical Electrical Equipment part 1: General requirements for Safety
adopted IEC 601-1 2ed (90)
CAN/CSA C22.2 601.1S1-94
Supplement No 1-94 to CAN/CSA C22.2 601.1-M90
CAN/CSA C22.2 601.1B-98
Amendment 2 to CAN/CSA C22.2 601.1-M90
CAN/CSA-C22.2 No 60950-1-03
Information Technology Equipment – Safety – Part 1: General
Requirements (As a Guide)
UL Standards:
UL 60601-1 (1st edition)
ANSI/UL Std No 60950-1, 1st Ed.
Medical Electrical Equipment part 1: General requirements for Safety
Information Technology Equipment – Safety – Part 1: General
Requirements (As a Guide)
Subject to the following qualifications:
(1)
(2)
Evaluated to IEC/CSA 601-1 Amendment 2 excluding requirements for Electromagnetic compatibility
(Clause 36), Biocompatibility (Clause 48) and Programmable Electronic Systems (IEC 60601-1-4
referenced in sub-clause 52.1).
SAFETY HAZARDS resulting from the intended physiological function of EQUIPMENT covered by
this Standard are not considered.
MARKINGS
On the Equipment Exterior:
Equipment is plainly marked in a permanent manner in a place where the details will be readily visible after
installation with the following:
-
The CSA applicable mark
/
/
with optional reference to
Standard CAN/CSA C22.2 No. 601.1 (SUP1+AM2), UL 60601-1, or IEC 60601-1
Manufacturer's identification: Name and/or CSA file number on the same label as the CSA Mark. The
name and/or trademark should appear elsewhere on the equipment if only the file number is used on this
label.
Catalogue/Model/Type designation.
Date of manufacture: Month and year of manufacture or date code. If a serial number is used instead of
date of manufacture, a record of serial numbers shall be kept traceable to date of manufacture. (Not
related to date of sale). (On the small package.)
Marking on the unit that indicates the manufacturing location if the equipment is manufactured at more
than one factory location.
Complete electrical ratings; in volts (V), hertz (Hz), and amperes(A), Volt-amperes (VA) or Watts (W)
with the IEC 60417-5032 alternating current symbol adjacent to the marked voltage and dc current
symbol IEC 60417-5031 for each model.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 4
Date Issued: October 19, 2009
The following Symbols shall be applied accordingly
Mark
Symbol
X
CTS-49
DQD 507.10 Rev. 2008-11-28
Reference
Title
Mark
Symbol
Reference
Title
IEC 604175032
Alternating
current
IEC 604175840
T YPE B APPLIED
PART
IEC 604175032-1
Three-phase
alternating
current
IEC 604175333
T YPE BF APPLIED
PART
IEC 604175032-2
Three-phase
alternating
current with
neutral
IEC 604175335
T YPE CF APPLIED
PART
IEC 604175031
Direct current
IEC 604175331
C ATEGORY AP
IEC 604175033
Both direct and
alternating
current
IEC 604175332
C ATEGORY APG
IEC 604175019
Protective earth
(ground)
IEC 604175036
Dangerous voltage
IEC 604175017
Earth (ground)
IEC 604175841
IEC 604175021
Equipotentiality
IEC 604175172
C LASS II
equipment
IEC 604175336
ISO 70000434
Caution risk of
danger or
Attention,
IEC 604175041
Caution , hot
surface
IEC 604175007
“ON” (power)
IEC 60417XXX
Safe working load
IEC 604175008
“OFF” (power)
IEC 604175665
Body weight
IEC 604175010
“ON” / “OFF”
(push-push)
IEC 60529
Ingress Protection
IEC 604175334
IP N 1 N 2
Defibrillation-proof
TYPE B APPLIED
PART
Defibrillation-proof
TYPE BF APPLIED
PART
Defibrillation-proof
TYPE CF APPLIED
PART
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Mark
Symbol
Page No: 5
Date Issued: October 19, 2009
Reference
IEC 604175011
Title
“ON” / “OFF”
(push button)
Mark
Symbol
N
Reference
IEC 60445
Title
Connection point
for the neutral
conductor on
PERMANENTLY
INSTALLED
EQUIPMENT
IEC 604175264
“ON” for part
of the
EQUIPMENT
IEC 604175265
“OFF” for part
of the
EQUIPMENT
Pushing prohibited
ISO 7010xxx3
Sitting prohibited
IEC 604175638
Emergency stop
ISO 7010xxx4
Stepping prohibited
IEC 604175389
Patient, thin
IEC 604175390
Patient, normal
IEC 604175391
Patient, obese
EC 604175667
Baby
IEC 604175668
Nurse
IEC 604175844
Body temperature
IEC 604175001A
Battery, general
IEC 604175005
Plus; positive
polarity
IEC 604175001B
Battery, general
IEC 604175006
Minus; negative
polarity
IEC 604175002
Positioning of
cell
IEC 604175016
Fuse
IEC 604175020
Frame or chassis
IEC 604175152
Radiation of laser
apparatus
IEC 604175114
Foot switch
IEC 604175134
Electrostatic
sensitive devices
ISO 70000434A
Caution
IEC 604175140
Non-ionizing
electromagnetic
Radiation
---
Attention battery
vapours
---
CTS-49
DQD 507.10 Rev. 2008-11-28
ISO 7010xxx2
Caution risk of
electric shock or
Attention
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Mark
Symbol
Reference
Figure 14 of
IEC 608251
ISO 7010M002
IEC604175268
ISO 361
Page No: 6
Date Issued: October 19, 2009
Title
Warning label Hazard symbol
Radiation of laser
Refer to
instruction
manual/ booklet
In position of a
bi-stable push
control
Mark
Caution Ionizing
radiation
Symbol
Reference
Title
Figure 15 of
IEC 608251
IEC 60878
Safety 01
Laser aperture
explanatory label
IEC604175269
Out position of a bistable push control
IEC 604175003
AC/DC-converter;
rectifier substitute
power supply
Follow operating
instructions
On the Equipment Interior: N/A.
Additional Markings:
-
All words comprising the text of the marking, excluding the signal word are in letters not less than 1.6
mm (1/16 inch) high, based upon uppercase.
The signal word is in letters at least 2.8mm (7/64 inch).
Note Jurisdictions in Canada may require these markings to be also in French. It is the responsibility of the
Customer to provide bilingual marking, where applicable, in accordance with the requirements of the Provincial
Regulatory Authorities. It is the responsibility of the Customer to determine this requirement and have bilingual
wording added to the "Markings".
Marking Method: The above markings are made via laser silk screening compatible with the surface used, or
other equivalent permanent means that can pass the label rub test under Clause 6.1 z)
ACCOMPANYING DOCUMENTS
An operating manual is provided that specifies proper operating procedures for the equipment, recommended
accessories, proper cleaning and operator maintenance procedures, maintenance information and particular
technical characteristics. – See Attachment 1
SPECIAL ADVICE FOR FIELD REPRESENTATIVES
1.
Markings as above shall appear on each unit.
2.
Component Substitution
a) Critical components (those identified by mfr name, cat no) are not eligible for substitution without
evaluation and report updating.
b) Component descriptions marked with the identifier “(CT)” are subject to annual pickup and
Conformity Testing.
c) Component descriptions marked with the identifier “(INT)” are the only components that are eligible
for substitution at the factory.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 7
Date Issued: October 19, 2009
d) Substitution of a CSA Certified component with a component “Certified” or “Listed” by another
organization may result in annual sample pickup and Conformity Testing.
e) Substitution of a “Certified” or “Listed” component with a component that is “Recognized” or
“Accepted” is not permitted without evaluation and report updating.
3.
The shipping package shall be marked with the allowable transport and storage environmental conditions
such as humidity range, atmospheric pressure range and temperature range. This shall also be listed in the
manual.
Temperature:
Shipping/Storage:
Relative Humidity:
Shipping/Storage:
Atmospheric pressure: Shipping/Storage:
-55 to +125 deg C.
5 to 95 %.
500 – 1060 hPa.
4.
The accompanying documents include a glossary of symbols used on the product and in accompanying
documents. The following symbols are explained in the accompanying documents: Alternating Current,
Protective Earth, Type B, On, Off, Attention Consult Accompanying Documents, Equi-potentiality.
5.
All markings, symbols and warning statements appearing on the equipment appear in each of the
accompanying documents.
6.
The technical description includes a statement that the supplier will make available on request circuit
diagrams, component part lists, etc.
7.
All internal wiring is CSA Approved, secured and routed away from sharp edges and surfaces of pcb's.
ALTERATIONS
1.
2.
The units are marked as noted under "MARKINGS" above.
The power transformer, T1, is wrapped with three layers of insulation tape with 15 mm width and keep
minimum 5.5 mm of creepage distance and clearance between Core of T1 and output side when core is
considered input side or between Core of T1 and input side when core is considered output side.
FACTORY TESTS (N/A)
The equipment at the conclusion of manufacture, before shipment, shall be subjected to the following tests which
may be made at room temperature.
Applicable
Factory Test
Type of Factory Test
(indicate by X)
Ground Continuity:
For Grounded Units: Each machine shall be tested for ground continuity, as follows:
Each appliance that has provision for grounding by fixed wiring means or has a powersupply cord having a grounding conductor shall be tested, as a routine production-line
test, to determine grounding continuity is provided between the point of connection of
the equipment grounding means (grounding blade of the attachment plug in the case of
a portable appliance) and the accessible dead metal parts of the appliance that are
likely to become energized.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Applicable
Factory Test
Page No: 8
Date Issued: October 19, 2009
Type of Factory Test
(indicate by X)
Only a single test need be made if the accessible metal selected is conductively
connected to all other accessible metal.
Any indicating device (an ohmmeter, a battery-an-buzzer combination or the like) may
be used to determine compliance.
Dielectric Strength:
For Grounded Units: Each machine shall withstand for one min, without breakdown,
the application of 1500 Vac (1000 Vac if the operating voltage is 120 Vac) between
live parts and exposed metal parts.
Transformers Connected to Vac Supply: Each transformer before assembly into the
equipment shall be subjected to the following dielectric strength tests for a period of
one minute, without breakdown:
A Vac potential applied between each winding and the core and metal enclosure, with all
other windings grounded to the core and metal enclosure. The test potential shall be:
(a) Primary to core - 1500 Vac (1000 Vac if operating voltage is 120 Vac).
(b) Primary to SELV secondaries - 4000 Vac (3000 Vac if operating voltage is 120
Vac).
(c) SELV secondaries to core - 500 Vac.
Note: Although ac voltages are quoted above, coupling components within the product may require the tests be conducted using
dc voltages or peak voltages. Where dc voltages are used, the test values are increased by 1.414 times the ac voltages.
The test period may be shortened by using a potential 20 percent higher for one second.
Transformer manufacturer's written agreement to conduct Dielectric Strength Test on
100 percent production will be acceptable, to exclude this transformer component
to be re-tested.
For Double Insulated Units (Class II) Having Exposed Metal Parts: The
equipment at the conclusion of manufacture, before shipment, shall withstand for one
minute, without breakdown, the application of 4000Vac (or 3000Vac for unit rated up
to 150Vac) between live parts and exposed non-current-carrying metal parts.
For Double Insulated Units (Class II) Not Having Exposed Metal Parts: The
equipment at the conclusion of manufacture, before shipment, shall withstand for one
minute, without breakdown, the application of 4000Vac (or 3000Vac for unit rated up
to 150Vac) between live parts and metal foil in contact with plastic enclosure.
For 3 phase products: The plate rating (reference voltage) of that product shall be tested
according to table V Test Voltages of the adopted IEC 60601-1 2ed standard.
(Test Voltage must be indicated and type of insulation test)
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Applicable
Factory Test
Page No: 9
Date Issued: October 19, 2009
Type of Factory Test
(indicate by X)
Leakage Current:
Measurement of the leakage according to Clause 19 at ambient temperature but
without a moisture preconditioning treatment.
In cases where the number of settings of parameters of the equipment or of switches of the
measuring supply circuit or of the application of a metal foil or the application of the
measuring device, to be performed during the test would be unacceptable and the
results of certain tests would indicate the highest value(s), then the routine tests may be
restricted to the setting(s) provoking these values.
Warning: The factory test(s) specified may present a hazard of injury to personnel and/or
property and should only be performed by persons knowledgeable of such hazards and
under conditions designed to minimize the possibility of injury.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 10
Date Issued: October 19, 2009
INTRODUCTION
A representative sample of the subject product was examined and is described in the body of this report. Unless
specifically stated otherwise, the following general definitions, terminology and construction details apply:
Notes: Unless stated otherwise:
Nomenclature of Critical Components:
Object/part No
Manufacturer/
trademark
Type/model
Technical data
1: [N1], Object, [N2], [N3],
Standard
Mark(s) of
conformity1)
[N4] ([N5]), [N6]
[N1] Code: [INT] [CT]
The term “(INT)”, following the component name, denotes a certified component that can be replaced
by one from another certified source (approved by OSHA/SCC accredited body for the same application)
provided that it has an equivalent rating, configuration (size, orientation, mounting) and that applicable
minimum creepage and clearance distances are maintained from live parts to bonded metal parts and
secondary parts.
The term “(CT)”, following the component name, denotes a component that is subject to periodic retesting unless evidence of re-testing equivalent to the CSA program is available.
[N2] Code: [2-100x], not required for 1.
nx: n is for quantity, x is for times : (eg: 2x would be 2 objects of that type)
[N3] Code: (The following codes or only examples the codes used must be representative to the electrical drawings
or schematics used by the manufacturer).
BRn: BR is for Bridge, n is for number of that component.
Cn: C is for Capacitor, n is for number of that component.
Dn: D is for Diode, n is for number of that component.
Fn: F is for Fuse, n is for number of that component.
Kn: K is for Coil, n is for number of that component.
Ln: L is for Inductance, n is for number of that component.
Rn: R is for Resistor, n is for number of that component.
RELn: REL is for Relay, n is for number of that component.
SOLn: SOL is for Solenoid, n is for number of that component.
Zn: Z is for Zener, n is for number of that component.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 11
Date Issued: October 19, 2009
[N4] Code: Agency Approvals Logos/Marks
"CSA or
"CSAus or
" = CSA Certified for Canada only
" CSA Certified for USA only
"cCSAus or
" CSA Certified for Canada and USA
"UR or
" = UL Recognized for USA only, "cUR or
"cURus or
" = UL Recognized for Canada and USA
"UL or
" = UL Listed for USA only, "cUL or
Listed for Canada and USA.
" = UL Recognized for Canada only,
" = UL Listed for Canada only, "cULus or
" = UL
Note: Other Agency approval Logos/marks can also be used.
#: Pound Sign: The "#" the pound denotes that the used Monogram does not appear on the component. A pound
behind any other test house's logo/mark denotes that their monogram does not appear on the component.
Accepted: The Accepted word means tested in end-product to applicable standard of that end-product. That
component meets all the requirements of the end equipment or system.
[N5] Code: CSA Master Contract number (123456) or UL or UR Licence number (E123456).
[N6] Code: Additional information
SELV: All references to "SELV" denote Extra Low Voltage secondary circuits or components operating at less
than 25 Vrms or 42.4V p-p or 60 Vdc.
Other Definitions
Mechanical Construction: Unless otherwise specified, all mechanical parts are provided with lock washers or
other equivalent means to prevent separation of mechanical parts. Screws between metal parts, covers, etc.
employ star washers or masked screw heads and prevents paint build up to insure good electrical continuity
between parts. All accessible dead metal parts, including covers, screen, brackets, and fan guards are readily
connected with bolts, straps, or wires to the housing or frame. Fuse holders and rotational switches are prevented
from rotation by a positive means such as keying, the use of lock washers or other equivalent means.
All exposed edges, projections and corners of the enclosure, frame, guards and the like are smooth, well rounded
and free from burrs. All surfaces in contact with moving internal wiring or cables are smoothed to prevent
abrasion of insulation. All ferrous metal parts are painted, plated, or protected by equivalent means to prevent
corrosion, except for bearing and latching surfaces.
Metal: All references to "metal" denote painted or plated steel (min No 20 MSG) or aluminium (min No 16
AWG).
Solder Connections: All connections are made mechanically secure prior to soldering.
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PROJECT: 2207629
Page No: 12
Date Issued: October 19, 2009
Dimensions: All dimensions specified are approximations only, and shown in millimetres (mm).
Internal Wiring: All primary and grounding circuit conductors are Certified and UL Recognized, rated min 80ºC,
300 V ac. All wiring is suitably routed and secured away from sharp edges and moving parts to prevent chafing
of the insulation. Alternatively, additional insulation is provided where the wiring passes over sharp edges and
through holes. All mains circuit wiring shall be doubly secured at all connection points.
Sleeving: All thermoplastic and other insulating tubing used in primary circuits are
300 Vac
or
, rated min 105ºC,
Crimp Connectors: All crimp-type connectors used in primary and grounding circuits are
or
appropriately sized for the gauge of conductors used, vinyl insulated (optional for grounding), rated min 90ºC,
250 Vac.
Connectors: All connectors used in primary circuits are
gauge of conductors used, rated min 250 Vac.
or
, appropriately sized for the number and
Wire Positioning Devices: Unless otherwise noted,
type – Wire Positioning Devices (ZODZ2); i.e. cable ties,
wire positioning mounts, and bundling straps, rated min. 60°C. Adhesive-backed types are suitable for
application to the surface involved.
Printed Circuit Boards (PC-B): All PC-B's are made of paper phenolic, paper epoxy or glass epoxy, min 1.6 mm
thick
, unless circuit is limited to less than 15 W.
Bonding: All accessible metal parts liable to become energized are acceptably connected together, and to the
grounding means, by straps and/or conductors, bolts, screws and star washers (to ensure surface coating
penetration), in conformance to Clause 3.4 of CSA Standard C22.2 No. 0.4.
Spacing: All spacing between terminals, between PWB conductive traces, and between other bare live parts and
ground, conform to Table XVI of CSA Standard C22.2 No 601.1, Clause 57.10.
DESCRIPTION
General: The subject product is a component type DC to DC converter. It consists of a plastic enclosure housing
SEC and/or SELV components.
Notes:
1) The term “(INT)”, following the component name, denotes a certified component that can be replaced by one
from another certified source (approved by OSHA/SCC accredited body for the same application) provided
that it has an equivalent rating, configuration (size, orientation, mounting) and that applicable minimum
creepage and clearance distances are maintained from live parts to bonded metal parts and secondary parts.
2) The term “(CT)”, following the component name, denotes a component that is subject to periodic re-testing
unless evidence of re-testing equivalent to the CSA program is available.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 13
Date Issued: October 19, 2009
LIST OF CRITICAL COMPONENTS
Object/part No
Manufacturer/
trademark
Wah Hong Industrial
1: Top Main
Enclosure (for Corp.
all series) /
Bottom Plate
(for RV series
only)
Type/model
WH-9100
Technical data
Standard
Type:
UL 746C
DC to DC converter to
UL 94
be built-in.
Mark(s) of
conformity1)
#
Overall Dimensions:
Approx. 19.0 by 9.7
by 12.5, 0.45
thickness (mm) for
RXX series; approx.
31.9 by 14.2 by 10.5,
0.66 thickness (mm)
for RV series.
Material: Rated 94V-0
at 0.37 mm thickness,
RTI=130 deg C.
Color: black.
Weight: Approx. 4.3
g for RXX series; 9 g
for RV series.
2: Potting
Material
Momentive
Performance
Materials Japan LLC
TSE3331(A)
and
TSE3331(B)
3: Main PCB
Top Hill Electronics
Co., Ltd.
8
4: Inductor, L1
(Only for RV
series)
Gang Song
Electronics Co., Ltd.
GS32-4R7M
5: Switching
Rohm
Transistors, Q1
and Q2
CTS-49
DQD 507.10 Rev. 2008-11-28
2SD2444K
Vent Openings: No
openings.
Rated 94V-0,
RTI=105 degC.
UL 746D
#
Approx. 17.7 by 9.8, UL 94, UL 796
0.6 thickness (mm) for
RXX series; 30.0 by
13.0, 0.8 thickness
(mm) for RV series.
Rated 94V-0, 130 deg
C.
Class 130 deg C.
-
#
Rated 15 Vdc, 1 A or
equivalent
Accepted
-
Accepted
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 14
Date Issued: October 19, 2009
5a: Switching
Transistors,
Q1 and Q2
Rohm
2SC2411K
Rated 40 Vdc, 0.5 A
or equivalent
-
Accepted
5b: Switching
Transistors,
Q1 and Q2
Rohm
2SD2657K
Rated 30 V dc, 1.5 A
or equivalent
-
Accepted
5c: Switching
Transistors,
Q1 and Q2
ON Semiconductor
MMBTA05LT 60 V dc, 0.5 A or
equivalent
1
-
Accepted
5d: Switching
Transistors,
Q1 and Q2
ON Semiconductor
MMBTA06LT 80 V dc, 0.5 A or
equivalent
1
-
Accepted
5e: Switching
Transistors,
Q1 and Q2
Rohm
2SD2653K
Rated 15 V dc, 2.0 A
or equivalent
-
Accepted
6: Capacitor, C1
Murata
GRM series
Accepted
7: Capacitor, C2
Murata
GRM series
0.01 uF max, 50 V dc. 1 uF, or 2.2 uF, or 4.7 uF or 10 uF, 16 V dc
min.
1 uF, or 2.2 uF, or 4.7 uF or 10 uF, 16 V dc
min.
1 uF, or 2.2 uF, or 4.7 uF or 10 uF, 16 V dc
min.
7a: Capacitor, C2 Holy Stone
X7R series
7b: Capacitor, C2 Matsuki
X7R series
Accepted
Accepted
Accepted
Isolating Switching Power Transformer (T1): (for Models R3.3P23.3S/R6.4, R3.3P23.3D/R6.4, RV3.33.3D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-3.33.3/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 15
Date Issued: October 19, 2009
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.23
9
Input Pins NP-NP2
0.23
9
Input Pins NF2-NF
0.1
6
Input Pins NF-NF1
0.1
6
Output Pins NS1-NS
0.2
11
Output Pins NS-NS2
0.2
11
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
Isolating Switching Power Transformer (T1): (for Models R3.3P205S/R6.4, R3.3P205D/R6.4, RV-3.305S/R6.4
and RV-3.305D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-3.305/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.23
8
Input Pins NP-NP2
0.23
8
Input Pins NF2-NF
0.1
5
Input Pins NF-NF1
0.1
5
Output Pins NS1-NS
0.2
14
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 16
Date Issued: October 19, 2009
Output Pins NS-NS2
0.2
14
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025 Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and
evaluate additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
Isolating Switching Power Transformer (T1): (for Models R3.3P209S/R6.4, R3.3P209D/R6.4 and
R3.3P09S/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-3.309/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
8
Input Pins NP-NP2
0.20
8
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.12
24
Output Pins NS-NS2
0.12
24
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between
Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 17
Date Issued: October 19, 2009
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and
evaluate additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
Isolating Switching Power Transformer (T1): (for Models R3.3P212S/R6.4 and R3.3P212D/R6.4) Evaluated to
be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-3.312/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
8
Input Pins NP-NP2
0.20
8
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.10
32
Output Pins NS-NS2
0.10
32
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 18
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R3.3P215S/R6.4 and R3.3P215D/R6.4) Evaluated to
be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-3.315/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
8
Input Pins NP-NP2
0.20
8
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.10
40
Output Pins NS-NS2
0.10
40
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and
evaluate additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 19
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R05P23.3S/R6.4 and R05P23.3D/R6.4) Evaluated to
be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-053.3/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
10
Input Pins NP-NP2
0.20
10
Input Pins NF2-NF
0.1
4
Input Pins NF-NF1
0.1
4
Output Pins NS1-NS
0.20
8
Output Pins NS-NS2
0.20
8
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and
evaluate additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 20
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R05P205S/R6.4, R05P205D/R6.4, RV-0505S/R6.4
and RV-0505D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-0505/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
13
Input Pins NP-NP2
0.20
13
Input Pins NF2-NF
0.10
6
Input Pins NF-NF1
0.10
6
Output Pins NS1-NS
0.20
15
Output Pins NS-NS2
0.20
15
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 21
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R05P209S/R6.4, R05P209D/R6.4, RV-0509S/R6.4
and RV-0509D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-0509/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
11
Input Pins NP-NP2
0.20
11
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.12
22
Output Pins NS-NS2
0.12
22
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 22
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R05P212S/R6.4, R05P212D/R6.4, RV-0512S/R6.4 and
RV-0512D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-0512/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
11
Input Pins NP-NP2
0.20
11
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.10
29
Output Pins NS-NS2
0.10
29
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 23
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R05P215S/R6.4, R05P215D/R6.4, RV-0515S/R6.4
and RV-0515D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-0515/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
12
Input Pins NP-NP2
0.20
12
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.10
39
Output Pins NS-NS2
0.10
39
*Insulation Details
No. of
Between Windings
Layers
mm
Material
Total mm
Creepage Clearance
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 24
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R09P23.3S/R6.4 and RV-093.3S/R6.4) Evaluated to
be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-093.3/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.15
18
Input Pins NP-NP2
0.15
18
Input Pins NF2-NF
0.12
5
Input Pins NF-NF1
0.12
5
Output Pins NS1-NS
0.20
8
Output Pins NS-NS2
0.20
8
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and
evaluate additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 25
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R09P23.3D/R6.4, R09P3.3S/R6.4, R09P3.3D/R6.4,
RV-093.3D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-093.3D/R6.4
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.15
19
Input Pins NP-NP2
0.15
19
Input Pins NF2-NF
0.12
5
Input Pins NF-NF1
0.12
5
Output Pins NS1-NS
0.20
8
Output Pins NS-NS2
0.20
8
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between
Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 26
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R09P205S/R6.4, R09P205D/R6.4, R09P05D/R6.4
and R09P05S/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-0905/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.15
18
Input Pins NP-NP2
0.15
18
Input Pins NF2-NF
0.12
5
Input Pins NF-NF1
0.12
5
Output Pins NS1-NS
0.20
11
Output Pins NS-NS2
0.20
11
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 27
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R09P209S/R6.4, R09P209D/R6.4, R09P09D/R6.4
and R09P09S/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-0909/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.15
16
Input Pins NP-NP2
0.15
16
Input Pins NF2-NF
0.12
4
Input Pins NF-NF1
0.12
4
Output Pins NS1-NS
0.20
17
Output Pins NS-NS2
0.20
17
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 28
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R09P212S/R6.4, R09P212D/R6.4, R09P12D/R6.4,
R09P12S/R6.4, RV-0912S/R6.4 and RV-0912D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-0912/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
17
Input Pins NP-NP2
0.20
17
Input Pins NF2-NF
0.25
4
Input Pins NF-NF1
0.25
4
Output Pins NS1-NS
0.12
24
Output Pins NS-NS2
0.12
24
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 29
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R09P215S/R6.4, R09P215D/R6.4, RV-0915S/R6.4 and
RV-0915D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-0915/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
17
Input Pins NP-NP2
0.20
17
Input Pins NF2-NF
0.25
4
Input Pins NF-NF1
0.25
4
Output Pins NS1-NS
0.10
30
Output Pins NS-NS2
0.10
30
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 30
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R12P23.3S/R6.4 and RV-123.3S/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-123.3/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.15
27
Input Pins NP-NP2
0.15
27
Input Pins NF2-NF
0.12
5
Input Pins NF-NF1
0.12
5
Output Pins NS1-NS
0.20
9
Output Pins NS-NS2
0.20
9
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 31
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R12P23.3D/R6.4, R12P3.3S/R6.4, R12P3.3D/R6.4 and
RV-123.3D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-123.3D/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.15
28
Input Pins NP-NP2
0.15
28
Input Pins NF2-NF
0.12
5
Input Pins NF-NF1
0.12
5
Output Pins NS1-NS
0.20
9
Output Pins NS-NS2
0.20
9
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 32
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R12P205S/R6.4, R12P205D/R6.4, R12P05D/R6.4,
R12P05S/R6.4, RV-1205S/R6.4 and RV-1205D/6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-1205/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.15
26
Input Pins NP-NP2
0.15
26
Input Pins NF2-NF
0.12
5
Input Pins NF-NF1
0.12
5
Output Pins NS1-NS
0.20
12
Output Pins NS-NS2
0.20
12
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 33
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R12P209S/R6.4, R12P209D/R6.4, R12P09D/R6.4,
R12P09S/R6.4, RV-1209S/R6.4 and RV-1209D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-1209/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.15
24
Input Pins NP-NP2
0.15
24
Input Pins NF2-NF
0.12
4
Input Pins NF-NF1
0.12
4
Output Pins NS1-NS
0.20
19
Output Pins NS-NS2
0.20
19
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1. Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2. Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 34
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R12P212S/R6.4, R12P212D/R6.4, R12P12D/R6.4,
R12P12S/R6.4, RV-1212S/R6.4 and RV-1212D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-1212/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.15
19
Input Pins NP-NP2
0.15
19
Input Pins NF2-NF
0.12
4
Input Pins NF-NF1
0.12
4
Output Pins NS1-NS
0.20
20
Output Pins NS-NS2
0.20
20
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 35
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R12P215S/R6.4, R12P215D/R6.4, R12P15D/R6.4,
R12P15S/R6.4, RV-1215S/R6.4 and RV-1215D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-1215/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
20
Input Pins NP-NP2
0.20
20
Input Pins NF2-NF
0.25
4
Input Pins NF-NF1
0.25
4
Output Pins NS1-NS
0.10
26
Output Pins NS-NS2
0.10
26
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 36
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R15P23.3S/R6.4 and R15P23.3D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-153.3/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.12
31
Input Pins NP-NP2
0.12
31
Input Pins NF2-NF
0.10
4
Input Pins NF-NF1
0.10
4
Output Pins NS1-NS
0.20
8
Output Pins NS-NS2
0.20
8
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 37
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R15P205S/R6.4, R15P205D/R6.4, R15P05D/R6.4,
R15P05S/R6.4, RV-1505S/R6.4 and RV-1505D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-1505/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.12
35
Input Pins NP-NP2
0.12
35
Input Pins NF2-NF
0.10
5
Input Pins NF-NF1
0.10
5
Output Pins NS1-NS
0.20
13
Output Pins NS-NS2
0.20
13
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 38
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R15P209S/R6.4, R15P209D/R6.4, R15P09D/R6.4,
R15P09S/R6.4, RV-1509S/R6.4 and RV-1509D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-1509/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.12
25
Input Pins NP-NP2
0.12
25
Input Pins NF2-NF
0.10
4
Input Pins NF-NF1
0.10
4
Output Pins NS1-NS
0.20
16
Output Pins NS-NS2
0.20
16
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 39
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R15P212S/R6.4, R15P212D/R6.4, R15P12D/R6.4,
R15P12S/R6.4, RV-1512S/R6.4 and RV-1512D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-1512/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.12
25
Input Pins NP-NP2
0.12
25
Input Pins NF2-NF
0.10
4
Input Pins NF-NF1
0.10
4
Output Pins NS1-NS
0.20
21
Output Pins NS-NS2
0.20
21
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 40
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R15P215S/R6.4, R15P215D/R6.4, R15P15D/R6.4,
R15P15S/R6.4, RV-1515S/R6.4 and RV-1515D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-1515/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.12
25
Input Pins NP-NP2
0.12
25
Input Pins NF2-NF
0.10
4
Input Pins NF-NF1
0.10
4
Output Pins NS1-NS
0.20
26
Output Pins NS-NS2
0.20
26
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 41
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R24P23.3S/R6.4 and RV-243.3D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-243.3/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.10
37
Input Pins NP-NP2
0.10
37
Input Pins NF2-NF
0.12
3
Input Pins NF-NF1
0.12
3
Output Pins NS1-NS
0.20
6
Output Pins NS-NS2
0.20
6
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 42
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R24P23.3D/R6.4, R24P3.3S/R6.4 and R24P3.3D/R6.4)
Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-243.3D/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.10
38
Input Pins NP-NP2
0.10
38
Input Pins NF2-NF
0.12
3
Input Pins NF-NF1
0.12
3
Output Pins NS1-NS
0.20
6
Output Pins NS-NS2
0.20
6
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 43
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R24P205S/R6.4, R24P05S/R6.4, RV2405S/R6.4 and
RV-2405D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-2405/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.10
39
Input Pins NP-NP2
0.10
39
Input Pins NF2-NF
0.12
3
Input Pins NF-NF1
0.12
3
Output Pins NS1-NS
0.20
9
Output Pins NS-NS2
0.20
9
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 44
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R24P205D/R6.4 and R24P05D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-2405D/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.10
40
Input Pins NP-NP2
0.10
40
Input Pins NF2-NF
0.12
3
Input Pins NF-NF1
0.12
3
Output Pins NS1-NS
0.20
9
Output Pins NS-NS2
0.20
9
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 45
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R24P209S/R6.4, R24P209D/R6.3, R24P09S/R6.4,
R24P09D/R2.4, RV-2409S/R6.4 and RV-2409D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-2409/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.10
38
Input Pins NP-NP2
0.10
38
Input Pins NF2-NF
0.12
3
Input Pins NF-NF1
0.12
3
Output Pins NS1-NS
0.20
15
Output Pins NS-NS2
0.20
15
*Insulation Details
No. of
Between Windings
Layers
mm
Material
Total mm
Creepage
Clearance
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 46
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R24P212S/R6.4, R24P212D/R6.3, R24P12S/R6.4,
R24P12D/R2.4, RV-2412S/R6.4 and RV-2412D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-2412/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.10
44
Input Pins NP-NP2
0.10
44
Input Pins NF2-NF
0.12
3
Input Pins NF-NF1
0.12
3
Output Pins NS1-NS
0.20
23
Output Pins NS-NS2
0.20
23
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 47
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R24P215S/R6.4, R24P215D/R6.3, R24P15S/R6.4 and
R24P15D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP2-2415/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.10
37
Input Pins NP-NP2
0.10
37
Input Pins NF2-NF
0.12
3
Input Pins NF-NF1
0.12
3
Output Pins NS1-NS
0.20
24
Output Pins NS-NS2
0.20
24
*Insulation Details
No. of
Between Windings
Layers
mm
Material
Total mm
Creepage
Clearance
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 48
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Model R3.3P3.3S/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-3.33.3/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.23
10
Input Pins NP-NP2
0.23
10
Input Pins NF2-NF
0.10
7
Input Pins NF-NF1
0.10
7
Output Pins NS1-NS
0.20
12
Output Pins NS-NS2
0.20
12
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 49
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Model R3.3P3.3D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-3.33.3D/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.23
9
Input Pins NP-NP2
0.23
9
Input Pins NF2-NF
0.10
6
Input Pins NF-NF1
0.10
6
Output Pins NS1-NS
0.20
10
Output Pins NS-NS2
0.20
10
*Insulation Details
No. of
Between Windings
Layers
mm
Material
Total mm
Creepage
Clearance
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 50
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Model R3.3P05S/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-3.305/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.23
9
Input Pins NP-NP2
0.23
9
Input Pins NF2-NF
0.10
6
Input Pins NF-NF1
0.10
6
Output Pins NS1-NS
0.20
15
Output Pins NS-NS2
0.20
15
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 51
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Model R3.3P05D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-3.305D/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.23
8
Input Pins NP-NP2
0.23
8
Input Pins NF2-NF
0.10
5
Input Pins NF-NF1
0.10
5
Output Pins NS1-NS
0.20
13
Output Pins NS-NS2
0.20
13
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 52
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Model R3.3P09D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-3.309D/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
8
Input Pins NP-NP2
0.20
8
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.12
23
Output Pins NS-NS2
0.12
23
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 53
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R3.3P12S/R6.4 and R3.3P12D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-3.312/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
8
Input Pins NP-NP2
0.20
8
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.10
31
Output Pins NS-NS2
0.10
31
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 54
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R3.3P15S/R6.4 and R3.3P15D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-3.315/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
8
Input Pins NP-NP2
0.20
8
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.10
38
Output Pins NS-NS2
0.10
38
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 55
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R05P3.3S/R6.4 and R05P3.3D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-053.3/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
9
Input Pins NP-NP2
0.20
9
Input Pins NF2-NF
0.10
4
Input Pins NF-NF1
0.10
4
Output Pins NS1-NS
0.20
7
Output Pins NS-NS2
0.20
7
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 56
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R05P05S/R6.4 and R05P05D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-0505/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
13
Input Pins NP-NP2
0.20
13
Input Pins NF2-NF
0.10
6
Input Pins NF-NF1
0.10
6
Output Pins NS1-NS
0.20
14
Output Pins NS-NS2
0.20
14
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 57
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R05P09S/R6.4 and R05P09D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-0509/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
11
Input Pins NP-NP2
0.20
11
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.12
21
Output Pins NS-NS2
0.12
21
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 58
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R05P12S/R6.4 and R05P12D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-0512/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
11
Input Pins NP-NP2
0.20
11
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.10
28
Output Pins NS-NS2
0.10
28
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 59
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R05P15S/R6.4 and R05P15D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-0515/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
12
Input Pins NP-NP2
0.20
12
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.10
38
Output Pins NS-NS2
0.10
38
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 60
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R09P15S/R6.4 and R09P15D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-0915/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
17
Input Pins NP-NP2
0.20
17
Input Pins NF2-NF
0.25
4
Input Pins NF-NF1
0.25
4
Output Pins NS1-NS
0.10
29
Output Pins NS-NS2
0.10
29
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 61
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models R15P3.3S/R6.4 and R15P3.3D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFP-153.3/R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.12
32
Input Pins NP-NP2
0.12
32
Input Pins NF2-NF
0.10
4
Input Pins NF-NF1
0.10
4
Output Pins NS1-NS
0.20
8
Output Pins NS-NS2
0.20
8
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 62
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Model RV-3.33.3S/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFA2U-3.33.3S/6R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.23
9
Input Pins NP-NP2
0.23
9
Input Pins NF2-NF
0.10
6
Input Pins NF-NF1
0.10
6
Output Pins NS1-NS
0.20
12
Output Pins NS-NS2
0.20
12
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 63
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models RV-3.309S/R6.4 and RV-3.309D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFA2U-3.309S/6R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
8
Input Pins NP-NP2
0.20
8
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.12
25
Output Pins NS-NS2
0.12
25
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 64
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models RV-3.312S/R6.4 and RV-3.312D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFA2U-3.312S/6R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
8
Input Pins NP-NP2
0.20
8
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.10
33
Output Pins NS-NS2
0.10
33
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 65
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Model RV-3.315S/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFA2U-3.315S/6R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
8
Input Pins NP-NP2
0.20
8
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.10
42
Output Pins NS-NS2
0.10
42
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 66
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Model RV-3.315D/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFA2U-3.315D/6R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for output; triple insulation windings, rated 130ºC for input.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be output side) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height).
Circular ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
8
Input Pins NP-NP2
0.20
8
Input Pins NF2-NF
0.25
5
Input Pins NF-NF1
0.25
5
Output Pins NS1-NS
0.10
41
Output Pins NS-NS2
0.10
41
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Input – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 67
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models RV-053.3S/R6.4 and RV-053.3D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFA2U-053.3S/6R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height). Circular
ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.20
11
Input Pins NP-NP2
0.20
11
Input Pins NF2-NF
0.10
5
Input Pins NF-NF1
0.10
5
Output Pins NS1-NS
0.20
9
Output Pins NS-NS2
0.20
9
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 68
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models RV-0905S/R6.4 and RV-0905D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFA2U-0905S/6R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height). Circular
ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.15
19
Input Pins NP-NP2
0.15
19
Input Pins NF2-NF
0.12
5
Input Pins NF-NF1
0.12
5
Output Pins NS1-NS
0.20
12
Output Pins NS-NS2
0.20
12
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 69
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models RV-0909S/R6.4 and RV-0909D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFA2U-0909S/6R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height). Circular
ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.15
15
Input Pins NP-NP2
0.15
15
Input Pins NF2-NF
0.12
4
Input Pins NF-NF1
0.12
4
Output Pins NS1-NS
0.20
16
Output Pins NS-NS2
0.20
16
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 70
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models RV-153.3S/R6.4 and RV-153.3D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFA2U-153.3S/6R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height). Circular
ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.12
30
Input Pins NP-NP2
0.12
30
Input Pins NF2-NF
0.10
4
Input Pins NF-NF1
0.10
4
Output Pins NS1-NS
0.20
8
Output Pins NS-NS2
0.20
8
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 71
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Model RV-243.3S/R6.4) Evaluated to be accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFA2U-243.3S/6R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height). Circular
ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.10
36
Input Pins NP-NP2
0.10
36
Input Pins NF2-NF
0.12
3
Input Pins NF-NF1
0.12
3
Output Pins NS1-NS
0.20
6
Output Pins NS-NS2
0.20
6
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 72
Date Issued: October 19, 2009
Isolating Switching Power Transformer (T1): (for Models RV-2415S/R6.4 and RV-2415D/R6.4) Evaluated to be
accepted.
Manufacturer: CTC Coil Technology Corporation.
Cat. No.: TFA2U-2415S/6R6.4.
Marking: As Cat. No. above.
Construction: Concentric turns of enamelled magnetic wire on core, with 4 input and 2 output windings.
Input Winding Enamel: Polyurethane, rated 130ºC for input; triple insulation windings, rated 130ºC for output.
Insulation Tape: Polyester film, '3M', P/N 1350F-1 or 1, rated 130ºC.
Impregnation: Varnish, rated min 130 ºC.
Mounting: Soldered in pcb via Input/Output pin terminals.
Insulation Class: Class B. (UL recognized to Insulation Class B, E328763)
Core Dimensions: (Considered to be input) 9.2 mm dia. (OD) by 4.8 mm dia. (ID) by 3.3 mm (height). Circular
ferrite core.
Windings: [Manufacturer's
spec's].
Wire Gauge/Dia (mm)
No. of Turns
[Primary/Secondary/Shield]
Input Pins NP1-NP
0.10
38
Input Pins NP-NP2
0.10
38
Input Pins NF2-NF
0.12
3
Input Pins NF-NF1
0.12
3
Output Pins NS1-NS
0.20
25
Output Pins NS-NS2
0.20
25
*Insulation
No. of
Details
Layers
mm
Material
Total mm
Creepage
Clearance
Between Windings
Input – Output
3
0.025
Polyester film tape
0.025
5.5
5.5
Output – Core
Triple-Insulated Wire
5.5
5.5
Triple Insulated Wire:
Manufacturer: Furukawa
Cat No: TEX-E
Temperature Class: 130 deg C CSA/UL File No: E206440
* Notes:
1.
Locations for measurements and insulation indicated here are guidelines only. Examine sample and evaluate
additional locations as required.
2.
Standard Abbreviations: PBT: Polybutylene terephthalate; PVC: Polyvinyl chloride; PET: Polyethylene
terephthalate; PP: Polypropylene]
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 73
Date Issued: October 19, 2009
TESTS RESULTS
Edition 1: 2207629
Test Location:
Test Conducted at
Name: Recom Manufacturing and Trading Ltd.
Address: 2F, No. 206, Feng Jen Road, Feng Shan, Kaohsiung County, Taiwan
Equipment Tested:
Model: REC6 series
Serial Number of Equipment Tested (if provided or use other sample ID number): 001-016
Weight of Equipment Tested: Approx. 4.3 g for RXX series; 9 g for RV series.
Electrical Rating of Equipment Tested: See above PRODUCTS.
Special Test Conditions:
1. An ambient temperature within the range of 0˚C to 40˚C.
2. A relative humidity within the range of 5% to 95%.
3. An atmospheric pressure within the range of 500 to 1060 hPa.
Applicable Requirements:
1.
The subject equipment was simultaneously tested for compliance with:
(a)
CSA 60950-1-03/UL 60950-1, 1st Edition (Binational standard)
(b)
CSA 60601-1-1-02/UL 60601-1, 1st Edition. (Binational standard)
Hence, some of the tests were done under the most severe conditions among the standards.
2.
Test clauses appear in this order: CSA/UL 60950-1, CSA/UL 60601-1. (Reference to CSA 60950-1/60601-1
are same as reference to UL 60950-1/60601-1)
Note: Throughout this test report, a point is used as the decimal separator.
Verdict Notation
N/A
P
F
W
E
CTS-49
DQD 507.10 Rev. 2008-11-28
Verdict Meaning
Not Applicable
Pass
Fail
Applicable but waived with detailed rationale documented right after this table of "LIST
OF TESTS”
Note: If more than one test was waived, use the following notation to distinguish them:
Wx.x.x.x = "x.x.x.x” denotes the clause designation.
To be evaluated in end-system
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
LIST OF TESTS
Verdict
P
P
P
P
N/A
N/A
N/A
P
N/A
P
N/A
N/A
N/A
N/A
P
P
N/A
P
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
P
N/A
N/A
N/A
N/A
N/A
N/A
N/A
CTS-49
DQD 507.10 Rev. 2008-11-28
Page No: 74
Date Issued: October 19, 2009
Clause
Description
The following tests are applicable to the majority of IT/Power Supply Products:
1.6.2
Power Interface (Input) Test
4.5.1
Heating Test
5.2
Electric Strength Test
5.1
Touch and Protective Conductor Current
5.1.8.1
Limitation of Touch Currents to a Telecommunication Network & Cable
Distribution System
5.1.8.3
Limitation of Touch Currents due to Ringing Signals
5.1.8.2
Summation of Touch Currents from Telecommunication Networks
2.1.1.5
Energy Hazard Measurement (20 joules and 240VA)
2.1.1.7
Discharge of Capacitors in Equipment
2.2
SELV (Single Fault Simulation)
2.4
Limited Current Circuit Measurement
2.5
Limited Power Sources
2.6.3.4
Resistance of Earthing Conductors
2.8
Safety Interlock System
2.9
Insulation (Hygroscopic Material)
2.10
Creepage/Clearance/Distances Through Insulation
3.1.1
Maximum Limit of Secondary Protection
The following tests are listed in the same order as the standards:
1.7.13
Marking Durability
2.3.1
TNV 2, 3 Limit Measurements (Normal Condition)
2.3.1
TNV Limit Measurements (Fault Condition) (D2 Deviation)
2.3.1, M2 TNV Ringing Measurements (M.2) (Europe - ITS1)
2.3.1, M2 TNV Ringing Measurements (M.2) (Europe - ITS2)
2.3.1, M3 TNV Ringing Measurements (M.3.1) (North America)
2.3.1, M3 Tripping Device and Monitoring Voltage (M.3.2)
2.3.1, M3 TNV Ringing Source (M.3.3) (Under Fault Conditions)
2.3.1, M4 TNV Signals (e.g. Message Waiting Systems) (M.4)
2.3.4
Connection of TNV Circuits to Other Circuits
2.3.5
TNV Voltages Generated Externally
2.10.6
Coated Printed Boards
2.10.8
Spacings Filled With Insulating Compound
3.1.4
Conductor Insulation (Electric Strength Test)
3.1.9
Termination of Conductors
3.2.3
Permanent Connection (Installation Test/Measurement)
3.2.6
Power Supply Cord Strain Relief/Cord Anchorage
3.2.8
Power Supply Cord Guard Test
3.3.8
Stranded Field-Wiring Test
4.1.1
Physical Stability Test
4.2.2-4.2.8 Mechanical Strength and Stress Relief
4.2.10
Mounting Means Test (For Wall or Ceiling Mounted Equipment)
4.3.2
Handle Test (For Handles Supporting >9.0kg Only) (D2)
4.3.2
Pull Test (Handle, Knob, Grip, Lever, etc.)
4.3.6
Direct Plug-In Moment Test
4.3.8
Lithium Battery (Reverse/Charging Current Measurement)
4.3.10
Spillage Test (For Non-Flammable Liquid)
4.3.13
Ionizing Radiation (Annex H)
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
N/A
N/A
N/A
P
N/A
P
N/A
N/A
P
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
LIST OF TESTS
Verdict
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
P
CTS-49
DQD 507.10 Rev. 2008-11-28
4.5.2
4.6.5
5.3
5.3
5.3.2
5.3.3
5.3.4b
5.3.6
5.3.6
6.1.2
6.2.2.1
6.2.2.2
6.3
6.4
6.5.2
6.5.3
7.1
7.2
7.2
7.3.2
7.3.3
Clause
A1
A2
A2.7
A3
4.7.3.2
A3
1.2.12
1.2.12
1.2.12
1.2.12A9
B
B
B1
B4
B5
B5
B5
B5
B6
B7
B8
B9
B10
C1
Page No: 75
Date Issued: October 19, 2009
Resistance to Abnormal Heat (Ball Pressure Test)
Adhesive Aging and Securement Test Aging
Abnormal - Component Failure (System)
Abnormal - Component Failure (Power Supply)
Abnormal - Motor (See Annex B)
Abnormal - Transformer (See Annex C)
Electric Strength Test (for Deficient Operational Spacings on PCB's)
Overload Test (Operator Accessible Connectors)
Overload/Short Circuit Test (Power Supply Outputs)
Separation of the TNV Network from Earth
TNV Circuit (Impulse Test)
TNV (Steady State Test)
Telecommunication Wiring System Protection from Overheating
Protection Against Overvoltage from Power Line Crosses (Annex NAC)
Acoustic Pressure (Short Duration Impulses: # 0.5 s)
Acoustic Pressure (Long Duration Disturbances: > 0.5 s)
Protection of Cable system from Hazards in equipment
Cable distribution System(Impulse Test)
Cable Distribution System (Steady State Test)
Voltage Surge Test (connection to outdoor antenna)
Impulse Test (connection to other cable Distribution systems)
Description
Flame Test (Over 18kg – Cl 4.7.3.2)
Flame Test (18kg or less – Cl 4.7.3.2, 4.7.3.4)
Flame Test - Needle Flame
High Current Arcing Ignition Test (Cl 4.7.3.2) (60950-00)
Hot Wire Ignition Test
Hot Flaming Oil Test (Cl 4.6.2)
V-0/V-1/V-2 Flammability Test (IEC60695-11-10)
HF-1/HF-2/HBF Flammability Test (ISO9772)
HB40, HB75 Flammability Test (IEC60695-11-10)
5VA, 5VB Flammability Test (IEC60695-11-20)
Motor Tests (Selection Chart)
Motor Tests (Tables B.1 and B.2)
Motor (Locked-Rotor/No-Load Current) for Shaded Pole Motor
Motor (Running Overload)
Motor (Inherent or External Impedance) - 15-Day Locked-rotor
Motor (Automatic Reset) - 18-Day Locked-rotor
Motor (Manual Reset) - 60-Cycle Locked-rotor
Motor (Non-Resettable) (Until device operates)
Motor (DC Secondary) - Overload
Motor (DC Secondary) - Locked-rotor
Motor (With Phase-Shifting Capacitors)
Motor (3-Phase)
Motor (Series)
Transformer (Overload, Cl 5.3.3)
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 76
Date Issued: October 19, 2009
SUMMARY OF TESTS
CSA / UL / IEC
CLAUSE
CLAUSE
INFORMATION
TEST VERDICT
P
F
N
6.1
Marking durability
X
7
Power Input
X
15 b)
Residual voltage in attachment plug
X
15 c)
Residual voltage or energy in capacitors
X
16 a)
Enclosure and protective cover Test
X
17
Separation
X
17h1
Defibrillation-proof applied parts
X
17h2
Defibrillation-proof recovery time
X
18
Protective earthing
X
19
Leakage Current
X
20
Dielectric Strength
X
21
Mechanical strength
X
21.3
Weight Application to an Immobilization or Patient
Support Unit
X
21.5
Hand Held Drop Test (Applied parts)
X
21.6
Rough Handling of Portable and Mobile Equipment
X
22
Moving Parts
X
24
Stability in Normal Use Test (10 degree Tip or
alternative)
X
28
Suspended Masses
X
29
X-Radiation
X
36
Electromagnetic Compatibility
X
39
Common requirements for Category AP and category
APG Equipment
X
42
Excessive Temperatures
44.2
Overflow of Liquid Reservoir
X
44.3
Spillage, for Equipment Using or Handling Liquids
X
44.4
Leakage, for Equipment Using or Handling Liquids
X
44.5
Humidity
44.6
Ingress of Liquids as per IEC 60529
X
44.7
Cleaning, Sterilization, Disinfection
X
45.2
Pressure
X
CTS-49
DQD 507.10 Rev. 2008-11-28
X
X
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 77
Date Issued: October 19, 2009
CSA / UL / IEC
CLAUSE
CLAUSE
INFORMATION
TEST VERDICT
P
F
N
45.7
Pressure Relief Device Test
X
49.1
Cut-Outs / Overprotection in Power Supply
X
49.2
Safe Operation During Power Interruption
X
51
Protection Against Hazardous Output
X
52.5
Abnormal Operation
52.5.1
Overloading of Mains transformer in Equipment
52.5.2
Failure of Thermostats
X
52.5.3
Short-Circuit of part of Double Insulation.
X
52.5.4
Interruption of Protective Earth Conductor (Cl 19.4)
X
52.5.5
Impairment of Cooling
X
52.5.6
Locking of Moving Parts
X
52.5.7
Short-Circuiting of Motor capacitors
X
52.5.8
Additional Test for Motor Operated Equipment
X
52.5.9
Failure of Components
52.5.10 a)
Overload - Having Heating Elements
X
52.5.10 b)
Overload - Motors
X
55
Enclosures: Conductive Coating
X
Flammability Test
X
Mold Stress Relief Distortion Test (UL 746C)
X
Impact and Drop (see also Cl 21)
X
56.6
Temperature & Overload Control Devices
X
56.10 b) c)
Prevention of Maladjustment of Controls and Knobs
X
56.11 a)
Hand-Held or Foot Operated Devices
X
56.11 b)
Foot-Controls withstand 1350N for 1 Min
X
57.4 a)
Strain Relief Test
X
57.4 b)
Bending Cord Test
X
57.9.1 a)
Transformer Short Circuit Tests
X
57.9.1 b)
Transformer Overload Tests
X
57.9.2
Induced Dielectric Strength Test for Transformer
X
57.9.4 e)
Dielectric Strength for Double or Reinforced
Transformer
X
57.10
Creepage Distances and Air Clearances
X
CTS-49
DQD 507.10 Rev. 2008-11-28
X
X(57.9)
X
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 78
Date Issued: October 19, 2009
CSA / UL / IEC
CLAUSE
TEST VERDICT
CLAUSE
INFORMATION
P
F
N
59.2 b) (1) or (2)
Enclosure Ball Pressure Test
X
59.2 c)
Rubber Insulation Aging Test
X
60DV.1.2.3
Direct Plug-In Power Supply (UL 1310)
X
Test Case Verdict :
N: Not applicable - Test case does not apply to the test object
P: Pass - Test item does meet the requirements
F: Fail - Test item does not meet the requirements
Power Interface (Input) Test
Clause
CSA 60950-1
1.6.2
CSA 60601-1
7
Acceptance Criteria (or Maximum Allowable Limits): Maximum 10% Deviation
Input
Test
No
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
4
5
6
7
8
9
10
11
12
Current Through
Fuses
Volts
Hz
mAmps Watts F__ F__
3.3
dc
783.9
2.59
3.3
dc
715.1
2.36
5
dc
531.5
2.66
5
dc
478.2
2.39
9
dc
301.3
2.71
9
dc
277.7
2.50
12
dc
215.4
2.58
12
dc
194.3
2.33
15
dc
166.4
2.50
15
dc
153.0
2.30
24
dc
108.8
2.61
24
dc
98.6
2.37
Test Conditions
Normal operation with Model R3.3P23.3S/R6.4.
Normal operation with Model R3.3P215S/R6.4.
Normal operation with Model R05P23.3S/R6.4.
Normal operation with Model R05P215S/R6.4.
Normal operation with Model R09P23.3S/R6.4.
Normal operation with Model R09P215S/R6.4.
Normal operation with Model R12P23.3S/R6.4.
Normal operation with Model R12P215S/R6.4.
Normal operation with Model R15P23.3S/R6.4.
Normal operation with Model R15P215S/R6.4.
Normal operation with Model R24P23.3S/R6.4.
Normal operation with Model R24P215S/R6.4.
F__ Volts Hz/dc
3.3
dc
15
dc
3.3
dc
15
dc
3.3
dc
15
dc
3.3
dc
15
dc
3.3
dc
15
dc
3.3
dc
15
dc
*For power supply outputs and/or convenience outlet receptacle.
CTS-49
DQD 507.10 Rev. 2008-11-28
Output*
mAmps
606
133
606
133
606
133
606
133
606
133
606
133
Watt
(VA)
2
2
2
2
2
2
2
2
2
2
2
2
Output
No.
-
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 79
Date Issued: October 19, 2009
Heating Test
Clause
CSA 60950-1
4.5.1
CSA 60601-1
42
Acceptance Criteria (or Maximum Allowable Limits):
Table 4B for allowed temperature limits
Rated Voltage or Voltage Range: 3.3 Vdc
Rated Supply Frequency: dc
Note: For other input voltage tolerance, refer to Cl 1.4.5 and/or manufacturer specifications.
Duty Cycle/Operating Condition: Continuous
Rated Ambient: 85 deg C
113.6
98.4
Max Temp
Allowed
(Deg C)
130
Transistor Q1
114.4
99.5
130
Transistor Q2
116.8
99.6
130
Power Transformer T1 Core
110.9
94.4
130
Power Transformer T1 Coil
108.4
93.3
130
Diode D1
114.1
93.8
130
Enclosure
107.0
93.9
-
85
85
-
T.C. Locations
Capacitor C1
Room Ambient
Max Temp Measured (Deg C)
3.3 V dc*
3.3 V dc**
Note: “*” denotes the above test was conducted for Model R3.3P23.3S/R6.4; “**” denotes the above test was
conducted for Model R3.3P215S/R6.4.
Heating Test
Clause
CSA 60950-1
4.5.1
CSA 60601-1
42
Acceptance Criteria (or Maximum Allowable Limits):
Table 4B for allowed temperature limits
Rated Voltage or Voltage Range: 5.0 Vdc
Rated Supply Frequency: dc
Note: For other input voltage tolerance, refer to Cl 1.4.5 and/or manufacturer specifications.
Duty Cycle/Operating Condition: Continuous
Rated Ambient: 85 deg C
T.C. Locations
Capacitor C1
Transistor Q1
CTS-49
DQD 507.10 Rev. 2008-11-28
108.6
112.0
Max Temp
Allowed
(Deg C)
130
109.3
114.9
130
Max Temp Measured (Deg C)
5.0 V dc*
5.0 V dc**
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 80
Date Issued: October 19, 2009
Transistor Q2
112.0
116.8
130
Power Transformer T1 Core
102.5
103.7
130
Power Transformer T1 Coil
100.1
102.9
130
Diode D1
106.0
103.4
130
Enclosure
95.9
104.8
-
85
85
-
Room Ambient
Note: “*” denotes the above test was conducted for Model R05P23.3S/R6.4; “**” denotes the above test was
conducted for Model R05P215S/R6.4.
Heating Test
Clause
CSA 60950-1
4.5.1
CSA 60601-1
42
Acceptance Criteria (or Maximum Allowable Limits):
Table 4B for allowed temperature limits
Rated Voltage or Voltage Range: 9 Vdc
Rated Supply Frequency: dc
Note: For other input voltage tolerance, refer to Cl 1.4.5 and/or manufacturer specifications.
Duty Cycle/Operating Condition: Continuous
Rated Ambient: 85 deg C
118.7
104.3
Max Temp
Allowed
(Deg C)
130
Transistor Q1
119.7
118.8
130
Transistor Q2
121.2
119.9
130
Power Transformer T1 Core
108.7
107.0
130
Power Transformer T1 Coil
108.9
107.0
130
Diode D1
116.1
98.9
130
Enclosure
109.9
108.4
-
85
85
-
T.C. Locations
Capacitor C1
Room Ambient
Max Temp Measured (Deg C)
9 V dc*
9 V dc**
Note: “*” denotes the above test was conducted for Model R09P23.3S/R6.4; “**” denotes the above test was
conducted for Model R09P215S/R6.4.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 81
Date Issued: October 19, 2009
Heating Test
Clause
CSA 60950-1
4.5.1
CSA 60601-1
42
Acceptance Criteria (or Maximum Allowable Limits):
Table 4B for allowed temperature limits
Rated Voltage or Voltage Range: 12 Vdc
Rated Supply Frequency: dc
Note: For other input voltage tolerance, refer to Cl 1.4.5 and/or manufacturer specifications.
Duty Cycle/Operating Condition: Continuous
Rated Ambient: 85 deg C
109.9
105.0
Max Temp
Allowed
(Deg C)
130
Transistor Q1
109.7
104.9
130
Transistor Q2
110.2
105.6
130
Power Transformer T1 Core
106.2
101.2
130
Power Transformer T1 Coil
105.6
99.9
130
Diode D1
111.2
100.9
130
Enclosure
101.8
98.9
-
85
85
-
T.C. Locations
Capacitor C1
Room Ambient
Max Temp Measured (Deg C)
12 V dc*
12 V dc**
Note: “*” denotes the above test was conducted for Model R12P23.3S/R6.4; “**” denotes the above test was
conducted for Model R12P215S/R6.4.
Heating Test
Clause
CSA 60950-1
4.5.1
Acceptance Criteria (or Maximum Allowable Limits):
Table 4B for allowed temperature limits
Rated Voltage or Voltage Range: 15 Vdc
Rated Supply Frequency: dc
Note: For other input voltage tolerance, refer to Cl 1.4.5 and/or manufacturer specifications.
Duty Cycle/Operating Condition: Continuous
Rated Ambient: 85 deg C
CTS-49
DQD 507.10 Rev. 2008-11-28
CSA 60601-1
42
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 82
Date Issued: October 19, 2009
106.5
103.3
Max Temp
Allowed
(Deg C)
130
Transistor Q1
107.0
104.3
130
Transistor Q2
107.9
104.4
130
Power Transformer T1 Core
103.9
101.8
130
Power Transformer T1 Coil
104.4
101.5
130
Diode D1
110.7
97.8
130
Enclosure
100.3
98.1
-
85
85
-
T.C. Locations
Capacitor C1
Room Ambient
Max Temp Measured (Deg C)
15 V dc*
15 V dc**
Note: “*” denotes the above test was conducted for Model R15P23.3S/R6.4; “**” denotes the above test was
conducted for Model R15P215S/R6.4.
Heating Test
Clause
CSA 60950-1
4.5.1
CSA 60601-1
42
Acceptance Criteria (or Maximum Allowable Limits):
Table 4B for allowed temperature limits
Rated Voltage or Voltage Range: 24 Vdc
Rated Supply Frequency: dc
Note: For other input voltage tolerance, refer to Cl 1.4.5 and/or manufacturer specifications.
Duty Cycle/Operating Condition: Continuous
Rated Ambient: 85 deg C
113.8
122.9
Max Temp
Allowed
(Deg C)
130
Transistor Q1
114.1
123.3
130
Transistor Q2
115.3
123.8
130
Power Transformer T1 Core
106.6
116.7
130
Power Transformer T1 Coil
102.9
116.4
130
Diode D1
109.1
107.0
130
Enclosure
100.8
115.7
-
85
85
-
T.C. Locations
Capacitor C1
Room Ambient
Max Temp Measured (Deg C)
24 V dc*
24 V dc**
Note: “*” denotes the above test was conducted for Model R24P23.3S/R6.4; “**” denotes the above test was
conducted for Model R24P215S/R6.4.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 83
Date Issued: October 19, 2009
Heating Test
Clause
CSA 60950-1
4.5.1
CSA 60601-1
42
Acceptance Criteria (or Maximum Allowable Limits):
Table 4B for allowed temperature limits
Rated Voltage or Voltage Range: 5 V dc for Model RV-053.3S/R64; 24 V dc for Model RV-243.3S/R6.4
Rated Supply Frequency: dc
Note: For other input voltage tolerance, refer to Cl 1.4.5 and/or manufacturer specifications.
Duty Cycle/Operating Condition: Continuous
Rated Ambient: 85 deg C
100.8
102.8
Max Temp
Allowed
(Deg C)
130
Inductor L1 Coil
98.3
98.6
130
Capacitor C1
99.6
101.4
130
Transistor Q1
103.5
103.3
130
Transistor Q2
101.2
103.2
130
Power Transformer T1 Core
97.9
102.0
130
Power Transformer T1 Coil
96.1
101.0
130
Diode D1
101.0
-
130
Enclosure
91.7
98.4
-
85
85
-
T.C. Locations
Resistor R1
Room Ambient
Max Temp Measured (Deg C)
5 V dc*
24 V dc**
Note: “*” denotes the above test was conducted for Model RV-053.3S/R64; “**” denotes the above test was
conducted for Model RV-243.3S/R6.4.
Electric Strength Test
CSA 60950-1
(After Heating)
Clause
5.2
Acceptance Criteria (or Maximum Allowable Limits): No insulation breakdown during test.
See Table 5B for required test voltage
Location
Test Voltage
(A) ON COMPLETE SYSTEM:
Input pins and plastic enclosure wrapped copper foil
3000 Vac
Input pins and Output pins
3000 Vac
CTS-49
DQD 507.10 Rev. 2008-11-28
CSA 60601-1
20
Result
Passed
Passed
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Touch and Protective Conductor Current
Measurement
Acceptance Criteria (or Maximum Allowable Limits):
Class
II
I
I
I
No.
Page No: 84
Date Issued: October 19, 2009
CSA 60950-1
5.1
Clause
CSA 60601-1
19
Table 5A (Std. No. 60950-1)
Maximum Allowable Earth Leakage Current
Max Allowable
Equipment under Test is
Type of Equipment
Leakage Current
(9) Check one
mA
9
All
0.25
Hand-held
0.75
Movable (other than hand-held)
3.5
Stationary, Pluggable Type A
3.5
Stationary, Permanently Connected or Pluggable Type B
- Not subject to the conditions in 5.1.7
3.5
- Subject to the conditions in 5.1.7
5% of input current
(measured)
Primary
Input
Measured
Power
Comments4, 5
1
3
2
Leakage (mA)
Volt/Hz Volt(U2 )
(eg:Filter
Location
Switch
Name/Type)
0.01
24 V dc
Body – output connector (P1 normal) N/A -
1
Notes:
1 U2 refers to voltage measured as per Annex D.
2 Unit under test with:
i.
Single-Pole Primary Power Switch: Take four measurements (combination of two mains polarities and two
primary power switch positions).
ii.
Double-Pole Primary Power Switch: Take two measurements (for two possible mains polarities).
3 Normal and reverse refer to input power polarity (switch P1 of Fig 5A & 5B).
4 Accessible non-conductive parts is tested using a 10 cm x 2 cm metal foil in contact with the parts of the surface.
5 For 3ph equipment, EMC components connected between line and earth are disconnected one at a time.
6 Switch ‘e’ is opened for equipment with protective earthing or functional earthing.
7 For IT equipment, the test is conducted using circuit from Fig 9, 10, 12 of IEC 60990.
Comments: The above tests were conducted with Model R24P215S/R6.4.
19
TABLE: leakage current
Type of leakage current and test condition
(including single faults)
P
Supply
voltage
(V rms)
Supply
frequency
(Hz)
Measured
max. value
(uA)
B
Remarks
A
Figure 19, Enclosure Leakage
EN, NC; S1 = 1; S5 = 1; S7 = 1
24
dc
0.01
0.01 Passed
EN, SFC; S1 = 0; S5 = 1; S7 = 1
24
dc
0.01
0.01 Passed
(Record at least maximum measured value for each test required by Clause 19 and the specific conditions of the test circuit and equipment).
Abbreviations used:
ER - Earth leakage current
CTS-49
DQD 507.10 Rev. 2008-11-28
A - After humidity conditioning
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
EN - Enclosure leakage current
P - Patient leakage current
PM - Patient leakage current with mains on the applied parts
PA -Patient auxiliary current
Fig. 15 - refers to Fig. 15 in IEC601-1
MD - Measuring device
Page No: 85
Date Issued: October 19, 2009
B - Before humidity conditioning
1 - Switch closed or set to normal polarity
0 - Switch open or set to reversed polarity
NC - Normal condition
SFC - Single fault condition
Note: The above tests were conducted with Model R24P215S/R6.4.
CSA 60950-1
CSA 60601-1
Energy Hazard Measurement (20 Joules and 240VA)
Clause
2.1.1.5
N/A
PART A - Stored Energy Measurement (20 Joules): N/A
Acceptance Criteria (or Maximum Allowable Limits): <20 joules (stored energy)
PART B - Continuous Available Energy Measurement (240VA)
Acceptance Criteria (or Maximum Allowable Limits): <240VA after 60 seconds and not exceeding 2Vpk. (Continuous
available energy)
Location/Output
Volts/Current*
Max VA***/ time (seconds)
Indicate Level 3 or 5**
For Model R3.3P215S/R6.4:
Output/15 V dc
15.98 V/ 158.8 mA
2.53/60
3
16.102 V/ 157.2 mA
2.53/60
3
16.07 V/ 161.2 mA
2.59/60
3
15.268 V/221.2 mA
3.377/60
3
15.397 V/213.2 mA
3.28/60
3
15.52 V/289.2 mA
4.48/60
3
For Model R05P215S/R6.4:
Output/15 V dc
For Model R09P215S/R6.4:
Output/15 V dc
For Model R12P215S/R6.4:
Output/15 V dc
For Model R15P215S/R6.4:
Output/15 V dc
For Model R24P215S/R6.4:
Output/15 V dc
*
**
***
Voltage and current at which maximum VA occurs for each location/output.
Level 3 indicates less than 240VA; Level 5 indicates 240VA or greater.
With all other output loads adjusted to result in the highest possible VA ("Volt" times "Amp" -- the "Volt" and "Amp"
used in this calculation is the respective "Volt" and "Amp" combination pair).
Comments:
Parts capable of being bridged by the finger probe Fig 2A in a straight position was evaluated as above.
SELV (Single Fault Simulation)
Acceptance Criteria (or Maximum Allowable Limits):
Clause
CSA 60950-1
2.2
CSA 60601-1
16(e)
Except as permitted in 2.3.2, in the event of a single failure of Basic or Supplementary Insulation, or of a component
(excluding components with Double or Reinforced Insulation), the voltages in an SELV Circuit shall not exceed 42.4V peak,
or 60V dc for longer than 0.2 s. Moreover, a limit of 71V peak, or 120V dc, shall not be exceeded.
Single Fault Simulation:
Input Voltage: 75 V Frequency: dc
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 86
Date Issued: October 19, 2009
Transformer:
Conditions
T
S: Short
Component
Temp: _____ C
O: Open
Designation
Duration
Amb: _____ C
D: Disconnect
D1
S
5 minutes
N/A
C3
S
5 minutes
N/A
Comments: The above tests were conducted with Model R24P215S/R6.4.
Max Volt
0
0
Location/
Result
Output/Passed
Output/Passed
[Circuit which may operate with no external load is also tested in open circuit condition.]
Insulation (Hygroscopic Material)
Clause
CSA 60950-1
2.9 + 5.2
CSA 60601-1
44.5 + 20 + 57.9
Acceptance Criteria (or Maximum Allowable Limits):
Withstand Electric Strength Test after Humidity Treatment. (2.9.2)
At relative humidity of 95% [91%-95%], 25°C for 48 hours (2 days)
The following Electric Strength Tests were performed after humidity treatment of Cl 2.9.2:
[If data on hygroscopic nature of the insulating material is not available]
Insulation Material:
A.
1500 V ac between 1 layer(s) of polyester film tape
Manufacturer's Name: '3M Company', P/N 1350F-1, 1
Material Thickness: 0.025 mm (each layer).
Location: T1
B.
3000 V ac between 2 layer(s) of polyester film tape
Manufacturer's Name: '3M Company', P/N 1350F-1, 1
Material Thickness: 0.025 mm (each layer).
Location: T1
Location
Test Voltage
Result
(A) ON COMPLETE SYSTEM:
Input pins and plastic enclosure wrapped copper foil
3000 Vac
Passed
Input pins and output pins
3000 Vac
Passed
(B) ON SAFETY ISOLATING TRANSFORMER: (for T1)
Input pins and output pins
3000 Vac
Passed
Comments:
1. The sample was brought to a temperature between 30 and 34 °C and kept at this temperature for at least 4 hrs before the
humidity treatment.
2. The above tests were conducted for models R24P215S/R6.4, R24P23.3S/R64, R15P215S/R6.4, R15P23.3S/R64,
R12P215S/R6.4, R12P23.3S/R64, R09P215S/R6.4, R09P23.3S/R64, R05P215S/R6.4, R05P23.3S/R64,
R3.3P215S/R6.4, R3.3P23.3S/R64, RV2415S/R6.4.
3. The above tests were conducted for all transformers.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 87
Date Issued: October 19, 2009
Creepage/Clearance/Distances Through Insulation (1/2)
CSA 60950-1
2.10
Clause
CSA 60601-1
57.10
Acceptance Criteria (or Maximum Allowable Limits): See below ("Min Required")
Working Voltage
Clearance (mm)
Creepage (mm)
Location
Min
Min
Vrms
V Peak
Required
Actual
Required
Actual
From
To
Mains Components and/or Primary/Critical Circuitry
Main PCB for Model RXX series:
Input - Output
43.7
64.8
2.4
4.8
4.6
4.8
Input trace Output trace
Main PCB for Model RV series:
Input - Output
43.7
64.8
2.4
11.0
4.6
11.0
Input trace Output trace
"Min"
=
Minimum required.
"Actual"
=
Actual dimensions measured. [DO NOT USE ">6mm" if the actual measured value is 7.2 mm. Record
the actual value of 7.2 mm].
Location
Creepage/Clearance/Distances Through Insulation (2/2)
CSA 60950-1
2.10
Clause
Location
Working Voltage
Clearance (mm)
V
V
Min
Vrms Peak
p-p
Required
Actual
Transformer (T1): (for P/N TFP2-3.33.3/R6.4)
Input pins - to –
Output pins
NF1 – NS1
2.0
5.5
24.3
40.8
84.4
Creepage (mm)
Min
Required
Actual
CSA 60601-1
57.10
Distance Through
Insulation
Thickness per
# of Layers
layer (mm)
4.0
5.5
3
0.025
NF1 – NS
23.6
36.4
78.0
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS2
23.5
38.4
85.2
2.4
5.5
4.6
5.5
3
0.025
NF – NS1
23.8
38.4
78.4
2.0
5.5
4.0
5.5
3
0.025
NF – NS
23.4
35.6
71.6
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
23.7
38.4
79.6
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS1
23.4
53.6
96.8
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS
23.6
52.0
92.0
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS2
24.4
42.0
84.8
2.0
5.5
4.0
5.5
3
0.025
NP – NS1
23.6
38.0
77.6
2.0
5.5
4.0
5.5
3
0.025
NP – NS
23.3
34.8
70.0
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
23.6
38.8
78.4
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS1
24.3
42.0
85.2
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS
23.5
42.0
80.8
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS2
23.3
54.0
97.6
2.4
5.5
4.6
5.5
3
0.025
NF2 – NS1
23.3
38.0
79.2
2.0
5.5
4.0
5.5
3
0.025
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 88
Date Issued: October 19, 2009
NF2 – NS
23.3
36.4
77.2
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS2
23.9
40.4
82.0
2.0
5.5
4.0
5.5
3
0.025
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered input side (for T1) for insulation consideration.
Transformer (T1): (for P/N TFP2-3.315/R6.4)
Input pins - to –
Output pins
NF1 – NS1
2.0
5.5
19.4
35.6
77.4
4.0
5.5
3
0.025
NF1 – NS
13.1
20.2
45.2
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS2
22.5
37.6
75.8
2.0
5.5
4.0
5.5
3
0.025
NF – NS1
21.0
36.8
72.8
2.0
5.5
4.0
5.5
3
0.025
NF – NS
13.4
18.8
38.0
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
21.0
36.0
72.0
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS1
23.7
40.0
80.0
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS
13.8
24.8
47.6
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS2
18.5
56.4
94.8
2.4
5.5
4.6
5.5
3
0.025
NP – NS1
20.9
36.4
72.8
2.0
5.5
4.0
5.5
3
0.025
NP – NS
13.0
18.8
37.2
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
20.9
36.0
72.4
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS1
18.5
40.4
78.8
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS
13.8
39.6
62.0
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS2
23.3
39.6
79.6
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS1
22.6
38.8
77.2
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS
13.4
20.4
44.8
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS2
19.4
36.8
75.6
2.0
5.5
4.0
5.5
3
0.025
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered output side (for T1) for insulation consideration.
Transformer (T1): (for P/N TFP2-053.3/R6.4)
Input pins - to –
Output pins
NF1 – NS1
2.4
5.5
25.7
43.2
86.8
4.6
5.5
3
0.025
NF1 – NS
25.0
39.2
82.0
2.4
5.5
4.6
5.5
3
0.025
NF1 – NS2
25.1
39.6
80.0
2.0
5.5
4.0
5.5
3
0.025
NF – NS1
23.7
38.8
78.0
2.0
5.5
4.0
5.5
3
0.025
NF – NS
24.9
37.2
75.6
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
25.3
40.8
82.4
2.0
5.5
4.0
5.5
3
0.025
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 89
Date Issued: October 19, 2009
NP1 – NS1
24.9
48.4
90.0
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS
25.1
47.6
90.4
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS2
25.3
44.4
89.2
2.0
5.5
4.0
5.5
3
0.025
NP – NS1
25.0
40.4
81.6
2.0
5.5
4.0
5.5
3
0.025
NP – NS
19.3
29.2
58.8
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
14.7
26.0
52.0
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS1
26.6
46.4
93.6
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS
25.5
44.8
88.0
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS2
25.0
49.6
91.2
2.4
5.5
4.6
5.5
3
0.025
NF2 – NS1
25.0
41.2
80.8
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS
23.9
37.2
76.4
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS2
25.7
42.8
86.4
2.4
5.5
4.6
5.5
3
0.025
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered input side (for T1) for insulation consideration.
Transformer (T1): (for P/N TFP2-0515/R6.4)
Input pins - to –
Output pins
NF1 – NS1
2.0
5.5
22.8
39.6
78.8
4.0
5.5
3
0.025
NF1 – NS
13.5
20.8
44.4
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS2
19.3
34.8
70.4
2.0
5.5
4.0
5.5
3
0.025
NF – NS1
21.0
36.4
74.0
2.0
5.5
4.0
5.5
3
0.025
NF – NS
13.1
19.2
38.4
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
21.0
37.6
75.6
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS1
17.3
42.0
75.2
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS
14.3
34.8
59.6
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS2
25.3
43.6
86.0
2.4
5.5
4.6
5.5
3
0.025
NP – NS1
21.0
36.0
72.4
2.0
5.5
4.0
5.5
3
0.025
NP – NS
13.1
19.2
38.0
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
20.9
37.2
74.0
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS1
25.3
43.2
86.8
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS
14.4
36.0
61.6
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS2
17.2
40.0
77.6
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS1
19.4
34.8
70.0
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS
13.7
21.2
45.2
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS2
22.7
40.0
80.0
2.0
5.5
4.0
5.5
3
0.025
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 90
Date Issued: October 19, 2009
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered output side (for T1) for insulation consideration.
Transformer (T1): (for P/N TFP2-093.3/R6.4)
Input pins - to –
Output pins
NF1 – NS1
2.0
5.5
24.2
40.4
83.6
4.0
5.5
3
0.025
NF1 – NS
23.4
36.8
76.4
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS2
23.3
38.0
82.4
2.0
5.5
4.0
5.5
3
0.025
NF – NS1
23.6
38.0
78.8
2.0
5.5
4.0
5.5
3
0.025
NF – NS
23.2
34.4
70.8
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
23.6
38.4
78.4
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS1
24.0
52.0
103.0
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS
25.2
47.6
94.0
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS2
26.9
48.4
98.0
2.4
5.5
4.6
5.5
3
0.025
NP – NS1
23.7
38.8
77.6
2.0
5.5
4.0
5.5
3
0.025
NP – NS
23.4
34.8
70.4
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
23.8
38.8
78.8
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS1
27.0
48.8
98.4
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS
25.3
51.6
100.0
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS2
24.2
53.6
106.0
2.4
5.5
4.6
5.5
3
0.025
NF2 – NS1
23.5
39.6
77.2
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS
23.6
36.8
76.0
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS2
24.3
41.2
83.6
2.0
5.5
4.0
5.5
3
0.025
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered input side (for T1) for insulation consideration.
Transformer (T1): (for P/N TFP2-0915/R6.4)
Input pins - to –
Output pins
NF1 – NS1
2.0
5.5
22.8
40.0
80.8
4.0
5.5
3
0.025
NF1 – NS
13.6
21.2
44.0
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS2
19.3
35.6
71.6
2.0
5.5
4.0
5.5
3
0.025
NF – NS1
21.0
37.2
75.2
2.0
5.5
4.0
5.5
3
0.025
NF – NS
13.1
19.2
38.8
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
21.0
37.2
74.0
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS1
15.1
54.0
97.6
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS
16.3
39.2
68.8
2.0
5.5
4.0
5.5
3
0.025
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 91
Date Issued: October 19, 2009
NP1 – NS2
29.2
48.8
96.8
2.4
5.5
4.6
5.5
3
0.025
NP – NS1
21.0
37.6
74.8
2.0
5.5
4.0
5.5
3
0.025
NP – NS
13.1
18.8
37.6
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
21.3
37.6
76.4
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS1
29.2
48.4
97.2
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS
16.3
36.0
65.2
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS2
15.3
54.4
96.4
2.4
5.5
4.6
5.5
3
0.025
NF2 – NS1
19.4
36.0
72.0
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS
13.3
21.2
43.2
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS2
22.8
40.0
80.0
2.0
5.5
4.0
5.5
3
0.025
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered output side (for T1) for insulation consideration.
Transformer (T1): (for P/N TFP2-123.3/R6.4)
Input pins - to –
Output pins
NF1 – NS1
2.0
5.5
14.8
25.2
51.6
4.0
5.5
3
0.025
NF1 – NS
13.3
20.8
43.6
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS2
13.1
24.8
51.6
2.0
5.5
4.0
5.5
3
0.025
NF – NS1
13.6
22.4
45.6
2.0
5.5
4.0
5.5
3
0.025
NF – NS
13.0
18.4
36.8
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
13.6
22.8
46.0
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS1
15.8
45.6
82.8
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS
18.2
34.4
68.0
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS2
21.3
38.4
74.2
2.0
5.5
4.0
5.5
3
0.025
NP – NS1
13.5
22.6
45.8
2.0
5.5
4.0
5.5
3
0.025
NP – NS
13.0
18.0
36.6
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
13.4
22.0
44.6
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS1
21.1
40.6
77.0
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS
18.1
43.0
76.4
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS2
15.7
44.2
82.0
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS1
12.9
23.8
48.6
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS
13.1
20.6
43.0
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS2
14.5
25.4
51.0
2.0
5.5
4.0
5.5
3
0.025
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered input side (for T1) for insulation consideration.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 92
Date Issued: October 19, 2009
Transformer (T1): (for P/N TFP2-1215/R6.4)
Input pins - to –
Output pins
NF1 – NS1
23.0
40.4
80.0
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS
13.8
21.6
43.2
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS2
18.8
32.8
70.4
2.0
5.5
4.0
5.5
3
0.025
NF – NS1
20.1
39.2
77.6
2.0
5.5
4.0
5.5
3
0.025
NF – NS
13.2
19.2
38.4
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
21.1
39.6
77.2
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS1
14.2
52.0
101.0
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS
18.5
48.4
82.0
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS2
32.2
52.0
104.0
2.4
5.5
4.6
5.5
3
0.025
NP – NS1
21.1
39.6
78.0
2.0
5.5
4.0
5.5
3
0.025
NP – NS
13.5
19.6
38.8
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
21.1
38.4
76.0
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS1
32.2
52.8
104.0
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS
18.4
35.6
68.8
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS2
14.0
58.4
108.0
2.4
5.5
4.6
5.5
3
0.025
NF2 – NS1
19.2
36.8
76.0
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS
13.4
21.6
42.4
2.0
5.5
4.0
5.5
3
0.025
2.0
5.5
23.2
41.6
82.8
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered output side (for T1) for insulation consideration.
Transformer (T1): (for P/N TFP2-153.3/R6.4)
Input pins - to –
Output pins
NF1 – NS1
2.0
5.5
14.2
24.6
49.8
4.0
5.5
3
0.025
4.0
5.5
3
0.025
NF1 – NS
13.0
20.0
42.0
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS2
13.0
21.8
47.0
2.0
5.5
4.0
5.5
3
0.025
NF – NS1
13.4
21.8
44.0
2.0
5.5
4.0
5.5
3
0.025
NF – NS
13.0
18.0
36.4
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
13.4
22.6
45.4
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS1
17.8
46.8
88.0
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS
20.7
43.4
80.8
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS2
23.7
41.6
81.0
2.0
5.5
4.0
5.5
3
0.025
NP – NS1
13.4
22.4
44.8
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS2
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 93
Date Issued: October 19, 2009
NP – NS
13.1
18.4
36.8
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
13.5
22.2
44.6
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS1
23.7
41.6
82.0
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS
20.6
49.0
87.0
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS2
17.9
50.2
98.0
2.4
5.5
4.6
5.5
3
0.025
NF2 – NS1
13.1
23.2
47.6
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS
13.1
20.0
43.0
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS2
14.2
24.8
49.6
2.0
5.5
4.0
5.5
3
0.025
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered input side (for T1) for insulation consideration.
Transformer (T1): (for P/N TFP2-1515/R6.4)
Input pins - to –
Output pins
NF1 – NS1
2.0
5.5
23.1
40.8
82.8
4.0
5.5
3
0.025
NF1 – NS
13.8
21.6
44.4
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS2
19.2
36.8
74.4
2.0
5.5
4.0
5.5
3
0.025
NF – NS1
21.1
40.0
79.2
2.0
5.5
4.0
5.5
3
0.025
NF – NS
13.3
19.2
38.0
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
21.0
38.8
76.8
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS1
13.6
54.4
105.0
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS
20.8
44.0
81.6
2.0
5.5
4.6
5.5
3
0.025
NP1 – NS2
35.1
55.6
111.0
2.4
5.5
4.6
5.5
3
0.025
NP – NS1
21.0
38.8
77.2
2.0
5.5
4.0
5.5
3
0.025
NP – NS
13.1
19.6
38.4
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
21.0
39.2
77.2
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS1
35.1
55.6
111.0
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS
20.8
40.4
80.0
2.0
5.5
4.6
5.5
3
0.025
NP2 – NS2
13.6
62.0
112.0
2.4
5.5
4.6
5.5
3
0.025
NF2 – NS1
19.1
36.4
72.0
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS
13.7
22.0
44.4
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS2
23.2
42.0
83.6
2.0
5.5
4.0
5.5
3
0.025
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered input side (for T1) for insulation consideration.
Transformer (T1): (for P/N TFP2-243.3/R6.4)
Input pins - to –
Output pins
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 94
Date Issued: October 19, 2009
NF1 – NS1
22.0
38.4
77.2
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS
21.2
33.6
68.8
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS2
21.2
34.0
70.0
2.0
5.5
4.0
5.5
3
0.025
NF – NS1
21.5
36.0
72.8
2.0
5.5
4.0
5.5
3
0.025
NF – NS
21.1
32.4
65.6
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
21.6
36.0
73.2
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS1
30.4
75.6
140.0
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS
33.3
76.8
140.0
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS2
36.2
72.0
134.0
2.4
5.5
4.6
5.5
3
0.025
NP – NS1
21.5
36.4
73.2
2.0
5.5
4.0
5.5
3
0.025
NP – NS
21.2
32.0
64.8
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
21.5
36.0
72.8
2.0
5.5
4.0
5.5
3
0.025
NP2 – NS1
32.9
73.0
139.0
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS
36.3
75.0
139.0
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS2
33.2
76.0
137.0
2.4
5.5
4.6
5.5
3
0.025
NF2 – NS1
21.3
35.6
74.0
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS
33.2
75.2
139.0
2.4
5.5
4.6
5.5
3
0.025
NF2 – NS2
30.5
76.4
145.0
2.4
5.5
4.6
5.5
3
0.025
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered input side (for T1) for insulation consideration.
Transformer (T1): (for P/N TFP2-2415/R6.4)
Input pins - to –
Output pins
NF1 – NS1
2.0
5.5
21.3
36.4
72.0
4.0
5.5
3
0.025
NF1 – NS
11.1
18.8
38.0
2.0
5.5
4.0
5.5
3
0.025
NF1 – NS2
17.9
31.6
63.2
2.0
5.5
4.0
5.5
3
0.025
NF – NS1
19.7
34.4
68.4
2.0
5.5
4.0
5.5
3
0.025
NF – NS
11.0
17.2
33.6
2.0
5.5
4.0
5.5
3
0.025
NF – NS2
19.6
34.8
69.2
2.0
5.5
4.0
5.5
3
0.025
NP1 – NS1
15.1
45.2
92.8
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS
28.4
67.2
115.0
2.4
5.5
4.6
5.5
3
0.025
NP1 – NS2
43.7
64.8
127.0
2.4
5.5
4.6
5.5
3
0.025
NP – NS1
19.6
35.2
70.0
2.0
5.5
4.0
5.5
3
0.025
NP – NS
10.9
17.2
34.0
2.0
5.5
4.0
5.5
3
0.025
NP – NS2
19.6
34.8
70.8
2.0
5.5
4.0
5.5
3
0.025
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 95
Date Issued: October 19, 2009
NP2 – NS1
43.6
62.0
122.0
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS
28.2
64.4
112.0
2.4
5.5
4.6
5.5
3
0.025
NP2 – NS2
15.2
64.8
116.0
2.4
5.5
4.6
5.5
3
0.025
NF2 – NS1
17.9
32.4
65.2
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS
11.3
18.8
37.2
2.0
5.5
4.0
5.5
3
0.025
NF2 – NS2
21.4
37.2
74.4
2.0
5.5
4.0
5.5
3
0.025
"Min" =
Minimum required.
"Actual"=
Actual dimensions measured.
Core is considered input side (for T1) for insulation consideration.
Marking Durability
Acceptance Criteria (or Maximum Allowable Limits):
Clause
CSA 60950-1
1.7.13
IEC 60950-1
1.7.13
After the rubbing tests, the marking shall be legible; it shall not be possible to remove marking plates easily and they shall
show no curling.
* CSA 60950/UL 60950: Label securement shall meet the Adhesion requirements of CSA C22.2 No. 0.15 or UL 969.
Having a CSA approved label and marking system is considered to comply with this test.
TESTS:
Compliance is checked by inspection and rubbing the marking by hand for 15 sec with a piece of cloth soaked
with water and again for 15 sec with a piece of cloth soaked with petroleum spirit.
TESTS
PASS (9)
FAIL (X)
9
1. Rubbed for 15 seconds with water
9
2. Rubbed for 15 seconds with petroleum spirit
Comments: CSA 60950-1
Clause
4.2.2-4.2.8
Acceptance Criteria (or Maximum Allowable Limits): Per respective clauses listed below.
Clause
Description
Pass
(9)
9
4.2.2
Steady force 10N ± 1N on components & parts
Mechanical Strength and Stress Relief
CSA 60601-1
21
Fail
(X)
N/A
9
NA (D3): Wire wrap for SELV & TNV in service access area up to the
demarcation point and provided with guards are tested for 2.5N ± 0.25N
9
4.2.3
Internal enclosures 30N ± 3N/5 s
4.2.4
External enclosures 250N ± 10N/5 s
9
4.2.5
Steel sphere * tests
Vertical Impact test (1300mm Vertical displacement)
9
Pendulum test (1300mm Vertical displacement)
9
4.2.6
Drop test conducted: ___**
9
4.2.7
Heat test T = ___°C/7 h
9
4.2.8
Mechanical strength of cathode ray tubes
9
Notes:
(a)
* Steel sphere specification
Diameter: Approx 50mm.
Mass: 500 ± 25g
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
(b)
(c)
(d)
Page No: 96
Date Issued: October 19, 2009
** 1m vertical drop:
1) 750 mm±10mm for desk top equipment having a mass of 5 Kg or less for use with telephone handset, cord
connected hand accessory with an acoustic function, or a handset.
2) 1000 mm±10mm for hand-held equipment, direct plug-in equipment or transportable equipment
30N = 6.75 lb
250N = 56 lb
Comments:
Abnormal - Component Failure (Power Supply)
Acceptance Criteria (or Maximum Allowable Limits):
•
•
•
•
Clause
CSA 60950-1
5.3
CSA 60601-1
52
If a fire occurs it shall not propagate beyond the equipment.
The equipment shall not emit molten metal.
Enclosure shall not deform in such a way as to cause non-compliance with 2.1.1, 2.6.1, 2.10.3 and 4.4.1
No overheating during tests of 5.3.6(c). Max 125K for Class A; Max 150K for Class B; Max 140K for Class E; Max
165K for Class F; Max 185K for Class H.
•
No exposure to hazardous voltages/energies, a max temp of 300C is acceptable.
•
No conclusive test results on simulated circuits but conclusive test results are obtained with tests repeated in the
equipment.
•
No breakdown when electric strength test of 5.2 as applicable is applied (without allowing the equipment under test
to cool down).
•
In case of doubt, the tests are to be conducted with the equipment placed on a white tissue-paper-covered softwood
surface. A single layer of cheesecloth is to be draped loosely over part of the equipment showing emission of flame
or molten metal. The equipment is determined not to comply if the cheesecloth or the tissue paper glows of flames
(CSA and UL).
•
If a wire or a printed wiring board trace opens, the gap it to be electrically shorted and the test continued until
ultimate results occur. This applies to each occurrence (CSA and UL).
•
If the circuit is interrupted by the opening of a component, the test is to be repeated twice (three times total), using
new components as necessary (CSA and UL).
•
Where there is 10,000 Ω or more of additional series impedance in a circuit in which the voltage is 125V or less, the
circuit needs not be subjected to the test. (CSA and UL).
•
Where there is 20,000 Ω or more of additional series impedance in a circuit in which the voltage is greater than
125V but is not greater than 250V, the circuit needs not be subjected to the test. (CSA and UL).
Fuse
Model/Type: N/A
Rated: Installed
F: Quick-Acting
H: High Breaking Capacity
Characteristic
(Check 9)
T: Time-Lag
L: Low Breaking Capacity
Abnormal Tests conducted at 24 V DC Input (Model R24P215S/R6.4)
S = Short, O = Open, F/A: F = Fuse No. (e.g. F1) A = Current through fuse
Fault #
Component
Short/Open
Electric Strength
1
C2
S
From
To
Voltage
P/F
F/A
Temperature
Elapsed Time
Input Pins
Plastic
3000 V ac
enclosure
P
wrapped
copper foil
N/A
15 sec
Input Pins
Output Pins
3000 V ac
P
Observations: Input pin opened, no output, no hazard.
CTS-49
DQD 507.10 Rev. 2008-11-28
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Fault #
2
F/A
Component
C1
Temperature
Page No: 97
Date Issued: October 19, 2009
Short/Open
S
Elapsed Time
N/A
<1 sec
Observations: Q1, Q2 damaged, no output, no hazard.
Fault #
3
F/A
Component
C4
Temperature
Short/Open
S
Elapsed Time
N/A
<1 sec
Observations: Unit shut down, no output, no hazard.
Fault #
4
F/A
Component
Q2 (E-C)
Temperature
Short/Open
S
Elapsed Time
N/A
6 sec
Observations: Q1, Q2 damaged, no output, no hazard.
Fault #
5
F/A
Component
Q2 (B-E)
Temperature
Short/Open
S
Elapsed Time
N/A
<1 sec
Observations: Unit shut down, no output, no hazard.
Fault #
6
F/A
Component
Q2 (B-E)
Temperature
Short/Open
S
Elapsed Time
N/A
3 sec
Observations: Q2 damaged, no output, no hazard.
CTS-49
DQD 507.10 Rev. 2008-11-28
From
Input Pins
Input Pins
From
Input Pins
Input Pins
From
Input Pins
Input Pins
From
Input Pins
Input Pins
From
Input Pins
Input Pins
Electric Strength
To
Voltage
Plastic
3000 V ac
enclosure
wrapped
copper foil
Output Pins
3000 V ac
Electric Strength
To
Voltage
Plastic
3000 V ac
enclosure
wrapped
copper foil
Output Pins
3000 V ac
Electric Strength
To
Voltage
Plastic
3000 V ac
enclosure
wrapped
copper foil
Output Pins
3000 V ac
Electric Strength
To
Voltage
Plastic
3000 V ac
enclosure
wrapped
copper foil
Output Pins
3000 V ac
Electric Strength
To
Voltage
Plastic
3000 V ac
enclosure
wrapped
copper foil
Output Pins
3000 V ac
P/F
P
P
P/F
P
P
P/F
P
P
P/F
P
P
P/F
P
P
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Fault #
7
F/A
Component
T1 Pins NS1-NS
Temperature
Page No: 98
Date Issued: October 19, 2009
Short/Open
S
Elapsed Time
N/A
<1 sec
Observations: Unit shut down, no output, no hazard.
Fault #
8
F/A
Component
T1 Pins NS2-NS
Temperature
Short/Open
S
Elapsed Time
N/A
<1 sec
Observations: Unit shut down, no output, no hazard.
Fault #
9
F/A
Component
D1
Temperature
Short/Open
S
Elapsed Time
N/A
<1 sec
Observations: Q1, Q2 damaged, no output, no hazard.
Fault #
10
F/A
Component
C3
Temperature
Short/Open
S
Elapsed Time
N/A
<1 sec
Observations: Unit shut down, no output, no hazard.
From
Input Pins
Input Pins
From
Input Pins
Input Pins
From
Input Pins
Input Pins
From
Input Pins
Input Pins
Electric Strength
To
Voltage
Plastic
3000 V ac
enclosure
wrapped
copper foil
Output Pins
3000 V ac
Electric Strength
To
Voltage
Plastic
3000 V ac
enclosure
wrapped
copper foil
Output Pins
3000 V ac
Electric Strength
To
Voltage
Plastic
3000 V ac
enclosure
wrapped
copper foil
Output Pins
3000 V ac
Electric Strength
To
Voltage
Plastic
3000 V ac
enclosure
wrapped
copper foil
Output Pins
3000 V ac
Abnormal Tests conducted at 24 V DC Input (Model RV-2415S/R6.4)
S = Short, O = Open, F/A: F = Fuse No. (e.g. F1) A = Current through fuse
Fault #
Component
Short/Open
Electric Strength
11
C2
S
From
To
Voltage
F/A
Temperature
Elapsed Time
Input Pins
Plastic
3000 V ac
enclosure
wrapped
copper foil
N/A
28 sec
Input Pins
Output Pins
3000 V ac
Observations: L1 damaged, no output, no hazard.
CTS-49
DQD 507.10 Rev. 2008-11-28
P/F
P
P
P/F
P
P
P/F
P
P
P/F
P
P
P/F
P
P
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 99
Date Issued: October 19, 2009
Notes: The above tests were conducted at Atmospheric Condition are as below:
Temperature: 85 ± 2 °C
Relative humidity: 60 ± 15 %
Atmospheric Pressure: 860 hPa to 1060 hPa.
Abnormal - Transformer
Clause
CSA 60950-1
5.3.3
CSA 60601-1
57
Acceptance Criteria (or Maximum Allowable Limits):
Use "Annex C" in the Test Report for compliance evaluation.
CSA 60950-1
Overload/Short Circuit Test (1/2)
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 3.3 V dc.
Rated Outputs: 3.3 V dc, 0.606 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Output**
Max Current
Test 1
1
637 mA
Transformer (T1) Temperature coil = 115.3 °C, core = 122.6 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R3.3P23.3S/R6.4.
Max VA*
2.27
Overload/Short Circuit Test (1/2)
CSA 60950-1
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 3.3 V dc.
Rated Outputs: 15 V dc, 0.133 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Max Current
Output**
Test 1
1
163.0 mA
Transformer (T1) Temperature coil = 115.5 °C, core = 114.9 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R3.3P215S/R6.4.
CTS-49
DQD 507.10 Rev. 2008-11-28
Max VA*
2.55
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 100
Date Issued: October 19, 2009
Overload/Short Circuit Test (1/2)
CSA 60950-1
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 5 V dc.
Rated Outputs: 3.3 V dc, 0.606 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Max Current
Output**
Test 1
1
637 mA
Transformer (T1) Temperature coil = 120.7 °C, core = 128.1 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R05P23.3S/R6.4.
Max VA*
2.26
CSA 60950-1
Overload/Short Circuit Test (1/2)
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 5 V dc.
Rated Outputs: 15 V dc, 0.133 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Output**
Max Current
Test 1
1
161.2 mA
Transformer (T1) Temperature coil = 125.2 °C, core = 125.2 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R05P215S/R6.4.
CTS-49
DQD 507.10 Rev. 2008-11-28
Max VA*
2.58
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 101
Date Issued: October 19, 2009
Overload/Short Circuit Test (1/2)
CSA 60950-1
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 9 V dc.
Rated Outputs: 3.3 V dc, 0.606 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Max Current
Output**
Test 1
1
637 mA
Transformer (T1) Temperature coil = 122.8 °C, core = 127.7 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R09P23.3S/R6.4.
Max VA*
2.31
CSA 60950-1
Overload/Short Circuit Test (1/2)
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 9 V dc.
Rated Outputs: 15 V dc, 0.133 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Output**
Max Current
Test 1
1
161.2 mA
Transformer (T1) Temperature coil = 124.4 °C, core = 125.4 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R09P215S/R6.4.
CTS-49
DQD 507.10 Rev. 2008-11-28
Max VA*
2.59
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 102
Date Issued: October 19, 2009
Overload/Short Circuit Test (1/2)
CSA 60950-1
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 12 V dc.
Rated Outputs: 3.3 V dc, 0.606 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Max Current
Output**
Test 1
1
637 mA
Transformer (T1) Temperature coil = 129.2 °C, core = 119.5 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R12P23.3S/R6.4.
Max VA*
2.35
CSA 60950-1
Overload/Short Circuit Test (1/2)
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 12 V dc.
Rated Outputs: 15 V dc, 0.133 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Output**
Max Current
Test 1
1
174 mA
Transformer (T1) Temperature coil = 116.0 °C, core = 117.1 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R12P215S/R6.4.
CTS-49
DQD 507.10 Rev. 2008-11-28
Max VA*
2.76
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 103
Date Issued: October 19, 2009
Overload/Short Circuit Test (1/2)
CSA 60950-1
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 15 V dc.
Rated Outputs: 3.3 V dc, 0.606 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Max Current
Output**
Test 1
1
637 mA
Transformer (T1) Temperature coil = 121 °C, core = 126.9 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R15P23.3S/R6.4.
Max VA*
2.26
CSA 60950-1
Overload/Short Circuit Test (1/2)
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 15 V dc.
Rated Outputs: 15 V dc, 0.133 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Output**
Max Current
Test 1
1
177.7 mA
Transformer (T1) Temperature coil = 124.4 °C, core = 125.4 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R15P215S/R6.4.
CTS-49
DQD 507.10 Rev. 2008-11-28
Max VA*
2.8
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 104
Date Issued: October 19, 2009
Overload/Short Circuit Test (1/2)
CSA 60950-1
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 24 V dc.
Rated Outputs: 3.3 V dc, 0.606 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Max Current
Output**
Test 1
1
637 mA
Transformer (T1) Temperature coil = 120.7 °C, core = 128.7 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R24P23.3S/R6.4.
Max VA*
2.31
CSA 60950-1
Overload/Short Circuit Test (1/2)
(Power Supply Outputs)
Clause
5.3.6
1. Short Circuit Conditions (See next page for acceptance criteria)
(a) Automatic reset or current limiting devices (24 hr short circuit or until temperature is stabilized):
Pass ( 9 )
Fail ( )
N/A ( )
(b) Manual reset devices (50 operations):
Pass ( )
Fail ( )
N/A (9)
(c) Fuse or one-shot device (1 operation):
Pass ( )
Fail ( )
N/A (9)
2. Output Overload: (See next page for loading requirements and acceptance criteria)
Input: 24 V dc.
Rated Outputs: 15 V dc, 0.133 A.
CSA 60601-1
52
Overload Duration: 8 hrs, protected by electronic circuit protector.
Output**
Max Current
Test 1
1
153 mA
Transformer (T1) Temperature coil = 98.4 °C, core = 111.6 °C.
Ambient 85°C
* Use actual voltage at which maximum VA occurs.
** Other outputs at rated load unless specified otherwise.
Comments: The above tests were conducted for Model R24P215S/R6.4.
Notes: The above tests were conducted at Atmospheric Condition are as below:
Temperature: 85 ± 2 °C
Relative humidity: 60 ± 15 %
Atmospheric Pressure: 860 hPa to 1060 hPa.
CTS-49
DQD 507.10 Rev. 2008-11-28
Max VA*
2.45
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Overload/Short Circuit Test (2/2)
(Power Supply Outputs)
Acceptance Criteria (or Maximum Allowable Limits):
Page No: 105
Date Issued: October 19, 2009
Clause
CSA 60950-1
5.3.6
CSA 60601-1
52
(a)
No emission of flame or molten material. In case of doubt, the tests are to be conducted with the equipment placed on
a white tissue-paper-covered softwood surface. A single layer of cheesecloth is to be draped loosely over part of the
equipment showing emission of flame or molten metal. The equipment is determined not to comply if the cheesecloth
or the tissue paper glows or flames.
(b)
Canada and U.S.: If a wire or a printed wiring board trace opens, the gap is to be electrically shorted and the test
continued until ultimate results occur. This applies to each occurrence.
(c)
No deformation of enclosures to cause non-compliance with Cl 2.10.3.
(d)
An electric strength test is made immediately (without allowing the equipment under test to cool down)* on any
REINFORCED INSULATION, or on BASIC INSULATION, or on SUPPLEMENTARY INSULATION forming part
of DOUBLE INSULATION, if:
(a) the CREEPAGE DISTANCE or CLEARANCE has been reduced below the value specified in 2.10; or
(b) the insulation shows visible signs of damage; or
(c) the insulation cannot be inspected.
In the case of BASIC INSULATION a fuse rated approximately 50% of the input rating but not greater than 1A
connected in the ground circuit shall not open.*
* Canadian Requirements.
Loading Requirements:
(a)
Four hours of max continuous output permitted by an automatic reset protector, or by a current limiting device or by a
semi-conductor device/circuitry (e.g. foldback circuitry).
Note: Item (b) below is a CSA/UL D2 deviation.
(b)
For a fuse or manual reset device, either
i. 1 hr at the current, I, which will cause the device to open in 1 hr (value at I determined from manufacturer's
specifications); or
ii.
7 hr at 110 percent of the current rating of the fuse or manual reset device with the protector in place.
C1-Transformer (Overload, Cl 5.3.3) (1/2)
Clause
CSA 60950-1
C1
CSA 60601-1
57.9.2
Acceptance Criteria (or Maximum Allowable Limits):
Maximum temperatures of windings shall not exceed the values in Table C.1.
Enclosure shall not deform in such a way as to cause non-compliance with 2.1.1
See Clause 5.3.8.1 and 5.3.8.2 for compliance criteria
Table C.1 - Permitted Temperature Limits for Transformer Windings
Maximum Temperature Deg C
Class A
Class E
Class B
Class F
Protection by inherent or external impedance
150
165
175
190
Protection by protective device which
200
215
225
240
operates during the first hour
Protection by any protective device:
- maximum after first hour
175
190
200
215
CTS-49
DQD 507.10 Rev. 2008-11-28
Class H
210
260
235
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 106
Date Issued: October 19, 2009
-
arithmetic average during the 2nd hour
and during the 72nd hour
Notes:
i.
150
165
175
190
210
Where a short circuit or overload of a secondary winding cannot occur or is unlikely to cause a hazard, this test is not
made.
Secondary windings which exceed the temperature limits but which become open circuit or otherwise require
replacement of the transformer do not constitute a failure of this test, provided that no hazard is created in the
meaning of this standard.
ii.
9
Pick One
Linear power supply
(conventional or safety isolated
transformer) or Ferro-resonant
transformer
9
Switch mode power supply
Overloading Conditions
Each secondary winding was loaded in turn, with the following parameters at
most adverse value: primary voltage, input frequency and loads on other
secondaries between zero and their specified maxima to result in the maximum
heating effect.
1. Each secondary winding was shorted in turn, with all the other windings load
to their specified maxima, and
2. For NRTL:
Each secondary winding was loaded in turn after rectifier (before any current
limiting component, e.g. regulators). The load was adjusted until the
maximum obtainable power was reached or to the point just before foldback.
C1-Transformer (Overload, Cl 5.3.3) (2/2)
Clause
Transformer: T1 ( for Model R3.3P23.3S/R6.4)
Temp Deg C
Windings Tested
Duration
Coil
Core
Ambient
After D1 to DC
RTN loaded with
0.637 A
8 hours
115.3
122.6
C1-Transformer (Overload, Cl 5.3.3) (2/2)
85
Clause
Transformer: T1 ( for Model R3.3P215S/R6.4)
Temp Deg C
Windings Tested
Duration
Coil
Core
Ambient
After D1 to DC
RTN loaded with
0.163 A
8 hours
115.5
114.9
C1-Transformer (Overload, Cl 5.3.3) (2/2)
85
Clause
Transformer: T1 ( for Model R05P23.3S/R6.4)
Temp Deg C
Windings Tested
Duration
Coil
Core
Ambient
After D1 to DC
RTN loaded with
0.637 A
CTS-49
DQD 507.10 Rev. 2008-11-28
8 hours
120.7
128.1
85
CSA 60950-1
C1
CSA 60601-1
57.9.2
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 Vac
CSA 60950-1
C1
CSA 60601-1
57.9.2
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 V ac
CSA 60950-1
C1
Fail
(X)
Fail
(X)
CSA 60601-1
57.9.2
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 Vac
Fail
(X)
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 107
Date Issued: October 19, 2009
C1-Transformer (Overload, Cl 5.3.3) (2/2)
Clause
CSA 60950-1
C1
CSA 60601-1
57.9.2
Transformer: T1 ( for Model R05P215S/R6.4)
Temp Deg C
Windings Tested
After D1 to DC
RTN loaded with
0.161 A
Duration
8 hours
Coil
Core
Ambient
125.1
125.2
85
C1-Transformer (Overload, Cl 5.3.3) (2/2)
Clause
Transformer: T1 ( for Model R09P23.3S/R6.4)
Temp Deg C
Windings Tested
Duration
Coil
Core
Ambient
After D1 to DC
RTN loaded with
0.637 A
8 hours
122.8
127.7
C1-Transformer (Overload, Cl 5.3.3) (2/2)
85
Clause
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 V ac
CSA 60950-1
C1
CSA 60601-1
57.9.2
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 Vac
CSA 60950-1
C1
Fail
(X)
Fail
(X)
CSA 60601-1
57.9.2
Transformer: T1 ( for Model R09P215S/R6.4)
Temp Deg C
Windings Tested
After D1 to DC
RTN loaded with
0.161 A
Duration
8 hours
Coil
Core
Ambient
124.4
125.4
85
C1-Transformer (Overload, Cl 5.3.3) (2/2)
Clause
Transformer: T1 ( for Model R12P23.3S/R6.4)
Temp Deg C
Windings Tested
Duration
Coil
Core
Ambient
After D1 to DC
RTN loaded with
0.637 A
8 hours
129.2
119.5
C1-Transformer (Overload, Cl 5.3.3) (2/2)
85
Clause
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 V ac
CSA 60950-1
C1
CSA 60601-1
57.9.2
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 Vac
CSA 60950-1
C1
Fail
(X)
Fail
(X)
CSA 60601-1
57.9.2
Transformer: T1 ( for Model R12P215S/R6.4)
Temp Deg C
Windings Tested
After D1 to DC
RTN loaded with
0.174 A
CTS-49
DQD 507.10 Rev. 2008-11-28
Duration
8 hours
Coil
Core
Ambient
116.0
117.1
85
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 V ac
Fail
(X)
MASTER CONTRACT: 247686
REPORT: 2207629
PROJECT: 2207629
Page No: 108
Date Issued: October 19, 2009
C1-Transformer (Overload, Cl 5.3.3) (2/2)
Clause
Transformer: T1 ( for Model R15P23.3S/R6.4)
Temp Deg C
Windings Tested
Duration
Coil
Core
Ambient
After D1 to DC
RTN loaded with
0.637 A
8 hours
121
126.9
C1-Transformer (Overload, Cl 5.3.3) (2/2)
85
Clause
CSA 60950-1
C1
CSA 60601-1
57.9.2
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 Vac
CSA 60950-1
C1
Fail
(X)
CSA 60601-1
57.9.2
Transformer: T1 ( for Model R15P215S/R6.4)
Temp Deg C
Windings Tested
After D1 to DC
RTN loaded with
0.177 A
Duration
8 hours
Coil
Core
Ambient
124.4
125.4
85
C1-Transformer (Overload, Cl 5.3.3) (2/2)
Clause
Transformer: T1 ( for Model R24P23.3S/R6.4)
Temp Deg C
Windings Tested
Duration
Coil
Core
Ambient
After D1 to DC
RTN loaded with
0.637 A
8 hours
120.7
128.7
C1-Transformer (Overload, Cl 5.3.3) (2/2)
85
Clause
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 V ac
CSA 60950-1
C1
CSA 60601-1
57.9.2
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 Vac
CSA 60950-1
C1
Fail
(X)
Fail
(X)
CSA 60601-1
57.9.2
Transformer: T1 ( for Model R24P215S/R6.4)
Temp Deg C
Windings Tested
After D1 to DC
RTN loaded with
0.153 A
CTS-49
DQD 507.10 Rev. 2008-11-28
Duration
8 hours
Coil
Core
Ambient
98.4
111.6
85
Electrical Strength Test (1 minute)
Test
Pass
From/To
Voltage
(9)
9
Input Pins/Output Pins 3000 V ac
Fail
(X)