SynQor AQ-CBL-OUT1CD Integral fan cooling with speed control Datasheet

Technical
Specification
500 W Triple Vout Series
Industrial Grade AC/DC Power Supply With PFC
85-264 Vrms
12/24/36/48 V
500 W
Input Voltage
Semi-Regulated Output
700 W
Up to 90 %
Output Continuous Output Transient Full Load Efficiency
Includes 5 V (10 W) and 12 V (50 W) “Always On” Standby Power Outputs
1500 W Encased
1000 W Encased
Package Configurations Available
Up to three units can be factory mounted into a chassis.
The 500 W Triple Vout Series can be configured as follows:
500 W Encased
• 500 W (1 unit)
• 1000 W (2 units)
• 1500 W (3 units)
Product Features
• High efficiency (90% for 48 VOUT Model at 500 W)
• Universal input voltage range
• Semi-regulated output for bus stability
• Parallel operation supported
• Integral fan cooling with speed control
• Active PFC; EN61000-3-2 compliant
• Low noise; EN55011 / EN55022 Class B compliant
• Over–current, over–voltage, and over–temp protection
Product # AQ0500IUxT
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• DC Power Good / AC Power Good signals
• Remote enable input
• Fan status output / Fan enable input
• Small size: 3.59" x 5.25" x 1.63"
• RoHS 6/6 compliant
• 5 V (10 W) and 12 V (50 W) standby outputs
www.SynQor.com
Doc.# 005-005055 Rev. D
08/24/15
Page 1
AC Input: 85-264 Vrms
DC Output: 12/24/36/48 V Semi-reg.
Power: 500 W
Grade: Industrial
Technical Specification
ACuQor 500W Triple Vout Series Electrical Characteristics
All specifications typical with TA = 25 °C, unless otherwise specified. Specifications subject to change without notice.
MAIN OUTPUT SPECIFICATIONS
Output power (continuous) 85-132/170-264 Vrms
(5 s transient)
85-132/170-264 Vrms
132-170 Vrms
GENERAL SPECIFICATIONS
Input
500 W (Note 1) Fundamental ripple freq.
Output
700 W (Note 1)
Fan speed varies with temp.
See Figures 11, 12 Audible noise
(EC)
V Weight
(RC)
V
(TC)
V
V MTBF
MIL-217
Demonstrated
Efficiency
12 Vout, 115 Vrms, 500 W
86% typ.
(see figs. 1, 3, 5, 7)
48 Vout, 115 Vrms, 500 W
89% typ. ISOLATION SPECIFICATIONS
(see Note 1)
12 Vout, 230 Vrms, 500 W
88% typ. Isolation voltage
Input to output
48 Vout, 230 Vrms, 500 W
90% typ.
Input to ground
Hold-up time (to -20%)
12 Vout
12 ms @ 500 W
Output to ground
(see Note 1)
24 / 36 / 48 Vout
16 ms @ 500 W
Maximum load capacitance 12 Vout
16,000 µF Insulation resistance
Output to ground
24 Vout
8,000 µF
Leakage currents
36 Vout
4,000 µF
48 Vout
2,000 µF ENVIRONMENTAL CHARACTERISTICS
Operating ambient (see Figure 2)
Output ripple voltage
Switching frequency (20 MHz BW)
0.5% p-p Thermal performance
Non-operating ambient
Twice line frequency (at 300 W)
5.0% p-p
Relative humidity
Non-condensing
Turn-on delay
2 s max. Altitude
Operating
Non-operating
Transient response
Iout steps from 50-75%
3% typ / 6% max. dev.
5-500 Hz
At 0.2 A/µs
100 ms recovery Random vibration
Overvoltage protection
Cyclic restart
110-120% Shock
Half-sine, 10 ms, 3 axes
Nominal DC output
voltage (at 250W)
(Semi-regulated)
12
24
36
48
Vout
Vout
Vout
Vout
(model
(model
(model
(model
1T)
2T)
3T)
4T)
Short circuit protection
Cyclic operation
Total regulation
Over line, load and temperature
12V_STANDBY cross-reg.
ΔVout caused by 50 W step
5V_STANDBY cross-reg.
ΔVout caused by 10 W step
Thermal protection
Automatic recovery
REMOTE_ENABLE
Input Low Voltage
Input High Voltage
12V_STANDBY OUTPUT SPECIFICATIONS
Output power
85-264 Vrms
12.4
25
37.5
50
115% rated Iout EMC CHARACTERISTICS
±6.0% Conducted emissions
0.5%
Line frequency harmonics
0.1%
Voltage fluctuations
+125 ºC (PCB Temp)
ESD air
0.45 V (max)
4.15 V (min) ESD contact
Radiated immunity
50 W Fast transients
500 kHz
250 kHz
39 dBA @ 1 m max.
540 g (19.1 oz)
1068 g (37.7 oz)
1582 g (55.8 oz)
343.6 kHours
TBD kHours
3000 Vrms
1500 Vrms
500 Vrms
10 MΩ min.
See Note 2
-40 ºC to +70 ºC
-40 ºC to +85 ºC
5-95% RH
10,000 ft max.
30,000 ft max.
0.03 g2/Hz
20 g peak
EN55011 and EN55022, FCC
part15
EN61000-3-2
Level B
Class A
EN61000-3-3
Clause 5b
EN61000-4-2
Level 3
EN61000-4-2
Level 3
EN61000-4-3
Level 3
EN61000-4-4
Level 3
Nominal DC output voltage Semi-regulated
12.4 V Line surge immunity
EN61000-4-5
Level 3
Total regulation
Over line, load and temperature
±6.0% Conducted immunity
EN61000-4-6
Level 3
Main output cross-reg.
Δ12V_STANDBY caused by Δ350W
on main output
Switching frequency (20 MHz BW)
Twice line frequency
400 mV Power freq. mag. field
EN61000-4-8
Output ripple
Output current
Continuous
Short circuit protection
Cyclic operation
Maximum load capacitance
5V_STANDBY OUTPUT SPECIFICATIONS
Output power
85-264 Vrms
Nominal DC output voltage Fully regulated
Total regulation
Over line, load and temperature
Output current
Continuous
Short circuit protection
Cyclic operation
Maximum load capacitance
3 A/m
EN61000-4-11
Perf Criteria A, A, B
<5% UT 10 ms,
70% UT 500 ms,
40% UT 100 ms
4.2 A NOTES:
5.0 A 1.Main output power rating always includes 5 V and 12 V standby outputs.
2,000 uF 2. Leakage currents see page 5.
10 W
5.0 V
±5.0%
2.0 A
2.5 A
1,000 uF
INPUT SPECIFICATIONS
AC input voltage
Universal range
Input frequency
85-264 Vrms
47-63 Hz
Input current
(see Note 1)
Power factor
115 Vrms @ 500 W
230 Vrms @ 500 W
Input surge current
264 Vrms (cold start)
Internal input fuses
Both AC lines
Product # AQ0500IUxT
10 mV
0.45 Vrms
Voltage dip immunity
Phone 1-888-567-9596
5 Arms
2.5 Arms
>0.98
40 A max.
10.0 A
www.SynQor.com
Doc.# 005-005055 Rev. D
08/24/15
Page 2
AC Input: 85-264 Vrms
DC Output: 12/24/36/48 V Semi-reg.
Power: 500 W
Grade: Industrial
Technical Specification
EFFICIENCY, DERATING, AND VOUT DROOP CURVES
100
13.5
95
13.0
80
75
115 Vrms
70
Continuous
11.5
11.0
230 Vrms
0
100
200
300
400
500
600
10.5
700
0
6
12
18
24
Output Power (W)
Figure 1: 12 VOUT efficiency curves.
48
50
54
60
80
75
115 Vrms
70
24
Continuous
23
22
230 Vrms
0
100
200
300
400
500
600
21
700
0
6
12
Output Power (W)
Figure 3: 24 VOUT efficiency curves.
22
18
Output Load (A)
24
15 Second Transient
20% Duty
85
25
120 Second Transient
50% Duty
Output Voltage (V)
Efficiency (%)
44
26
90
25
30
Figure 4: 24 VOUT droop characteristic.
40.5
100
95
39.0
85
80
75
115 Vrms
70
37.5
36.0
Continuous
120 Second Transient
50% Duty
Output Voltage (V)
90
Efficiency (%)
42
27
95
65
36
Figure 2: 12 VOUT droop characteristic.
100
65
30
Output Load (A)
34.5
33.0
230 Vrms
0
100
200
300
400
500
600
31.5
700
Product # AQ0500IUxT
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3
6
9
12
15
16.5
18.75
18
21
Output Load (A)
Output Power (W)
Figure 5: 36 VOUT efficiency curves.
0
15 Second Transient
20% Duty
65
12.0
15 Second Transient
20% Duty
85
12.5
120 Second Transient
50% Duty
Output Voltage (V)
Efficiency (%)
90
Figure 6: 36 VOUT droop characteristic.
www.SynQor.com
Doc.# 005-005055 Rev. D
08/24/15
Page 3
AC Input: 85-264 Vrms
DC Output: 12/24/36/48 V Semi-reg.
Power: 500 W
Grade: Industrial
Technical Specification
EFFICIENCY, DERATING, AND VOUT DROOP CURVES
100
54
95
52
Output Voltage (V)
80
75
46
44
230 Vrms
0
100
200
300
400
500
Output Power (W)
600
42
700
0
3
500
500
400
400
Power (W)
600
300
20
100
30
12 V, VIN = 85 Vrms
40
50
60
70
0
80
0
10
30
800
800
700
700
600
600
500
500
400
300
200
150
170
210
0
264
Input AC Voltage (VRMS)
Figure 11: Rated output power vs Input AC Voltage.
Product # AQ0500IUxT
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70
80
Transient (24/36/48 V Out)
100
Continuous (12 V Out)
132
60
300
200
105
50
400
Transient (12 V Out)
100
40
Figure 10: Fan Disabled continuous power derating curve in natural
convection
Power (W)
Power (W)
20
Case Temperature (ºC)
Figure 9: Continuous power derating curve in natural convection.
For Fan Disabled, see Figure 10
85
15
24 / 36 / 48 V, VIN = 85 Vrms
Ambient / Case Temperature (ºC)
0
12.5
24 / 36 / 48 V, VIN≥ 105 Vrms
12 V with Fan Enabled
10
12
12 V, VIN ≥ 105 Vrms
24 / 36 / 48 V with Fan Enabled
0
11
300
200
200
0
9
Figure 8: 48 VOUT droop characteristic.
600
100
6
Output Load (A)
Figure 7: 48 VOUT efficiency curves.
Power (W)
Continuous
115 Vrms
70
65
48
15 Second Transient
20% Duty
85
50
120 Second Transient
50% Duty
Efficiency (%)
90
Continuous (24/36/48 V Out)
85
132
264
170
Input AC Voltage (VRMS)
Figure 12: Rated output power vs Input AC Voltage.
www.SynQor.com
Doc.# 005-005055 Rev. D
08/24/15
Page 4
AC Input: 85-264 Vrms
DC Output: 12/24/36/48 V Semi-reg.
Power: 500 W
Grade: Industrial
Technical Specification
Leakage Currents
AC Leakage Current
from Input to Earth
ACuQor Typical at
110% nominal input
voltage 60 Hz
AC Line Connection
Normal Open Neutral
Condition
Fault
240 V L-N, 1 phase
400 µA
800 µA
208 V L-L, 120 V L-N, 1 of 3 phases
200 µA
400 µA
240 V L-N-L, 120 V L-N, split phase
200 µA
400 µA
Standard Testing Certifications
SAFETY AGENCY CERTIFICATIONS
CAN/CSA-C22.2 No. 60950-1:2007
UL 60950-1:2007
EN 60950-1/A1:2010
CE Marked
Product # AQ0500IUxT
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Doc.# 005-005055 Rev. D
08/24/15
Page 5
AC Input: 85-264 Vrms
DC Output: 12/24/36/48 V Semi-reg.
Power: 500 W
Grade: Industrial
CONNECTOR DETAILS
OUTPUT CONNECTOR PINOUT (top side)
Pin 1 FAN_GOOD
Open collector with internal 5V pullup. See Figure A.
Pulsed low on fan failure, 100ms, 50% duty.
Short to VOUT(-) to disable fan.
Pin 2 AC_POWER_GOOD
Open collector with internal 5V pullup. See Figure B.
Pulled low on AC power dropout.
Pin 3 DC_POWER_GOOD
Open collector with internal 5V pullup. See Figure B.
Pulled low during startup ramp and within 5 ºC of
temperature shutdown threshold.
Pin 4 5V_STANDBY
5 V @ 10 W available whenever AC power is applied.
Figure A: Fan status output / Fan enable input interface circuitry.
Pin 5
VOUT(+)
Positive Output Voltage.
Pin 6
VOUT(+)
Positive Output Voltage.
Pin 7
VOUT(+)
Positive Output Voltage.
Pin 8
VOUT(+)
Positive Output Voltage.
Pin 9
Reserved
Reserved for future use.
Pin 10 Reserved
Reserved for future use.
Pin 11 REMOTE_ENABLE
Pin 12 12V_STANDBY
Logic input. See Figure C.
Pull high to enable main output.
12 V @ 50 W available whenever AC power is applied.
Pin 13 VOUT(–)
Negative Output Voltage.
Pin 14 VOUT(–)
Negative Output Voltage.
Pin 15 VOUT(–)
Negative Output Voltage.
Pin 16 VOUT(–)
Negative Output Voltage.
5V_STANDBY
N4148
5k
10 Ohms
AC_POWER_GOOD or
DC_POWER_GOOD
N3904
From AC/DC
Monitor
Circuitry
0.1 µF
VOUT(-)
Figure B: Power good interface circuitry.
12 V OUTPUT CONNECTOR PINOUT (bottom side)
Pin 1 VOUT(+)
Positive Output Voltage.
Pin 2
VOUT(+)
Positive Output Voltage.
Pin 3
VOUT(+)
Positive Output Voltage.
Pin 4
VOUT(+)
Positive Output Voltage.
Pin 5
VOUT(–)
Negative Output Voltage.
Pin 6
VOUT(–)
Negative Output Voltage.
Pin 7
VOUT(–)
Negative Output Voltage.
Pin 8
VOUT(–)
Negative Output Voltage
5V_STANDBY
5V_STANDBY
REMOTE_ENABLE
5k
10 Ohms
0.1 µF
To Enable
Circuitry
10k
VOUT(-)
Figure C: Remote enable interface circuitry.
MATING CONNECTORS
Connector
Type
Contact
INDIVIDUAL INPUT CONNECTOR PINOUT
Pin 1
Ground
OUTPUT (16 pins)
Molex 430251600
Molex 430300008*
12V_OUTPUT (8 pins)
Molex 436450800
Molex 430300008*
Pin 3
AC Neutral
INPUT
JST VHR-5N
JST SVH-41T-P1.1
Pin 5
AC Line
Product # AQ0500IUxT
* Each contact rated for a maximum of 5.5 A.
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Doc.# 005-005055 Rev. D
08/24/15
Page 6
AC Input: 85-264 Vrms
DC Output: 12/24/36/48 V Semi-reg.
Power: 500 W
Grade: Industrial
Technical Specification
MECHANICAL DRAWINGS
(1 Module Encased Version - E Package Type)
Ø.19 [4.8] PLASTIC RIVET OD.
TOP
NOTES
(applies to all mechanicals)
Right
1) Recommended screw tightening
torque of 6 in lbs
2) Undimensioned components are
shown for visual reference only
3) All dimensions in inches (mm)
Tolerances:
x.xx in ± 0.02
x.xxx in ± 0.010
4.13 [104.8]
5.25
[133.4]
3.03
[76.8]
Manufacturing Label
PN#
S/N
DATE CODE
.75 [19.1]
1.75 [44.5]
1.48
[37.5]
3.50 [88.9]
Front
Bottom
6 - 32 Self - Clinching Insert
Mounting Screw shall not Protude
3/8” into the chassis (4 pieces)
3.59 [91.3]
1.63
[41.3]
.70
[17.8]
1.31
[33.1]
Back
.11
[2.9]
4.91
[124.7]
1.05
[26.6]
.38
[9.5]
.23 [5.9]
Product # AQ0500IUxT
3.04 [77.1]
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.17 [4.3]
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Doc.# 005-005055 Rev. D
08/24/15
Page 7
AC Input: 85-264 Vrms
DC Output: 12/24/36/48 V Semi-reg.
Power: 500 W
Grade: Industrial
Technical Specification
MECHANICAL DRAWINGS
(2 Modules Flat Version - R Package Type)
Front
3.63 [92.1]
.38 [9.5]
1.05 [26.7]
5
3
5
1
3
1
INPUT
Ø.19 [4.75] PLASTIC RIVET OD.
6.75 [171.5]
5.00 [127]
TOP
1.48
[37.5]
1.75 [44.5]
Right
5.25
[133.4]
4.88 [123.8]
3.03
[76.8]
6.84 [173.8]
.75 [19.1]
1.63 [41.3]
16 15 14 13 12 11 10 9
8 7 6 5 4 3 2 1
16 15 14 13 12 11 10 9
8 7 6 5 4 3 2 1
OUTPUT
Back
Bottom
OUTPUT
1.31 [33.1]
4.56 [115.7]
.71 [18]
6.29 [159.6]
3.14 [79.8]
.23 [5.9]
.17 [4.3]
6 - 32 Self - Clinching Insert
Mounting Screw shall not Protude
3/8” into the chassis (6 pieces)
4.91 [124.7]
Product # AQ0500IUxT
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www.SynQor.com
Doc.# 005-005055 Rev. D
08/24/15
Page 8
AC Input: 85-264 Vrms
DC Output: 12/24/36/48 V Semi-reg.
Power: 500 W
Grade: Industrial
Technical Specification
MECHANICAL DRAWINGS
(3 Modules Flat Version - T Package Type)
6.88 [174.6]
3.63 [92.1]
.38 [9.5]
1.05
[26.7]
5
3
5
1
3
1
5
3
1
Ø .19
[4.8]
INPUT
PLASTIC RIVET OD.
1.48
[37.5]
5.25
[133.4]
4.88
[123.8]
3.03
[76.8]
1.75 [44.5]
.75
[19.1]
5.00 [127]
8.25 [12.096]
10.00 [254]
10.09 [256.4]
1.63
[41.3]
16 15 14 13 12 11 10 9
8 7 6 5 4 3 2 1
OUTPUT
16 15 14 13 12 11 10 9
8 7 6 5 4 3 2 1
16 15 14 13 12 11 10 9
8 7 6 5 4 3 2 1
OUTPUT
.71
[18]
OUTPUT
1.31 [33.1]
4.56 [115.7]
7.81 [198.2]
9.54 [242.2]
6.39 [162.4]
.23 [5.9]
.17 [4.3]
3.14 [79.8]
6 - 32 SELF-CLINCHING INSERT
MOUNTING SCREW SHALL NOT
PROTUDE 3/8” INTO THE CHASSIS
(6 PIECES)
4.91
[124.7]
Product # AQ0500IUxT
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Doc.# 005-005055 Rev. D
08/24/15
Page 9
AC Input: 85-264 Vrms
DC Output: 12/24/36/48 V Semi-reg.
Power: 500 W
Grade: Industrial
Technical Specification
PARALLEL OPERATION - MULTIPLE UNITS
Chassis configurations for Parallel Units
Specifications of Parallel Units
Interconnection of Parallel Units
ACuQor units are individually calibrated at the factory, so that the
output voltage vs. output current characteristic is always consistent
(see Vout droop characteristic figures). As such, multiple units will
share output current accurately. Full current is guaranteed from a
bank of multiple units wired in parallel.
ACuQor units are available either open-frame or pre-mounted
at the factory. Up to 3 units can be mounted into a chassis, in
either side-by-side or stacked configurations. For a complete list of
options, see the “Part Numbering System” table on the last page,
under “Package Type”, along with the Mechanical Drawings pages.
Only side-by-side configurations can be populated with 500W units,
since each includes a thermal pad underneath.
ACuQor units mounted in 2 and 3 unit chassis are not connected
together. This allows the physical routing and connectivity of the
external wiring to be customized to each application. The following
table summarizes the recommended wiring to operate multiple units
in parallel:
As a rule, units wired in parallel behave the same as single units.
Any specification will remain unchanged that is expressed in units
of voltage, time, frequency, or efficiency. Specifications expressed
in terms of power, current, or capacitance, should be scaled by the
number of units wired in parallel.
Output Connector Signal
Suggested Connection
Behavior with Multiple Units
REMOTE_ENABLE
Wire in parallel
Inputs activated simultaneously
FAN_GOOD
“
Wired-OR outputs – can be pulled low by any unit during an abnormal condition.
AC_POWER_GOOD
“
“
DC_POWER_GOOD
“
“
VOUT(+), VOUT(-)
“
Built-in droop characteristic ensures graceful current sharing.
12V_STANDBY*
“
“
5V_STANDBY
Do not wire in parallel
Fully regulated characteristic does not support current sharing. If placed in
parallel, only the output with the highest set-point will drive current.
*Note: Triple output models only.
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Doc.# 005-005055 Rev. D
08/24/15
Page 10
AC Input: 85-264 Vrms
DC Output: 12/24/36/48 V Semi-reg.
Power: 500 W
Grade: Industrial
INSTALLATION INSTRUCTIONS
General: ACuQor AC/DC power supplies are intended for use
as components in industrial equipment. ACuQor units must be
properly installed within end use equipment before they can be
safely applied as described in this document. The suitability of
the ACuQor/equipment combination must be verified through end
product investigation.
Mounting: Refer to the Mechanical Drawings section. ACuQor
units are provided with threaded stainless-steel stand-offs or inserts
for mounting. This mounting hardware is internally connected to
the input connector protective-earth terminal for functional-earth
EMC control. Any orientation (vertical, horizontal, etc.) may be
used. Adequate air space should be provided over the fan intake
(top) and exhaust (sides) to allow for exchange of cooling air.
ACuQor is designed for a pollution degree 2 environment. The
suitability of the enclosed ACuQor mechanical assemblies must be
verified through end product investigation.
Encased models: A minimum of 5 mm electrical clearance
should be allowed from the connector ends of encased models.
Input: Refer to the Connector Details section for input connector
wiring. ACuQor products require a single phase AC power
source of 100-240V 50/60Hz nominal. Refer to nameplate
label for input current ratings. A protective-earth connection
is also required. Minimum wire size of 18 AWG (0.8mm ) is
recommended. Both sides of the AC line are internally fused (see
table for specific models). These fuses are not user replaceable.
2
MODEL
AQ0300
AQ0400
AQ0500
AQ0800*
AQ1200*
Input Fuses (in Both AC Lines)
Littelfuse 6.3A 250V 21606.3XEP
Littelfuse 6.3A 250V 21606.3XEP
Littelfuse 10.0A 250V 216010XEP
Littelfuse 6.3A 250V 21606.3XEP
Littelfuse 6.3A 250V 21606.3XEP
Product # AQ0500IUxT
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Output:
Refer to the Connector Details section for output
connector wiring and signal I/O functionality. Refer to nameplate
label for output current ratings. Main DC output (Vout+, Vout-) pins
should use 20 AWG (0.5mm ) wire size. Individual main output
pins should not be loaded to more than 5.5 A. For currents greater
than 5.5 A, multiple main output pins/wires must be used in
parallel. All signal I/O pins are referenced to Vout-.
2
EMC: ACuQor products have been tested to the EMC specifications
listed in the Electrical Characteristics section. However, end use
equipment must be tested to verify EMC compliance..
Hipot Testing: ACuQor products are rated for Hipot testing
levels of 1500 Vac input to protective-earth, 500 Vac output to
protective-earth, and 3000 Vac input to output. When performing
the 3000 Vac input to output test, the test voltage must be
balanced evenly1500 Vac input and output to protective-earth.
Two oppositely phased test voltage sources or a single test voltage
source with external balancing impedances (capacitors) may be
used to prevent overstressing input or output to protective-earth
insulation per IEC/ENC 60950-1.
CONDUCTIVE COOLING: This product requires supplemental
conductive cooling through its case to maintain the rated output
power. The case should be mounted to a system chassis or heat
sink with a thermally conductive interface material and kept at
50°C maximum to maintain full power rating of the product. For
detailed applications assistance, consult Applications Engineering
through the sales channel.
*(4 fuses total)
*(6 fuses total)
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Doc.# 005-005055 Rev. D
08/24/15
Page 11
AC Input: 85-264 Vrms
DC Output: 12/24/36/48 V Semi-reg.
Power: 500 W
Grade: Industrial
Ordering Information
PART NUMBERING SYSTEM
The part numbering system for SynQor’s ACuQor AC/DC power supplies follows the format shown in the table below.
Not all combinations make valid part numbers, please contact SynQor for availability.
Family
Output Power
AQ:
ACuQor series
of AC-DC
semi-regulated
output power
supplies
Grade
Range
0300:
0400:
0500:
0600:
300 W
400 W
500 W
600 W
(2 x 300 W)
0800: 800 W
(2 x 400 W)
0900: 900 W
(3 x 300 W)
1000: 1000 W
(2 x 500 W)
1200: 1200 W
(3 x 400 W)
1500: 1500 W
(3 x 500 W)
U: Universal
(85-264 VRMS)
I: (Industrial)
Output Voltage
12: 12 V
1T: 12 V /
5 & 12 V STBY
24: 24 V
2T: 24 V /
5 & 12 V STBY
36: 36 V
3T: 36 V /
5 & 12 V STBY
48: 48 V
4T: 48 V /
5 & 12 V STBY
Thermal
Design
Package Type
E: 1 unit (3"x5")
R: 2 units; flat
S: 2 units; stacked
T: 3 units; flat
U: 3 units; stacked
Options
A: Open frame
C: Encased
Industrial Grade:
IND: Industrial
Example: AQ0500IU12ECIND
ACCESSORIES
SynQor offers a series of assemblies that can be ordered according to the table below. Mechanical drawings for these
accessories are available for download in pdf format from the SynQor website.
Part Number
Description
AQ-CBL-INPUT1C
AQ-CBL-OUT1C
AQ-CBL-OUT1CD
AQ-CBL-OUT2C
AQ-CBL-OUT2CD
AQ-INSUL1M
AQ-EVAL-PRL3
Input mating cable with pre-stripped wire ends (36” long).
Output mating cables with pre-stripped wire ends (18” long).
Same as AQ-CBL -OUT1C with an additional 8-pins connector.
Output mating cable with connectors on both ends (18" long).
Same as the AQ-CBL-OUT2C with an additional 8-pins connector.
Single module bottom-side Mylar insulator for open frame mounting
Evaluation board for up to three paralleled modules.
APPLICATION NOTES
A variety of application notes and technical white papers can be downloaded in pdf format from the SynQor website.
Online Application Notes
Online Library of Technical White Papers
SynQor website.
Contact SynQor for further information and to order:
Phone:
Toll Free:
Fax:
E-mail:
Web:
Address:
Product # AQ0500IUxT
978-849-0600
888-567-9596
978-849-0602
[email protected]
www.synqor.com
155 Swanson Road
Boxborough, MA 01719
USA
Phone 1-888-567-9596
PATENTS
SynQor holds numerous U.S. patents, one or more of which apply to most of its power converter
products. Any that apply to the product(s) listed in this document are identified by markings on
the product(s) or on internal components of the product(s) in accordance with U.S. patent laws.
SynQor’s patents include the following:
5,999,417
6,222,742
6,545,890
6,594,159
6,731,520
6,894,468
6,896,526
6,927,987
7,050,309
7,072,190
7,085,146
7,119,524
7,269,034
7,272,021
7,272,023
7,558,083
7,564,702
7,765,687
7,787,261
8,023,290
8,149,597
8,493,751
8,644,027
WARRANTY
SynQor offers a two (2) year limited warranty. Complete warranty
information is listed on our website or is available upon request from SynQor.
www.SynQor.com
Doc.# 005-005055 Rev. D
08/24/15
Page 12
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