product handbook

S4565, S4575 AND S4585
IGNITION CONTROLS FOR COMBINED VALVE AND IGNITION SYSTEM
PRODUCTION HANDBOOK
APPLICATION
The Combined Valve and Ignition (CVI) system has been
developed for application in gas fired domestic central
heating boilers, combi boilers and warm air furnaces or water
heater appliances with an automatic ignition system.
For this system, the S4565, S4575 and S4585 ignition
controls are used in conjunction with the VK41.. series gas
controls to provide and optimised safety sub-system for
programmed safe light up and flame supervision of the main
burner of the appliance
The combined system then provides programmed safe light
up, flame supervision and regulation of gas flow to the main
burner and/or pilot burner of the appliance.
Subject to change without notice. All rights reserved
NOTE:
The Combined Valve and Ignition (CVI) product concept consists of a specially designed gas valve family in
combination with a dedicated ignition controls family. This product handbook describes the CVI ignition controls family
S4565, S4575 and S4585 for use in combination with the CVI gas control family VK41.. For details of the CVI gas
controls please refer to Product Handbook EN2R-9004. For an up-to-date copy please contact your nearest
Honeywell office. For glossary of terms, abbrevations and symbols see document EN2R-9039
1
EN2R-9031 0402R15-NE
CONTENTS
General
Page
Description
Features
Dimensional drawing housing
Dimensional drawing “old style” housing
Accessories for degree of protection IP 20, IP 40, IP X4, IP 44
Assembling of IP X4/44 housing
Application S4565/S4575/S4585 ignition controls
3
4
5
6
7
8
9
S4565 ignition controls
Specifications S4565A, B ,P, Q
System operation S4565A, B, P, Q
Specifications S4565C, D, R, T
System operation S4565C, D, R, T
Specifications S4565AD, BD, CD, DD, PD, QD, RD, TD “1000” series
System operation S4565AD, BD, CD, DD, PD, QD, RD, TD “1000” series
Specifications S4565AD, BD, CD, DD, PD, QD, RD, SD, TD “2000” series
System operation S4565AD, BD, CD, DD, PD, QD, RD, SD, TD “2000” series
Specifications S4565AF, BF, CF, DF, PF, QF, RF, TF
System operation S4565AF, BF, CF, DF, EF, PF, QF, RF, TF
Application note S4565BF with second main valve control
Application note S4565DF, TF with external main burner interrupt
Specifications S4565PV, QV, RV, TV
System operation S4565PV, QV, RV, TV
10
12
14
16
18
22
25
30
33
35
38
39
42
45
S4575 ignition controls
Specifications S4575A, B, P, Q
System operation S4575A, B, P, Q
50
52
S4585 ignition controls
Specifications S4585D
System operation S4585D
54
57
Various
General considerations
59
Installation
EMC guidelines
Electrical connections and wiring
Quality assurance statement
Standards and approvals
Ordering information
Overview ignition controls
Replacement parts and accessories
Cable assemblies
EN2R-9031 0402R15-NE
60
61
62
63
64
65
66
66
2
DESCRIPTION
Valves
The Combined Valve and Ignition (CVI) system controls and
performs all the functions required for safe ignition, flame
supervision and for safely regulating the gas flow to the pilot
and/or main burner.
The CVI consists of a gas valve of the VK41.. series and a
dedicated ignition control of the series S4565, S4575 and
S4585 which is connected directly on to it.
•
S4565
Direct Burner Ignition (DBI) or Intermittent Pilot ignition
(IP) with a defined safety time for applications with or
without fan, with flame detection, volatile or non volatile
lock out, optional remote reset, fixed waiting times and in
case of flame failure recycling of the full start up
sequence.
•
S4575
Hot Surface Ignition (HSI) with a defined safety time for
applications with or without fan, with flame detection,
volatile or non volatile lock out, optional remote reset,
fixed waiting times and in case of flame failure recycling of
the full start up sequence.
•
S4585
Intermittent Pilot ignition (IP) for atmospheric or fan
assisted applications with the so called ”wild pilot system”
without safety time for ignition, with flame detection on the
pilot flame. Wild pilot system means a safety Ts + ∞ and is
applicable for pilot burners up to 250 Watt
Ignition control
The S4565, S4575 or S4585 220/240 Vac series ignition
controls can be directly electrically connected to a VK41..
series gas control. (S4575 can also be rated 110 ... 120Vac)
The S4565/S4575 ignition controls are not intended for direct
exposure to flame envelope.
S4565, S4575 and S4585 ignition controls give excellent
performance and a high reliability standard. There are
versions available for different ignition systems:
The S4565/S4575 ignition controls are approved on the
North American standard ANSI Z21.20 Automatic Ignition
Systems.
Intermittent Pilot ignition (IP) for atmospheric or fan assisted
applications with the so called ”wild pilot system” * without
safety time for ignition and flame detection on the pilot flame.
The performance and the construction of the ignition control
is optimized and dedicated to the VK41.. series gas controls.
S4565, S4575 and S4585 systems function in accordance
with EN 298.
NOTE:
3
S4565SD is not an ignition control but an ignition
circuit and rectifier only
EN2R-9031 0402R15-NE
FEATURES
Electrical connection options
• Connection to the gas control is made entirely by
plugging the ignition control on.
• Electric connections are positioned on top and are made
by a multiple plug-in connector (IP 20 enclosure if side
connections are accessible).
• The housing can receive a cover for strain relief in order
to have an IP 30 or an IP 40 enclosure,(if side
connections are accessible). When the cover is applied in
combination with the cable seal grommet, sleeves and
gasket the enclosure is IP X4 (IP 44 if side connections
are accessible)
• Ignition and flame detection connections are at the outlet
end of the housing.
• Flame detection is accessible.
• Volt free relay of S4575 is accessible.
• Ignition connection is accessible if fs t 25 Hz and ignition
and flame sensing is separate.
• Ignition connection AMP 2.8 x 0.5 mm.
• Flame detection connection AMP 4.8 x 0.8 mm in case of
separate ignition and flame sensing.
General
• All burner control safety functions concentrated in one
reliable and optimized system.
• Specially designed to provide the optimum system
solution in gas appliances with a DBI or IP system to light
the main burner.
• Both gas control and ignition control incorporate time
proven design concepts assuring reliability.
• Easy assembly of ignition control on gas control by
plugging it on from the top.
• Mounting orientation may be within 90° in any direction
from the electric on/off operator upright position.
Ignition control
• Hybrid technology for high reliability.
• Flame supervision.
• Built-in 2.5 ... 60 Hz ignition.
• Internal or external reset and alarm.
• Accurate safety timer.
• Supply voltages of 220/230 ... 240 V 50/60 Hz in a single
product. (S4575 can also be rated 110 ... 120Vac)
•
•
•
•
•
•
•
•
•
•
•
•
•
Full operating sequence after flame loss.
Extended spark ignition.
Optional phase neutral independent operation, flame
sensing independent of safety ground potential for
S4565AD ... TD “2000” series and S4575.
Safety time triggered by Air Pressure Switch (APS) for
S4565AD ... TD “2000” series.
Optional safe separation flame relay output or opto
coupler.
Optional main burner interrupt for S4565BF, DF, QF, TF.
Volatile or non volatile lock-out according to EN 298.
EMC filter optional.
Protective impedance flame rod.
Under voltage protection.
Flame relay option.
Option of separate power supply and heat demand input.
Optional flame retarding housing (UL 94-V0)
EN2R-9031 0402R15-NE
4
DIMENSIONAL DRAWING HOUSING
115
Connector pins suitable for
Molex 3001 female connectors
50
60
72
Mounting hole Ø 3.2
30
Ignition
19
29
113
Flame detection
Note: specific housings may deviate from drawing
Fig. 1. Dimensional drawing housing in mm
5
EN2R-9031 0402R15-NE
DIMENSIONAL DRAWING “OLD STYLE” HOUSING
Connector pins suitable for
Molex 3001 female connectors
111
62
69
Mounting hole Ø 3.2
18.5
Ignition
19
29
110
Flame detection
Note: specific housings may deviate from drawing
Fig. 2. Dimensional drawing “old style” housing in mm (do not use for new designs)
EN2R-9031 0402R15-NE
6
ACCESSORIES FOR DEGREE OF PROTECTION IP 20, IP 40, IP X4, IP 44
See also Replacement parts and Accessories on page 66.
IP 00
IP 20
IP 40
IP X4
IP 44
Choose one cover set 1)
Choose one set (housing with accessoiries) 2)
Cover set with integrated strain relief, flame
retarding in accordance with UL 94 V0.
Order number: 45900431-005 (screw included)
Choose one cover set 1)
Cover set with integrated strain relief
Order number: 45900431-004 (screw included)
Choose one set (housing with accessoiries) 2)
Choose one cover set 1)
Cover set with separate strain relief
Order number: 45900440-001 (screws included)
Order number: 45900431-005
Order number: 45900431-007 (screw included)
Choose one cover set 1)
Optional strain relief
Order number: 45900442-007 or- 011: 45900440-001 (
screws included)
Special housing for IP X4/44
See O.S. card
Color: grey and red
Cable grommet
Order number: 45900442-008
Sleeve
Order number: 45900442-003 or- 006
Gasket
Order number: 45900442-007 or- 011
Special housing for IP X4/44, flame retarding in
accordance with UL 94 V0
See O.S. card
Color: black
Cable grommet
Order number: 45900442-008
Sleeve
Order number: 45900442-003 or- 006
1
)
2)
3)
Use 3)
To be provided by the appliance
manufacturer
Use 3)
Additional means for electrical protection of side
outlets
Use 3)
Gasket
Order number: 45900442-007 or- 011
case the side connections must be considered as hazardous live parts.
For IP 20 the cable grommet may be left out.
Classification valid after correct installation of wires.
Only if the spark frequency is larger than 25 Hz or in case
of combined ignition and flame sensing or if the side connections have DC or AC output then additional protection
against electrical shock shall be provided for these connections by the application manufacturer since in such
7
EN2R-9031 0402R15-NE
ASSEMBLING OF IP X4/44 HOUSING
Assembling of the cable connector(s) and cover (see Fig. 3. and Fig.
5.)
• Use cable with Ø 5 ... Ø 7 mm.
• Strip length cable: 15 mm
• Grommet inlet nunmbers1, 2, 4 applicable for cable
with Ø 5 ... Ø 7 mm.
• Grommet inlet number 3 applicable for cable
with Ø 4 ... Ø 7 mm.
• Mount the connector(s) and bring the cable grommet in
position over the cables and connector.
A
B
Connector
Fig. 4.
Cable grommet
Fixing screw
Special housing for IP X4/44
1
2
3
Cap
4
Fig. 3.
Assembly of strain relief for IP X4/44 protection (see Fig. 4. and Fig.
5.)
Position the cover on the ignition control Then, when holding
the cover down (in direction A) rotate it to mount the cable(s)
in the strain relief (in direction B).
Cable grommet
Place the gasket on the pins of the gas control and finally fix
the whole assembly (ignition control and cover) with a screw
on the gas control wit a torque of 40 Ncm max.
Sleeves
Use sleeves to connect the flame sensing wire and sparking
connection(s).
Fig. 5.
In case the spark plug connections are not accessible,
additional means for electrical protection need to be provided
by the boiler manufacturer if IP 44 is needed. The spark plug
connections must not be removable without the use of a tool.
EN2R-9031 0402R15-NE
Gasket
8
APPLICATION
The S4565, S4575 and S4585 series ignition controls have
been specially developed for application in gas fired domestic
appliances.
The S4565, S4575 and S4585 series ignition controls are
used in conjuction with the VK41.. series gas controls to
provide and optimised safety sub-system for programmed
safe light-up and flame supervision of the main burner of the
appliance.
In S4565 series there are versions available for both Direct
Burner Ignition (DBI) and Intermittent Pilot (IP) ignition
systems with a defined safety ignition time.
The S4575 series are suitable for Hot Surface Ignitors.
The S4585 series can be used for appliances with ”Wild
Pilot” Intermittent Pilot systems. (Wild pilot means a safety
time Ts = ∞ and is applicable for pilot burners up to 250 Watt.)
9
EN2R-9031 0402R15-NE
SPECIFICATIONS
Model
Suffix A:
Suffix B:
Suffix P:
Suffix Q
S4565A, B ,P, Q
Timing (depending on O.S. number)
Self check time (Tc):
Waiting time (Tw):
Safety time (Ts):
Extended spark ignition time (Tx):
atmospheric, direct burner ignition
atmospheric, direct burner ignition,
flame relay output
as A except volatile lock-out
as B except volatile lock-out
Flame sensing
Min flame current:
Response time on:
Response time off(TFR):
Supply voltage
220 ... 240 Vac, 50/60 Hz (-15%, +10%)
Power consumption
4 VA
Ignition
Spark voltage:
Humidity
90% RH max. at 40°C non condensing
Storage
- 30 ... 70°C
Spark energy:
Repetition rate:
Ambient temperature
-15 ... 60°C
Max. spark gap:
Electrical rating (see also note 3.)
Alarm:
220 ... 240 Vac, 50/60Hz, 1 A,
cos ϕ > 0.6 or max 1 mA
Flame relay contact: 220 ... 240 Vac, 50/60Hz, 1 A,
cos ϕ > 0.6
Flame opto coupler: +5 V, 10 kΩ
Length ignition cable
0.5 m max.
0.9 µA
> 0.2 s
<1s
(optionally other values available)
>12 kV at 40 pF load
(depending on O.S. number)
3 ... 15 µAs
2.5 ... 60 Hz
(depending on O.S. number)
3.5 mm
Length flame sensing cable
1 m max.
Length of wiring for external components
1 m max.
Electrical connection
High voltage spark: 2.8 x 0.5 mm spade terminal
Flame sensing:
4.8 x 0.8 mm spade terminal
PCB connectors:
Molex 3003 series suitable for
Molex 3001 female cable connector
Remark
Optional integrated flame relay available with safe separation
or opto coupler with safe separation.
N.C. contact of flame relay has no safe separation.
Housing (degree of protection)
See:
WARNING
Opto coupler interface needs a
debounce time > 20 ms in order to prevent noise
caused by transients on mains.
accessories for degree of protection page 7..
replacement parts and accessories page 66..
EN2R-9031 0402R15-NE
1.5 s
0 ...30 s
3.5 ... 55 s
0 ... Ts max.
10
CONNECTION DIAGRAM
S4565A, B ,P, Q
Optional
Side connections
12
11
10
8
9
7
6
5
3
4
Optional
2
1
Optional **
*
N
LM
RS
L
* See note 3.
** See page 21. Fig. 19.
All versions
Fig. 6. Connection diagram S4565A, B, P and Q
11
EN2R-9031 0402R15-NE
SYSTEM OPERATION
S4565A, B, P, Q
Suffix A, B, P and Q (see Fig. 7.)
When there is a call for heat a self check period (Tc) plus
waiting period (Tw) elapse before built-in igniter and gas valve
are switched on.
The ignition spark ignites gas and resulting flame is detected
by the flame rod.
Ignition is switched off after extended ignition time and flame
establishment.
If flame is not established within the safety time (Ts), the
ignition control locks out.
If the flame is lost during normal run, the ignition control
repeats the start sequence.
General
Lock-out reset
The S4565A, B, P and Q ignition controls can be reset by
either depressing the internal/external reset button (suffix A
and B) or by interrupting the permanent live connection
(suffix P and Q).
If a first reset is not succesful, wait at least 15 seconds before
attempting another one.
NOTE 1.:
When first starting, the ignition control can be in
the lock-out condition; depress the reset button
to free the ignition control. After a manual reset
an extended prepurge/waiting time will occur.
NOTE 2.:
If during normal use the reset button is pressed,
the gas valves drop out and the ignition control
starts a new sequence after releasing the reset
button.
NOTE 3.:
If permanent alarm output: neon indicator with
integral resistor >150 kΩ (max 1 mA)
NOTE 4.:
If an automatic return high limit thermostat is
used, the high limit switch in the application
needs a longer return time than the trial for ignition time of the ignition control. This in order to
provide non volatile lock out.
EN2R-9031 0402R15-NE
12
TIMING DIAGRAM
S4565A, B, P, Q
Tc+Tw
TFR
Tc+Tw
Ts
Fig. 7. Timing diagram S4565A, B, P and Q
13
EN2R-9031 0402R15-NE
SPECIFICATIONS
S4565C, D, R, T
Housing (degree of protection)
See:
accessories for degree of protection page 7..
replacement parts and accessories page 66..
Model
Suffix C: fan assisted, direct burner ignition
Suffix D: fan assisted, intermittent pilot burner ignition
including safety timer
Suffix R: as C except volatile lock-out
Suffix T: as D except volatile lock-out
Timing (depending on O.S. number)
Self check time (Tc):
0, 1.5 or 2 s
Prepurge time (Tp):
0 ... 30 s
3.5 ...55 s
Safety time (Ts):
Extended spark ignition
time and stabilisation time: 0 ... Ts
(depending on elaps of safety time)
Supply voltage
220 ... 240 Vac, 50/60Hz (-15%, +10%)
Power consumption
4 VA
Humidity
90% RH max. at 40°C
Flame sensing
Min flame current:
Response time on:
Response time off (TFR):
Ambient temperature
-15 ... 60°C
Electrical rating (see also note 7.)
Alarm:
220 ... 240 Vac, 50/60Hz, 1 A,
cos ϕ > 0.6 or max 1 mA
Fan:
220 ... 240 Vac, 50/60Hz, 1 A,
cos ϕ > 0.6
LPG outdoor valve: 220 ... 240 Vac, 50/60Hz, 1 A,
cos ϕ > 0.6
External ignition transformer: 220 ... 240 Vac, 50/60Hz,
1 A, cos ϕ > 0.6
Ignition
Spark voltage:
Spark energy:
Repetition rate:
Max spark gap:
> 12 kV at 40 pF load
(depending on O.S. number)
3 ... 15 µAs
2.5 ... 60 Hz
(depending on O.S. number)
3.5 mm
Length flame sensing cable
1 m max.
Electrical connection
High voltage spark: 2.8 x 0.5 mm spade terminal
Optional:
External mains voltage ignition
transformer
2.8 x 0.5 mm spade terminal
Flame sensing:
4.8 x 0.8 mm spade terminal or 2.8 x
0.5 mm spade terminal for combined
high voltage spark/flame sensing
PCB connectors:
Molex 3003 series suitable for
Molex 3001 female cable connector
EN2R-9031 0402R15-NE
0.9 µA
> 0.2 s
<1s
(optionally other values available)
Length ignition cable
0.5 m max.
Length of wiring for external components
1 m max.
14
CONNECTION DIAGRAM
Side connections**
12
S4565C, D, R, T
9
10
11
8
7
6
5
4
3
2
1
P
LM
*
RS
LPG
N
N
Optional
N
L
* See note 7.
** Alternative side connection for models with combined flame detection/high voltage. See page 56. Fig. 71.
Fig. 8. Connection diagram S4565C, D, R and T
15
EN2R-9031 0402R15-NE
SYSTEM OPERATION
S4565C, D, R, T
General
Suffix D and T (see Fig. 10.)
When there is a call for heat the fan starts running through
the no air position of the air proving switch.
If an external LPG valve is connected, this will be energized.
When sufficient air flow is proven by the air proving switch, a
a self check period (Tc ) plus a prepurge period (Tp ) elapse
before the pilot gas valve and built-in ignition or external
ignition transformer (optional) are switched on.
The ignition spark ignites pilot gas and resulting flame is
detected by the flame rod.
Internal or external ignition is switched off.
After flame establishment a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
ignition control locks-out.
If the flame is lost during normal run, the ignition control
repeats start sequence at prepurge.
If no air is proven by the air proving switch within the
prepurge time (Tp), the ignition control stays in waiting mode
with fan running.
Lock-out reset
The S4565C, D, R, T ignition controls can be reset by either
depressing the internal/external reset button (suffix C and D)
or by interrupting the permanent life (suffix R, and T).
If a first reset is not succesful, wait at least 15 seconds before
attempting another one.
NOTE 5.:
When first starting, the ignition control can be in
the lock-out condition, depress the reset button
to free the ignition control. After a reset an
extended waiting time will occur.
NOTE 6.:
If during normal use the reset button is pressed,
the gas valves close and the ignition control
starts a new sequence after releasing the reset
button.
NOTE 7.:
If permanent alarm output:neon indicator with
integral resistor >150 kΩ (max 1 mA)
Suffix C and R (see Fig. 9.)
When there is a call for heat the fan starts running through
the no air position of the air proving switch.
If an external LPG valve is connected, this will be energized.
When sufficient air flow is proven by the air proving switch, a
self check period (Tc ) plus a prepurge period (Tp) elapse
before the gas valve and built-in ignition or external ignition
transformer (optional) are switched on.
The ignition spark ignites gas and resulting flame is detected
by the flame rod.
Internal or external ignition is switched off.
After flame establishment a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
ignition control locks out.
If the flame is lost during normal run, the ignition control
repeats the start sequence with prepurge.
If no air is proven by the air proving switch within the
prepurge time (Tp), the ignition control stays in waiting mode
with fan running.
EN2R-9031 0402R15-NE
WARNING
Do not interchange air proving switch wiring in order
to prevent malfunctioning
16
TIMING DIAGRAM
S4565C, D, R, T
P
Tc + Tp
TFR
Tc + Tp
Ts
Fig. 9. Timing diagram S4565C and R
P
PV
MV
Tc + Tp
TFR
Tc + Tp
Ts
Fig. 10. Timing diagram S4565D and T
17
EN2R-9031 0402R15-NE
SPECIFICATIONS
Model
Suffix AD:
Suffix BD:
Suffix CD:
Suffix DD:
Suffix PD:
Suffix QD:
Suffix RD:
Suffix TD:
S4565AD, BD, CD, DD, PD, QD, RD, TD “1000” SERIES
Housing (degree of protection)
See:
accessories for degree of protection page 7..
replacement parts and accessories page 66..
atmospheric, direct burner ignition
as AD but with flame relay output
fan assisted, direct burner ignition
as CD but with flame relay output
as AD except volatile lock-out
as BD except volatile lock-out
as CD except volatile lock-out
as DD except volatile lock-out
Timing (depending on O.S. number)
Self check time (Tc):
1.5 s
Waiting time (Tw):
0 ... 30 s
3.5 ... 25 s
Safety time (Ts):
Extended spark ignition time: 0 ... Ts
(depending on elaps of safety time)
Supply voltage
220 ... 240 Vac, 50/60Hz (-15%, +10%)
Flame sensing
Min flame current:
Response time on:
Response time off (TFR):
Power consumption
4 VA
Humidity
90% RH max. at 40°C non condensing
0.9 µA
> 0.2 s
<1s
Ignition
Spark voltage:
> 12 kV at 40 pF load
(depending on O.S. number)
Spark energy:
3 ... 15 µAs
Repetition rate:
2.5 ... 60 Hz
(depending on O.S. number)
Max. spark gap:
3.5 mm
Optional external ignition circuit:220 ... 240 V (at no load),
single phase rectified,
max 2 VA
Storage
- 30 ... 70°C
Ambient temperature
-15 ... 60°C
Electrical rating (see also note 10.)
Alarm:
220 ... 240 Vac, 50/60Hz, 1 A,
cos ϕ > 0.6 or max 1 mA
Fan:
220 ... 240 Vac, 50/60Hz, 1 A,
cos ϕ > 0.6
Flame relay contact: 220 ... 240 Vac, 50/60Hz,1 A,
cos ϕ > 0.6
Flame opto coupler: +5 V, 10 kΩ
LPG valve:
220 ... 240 Vac, 50/60 Hz, 1 A max,
cos ϕ > 0.6
Length flame sensing cable
1 m max.
Length ignition cable
0.5 m max.
Length of wiring for external components
1 m max.
Electrical connection
High voltage spark: 2.8 x 0.5 mm spade terminal
Flame sensing:
4.8 x 0.8 mm spade terminal
PCB connectors:
Molex 3003 series suitable for
Molex 3001 female cable connector
Remark
Optional integrated flame relay available with safe separation
or opto coupler with safe separation.
N.C. contact of flame relay has no safe separation.
WARNING
Opto coupler interface needs a debounce time > 20
ms in order to prevent noise caused by transients on
mains.
EN2R-9031 0402R15-NE
18
CONNECTION DIAGRAM S4565AD, BD, CD, DD, PD, QD, RD, TD “1000“ SERIES
Side connections **
Optional
12
11
9
10
8
7
LM
6
5
4
3
Optional
*
2
1
Optional ***
RS
N
* See note 10.
** See page 21. Fig. 17.
*** See page 21. Fig. 19.
L
Fig. 11. Connection diagram S4565AD and BD “1000” series
Side connections **
Optional
12
11
9
10
8
LM
7
6
5
4
3
Optional
*
2
1
Optional ***
RS
N
* See note 10.
** See page 21. Fig. 17.
*** See page 21. Fig. 19.
L
Fig. 12. Connection diagram S4565BD and QD “1000” series for gas/air application
19
EN2R-9031 0402R15-NE
Side connections **
12
11
9
10
8
LM
7
6
4
5
*
RS
P
NC
C
NO
N
L
3
Optional
2
1
Optional ***
* See note 10.
** See page 21. Fig. 17.
*** See page 21. Fig. 19.
N
Fig. 13. Connection diagram S4565CD and DD “1000” series
Side connections
11
12
9
10
8
LM
7
6
5
4
3
Optional
*
-
2
1
Optional ***
+
N
L
* See note 10.
*** See page 21. Fig. 19.
N
Fig. 14. Connection diagram S4565QD “1000” series with external ignition circuit
Side connections **
11
12
9
10
8
LM
7
6
5
*
4
3
Optional
2
1
Optional ***
N
* See note 10.
** See page 21. Fig. 17.
*** See page 21. Fig. 19.
L
Fig. 15. Connection diagram S4565PD and QD “1000” series
EN2R-9031 0402R15-NE
20
Side connections **
11
12
9
10
8
LM
7
6
4
5
P
NC
C
NO
*
3
Optional
2
1
Optional ***
N
* See note 10.
** See page 21. Fig. 17.
*** See page 21. Fig. 19.
L
Fig. 16. Connection diagram S4565RD and TD “1000” series
Side connections
Side connection
Fig. 17. Alternative side connection in case of sparking
to ground
2
Fig. 18. Alternative side connection in case of combined
flame sensing and sparking (single rod)
1
Flame
output
10k
+
5V
-
Fig. 19. Connection for opto coupler output
21
EN2R-9031 0402R15-NE
SYSTEM OPERATION
S4565AD, BD, CD, DD, PD, QD, RD, TD “1000” SERIES
Suffix BD and QD (see Fig. 21.)
As AD and PD except flame relay contact or opto is closed
after flame detection.
General
The S4565AD, BD, CD, DD, PD, QD, RD, TD ignition controls
can provide both closed-loop sparking and sparking to
ground.
If the S4565AD, BD, CD, DD, PD, QD, RD, TD will be used in
sparking to ground applications, the upper spark tap has to
be grounded.
Suffix CD and RD (see Fig. 22. )
When there is a call for heat the fan starts running through
the no air position of the air proving switch after self check
period (Tc) plus waiting period (Tw)
When sufficient air flow is proven by the air proving switch,
the built-in igniter and gas valve are switched on.
The ignition spark ignites gas and resulting flame is detected
by the flame rod.
After flame establishment a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
ignition control locks out.
If the flame is lost during normal run, the ignition control
repeats start sequence.
If no air is proven by the air proving switch within the safety
time (Ts), the ignition control locks out.
Lock out reset
The ignition control can be is reset by either depressing the
internal/external reset button (suffix AD, BD, CD and DD) or
by interrupting the permanent life (suffix PD, QD, RD, and
TD).
If a first reset is not succesful, wait at least 15 seconds before
attempting another one.
NOTE 8.:
When first starting, the ignition control can be in
the lock-out condition; reset the ignition control.
after a reset an extended waiting time will occur.
NOTE 9.:
If during normal use the reset button is pressed,
the gas valves close and the ignition control
starts a new sequence after releasing the reset
button.
Suffix DD and TD (see Fig. 23.)
As CD and RD except flame relay or opto is closed after
flame detection.
NOTE 10.: If permanent alarm output: neon indicator with
integral resistor >150 kΩ (max 1 mA)
Gas/air application
For gas/air application without dynamic aircheck, the
S4565AD, BD, PD or QD can be used.
In this application the fan is connected between pin 5 and 6
and will start when a call for heat is present. The waiting
period now acts as a prepurge time.
When the call for heat disappears or when the ignition control
goes in lock-out, the fan will be switched off.
Suffix AD and PD (see Fig. 20.)
When there is a call for heat a self check period (Tc) plus
waiting period (Tw) elapse before the built-in igniter and gas
valve are switched on.
The ignition spark ignites gas and resulting flame is detected
by the flame rod.
After flame establishment a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
gnition control locks out.
If the flame is lost during normal run, the ignition control
repeats start sequence.
*
EN2R-9031 0402R15-NE
22
The safety time starts after the fan is switched on.
TIMING DIAGRAM
S4565AD, BD, CD, DD, PD, QD, RD, TD “1000” SERIES
Tc+Tw
TFR
Tc+Tw
Ts
Fig. 20. Timing diagram S4565AD, PD “1000” series
LPG
TFR
Tc+Tw
Tc+Tw
Ts
Fig. 21. Timing diagram S4565BD and QD “1000” series
23
EN2R-9031 0402R15-NE
P
Tc+Tw
TFR
Tc+Tw
Ts
Fig. 22. Timing diagram S4565CD and RD “1000” series
P
Tc+Tw
TFR
Tc+Tw
Fig. 23. Timing diagram S4565DD and TD “1000” series
EN2R-9031 0402R15-NE
24
Ts
SPECIFICATIONS
Model
Suffix AD:
Suffix BD:
Suffix CD:
Suffix DD:
Suffix PD:
Suffix QD:
Suffix RD:
Suffix SD:
Suffix TD:
S4565AD, BD, CD, DD, PD, QD, RD, SD, TD “2000” SERIES
Housing (degree of protection)
See:
accessories for degree of protection page 7..
replacement parts and accessories page 66..
atmospheric, direct burner ignition
as AD but with flame relay output
fan assisted, direct burner ignition
as CD but with flame relay output
as AD except volatile lock-out
as BD except volatile lock-out
as CD except volatile lock-out
ignition circuit and rectifier only
as DD except volatile lock-out
Timing (depending on O.S. number)
Self check time (Tc):
0 ... 2 s
Waiting time (Tw):
0 ... 30 s
3.5 ... 55 s
Safety time (Ts):
Extended spark ignition time: 0 ... Ts
(depending on elaps of safety time)
Supply voltage
230 ... 240 Vac, 50/60 Hz
Humidity
90% RH max. at 40°C
Flame sensing
Min flame current:
for optional phase independent systems:0.5 µA
for phase dependent systems: 0.9 µA
Response time on:
> 0.2 s
Response time off (TFR):
<1s
(optionally other values available)
Ambient temperature
-15 ... 60°C
Ignition
Spark voltage:
Power consumption
4 VA
Electrical rating (see also note 13.)
Alarm:
230 ... 240 Vac, 50/60 Hz,
output max 1mA (e.g. neon light with
internal resistor > 150 kΩ)
Fan:
230 ... 240 Vac, 50/60 Hz,
max 1 A, max cos ϕ > 0.6
Hour counter:
230 ... 240 Vac, 50/60 Hz,
max 1 A, cos ϕ > 0.6
Flame relay contact: 230 ... 240 Vac, 50/60 Hz,
max 1 A, cos ϕ > 0.6
Flame opto coupler: +5 V, 10 kΩ
Spark energy:
Repetition rate:
Max. spark gap:
> 12 kV at 40 pF load
(depending on O.S. number)
3 ... 15 µAs
2.5 ... 60 Hz
(depending on O.S. number)
3.5 mm
Length flame sensing cable
1 m max.
Length ignition cable
0.5 m max.
Length of wiring for external components
1 m max.
Electrical connection
High voltage spark: 2.8 mm spade terminal
optional:
4 mm round terminal in spark to ground
application
Flame sensing:
4.8 mm spade terminal
PCB connectors:
Molex 3003 series suitable for
Molex 3001 female cable connector
Remark
Optional integrated flame relay available with safe separation
or opto coupler with safe separation.
N.C. contact of flame relay has no safe separation.
WARNING
Opto coupler interface needs a debounce time > 20
ms in order to prevent noise caused by transients on
mains.
25
EN2R-9031 0402R15-NE
CONNECTION DIAGRAM S4565AD, BD, CD, DD, PD, QD, RD, TD “2000” SERIES
Side connections *
12
11
10
8
9
7
6
5
3
4
Optional
h
N
2
1
Optional **
LM
* See page 29. Fig. 31.
** See page 21. Fig. 19.
RS
h, RS and alarm are optional
L
Fig. 24. Connection diagram S4565AD and BD “2000” series
Side connections *
12
11
10
8
9
7
6
5
4
3
Optional
N
h
2
1
Optional **
LM
* See page 29. Fig. 31.
** See page 21. Fig. 19.
RS
L
h, RS and alarm are optional
Fig. 25. Connection diagram S4565AD and BD “2000 “ series for gas/air application
EN2R-9031 0402R15-NE
26
Side connections *
12
11
10
8
9
7
6
5
4
3
Optional
N
P
2
1
Optional **
LM
* See page 29. Fig. 31.
**
*** See page 21. Fig. 19.
**
RS
RS and alarm are optional
L
Fig. 26. Connection diagram S4565CD and DD “2000” series
Side connections *
12
11
10
8
9
7
6
5
4
3
Optional
N
2
1
Optional **
LM
* See page 29. Fig. 31.
** See page 21. Fig. 19.
RS
RS and alarm are optional
L
Fig. 27. Connection diagram S4565CD and DD “2000” series in atmospheric appliances
Side connections *
12
11
10
8
9
7
6
5
4
3
Optional
h
N
2
1
Optional **
LM
* See page 29. Fig. 31.
** See page 21. Fig. 19.
h and alarm are optional
L
Fig. 28. Connection diagram S4565PD and QD “2000” series
27
EN2R-9031 0402R15-NE
Side connections *
11
12
8
9
10
7
6
3
4
5
2
Optional
P
1
Optional **
N
LM
*
See page 29. Fig. 31. and Fig.
32.
** See page 21. Fig. 19.
L
Alarm is optional
Fig. 29. Connection diagram S4565RD and TD “2000” series
Side connections
12
Void
11
10
9
8
N
Not
used
7
6
5
L
valves
Fig. 30. Connection diagram S4565SD “2000” series
EN2R-9031 0402R15-NE
28
3
4
L
ignition
2
1
Side connections
Side connections
Fig. 33. Alternative side connection in case of combined
flame sensing and sparking
Fig. 31. Alternative side connection in case of sparking
to ground
Side connections
Side connection
Fig. 32. Alternative side connection in case of combined
flame sensing and sparking (single rod)
Fig. 34. Alternative side connection in case of sparking
to ground
29
EN2R-9031 0402R15-NE
SYSTEM OPERATION S4565AD, BD, CD, DD, PD, QD, RD, SD, TD “2000” SERIES
Suffix CD and RD (see Fig. 37.)
When there is a call for heat, self check period (Tc) plus
waiting period (Tw) elapse if the air proving switch is in the no
air position.
After Tc + Tw the fan starts running.
When sufficient air flow is proven by the air proving switch,
the built-in igniter and gas valve are switched on.
The ignition spark ignites gas and resulting flame is detected
by the flame rod.
After flame establishment a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
ignition control locks out.
If the flame is lost during normal run, the ignition control
repeats start sequence.
If no air is proven by the air proving switch, the ignition control
stays waiting (optional lock out on no air can be included).
General
The S4565AD, BD, CD, DD, PD, QD, RD, TD ignition controls
can provide both closed-loop sparking and sparking to
ground.
The S4565SD ignition circuit and rectifier provides closedloop sparking.
Lock-out reset
The ignition control can be reset by either depressing the
internal/external reset button (suffix AD, BD, CD and DD) or
by interrupting the permanent life (suffix PD, QD, RD and
TD).
NOTE 11.: When first starting, the ignition control can be in
the lock-out condition, depress the reset button
to free the ignition control. After a reset an
extended waiting time will occur.
NOTE 12.: If during normal use the reset button is pressed,
the gas valves close and the ignition control
starts a new sequence after releasing the reset
button.
Suffix DD and TD (see Fig. 38.)
As CD and RD except flame relay contact or opto is activated
after flame detection.
NOTE 13.: If permanent alarm output:neon indicator with
integral resistor >150 kΩ (max 1 mA).
Do not connect any electrical load to the heat
demand input, it will influence proper functionality.
Suffix SD (see Fig. 30.)
If line voltage is applied between pin 5 (line valves) and pin 9
(N), the gas valve is switched on.
If the line voltage is applied between pin 4 (line ignition) and
pin 9 (N) the build in igniter is switched on.
The igniter circuit is fed during the negative half wave of the
mains.
Pin 8 is present but not intended for use. It is connected with
a resistor (100 Ω) to pin 5.
Ignition circuit must be on shorter than 10 s in an application
with single ignition trial.
Suffix AD and PD (see Fig. 35.)
When there is a call for heat a self check period (Tc) plus
waiting period (Tw) elapse before the built-in igniter and gas
valve are switched on.
The ignition spark ignites gas and resulting flame is detected
by the flame rod.
After flame establishment a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
ignition control locks out.
If the flame is lost during normal run, the ignition control
repeats start sequence.
Gas/air application
For gas/air application without dynamic aircheck, the
S4565AD, BD, PD or QD can be used.
In this application the fan is connected between pin 4 and 5
and will start when a call for heat is present. The waiting
period now acts as a prepurge time.
When the call for heat disappears or when the ignition control
goes in lock-out, the fan will be switched off.
Suffix BD and QD (see Fig. 36.)
As AD and PD except flame relay contact or opto is activated
after flame detection.
NOTE 14.: The hour counter is energized when the valve is
energized. It can be used as an output signal.
EN2R-9031 0402R15-NE
30
TIMING DIAGRAM
S4565AD, BD, CD, DD, PD, QD, RD, TD “2000” SERIES
Tc+Tw
TFR
Tc+Tw
Ts
Fig. 35. Timing diagram S4565AD, PD “2000” series
LPG
TFR
Tc+Tw
Tc+Tw
Ts
Fig. 36. Timing diagram S4565BD, QD “2000” series
31
EN2R-9031 0402R15-NE
P
Tc+Tw
TFR
Tc+Tw
Ts
Fig. 37. Timing diagram S4565CD, RD “2000” series
P
Tc+Tw
TFR
Tc+Tw
Fig. 38. Timing diagram S4565DD, TD “2000” series
EN2R-9031 0402R15-NE
32
Ts
SPECIFICATIONS
Model
Suffix AF:
Suffix BF:
Suffix CF:
Suffix DF:
Suffix PF:
Suffix QF:
Suffix RF:
Suffix TF:
S4565AF, BF, CF, DF, PF, QF, RF, TF
Housing (degree of protection)
See:
accessories for degree of protection page 7..
replacement parts and accessories page 66..
atmospheric, direct burner ignition
atmospheric, intermittent pilot burner ignition
including safety timer
fan assisted, direct burner ignition
fan assisted, intermittent pilot burner ignition
including safety timer
as AF except volatile lock-out
s BF except volatile lock-out
as CF except volatile lock-out
as DF except volatile lock-out
Timing (depending on O.S. number)
Self check time (Tc):
1.5 s
Waiting time (Tw):
0 ... 30 s
3.5 ... 55 s
Safety time (Ts):
Extended spark ignition time
and stabilisation time:
0 ... Ts
(depending on elaps of safety time)
Supply voltage
220 ... 240 Vac, 50/60Hz (-15%,+10%)
Power consumption
4 VA
Flame sensing
Min flame current:
Response time on:
Response time off (TFR):
Humidity
90% RH max. at 40°C
Ignition
Spark voltage:
Ambient temperature
-15 ... 60°C
Spark energy:
Repetition rate:
Electrical rating (see also note 17.)
Alarm:
220 ... 240 Vac, 50/60Hz, 1 A,
cos ϕ > 0.6 or max 1 mA
Fan:
220 ... 240 Vac, 50/60Hz, 1 A,
cos ϕ > 0.6
LPG outdoor valve: 220 ... 240 Vac, 50/60Hz, 1 A,
cos ϕ > 0.6
Second main valve: 220 ... 240 Vac, 50/60Hz, 1 A,
cos ϕ > 0.6
Max. spark gap:
0.9 µA
> 0.2 s
<1s
> 12 kV at 40 pF load
(depending on O.S. number)
3 ... 15 µAs
2.5 ... 60 Hz
(depending on O.S. number)
3.5 mm
Length flame sensing cable
1 m maximum
Length ignition cable
0.5 m max.
Length of wiring for external components
1 m max.
Electrical connection
High voltage spark: 2.8 x 0.5 mm spade terminal
Optional:
4 mm round terminal
Flame sensing:
4.8 x 0.8 mm spade terminal or 2.8 x
0.5 mm spade terminal for combined
high voltage spark/flame sensing
PCB connectors:
Molex 3003 series suitable for
Molex 3001 female cable connector
33
EN2R-9031 0402R15-NE
CONNECTION DIAGRAM
Side connections**
12
11
S4565AF, BF, CF, DF, PF, QF, RF, TF
9
10
8
7
6
LM
4
5
3
G
2
1
*
LPG
RS
Optional
N
* See note 17.
** Alternative side connection for models with combined flame
detection/high voltage. See page 56. Fig. 71.
L
Fig. 39. Connection diagram S4565AF, BF, PF and QF
Side connections**
12
11
9
10
8
7
6
4
5
3
2
1
LM
*
RS
P
Optional
N
L
* See note 17.
** Alternative side connection for models with combined flame
detection/high voltage. See page 56. Fig. 71.
Fig. 40. Connection diagram S4565CF, DF, RF and TF
EN2R-9031 0402R15-NE
34
SYSTEM OPERATION
S4565AF, BF, CF, DF, EF, PF, QF, RF, TF
General
Suffix CF and RF (see Fig. 43.
When there is a call for heat the fan starts running through
the no air position of the air proving switch after a self check
period (Tc) plus a waiting period (Tw).
When sufficient air flow is proven by the air proving switch,
the built-in igniter and gas valve are switched on.
The ignition spark ignites gas and resulting flame is detected
by the flame rod.
After flame establishment a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
ignition control locks out.
If the flame is lost during normal run, the ignition control
repeats start sequence.
If no air is proven by the air proving switch within the safety
time (Ts), the ignition control locks out.
Lock-out reset
The S4565AF, BF, CF, DF, EF, PF, QF, RF and TF ignition
controls can be reset by either depressing the internal/
external reset button (suffix AF, BF, CF and DF) or by
interrupting the permanent life (suffix PF, QF, RF, and TF). If a
first reset is not succesful, wait at least 15 seconds before
attempting another one.
NOTE 15.: When first starting, the ignition control can be in
the lock-out condition; reset the ignition control.
NOTE 16.: If during normal use the reset button is pressed,
the gas valves close and the ignition control
starts a new sequence after releasing the reset
button.
NOTE 17.: If permanent alarm output:neon indicator with
integral resistor >150 kΩ (max 1 mA)
Suffix DF and TF (see Fig. 44.)
When there is a call for heat the fan starts running through
the no air position of the air proving switch after a self check
period (Tc) plus a waiting period (Tw*).
When sufficient air flow is proven by the air proving switch,
the built-in igniter and pilot gas valve are switched on.
The ignition spark ignites pilot gas and resulting flame is
detected by the flame rod.
Ignition is switched off after a predetermined extended
ignition time T(ext) and flame establishment and then the
main valve is switched on.
If flame is not established within the safety time (Ts), the
ignition control locks out.
If the flame is lost during normal run, the ignition control
repeats start sequence.
If no air is proven by the air proving switch within the safety
time (Ts), the ignition control locks out.
NOTE 18.: If an external LPG valve and gas pressure switch
are connected, the LPG valve is energized after
call for heat. The ignition control stays in waiting
mode untill the gas pressure switch is closed. If
during normal operation gas pressure switch
opens, the gas valves will not be closed.
Suffix AF and PF (see Fig. 41.)
When there is a call for heat a self check period (Tc) plus a
waiting period (Tw) elapse before built-in igniter and gas valve
are switched on.
The ignition spark ignites gas and resulting flame is detected
by the flame rod.
After flame establishment a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
ignition control locks out.
If the flame is lost during normal run, the ignition control
repeats start sequence.
Suffix BF and QF (see Fig. 42.)
When there is a call for heat a self check period (Tc) plus a
waiting period (Tw) elapse before built-in igniter and pilot gas
valve are switched on.
The ignition spark ignites pilot gas and resulting flame is
detected by the flame rod.
After flame establishment a predetermined, extended ignition
time can be included then the main valve is switched on.
If flame is not established within the safety time (Ts), the
ignition control locks out.
If the flame is lost during normal run, the ignition control
repeats start sequence.
* The safety time starts after fan is switched on.
35
EN2R-9031 0402R15-NE
TIMING DIAGRAM
S4565AF, BF, CF, DF, EF, PF, QF, RF, TF
LPG
Tc+Tw
TFR
Text
Tc+Tw
Ts
Fig. 41. Timing diagram S4565AF and PF
LPG
PV
MV
Tc+Tw
Tstab
TFR
Tc+Tw
Fig. 42. Timing diagram S4565BF and QF
EN2R-9031 0402R15-NE
36
Ts
P
Tc+Tw
Text
TFR
Tc+Tw
Ts
Fig. 43. Timing diagram S4565CF and RF
P
PV
MV
Tc+Tw
Tstab
TFR
Tc+Tw
Ts
Fig. 44. Timing diagram S4565DF and TF
37
EN2R-9031 0402R15-NE
APPLICATION NOTE
S4565BF WITH SECOND MAIN VALVE CONTROL
Lock out
Gas valve
Flame
12
Side connections**
11
9
10
8
7
6
5
3
4
2
1
LM
*
2nd main
valve
RS
Optional
N
* See note 17.
** Alternative side connection for models with combined flame
detection/high voltage. See page 56. Fig. 71.
L
Fig. 45. Connection diagram S4565BF with second main valve control
LPG
PV
1 MV
2 MV
Tc+Tw
Tstab
TFR
Tc+Tw
Ts
Fig. 46. Timing diagram S4565BF with second main valve control
EN2R-9031 0402R15-NE
38
APPLICATION NOTE S4565DF, TF WITH EXTERNAL MAIN BURNER INTERRUPT
Side connections**
12
11
9
10
8
6
22 K
LM
7
5
4
3
2
1
*
RS
CNY 17-3
P
Optional
N
L
* See note 17.
** Alternative side connection for models with combined flame
detection/high voltage. See page 56. Fig. 71.
Fig. 47. Connection diagram S4565DF, TF with external main burner interrupt in fan assisted applications
Ignition is switched off after a predetermined extended
ignition time T(ext) and flame establishment and then the
main valve is switched on.
If flame is not established within the safety time (Ts), the
ignition control locks out.
If the flame is lost during normal run, the ignition control
repeats start sequence.
If no air is proven by the air proving switch within the safety
time (Ts), the ignition control locks out.
If the internal main burner interrupt is activated (relay contact
opened or opto transistor de-activated) the main valve drops
off, but the pilot flame stays present.
External main burner interrupt
Maximum open contact voltage 24 V
Maximum current 15 mA
A low voltage relay is suitable.
An opto coupler e.g. CNY17-3 is also possible
A flame indicating series LED (see Fig. 49.) will conduct
minimal 0.85 mA if the contact is open and will conduct
minimal 3.5 mA if the contact is closed.
Suffix DF and TF in fan assisted applications (see Fig. 48.)
When there is a call for heat the fan starts running through
the no air position of the air proving switch after a self check
period (Tc) plus a waiting period (Tw*) (* = The safety time
starts after fan is switched on).
When sufficient air flow is proven by the air proving switch,
the built-in igniter and pilot gas valve are switched on.
The ignition spark ignites pilot gas and resulting flame is
detected by the flame rod.
Suffix DF and TF in atmospheric applications (see Fig. 50.)
When there is a call for heat ignition starts immediately after
the self check period (Tc) plus a waiting period (Tw).
39
EN2R-9031 0402R15-NE
P
PV
MV
MBI
Tc+Tw
Tstab
TFR
Tc+Tw
Ts
Fig. 48. Timing diagram S4565DF and TF with external main burner interrupt in fan assisted applications
Side connections**
12
11
9
10
8
7
6
5
4
3
2
1
22 K
LM
*
RS
CNY 17-3
Optional
N
L
* See note 17.
** Alternative side connection for models with combined flame
detection/high voltage. See page 56. Fig. 71.
Fig. 49. Connection diagram S4565DF, TF with external main burner interrupt in atmospheric applications
EN2R-9031 0402R15-NE
40
P
PV
MV
MBI
Tc+Tw
Tstab
TFR
Tc+Tw
Ts
Fig. 50. Timing diagram S4565DF and TF with external main burner interrupt in atmospheric applications
41
EN2R-9031 0402R15-NE
SPECIFICATIONS
S4565PV, QV, RV, TV
Timing (depending on O.S. number)
Self check time (Tc):
0 ... 2 s
0 ... 15 s
Waiting time (Tw):
Prepurge time (Tp):
0 ... 15 s
Safety time (Ts):
3 ... 10 s
Number of start trials:
1, optional 2 or 3; 2 or 3 only in
combination with appropriate
waiting or prepurge time
General
The S4565PV, QV, RV, TV are multitrial volatile ignition
controls in accordance with EN 298. The S4565RV and TV
are fan assisted versions with or without prepurge, (reset by
means of interrupting the permanent live or by a reset
switch). Non volatile lock-out of S4565PV, QV, and S4565RV,
TV without prepurge are obtained if the status output is
used to store the lock-out status in the comfort boiler control
e.g. with the use of EEPROM. (see Fig. 58.)
Flame sensing
Min flame current for
phase dependent systems: 0.9 ∝A
Response time on:
> 0.2 s
Response time off (TFR):
<1s
The alternative S4565RV, TV versions with prepurge option
do not contain an independent manual reset function, (reset
by means of interrupting the heat demand).
Model
Suffix PV:
Suffix QV:
Suffix RV:
Suffix TV:
atmospheric, direct burner ignition,
volatile lock-out
as PV but with status or flame relay output
fan assisted, direct burner ignition,
volatile lock-out
as RV but with with status or flame relay output
Ignition
Spark voltage:
Spark energy:
Repetition rate:
Maximum spark gap:
Supply voltage
230 Vac, 50/60 Hz
Length flame sensing cable
1 m max.
Power consumption
4 VA
Length ignition cable
0.5 m max.
Humidity
90% RH max. at 40°C
Length of wiring for external components
1 m max.
Ambient temperature
-15 ... 60°C
Remark
Optional integrated flame relay available with safe separation
or opto coupler with safe separation according EN 60730.
Electrical rating (see also note 19.)
Fan:
230 Vac, 50/60 Hz, max 1 A, max cos ϕ
> 0.6
Flame relay contact: 230 Vac, 50/60 Hz, max 1 A,
cos ϕ > 0.6
Gas valve:
210 Vdc, 50 mA
Reset switch:
15 Vdc, 200 mA, live part!!!!!
Status opto coupler: open collector +5 V, 10 kΩ
logic “1“ = 0 V
logic “0” = 5 V
“50 Hz” = block signal between
0 V and 5 V with about 50% duty cycle.
External igniter
(optional):
suitable for AC1A199.01 only, 230 Vrac
6 mA, not accessible (IP 00)
WARNING
Opto coupler interface needs a debounce
time > 500 ms in order to prevent noise caused by
transients on mains or by status transitions.
Opto coupler status output
• After heat demand during waiting time (Tw) or prepurge
time (Tp) the status signal must be logic “0”.
• After the waiting time (Tw) and without flame the status
signal must be logic “1”.
• After flame detection the status signal must be “50 Hz”.
• If after the safety time (Ts) there is no flame detection, the
ignition control goes to volatile lock-out. The status signal
is logic “0”.
• If high limit (LM) opens during operation the status signal
becomes logic “0”. The ignition control makes a restart but
the status signal stays logic “0” during the safety time (Ts).
This is the high limit indication status. The ignition control
goes to volatile lock-out. The comfort boiler control has to
store this status in a semi permanent memory in order to
achieve non volatile lock-out. Line voltage interruptions
may not cause data loss.
Electrical connection
High voltage spark: 2.8 mm spade terminal
Flame sensing:
4.8 mm spade terminal
PCB connectors:
Molex 3003 series suitable for Molex
3001 female cable connector
Gas valve:
intended for use onto VK41.. series gas
controls
CAUTION
VK41.. gas control needs to be properly earthed by
means of the external faston connection on the top of
the gas control.
Table 1. Status output
Housing (degree of protection)
See:
accessories for degree of protection page 7..
replacement parts and accessories page 66..
EN2R-9031 0402R15-NE
> 15 kV at 40 pF load
(depending on O.S. number)
5 ... 15 µAs
(depending on O.S. number)
15 Hz
3.5 mm
42
Normal sequence
“0” - “1” - “50 Hz”
No flame sequence
“0” - “1” - “0”
High limit sequence during retrial
“0” - “0” - “0”
CONNECTION DIAGRAM
S4565PV, QV, RV, TV
Side connections *
Status output or
relay contact
11
12
8
9
10
7
6
4
5
2
1
Optional **
RS
LM
* See page 44. Fig. 55.
** See page 44. Fig. 56.
L
N
Fig. 51. Connection diagram S4565PV and QV series or
connection diagram S4565RV and TV series wired in atmospheric applications
Side connections *
Status output or
relay contact
11
12
10
9
8
7
6
5
4
P
2
1
Optional **
RS
LM
* See page 44. Fig. 55.
** See page 44. Fig. 56.
L
N
N
Fig. 52. Connection diagram S4565RV and TV series
43
EN2R-9031 0402R15-NE
Side connections *
Status output or
relay contact
11
12
10
9
8
7
6
5
4
2
1
Optional **
P
LM
* See page 44. Fig. 55.
** See page 44. Fig. 56.
N
L
N
Fig. 53. Connection diagram S4565RV and TV with prepurge option
Side connections
Side connections
Fig. 54. Alternative side connection in case of combined
flame sensing and sparking
Fig. 55. Alternative side connection in case of sparking
to ground
Side connections
2
1
AC1A199.01
Flame
output
10k
+
5V
-
Fig. 56. Connection for opto coupler output
EN2R-9031 0402R15-NE
Fig. 57. Alternative side connection for external
AC1A199.01 igniter
44
SYSTEM OPERATION
S4565PV, QV, RV, TV
After Tc the fan starts running.
When sufficient air flow is proven by the air proving switch,
the built-in igniter and gas valve are switched on.
The ignition spark ignites gas and resulting flame is detected
by the flame rod.
After flame establishing a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
ignition control locks out or makes a restart depending on the
number of start trials. This is including dynamic air check.
If the flame is lost during normal run, the ignition control
repeats start sequence.
If no air is proven by the air proving switch, the ignition control
stays waiting (optional lock-out on no air can be included).
General
The S4565PV, QV, RV, TV ignition controls can provide
closed-loop sparking, sparking to ground or combined
sparking and flame sensing.
Lock-out reset
The S4565PV, QV, RV, TV ignition controls can be reset by
interrupting the permanent live or by pressing the reset
button for at least 1 s.
The S4565RV, TV versions with prepurge can be reset by
interrupting the heat demand for at least 1 s.
The application of this type of control is therefore restricted to
those applications where resetting by switching off the heat
demand is allowed by European appliance standards. Reset
of an appliance in lock-out must occur by means of a
conscious manual action and not by means of automatic
devices like thermostats or timers.
Suffix TV (see Fig. 62.)
As RV except flame relay contact or opto coupler is activated
after flame detection.
NOTE 19.: If permanent alarm output:neon indicator with
integral resistor >150 kΩ (max 1 mA)
Suffix RV with prepurge (see Fig. 63.)
When there is a call for heat the fan starts running through
the no air position of the air proving switch.
When sufficient air flow is proven by the air proving switch, a
self check period (Tc) plus a prepurge period (Tp) elapse
before the gas valve and the built-in igniter are switched on.
The ignition spark ignites gas and resulting flame is detected
by the flame rod.
Ignition is switched off.
After flame establishing a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
ignition control locks out or makes a restart at prepurge
depending on the number of start trials.
If the flame is lost during normal run, the ignition control
repeats start sequence at prepurge.
If no air is proven by the air proving switch within the
prepurge time (Tp) the ignition control stays in waiting mode
with fan running.
Suffix PV (see Fig. 59.)
When there is a call for heat a self check period (Tc) plus
waiting period (Tw) elapse before the built-in igniter and gas
valve are switched on.
The ignition spark ignites gas and resulting flame is detected
by the flame rod.
After flame establishing a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
ignition control locks out or makes a restart depending on the
number of start trials.
If the flame is lost during normal run, the ignition control
repeats start sequence.
Suffix QV (see Fig. 60.)
As PV except flame relay contact or opto coupler is activated
after flame detection.
Suffix RV (see Fig. 61.)
When there is a call for heat a self check period (Tc) elapses
if the air proving switch is in the no air position.
Suffix TV with prepurge (see Fig. 64.)
As RV with prepurge except flame relay contact or opto
coupler is activated after flame detection.
45
EN2R-9031 0402R15-NE
STATUS OUTPUT APPLICATION
The lock-out status data from the S4565PV, QV, RV, TV
ignition controls can be read by the microprocessor in the
comfort boiler control and stored in its EEPROM.
The status information can be found under chapter
SPECIFICATIONS paragraph:“Opto coupler status output”
on page 41
If the signal of the status output does not correspond to the
specifications, the comfort boiler control can shut off the
ignition control.
The relay contact is controlled by the microprocessor and
activates the S4565PV, QV, RV, TV.
During the start sequence the status output gives status
information of the S4565PV, QV, RV, TV.
LM
10 K
5V
-
12 11 10 9
6
+
Microprocessor
S4565PV, QV, RV, TV
L
EEPROM
Comfort boiler control
Heat demand
Fig. 58. Status output application
EN2R-9031 0402R15-NE
46
2
1
TIMING DIAGRAM
S4565PV, QV, RV, TV
Number of retrials
Tc+Tw
Text
Tc+Tw
TFR
Ts
Fig. 59. Timing diagram S4565PV series
Number of retrials
Tc+Tw
Text
TFR
Tc+Tw
Ts
Fig. 60. Timing diagram S4565QV series
47
EN2R-9031 0402R15-NE
Number of retrials
P
Tc
Text
TFR
Tc
Ts
Fig. 61. Timing diagram S4565RV series
Number of retrials
P
Tc
Text
TFR
Tc
Fig. 62. Timing diagram S4565TV series
EN2R-9031 0402R15-NE
48
Ts
Number of retrials
P
Tc+Tp
Text
TFR
Tc+Tp
Ts
Fig. 63. Timing diagram S4565RV with prepurge
Number of retrials
P
Tc+Tp
Text
TFR
Tc+Tp
Ts
Fig. 64. Timing diagram S4565TV with prepurge
49
EN2R-9031 0402R15-NE
SPECIFICATIONS
Model
Suffix A:
Suffix B:
Suffix P:
Suffix Q:
S4575A, B, P, Q
Flame sensing
Min flame current:
for optional phase
independent versions:
for phase dependent
versions:
Response time on:
Response time off (TFR):
atmospheric, direct burner ignition
as A but with flame relay output
as A except volatile lock-out
as B except volatile lock-out
Supply voltage
230 ... 240 Vac, 50/60 Hz (-15%, +10%) or
110 ... 120 Vac, 50/60 Hz (-15%, +10%)
Hot surface ignition
Free contact:
Power consumption
4 VA
Humidity
90% RH max. at 40°C
230 ... 240 Vac, 2 A, cos ϕ = 1
24 Vac, 2 A, cos ϕ = 1
110 ... 120 Vac, 2 A, cos ϕ = 1
Hot Surface Igniter (HSI) needs to be supplied from a
floating winding of a transformer in order to
quarantee reliable flame detection.
-15 ... 60°C (optional)
Electrical rating (see also note 21.)
Alarm:
230 ... 240 Vac, 50/60 Hz or
110 ... 120 Vac, 50/60 Hz
max 1 mA
Flame relay contact:
230 ... 240 Vac, 50/60 Hz or
110 ... 120 Vac, 50/60 Hz ,
1 A, cos ϕ > 0.6
Flame opto coupler:
+5 V, 10 kΩ
Length flame sensing cable
1 m max.
Length of wiring for external components
1 m max.
Remark
Optional integrated flame relay available with safe separation
or opto coupler with safe separation.
N.C. contact of flame relay has no safe separation.
2.8 mm spade terminal
4.8 mm spade terminal
Molex 3003 series suitable for
Molex 3001 female cable
connector
WARNING
Opto coupler interface needs a debounce time > 20
ms in order to prevent noise caused by transients on
mains.
Housing (degree of protection)
See:
accessories for degree of protection page 7..
replacement parts and accessories page 66..
Timing (depending on O.S. number)
Self check time (Tc):
1.5 s
Glowing time (Tg):
0 ... 30 s
Safety time (Ts):
3.5 ... 25 s
Extended ignition time(Text): 0 ... Ts
(depending on elaps of safety time)
EN2R-9031 0402R15-NE
0.9 µA
> 0.2 s
<1s
WARNING
Ambient temperature
0 ... 60°C
Electrical connection
Hot surface ignition relay:
Flame sensing:
PCB connectors:
0.5 µA
50
CONNECTION DIAGRAM
S4575A, B, P, Q
Side connections
24 ... 240 V
11
12
10
8
9
RS
7
6
3
4
5
Optional
LM
*
N
2
1
Optional *
See page 21. Fig. 19.
Reset switch and alarm
are optional
L
Fig. 65. Connection diagram S4575A, B, P and Q
Side connections
24 ... 240 V
11
12
10
RS
8
9
7
6
3
4
5
Optional
LM
*
2
1
Optional *
See page 21. Fig. 19.
N
Reset switch and alarm
are optional
L
Fig. 66. Connection diagram S4575A, B, P and Q for gas/air application
51
EN2R-9031 0402R15-NE
SYSTEM OPERATION
S4575A, B, P, Q
General
The S4575A, B, D, P ignition controls can provide hot surface
ignition.
The Hot Surface Igniter (HSI is connected to a floating
winding of a transformer (see figFig. 65.).
Suffix B and Q (see Fig. 68.)
As suffix A and P except flame relay contact is closed after
flame detection.
Gas/air application
For gas/air application without dynamic aircheck, the
S4565AD, BD, PD or QD can be used.
In this application the fan is connected between pin 4 and 5
and will start when a call for heat is present. The waiting
period now acts as a prepurge time.
When the call for heat disappears or when the ignition control
goes in lock-out, the fan will be switched off.
Lock-out reset
The ignition control can be is reset by either depressing the
internal/external reset button (suffix A and B) or by
interrupting the permanent life (suffix P and Q).
NOTE 20.: If during normal use the reset button is pressed,
the gas valves close and the ignition control
starts a new sequence after releasing the reset
button.
NOTE 21.: If permanent alarm output: neon indicator with
integral resistor >150 kΩ (max 1 mA)
Do not connect any electrical load to the heat
demand input, it will influence proper functionality.
Suffix A and P (see Fig. 67.)
When there is a call for heat the HSI starts glowing during
glowing time (Tg).
After the glowing time (Tg) the gas valve is switched on.
The igniter ignites gas and resulting flame is detected by the
flame rod.
After flame establishment a predetermined, extended ignition
time can be included.
If flame is not established within the safety time (Ts), the
ignition control locks out.
If the flame is lost during normal run, the ignition control
repeats start sequence.
EN2R-9031 0402R15-NE
52
TIMING DIAGRAM
S4575A, B, P, Q
Tg
Text
TFR
Tg
Ts
Fig. 67. Timing diagram S4575A, P
Tg
Text
TFR
Tg
Ts
Fig. 68. Timing diagram S4575B, Q
53
EN2R-9031 0402R15-NE
SPECIFICATIONS
Model
Suffix D:
S4585D
Flame sensing
Min flame current:
Response time on:
Response time off (TFR):
Phase-Phase mains
trafo input:
fan assisted, intermittent pilot burner ignition
Supply voltage
220 ... 240 Vac, 50/60 Hz (-15%, +10%)
Power consumption
4 VA
Ignition
Spark voltage:
Humidity
90% RH max. at 40°C non condensing
Repetition rate:
Max spark gap:
Ambient temperature
0 ... 60°C
Electrical rating
Fan:
No flame indicator:
1.0 ∝A
> 0.2 s
< 1.0 s
220 ... 240 > 0.1 VA
12 kV at 40 pF load
(depending on O.S. number)
1 ... 4 Hz
3.5 mm
Length ignition and flame sensing cable
0.5 m max.
Length of wiring for external components
1 m max.
220 ... 240 Vac, 50/60 Hz, 1 A,
cos ϕ > 0.6
220 ... 240 V, 1 mA max
Electrical connection
High voltage spark/flame
sensing single rod:
PCB connectors:
Recommended flame sensor
Q371/Q385 ”2000 series”/Q389/Q395 intermittent ignition
pilot burner
2.8 x 0.5 mm spade terminal
Molex 3003 series suitable for
Molex 3001 female cable
connector
Maximum pilot burner output
250 Watt
Housing (degree of protection)
See:
accessories for degree of protection page 7..
replacement parts and accessories page 66..
Timing (depending on O.S. number)
Self check time (Tc):
1.5 s
Safety time (Ts):
infinite
EN2R-9031 0402R15-NE
54
No flame indicator
Required impedance:
> 100 kΩ
No flame indication time
TNF:
> 10 s
CONNECTION DIAGRAM
S4585D
Side connections**
11
12
8
9
10
LM
6
3
5
2
1
NF
Optional
** Alternative side connection for models with combined
flame detection/high voltage. See page 56. Fig. 71.
N
L
Fig. 69. Connection diagram S4585D wired up in atmospheric application
Side connections**
11
12
9
10
8
6
5
3
2
1
NF
LM
P
Optional
L
N
LM P NF **
Limiter
Air proving switch
No flame indicator
Alternative side connection for models with combined
flame detection/high voltage. See page 56. Fig. 71.
Fig. 70. Connection diagram S4585D wired up in fan assisted application
55
EN2R-9031 0402R15-NE
Side connection
ignition control
230 Vac
Special applications
N
input
1
S7030
Ignition transformer
2
N
L
Ph1
Ph2
Fig. 71. Alternative side connection for models with
combined flamedetection/high voltage using AT7030A
flame detection transformer.
EN2R-9031 0402R15-NE
Fig. 72. Alternative side connection for models with
flame sense input + 230Vac output for external ignition
transformer S7030
56
SYSTEM OPERATION
S4585D
Fan assisted ignition control S4585D (see Fig. 73.)
When there is a call for heat, fan is energized through no air
position of air proving switch after self check time (Tc).
When sufficient air flow is proven by air proving switch, a
built-in igniter and pilot gas valve are swiched on.
The ignition spark ignites gas and resulting flame is detected
by the combined flame/ignition rod.
Ignition is switched off immediately after flame is established
and main gas valve is then energized.
If air flow is not proven by air proving switch automatic
ignition controller will remain in a waiting mode with fan
energized.
If the flame is lost during normal run, the main gas valve is
de-energized and re-ignition of pilot occurs.
Atmospheric ignition control S4585D (see Fig. 73.)
After false flame check during self check time (Tc) a built-in
igniter and pilot gas valve are switched on.
The ignition spark ignites gas and resulting flame is detected
by the combined flame/ignition rod.
Ignition is switched off immediately after flame is established
and main gas valve is then energized.
If the flame is lost during normal run, the main gas valve is
de-energized and re-ignition of pilot occurs.
No flame indication
If no flame indication is built in, the indicator ligths up if there
is no flame detection within the no flame indication period
(TNF)
57
EN2R-9031 0402R15-NE
TIMING DIAGRAM
S4585D
P
PV
MV
NF
Tc
TNF
TFR
Tc
Fig. 73. Timing diagram S4585D
EN2R-9031 0402R15-NE
58
TNF
GENERAL CONSIDERATIONS
To ensure reliable long term operation, mount ignition control
at a position in the appliance with a low ambient temperature
and a low radiation.
The ignition control should be externally fused.
High temperatures will affect product life.
After installation wait at least 1 hour before connecting to
mains.
NOTE 24.: The flame connection pin of all types is protected
against electrical schock. The gas pressure
switch as mentioned in this instruction sheet is a
functional device.
NOTE 25.: If the ignition control incorporates an EMC filter,
disconnect the ignition controller from mains
before performing a dielectric strength test.
NOTE 22.: Electrical rating of connected controls and air
proving switch should be appropriate for the
load that is switched by the ignition control.
WARNING
Honeywell is not responsible for damage, injury due
to mis wiring.
After installation the ignition control can become wet
due to condensation.
Do not connect wet device to mains
NOTE 23.: Power interruptions will cause program restart.
59
EN2R-9031 0402R15-NE
EMC GUIDELINES
The ignition cable has to be determined for lowest emission.
Do not lead ignition cable close to other cabling.
To suppress Radio Frequency Interference (RFI) the ignition
control including spark igniter cabling should be mounted in
sufficient shielded environment.
EN2R-9031 0402R15-NE
60
ELECTRICAL CONNECTIONS AND WIRING
IMPORTANT
Supply voltage polarity
Take care that installer is a trained experienced
service person.
Disconnect power supply to prevent electrical shock
and/or equipment damage.
Turn off gas supply before starting installation.
Wiring must be in accordance with local regulations.
The appliance manufacturer’s instructions should
always be followed.
Before installing or replacing any control check that
type number is correct for the application.
Ensure combustion chamber is free of gas before
start up.
Conduct a thorough check out when installation is
completed.
At the first start the ignition controller can be in lock
out; depress reset button to free control.
WARNING
If ignition control (without the phase neutral
independent operation feature) seems to operate
normally but does not detect flame, check for right
polarity of power supply (line, neutral).
Checking flame current
• The minimum value should be in accordance with
specified value.
• To check flame current connect a dc micro-Ampèremeter
between flame sensing wire and flame sensing rod.
• Meter connections polluted with e.g. alkaline substances
lying close to earth can cause flame current simulation.
Make sure no false flame current can flow from meter
connections to earth.
• If flame current is insufficient check that the flame sensing
rod is fully enveloped by the flame and that burner and
ignition control are reliable grounded.
• If there is no sufficient flame current due to phase-phase
mains it is recommended to use an ignition control with the
phase neutral independent operation feature. If this is not
available, it is recommended to use a AT7030A or
AT7030B flame detection transformer. See also instruction
sheet EN1R-9136 for the AT7030 transformer.
CAUTION
Do not connect the ignition control to power supply
when it is not connected to the gas control.
Wiring
• Use cable which can withstand 105°C ambient.
• Use cable which is proven against moisture.
• Wiring between ignition control and spark sensing probe
should have good quality insulation, suitable for the
temperatures encountered.
Flame sensing wiring
The S4565/S4575 and S4585 ignition controls are equiped
with flame sensing by ionisation current based on the flame
rectification principle.
Via a high ohmic source a high voltage is applied to the flame
rod.
Because of the high impedance the flame rod connection is
safely accesible according to EN 60730.
Since the flame sensing input is very sensitive and the
current detection threshold is only a few tenths of microamp,
care must be taken that no spurious current flows.
The flame rod wire must have creepage to earth of at least 10
mm.
Contacts of the flame rod wire must not be imposed to fluids
or dirt.
CAUTION
If ignition frequency q 25 Hz or pulse energy
> 45 µAs the ignition cable and its connections shall
have a protection against electrical shock hazard.
For single rod applications, the ignition/sensing cable
and its connections shall have protection against
electrical shock hazard.
Label all wires prior to disconnection when servicing
ignition controls. Wiring errors can cause improper
and dangerous operation.
If electronics components are installed in an area
subject to water (dripping, spraying, rain etc.), means
shall be provided to protect these components.
Flame relay output is not accessible when the
normally closed output is present.
WARNING
Short µA meter during ignition, to prevent damage of
the µA meter in single rod application.
Fusing
In order to prevent unsafe conditions at too high current, the
ignition controls have an integral non replaceable fuse.
This fuse will be blown long before the maximum 16 A
external fuse switches off.
Spark gap
Max. allowable spark gap 3.5 mm
61
EN2R-9031 0402R15-NE
QUALITY ASSURANCE STATEMENT
Products are manufactured under an ISO 9001 (1994) based
and certified Quality System.
Assembly processes are guided by work instructions. Patrol
inspections form part of the assembly processes.
The quality system is described in the Honeywell Combustion
Controls Center Quality Assurance Programme and its
related operational procedures and instructions.
Assembly inspection is performed by employees of the
quality control department, using their own authorised
equipment.
The quality system is approved by Gastec against certificate
number 9.302/2.
All inspections (incoming and assembly) are performed by
trained personel and according inspection procedures.
The quality organisation is responsible for defining,
maintaining, improving and verification of the quality systems
in the field of design, production process and field quality
service.
EN2R-9031 0402R15-NE
62
STANDARDS AND APPROVALS
Standards
The ignition control has been designed to meet the european
standards:
• EN 298: Automatic gas burner control systems.
• EN 60730-1: Automatic electric controls for household and
simular use.
Approvals
The ignition control conforms with the following EC Directives:
• Gas Appliance Directive (90/396/EEC)
• Low Voltage Directive (73/23/EEC)
• Electro Magnetic Compatability Directive (89/336/EEC)*
Regarding electric safety, the ignition control can be used in
appliances according to eurpean standard for household
electrical requirements EN 60335 series
* Conformity with Electro Magnetic Compatibility Directive
regarding emission for non industrial appliances can be
assumed for selected O.S. numbers only. However
conformity can only be declared as part of the appliance.
The S4565/S4575 ignition controls are approved on the
North American standard ANSI Z21.20 Automatic Ignition
Systems.
For other O.S. numbers, additional suppression means may
be needed within the appliance.
Details per O.S. number can be found in the Approvals List.
S4565, S4575 and S4585 systems function in accordance
with EN 298.
S4565A, B .................................................. code A/M/C/L/X/N
S4565C ...................................................... code F/M/C/L/X/N
S4565D ....................................................... code F/T/C/L/X/N
S4565P,Q ...................................................code A/M/C/V/X/N
S4565R ...................................................... code F/M/C/V/X/N
S4565T .......................................................code F/T/C/V/X/N
S4565AD,BD ............................................... codeA/M/C/L/X/N
S4565CD,DD.............................................. code F/M/C/L/X/N
S4565PD,QD..............................................code A/M/C/V/X/N
S4565RD,TD .............................................. code F/M/C/V/X/N
S4565AF .................................................... code A/M/C/L/X/N
S4565BF ..................................................... code A/T/C/L/X/N
S4565CF .................................................... code F/M/C/L/X/N
S4565DF ..................................................... code F/T/C/L/X/N
S4565PF ....................................................code A/M/C/V/X/N
S4565QF.................................................... code F/M/C/V/X/N
S4565RF .....................................................code A/T/C/V/X/N
S4565TF .....................................................code F/T/C/V/X/N
S4575A, B .................................................. code A/M/C/L/X/N
S4575C, D.................................................. code F/M/C/L/X/N
S4575P, Q ..................................................code A/M/C/V/X/N
S4575R, T .................................................. code F/M/C/V/X/N
S4585D ..............................code F/T/R/R/X/N or A/T/R/R/Y/N
NOTE:
Regarding immunity, all controls comply with the levels for
non industrial appliances.
S4565SD is not an ignition control but an ignition
circuit and rectifier only
63
EN2R-9031 0402R15-NE
ORDERING INFORMATION
When ordering specify:
• Model number of CVI ignition components required: see
model number chart below.
• The correct pilot burner for the installation concerned:
refer to Honeywell ignition products guide EN0R-0038.
• Order numbers of replacement parts and accessories
required.
NOTE:
Ignition controls, replacement parts and accessories will be available under ”TRADELINE”
label. Ask your wholesaler for details.
NOTE:
An up-to-date product survey, with details of all
new and existing products in these series, is
available. Contact your local Honeywell sales
representative for more information.
Ordering Specification number
S 4 5 6 5 X X XXXX
S : Residential market
Without letter and followed by 2xxx = 1xxx +
high limit connection
D1xxx : dual spark
D2xxx : optional phase neutral independant
with high limit connection
F1xxx : flame relay for IP fan assited with
prepurge lock-out on no air (frost resist)
M
: modulation on CVI
T
: TTB
4 : Line voltage
6 : direct spark ignition or intermittent pilot
with safety time
7 : direct burner hot surface ignition
8 : intermittent pilot
A
B
C
D
P
Q
atmospheric
atmospheric, flame relay
fan assisted
fan assisted, flame relay
atmospheric, volatile lock-out
atmospheric, flame relay and volatile
lock-out
R : fan assisted volatile lock-out
T : fan assisted volatile lock-out, flame relay
5 : CVI system ignition control
7 : CVI system ignition control
(customer specials)
Fig. 74. Model number chart
EN2R-9031 0402R15-NE
64
:
:
:
:
:
:
OVERVIEW IGNITION CONTROLS
Model
Suffix
Application
Safety time
Atmospheric
Fan assisted
Flame relay
or flame opto
output
Lock-out
S4565
A
DBI
Yes
Yes
-
No
Non volatile
S4565
B
DBI
Yes
Yes
-
Yes
Non volatile
S4565
P
DBI
Yes
Yes
-
No
Volatile
S4565
Q
DBI
Yes
Yes
-
Yes
Volatile
S4565
AD
DBI
Yes
Yes
-
No
Non volatile
S4565
BD
DBI
Yes
Yes
-
Yes
Non volatile
S4565
CD
DBI
Yes
-
Yes
No
Non volatile
S4565
DD
DBI
Yes
-
Yes
Yes
Non volatile
S4565
PD
DBI
Yes
Yes
-
No
Volatile
S4565
QD
DBI
Yes
Yes
-
Yes
Volatile
S4565
RD
DBI
Yes
-
Yes
No
Volatile
S4565
TD
DBI
Yes
-
Yes
Yes
Volatile
S4565
AF
DBI
Yes
Yes
-
No
Non volatile
S4565
BF
IP
Yes
Yes
-
No
Non volatile
S4565
C/CF
DBI
Yes
-
Yes
No
Non volatile
S4565
D/DF
IP
Yes
-
Yes
No
Non volatile
S4565
PF
DBI
Yes
Yes
-
No
Volatile
S4565
PV/QV
DBI
Yes
Yes
-
Yes
Volatile
S4565
QF
IP
Yes
Yes
-
No
Volatile
S4565
R/RF
DBI
Yes
-
Yes
No
Volatile
S4565
RV/TV
DBI
Yes
-
Yes
Yes
Volatile
S4565
T/TF
IP
Yes
-
Yes
No
Volatile
S4575
A/B
DBI
Yes
Yes
-
No
Non volatile
S4575
P/Q
DBI
Yes
Yes
-
No
Volatile
S4585
D
IP
No
Yes
Yes
No
-
65
EN2R-9031 0402R15-NE
REPLACEMENT PARTS AND ACCESSORIES
Description
Packing quantity
Ordernumber
Cover with screw
192
45.900.431-004
Cover with screw
(flame retardant according to UL94-V0)
Cover without screw (flame retardant according to UL94-V0)
192
45.900.431-005
192
45.900.431-006
Strain relief
192
45.900.440-001
Grommet up to 4 cables
192
45.900.442-008
Grommet with wire feed
100
45.900.442-010
Sleeve for sealing spark electrode and flame detector
192
45.900.442-003
Description
Packing quantity
Ordernumber
Molex cable for
S4565A,B,P,Q
50
45.900.419-023
Molex cable for
S4565C,D,R,T
50
45.900.419-029
Molex cable for
S4585D
50
45.900.419-025
Molex cable for
S4565AD,BD,DD,PD,QD,RD,SD,TD
50
45.900.419-022
Molex cable for
S4565C,D,R,T and
S4565AF,BF,CF,DF,EF,PF,QF,RF,TF
50
45.900.419-024
Molex cable for:
S4565AD,BD,DD,PD,QD,RD,TD “2000-series”
S4565BM,DM
S4565PV.QV,RV,TV
and S4575A,B,P,Q
50
45.900.419-033
Molex cable for
S4565AD and PD “2000” series
50
45.900.419-034
CABLE ASSEMBLIES
Home and Building Control
Combustion Control Center Europe
Honeywell BV
Phileas Foggstraat 7
7821 AJ Emmen
The Netherlands
Tel.: +31 (-)591 695911
Fax: +31 (-) 591 695200
http://europe.hbc.honeywell.com
EN2R-9031 0402R15-NE
66