Honeywell S9360A Manual Download Page 4

S9360A, S9361A, S9380A, S9381A INTEGRATED BOILER CONTROLLERS

66-1203—05

4

INSTALLATION AND 

CHECKOUT

When Installing This Product…

1.

Read these instructions carefully. Failure to follow 

them could damage the product or cause a 

hazardous condition.

2.

Check the ratings given in the instructions and on 

the product to make sure they are suitable for your 

application.

3.

Installer must be a trained, experienced service 

technician.

4.

After installation is complete, check out product 

operation as provided in these instructions.

WARNING

Fire or Explosion Hazard.

Can cause severe injury, death or property 

damage.

1. The module can malfunction if it gets wet, 

leading to accumulation of explosive gas.

• Never install where water can flood, drip or 

condense on module.

• Never try to use a module that has been 

wet—replace it.

2. Liquefied petroleum (LP) gas is heavier than air 

and will not vent upward naturally.

• Do not light pilot or operate electric switches, 

lights, or appliances until you are sure the 

appliance area is free of gas.

3. If a new gas control is to be installed, turn off 

gas supply before starting installation. Conduct 

Gas Leak Test according to gas control 

manufacturer instructions after the gas control 

is installed.

4. If module must be mounted near moisture or 

water, provide suitable waterproof enclosure.

WARNING

Electrical Shock Hazard.

Can cause severe injury, death or property 

damage.

Disconnect power supply before beginning wiring 

to prevent electrical shock or equipment damage.

Perform Preinstallation Safety 

Inspection

The preinstallation checks described in ANSI Standard 

Z21.71 

must

 be done before a replacement module is 

installed. If a condition which could result in unsafe 

operation is detected, the appliance should be shut off 

and the owner advised of the unsafe condition. Any 

potentially unsafe condition must be corrected before 

proceeding with the installation.

Maintenance Requirements in Severe 

Environments

Regular preventive maintenance is important in any 

application, but especially so in commercial, agricultural, 

and industrial applications, because:

1.

In such applications, particularly commercial, the 

equipment can operate 100,000 to 200,000 cycles 

per year. Such heavy cycling can wear out the gas 

control in one to two years. A normal boiler applica-

tion, for which the controls were intended, typically 

operate fewer than 10,000 cycles per year.

2.

Exposure to water, dirt, chemicals, and heat can 

damage the module or the gas control and shut 

down the control system. A NEMA 4 enclosure can 

reduce exposure to environmental contaminants.

The maintenance program should include regular 

checkout of the system as outlined under Checkout. 

WARNING

Fire or Explosion Hazard.

Can cause severe injury, death or property 

damage.

Do not attempt to take the module apart or to 

clean it. Improper reassembly and cleaning may 

cause unreliable operation, leading to an 

accumulation of explosive gas.

Maintenance frequency must be determined individually 

for each application. Some considerations are:

Cycling frequency.

 Appliances that may cycle more than 

10,000 times annually should be checked monthly.

Intermittent use.

 Appliances that are used seasonally 

should be checked before shutdown and again before the 

next use.

Consequence of unexpected shutdown.

 Where the cost of 

an unexpected shutdown would be high, the system 

should be checked more often.

Dusty, wet, or corrosive environment. 

Since these 

environments can cause the controls to deteriorate more 

rapidly, the system should be checked more often.

Any control should be replaced if it does not perform 

properly on checkout or troubleshooting. In addition, 

replace any module if it is wet or looks like it ever has 

been wet. Protective enclosures as outlined under 

Planning the Installation are recommended regardless of 

checkout frequency.

Mount Module

Select a location close enough to the burner to allow a 

short (3 ft. [0.9 m] maximum), direct cable route to the 

igniter. Ambient temperature at the module must be within 

the range listed under Specifications. The module must 

be protected from water, moisture, corrosive chemicals 

and excessive dust and grease. Refer to Fig. 2 and 3 for 

recommended slot/hole pattern in appliance.

Summary of Contents for S9360A

Page 1: ...pe two rod separate ignitor and sensor one rod combined ignitor and sensor SPECIFICATIONS IMPORTANT The specifications given in this publication do not include normal manufacturing tolerances Therefore an individual unit may not match the listed specifications exactly Also this product is tested and calibrated under closely controlled conditions and some minor differences in performance can be exp...

Page 2: ...50 F Shipping Ambient Temperature 40 F to 175 F Flame Monitoring May vary by model Flame Establishing Period FEP Maximum 2 seconds Flame Failure Response Time FFRT Maximum 2 seconds 1 μA Flame Stabilization Time 4 seconds Time from ignit ing the main burner and detecting loss of flame the flame current is allowed to be under the flame lost threshold for this time while waiting for burner to stabil...

Page 3: ...l cleaning procedures If necessary shield the controls to protect them from splashing water A NEMA 4 enclosure is recommended High Humidity or Dripping Water Over time dripping water or high ambient humidity can create unwanted electrical paths on the module circuit board causing the module to fail Never install an appliance where water can drip on the controls In addition high ambient humidity ca...

Page 4: ...n but especially so in commercial agricultural and industrial applications because 1 In such applications particularly commercial the equipment can operate 100 000 to 200 000 cycles per year Such heavy cycling can wear out the gas control in one to two years A normal boiler applica tion for which the controls were intended typically operate fewer than 10 000 cycles per year 2 Exposure to water dir...

Page 5: ...9381A INTEGRATED BOILER CONTROLLERS 5 66 1203 05 Fig 2 Recommended slot hole pattern in appliance in mm Fig 3 Align module with slots in manufacturer s control box 100 M24198 16 16 55 4 99 5 4 WATER HEATER CONTROL BOX M24229 ...

Page 6: ...fit one end the module end with 1 4 in connector receptacle and the other with a connector to match the pilot assembly Protect both ends with insulated boots NOTE Cable length must be 36 in 0 9 m or less The cable must not be in continuous contact with a metal surface or spark voltage will be greatly reduced Use ceramic or plastic standoff insulators as required 1 Connect one end of the cable to t...

Page 7: ...61A2095 has a 1 minute retry delay and a 5 minute recycle delay Other lockouts will automatically clear after 1 hour Model Ignition Type Draft Type No of Ignition Trials Igniter Sensor Type Automatic Restart Timee Ignition Activation Perioda Prepurge Timingb Postpurge Timingb S9360A S9361A Intermittent Pilot Spark Induced 6 Separate Combinedc 1 hour N A 30 15 S9360A S9361A Intermittent Pilot Spark...

Page 8: ...ark to Pilot Ignition Wiring S936X 2 rod separate ignitor and sensor M33682 CIRCULATOR SPARK IGNITER FLAME SENSE INDUCER L1 L2 GND GND 24 VAC TRANSFORMER DAMPER ENVIRACOM DIAGNOSTIC GAS CONTROL MV PV PV MV PRESSURE SWITCH LIMIT SWITCH T STAT C R D ENVIRACOM SENSOR OPTIONAL BASED ON MODEL 1 1 1 ...

Page 9: ... 9 66 1203 05 Fig 5 Direct Spark Ignition DSI Wiring S938X 1 rod combined ignitor and sensor C R D ENVIRACOM SYSTEM CIRCULATOR L1 GND L2 INDUCER 24VAC TRANSFORMER SENSOR M33505 T STAT LIMIT SWITCH PRESSURE SWITCH GAS CONTROL MV PV MV SPARK IGNITER FLAME SENSE ...

Page 10: ...ig 6 Spark to Pilot Ignition S936X 1 rod combined ignitor and sensor M33830 C R D ENVIRACOM SYSTEM CIRCULATOR L1 GND L2 DAMPER INDUCER 24VAC TRANSFORMER SENSOR T STAT LIMIT SWITCH PRESSURE SWITCH PV PV MV GAS CONTROL MV OPTIONAL BASED ON MODEL 1 1 1 SPARK IGNITER FLAME SENSE ...

Page 11: ...System is in running mode flame signal must be present Postpurge 9 System is purging at the end of a call for heat Inter purge Retry Recycle Delay 10 If the control loses flame signal during state 7 or 8 it will recycle through the 30 seconds purge time and last 2 seconds part of prepurge time Re Start delay due to flame failure Wait for pressure switch to open failed closed 11 The inducer is stil...

Page 12: ... DOWN button until the parameter has reached the desired value After 60 seconds without any button inputs the control will automatically return to the READ mode Display In the RUN mode status items and parameters are viewable To read settings press and release the I key to find the parameter of interest For example press and release I until setpoint sp is displayed followed by a three digit number...

Page 13: ...ponse Use heat conductive compound Honeywell part no 107408 to fill the space between the bulb and the well to improve heat transfer characteristics optional Make sure the sensor is held firmly in the well WIRING IMPORTANT For maximum trouble free operation run the sensor leadwires separately from any other cur rent carrying wires All wiring must comply with local codes and ordinances Disconnect p...

Page 14: ...this point the burner is de activated the ignition module completes the heating cycle returns to idle and waits for the temperature to drop again The circulator is turned on throughout the Call for Heat See Fig 10 for a graphical representation of a simple control cycle Note that the setpoint differential may vary based on OS number High Limit Controller All models include a 3 wire temperature sen...

Page 15: ...CK FLAME PRE TRIAL SOFT LOCKOUT PROVE FLAME STOP SPARKING FLAME STABILIZATION TURN MAIN VALVE ON RUN POSTPURGE WATER TEMPERATURE LOW AND THERMOSTAT ACTIVE BIAS DONE WATER TEMP HIGH OR CALL FOR HEAT LOST SWITCH OPEN SWITCH CLOSE SWITCH OPEN FLAME DEB ON FLAME DEB OFF TIME OUT TIME OUT OR MANUAL RESET LIMIT SWITCH OPEN TIME OUT FLAME SENSED DSI TIME OUT FLAME PROVED TIME OUT WATER TEMPERATURE HIGH O...

Page 16: ...re bent out of position restore to correct position STEP 3 Check spark ignition circuit Disconnect the ignition cable at the SPARK terminal on the module WARNING The ignition circuit generates over 10 000 volts and electrical shock can result Energize the module and listen for the audible sparking noise When operating normally there should be a buzzing noise that turns on and off twice per second ...

Page 17: ...or gain too many failures during A D conversion Atmospheric Damper End Switch failed to close end switch contacts stuck open Atmospheric Damper End Switch failed to open end switch contacts stuck closed Flame Rod shorted to burner ground AC line frequency error signal is too noisy or frequency is incorrect Line voltage error voltage out of spec high or low Thermostat input higher than threshold Li...

Page 18: ... ORIFICE FILTER CLOGGED PILOT FILTER LOW GAS SUPPLY PRESSURE PILOT ADJUSTMENT AT MINIMUM CHECK FOR LACK OF AIR FROM DIRTY ORIFICE DIRTY LINT SCREEN IF USED DIRTY PRIMARY AIR OPENING IF THERE IS ONE PILOT ADJUSTMENT AT MINIMUM CHECK FOR EXCESSIVE DRAFT AT PILOT LOCATION RECIRCULATING PRODUCTS OF COMBUSTION CHECK FOR HIGH GAS PRESSURE THIS FLAME IS CHARACTERISTIC OF MANUFACTURED GAS CHECK FOR HIGH G...

Page 19: ...S9360A S9361A S9380A S9381A INTEGRATED BOILER CONTROLLERS 19 66 1203 05 ...

Page 20: ...NTROLLERS Automation and Control Solutions Honeywell International Inc 1985 Douglas Drive North Golden Valley MN 55422 customer honeywell com U S Registered Trademark 2015 Honeywell International Inc 66 1203 05 M S Rev 08 15 Printed in United States ...

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