Fenwal Controls 35-9 Series Скачать руководство пользователя страница 6

Effective: October 2018

6 of 12

F-35-2000

LED ERROR CODE LISTING

The following table lists the errors detected by the control and the associated LED indications

Error Mode

LED Code

Recommended Troubleshooting

Normal Operation

Off

ID Card Fault

Red LED Steady ON, Green 

Power LED OFF

Check that the proper ID card is securely connected.
Perform a power and system reset.

Internal Control Failure

Steady ON

Perform a power and system reset.
If fault remains, replace the PIM.

Airflow Fault

1 flash

Check Blower operation and airflow switch.

False Flame Error

2 flashes

Check for proper gas valve closure. 
Clean burner and electrodes.

Ignition Lockout Fault

3 flashes

Check the gas supply. 

Ignition Proving Current 

Fault

4 flashes

Check HSI element. Replace with a new element of the proper rating.

Low Voltage Fault

5 flashes

Check the 24 VAC input voltage. The voltage must be above 18.0 VAC

Vent Temperature Fault

6 flashes

Check for a blocked flue. Check the vent sensor and connections.

Hi-Limit Fault

7 flashes

Check for proper water flow. Check hi-limit and outlet sensors.

Sensor Fault

8 flashes

See Host Controller for fault identification. Check sensors and wiring.

Safety #1 Fault

9 flashes

Check gas pressure. Verify proper safety switch operation.

Water Pressure Fault

10 flashes

Check piping for leaks. Check pressure switch and connections.

Blower Speed Fault

11 flashes

Verify tachometer signal and connection on J5.

LWCO Fault

12 flashes

Check LWCO switch and connections. Check the water level.

Hi-Temperature Delta Fault

13 flashes

Check pump operation. Confirm proper water flow across heat exchanger.

Ft-bus Communications 

Fault

14 flashes

Verify Host Controller is connected and operating. Check the cable between the 
Host Controller and J1.

Safety #2 Fault

15 flashes

Check gas pressure. Verify proper safety switch operation.

MOUNTING AND WIRING

The PIM enclosure is designed to facilitate mounting within a 
control box by the appliance OEM.

The PIM is not position sensitive and can be mounted vertically 
or horizontally. The case may be mounted on any surface using 
four standard #8 sheet metal screws. 

HIGH VOLTAGE AND REMOTE SENSE CABLE 

REQUIREMENTS

The HV Ignition Cable must meet a voltage rating of 25 KV and 
an insulation rating of 200 °C. Recommend length of 3ft (.9m) 
or less. Consult factory for longer lengths.

Remote flame sense cable must meet a voltage rating of 250V 
and an insulation rating of 200 °C. Recommended length of 10ft 
(3m) or less. Consult Factory for longer lengths.

INDICATORS

The PIM has three LED indicators to display operational status 
and to help diagnose system error conditions.

Power

: Green LED indicating the PIM module is 

receiving 24 VAC power.

Alarm/Test

: Amber LED which indicates the PIM is in 

Commission Test Mode or that a diagnostic alarm 
(fault) is present.

Diagnostic Code

: Red LED that is normally off. 

During a control or system fault condition, this LED 
flashes the error codes. Refer to the following table for 
additional details.

WARNING

The

 PIM 

must be mounted and located in a 

manner which protects components from expo-
sure to water (dripping, condensate, spraying, 
rain). Any control that has been exposed to 
water must be replaced.

WARNING

All wiring must be done in accordance with both 
local and national electrical code. Wiring must 
be at least #18 AWG rated for 105°C or higher.

WARNING

The

 PIM 

uses voltages of shock hazard poten-

tial. Wiring and initial operation must be done by 
qualified service technician.

WARNING

Operation outside specifications could result in 
failure of the Fenwal product and other equip-
ment with injury to people and property.

Содержание 35-9 Series

Страница 1: ...ssion testing to be verified after incorporation into end use appliance CSA Design certified to ANSI Z21 20 CAN CSA C22 2 No 199 M99 and ANSI Z21 20 2014 CAN CSA C22 2 No 60730 2 5 14 CE Approved to EN 298 20122 WARNING Installing or operating the product inconsistent with these instructions or specifications could cause serious property damage injury or death Specification Value Input Power Contr...

Страница 2: ...sensor types as outlined in the specific appliance manuals Optional 12k Ohm thermistor are available consult factory for details The Inlet Outlet Hi Limit and Vent exhaust stack sensors are directly processed by the PIM The optional System Outdoor and DHW tank sensors are also connected to the PIM but passed through to the tekmar Host Controller which is required to provide those additional featur...

Страница 3: ...by the presence of any one or more of the four sources below A heat demand contact closure on the TH field wiring terminals A voltage greater than 0 5Vdc on the analog 0 10Vdc EMS signal input A heat demand present on the DHW field wiring terminals A heat demand from the Host Controller based on the DHW sensor temperature 4 The PIM initializes the Trial for Ignition TFI counter to the programmed n...

Страница 4: ...ed number of trials 2 The High Limit sensor is confirmed to read below the High Limit Set Point 3 The blower light off RPM speed is verified modulating type only 4 The gas valve relay contacts are verified open except isolated valve models 5 The Combustion Blower is set to the Ignition light off speed if modulating 6 The Pilot gas valve output is enabled for the trial for ignition time 7 The HV sp...

Страница 5: ...d fuse protects the 24 VAC circuits and if configured for direct gas valve power the 24 VAC relay outputs to the gas valves Sensor Inputs The PIM requires an outlet thermistor sensor for burner control and a high limit thermistor sensor for the integrated UL353 high limit function These two thermistors must be independent but co located so they provide similar readings The vent sensor and inlet se...

Страница 6: ...eck the cable between the Host Controller and J1 Safety 2 Fault 15 flashes Check gas pressure Verify proper safety switch operation MOUNTING AND WIRING The PIM enclosure is designed to facilitate mounting within a control box by the appliance OEM The PIM is not position sensitive and can be mounted vertically or horizontally The case may be mounted on any surface using four standard 8 sheet metal ...

Страница 7: ...te Reset Flow Swit ch DHW TH Thermos t at Host Controller FT Bus B FT Bus A PIM Slave V Boiler Identity Card V in GN D High Limit Sensor Outlet Sensor Air Flow Safety 2 Safety 1 Inlet Sensor Vent Sensor 4 to 20 MA Fan Power 18 VDC Fan GND Flow SEN GND Flow SEN PW 12 VDC PWM Out Flow Sens or Tac homet er To J10 P in 3 To J10 P in 4 24 VAC L1 L2 2 STG MV MV PV RTN Hot Dry Contact Blower System Pump ...

Страница 8: ...set Flow Swit ch DHW TH Thermos t at FT Bus B FT Bus A PIM Slave V Boiler Identity Card V in GN D High Limit Sensor Outlet Sensor Air Flow Safety 2 Safety 1 Inlet Sensor Vent Sensor 4 to 20 MA Fan Power 18 VDC Fan GND Flow SEN GND Flow SEN PW 12 VDC PWM Out Flow Sens or Tac homet er To J10 P in 3 To J10 P in 4 24 VAC L1 L2 2 STG MV MV PV RTN Hot Dry Contact Blower System Pump Boiler Pump DHW Pump ...

Страница 9: ...Safety 1 return Molex Micro Fit 20 30AWG 2 0A J8 4 Airflow return Molex Micro Fit 20 30AWG 2 0A J8 5 Safety 2 switch Molex Micro Fit 20 30AWG 2 0A J8 6 Safety 2 return Molex Micro Fit 20 30AWG 2 0A J9 1 Inlet Sensor Molex Micro Fit 10K Thermistor J curve J9 2 Vent Sensor Molex Micro Fit 10K Thermistor J curve J9 3 Sensor Common Molex Micro Fit 10K Thermistor J curve J9 4 Sensor Common Molex Micro ...

Страница 10: ...Jr 120 240VAC 8A J13 4 L1 supply input Molex Mini Fit Jr 120 240VAC 8A K5 Relay F1 and F2 terminals 250 QC terminals 120 240VAC 15A J14 1 DHW Pump Molex Mini Fit Jr 120 240VAC 5A J14 2 Boiler Pump Molex Mini Fit Jr 120 240VAC 5A J14 3 L1s System Pump Supply Molex Mini Fit Jr 120 240VAC 8A J14 4 System Pump Molex Mini Fit Jr 120 240VAC 5A J14 5 L1 Supply power Molex Mini Fit Jr 120 240VAC 8A J14 6 ...

Страница 11: ...DHW Sensor Common 10K Thermistor J curve J2 3 System Supply Sensor 10K Thermistor J curve J2 4 System Sensor Common 10K Thermistor J curve J2 5 Outdoor Sensor 10K Thermistor J curve J2 6 Outdoor Sensor Common 10K Thermistor J curve J2 7 tN4 Communications Network Signal J2 8 0 10Vdc Analog EMS Input 0 10 VDC or 4 20mA J2 9 Common GND J1 1 Alarm Contacts 0 30VAC 2 0A Max Dry contact J1 2 Alarm Cont...

Страница 12: ...aning of the various digits in the part number Use this information to order the correct board 35 9 X X X X X X X X IGNITION TYPE 1 Direct Spark 2 Direct Spark with External Relay 6 Hot Surface Ignition 7 Proven Hot Surface Ignition VALVE FAN CONFIGURATION 0 Modulating 1 stage 1 One Stage 2 Two Stage 3 Intermittent Pilot PV MV 4 One Stage with Auxiliary 5 Isolated Modulating 1 stage 6 Isolated One...

Страница 13: ...3 SERIES 35 60 61 63 608 SERIES 35 65 66 SERIES 35 9X The object of the declaration described above is in conformity within the relevant union harmonization legislation Gas Appliance Regulation EU 2016 426 Low Voltage Directive 2014 35 EC EMC Directive 2014 30 EC Rohs 2011 65 EU The following harmonized standards and technical specifications have been applied EN298 2012 Automatic Burner Control sy...

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