Enerco HS8060 Connection Diagram For Flame Rod Current, FOR FLAME RECTIFICATION SYSTEMS DSP-5,A5

CONNECTION DIAGRAM FOR FLAME ROD CURRENT

FOR FLAME RECTIFICATION SYSTEMS (DSP-5, A5)

	Microammeter	Control
Gas	Flame
Flame		Terminal For
	Rod
		Flame Rod
		Loadwire
	Flame	G
	Rod Assy.

Figure 3 – Using a microammeter to prove adequate grounding area.

MEANS OF PROVING ADEQUATE GROUNDING AREA

The proper flame-rod-to-ground-area ratio cannot always be determined by visual examination or physical measurement. A positive means of checking the instal- lation is the measurement of the flame rod current under actual firing conditions. It is definitely recom- mended that the installer measure the current flow be- tween the lead of the flame rod unit and the terminal in the control terminal board (see Figure 3). Measure the current with a DC Microammeter or equal. We recommend a steady output of .9 microamperes or more. A steady flow of current in this amount under actual firing conditions will generally indicate adequate grounding of the pilot flame.

NOTE:

1.Read all control data sheet supplied with this heater.

2.Check flame rod for any contact to heater parts. Flame rod must be free of any contact to heater. Contact with heater will short circuit flame rod.

3.Cracked porcelain on flame rod will short circuit sensor. Replace flame rod.

Thermostat

CAUTION TO INSTALLER

NEVER CONNECT POWERPILE GAS VALVE OR THERMOSTAT TO LINE VOLTAGE OR A TRANSFORMER.

THERMOSTAT

NOTE Do not exceed the maximum lengths listed in the

table when wiring between the Thermostat and Gas Valve with

cable not supplied by HEAT STAR.

Powerpile Thermocouple

Honeywell Q313A

	MAXIMUM
WIRE	LENGTH
SIZES	OF WIRE
	CABLE
NO 18	15 FEET
NO 16	30 FEET
NO 14	50 FEET

Powerpile Gas Valve – Honeywell VS820

CONNECTION DIAGRAM

Factory wired

Enerco Group, Inc. Gas-Fired Infra-Red Space Heaters 5 Operating Instructions and Owner’s Manual