Honeywell Q313U3000 35" Universal Thermopile, 750 mV, PG9 Adapter, Push-In Clip

Description

Honeywell Q313U3000 35" Universal Thermopile, 750 mV, PG9 Adapter, Push-In Clip
Description:
Thermopile Generator
Type Universal
Temperature Measuring Range 1400 Deg F (Hot Junction), 780 Deg F (Cold Junction)
Length 35 Inch
Connection Type Spade Terminal
Application Automatic Millivolt Gas Control System
Voltage Rating 750 Millivolt, 600 to 750 Millivolt (Open Circuit Output)
Resistance 2.89 Ohm
Drop Out Time 30 Second
Includes 1/2 Inch Attaching Nut, Split Nut, Spade to Quick Connect Adapter, Push-In Clip, PG9 Adapter
UPC:  08526751681
Part Number: Q313U3000/U
Features:
Push-In Clip, Split Nut and Adapter Assembly for Easy Pilot Burner Installation
Spade or Quick-Connect Terminals Available for Millivolt Gas Control Connections
For easy installation and reliable performance, Honeywell thermopile generators are the brand of choice. The Honeywell Q313A thermopile generator features a push-in clip, split nut and adapter assembly for easy pilot burner installation. And it’s available in a variety of lead lengths to help you meet the needs of most millivolt heating applications.
Q309, Q340, and Q390 Thermocouples generate a thermoelectric current that senses a pilot flame on gas-fired heating systems. The pilot flame heats the tip of the thermocouple, producing a temperature differential between it and the base. This temperature difference generates a small amount of DC power, measured in millivolts.
Q335 Thermocouple is a quick dropout thermocouple used in conjunction with the Q313 Thermopile Generator in the Q382 Pilot Burner. The flame in the pilot burner is directed toward the thermocouple and the thermopile. As long as the pilot flame is present, the millivolt output from the thermocouple keeps the safety valve in the gas control open, allowing the main gas to flow to the appliance on demand. The millivolt output from the thermopile energizes the operator in the valve on demand.
Q313 Thermopile Generator contains multiple thermocouples connected in series to increase the millivoltage output. The power generated is sufficient to operate an automatic millivolt gas control system, independent of any outside power source.