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195706 - Miller 7-Pin Idle Control Module Two Output

Packaging: 1 PER EA
$614.04/EA $401.49/1 PER EA only $401.49/EASave 35%

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OVERVIEW

Restore Optimal Engine Performance with the Miller 195706 Module

The Miller 195706 Module, Pull To Idle, Two Output, 7 Pin is a critical component for maintaining the efficiency and longevity of your Miller engine-driven welder. This genuine OEM part is designed to manage the automatic idle functions of your machine, ensuring that the engine revs up to operating speed when an arc is struck and drops back to a fuel-saving idle when welding stops. If your welder is stuck at high idle, wasting fuel and creating unnecessary noise, or if it fails to throttle up when you need power, a faulty idle module is often the culprit. Replacing it with this authentic Miller component ensures your equipment operates exactly as the engineers intended.

Engine-driven welders operate in harsh environments where vibration, heat, and dust are constant factors. Over time, electronic components like the idle control module can degrade or fail. The 195706 is built to withstand these rigorous conditions, featuring robust construction and a specific 7-pin configuration that interfaces seamlessly with your machine's wiring harness. The "Two Output" designation indicates its capability to manage distinct control signals, likely coordinating the throttle solenoid and other engine parameters to provide smooth transitions between idle and weld speeds.

Using genuine Miller parts like the 195706 is essential for protecting your investment. Aftermarket or universal generic modules often lack the precise calibration required for Miller's specific engine and generator combinations. An incorrect module can lead to erratic engine behavior, poor arc starts, or even damage to the throttle solenoid. By choosing the OEM 195706 module, you are ensuring a plug-and-play solution that restores the "pull to idle" functionality immediately, helping you save on diesel or gas costs while reducing jobsite noise pollution.

Installation of this module is generally straightforward for those familiar with welder maintenance, as it is designed to fit directly into the existing mounting points and connect to the factory harness without modification. Whether you are a professional repair technician or an owner-operator maintaining your own fleet, having a reliable idle control system is non-negotiable for professional welding operations. Ensure your machine is ready for the next job with this high-quality replacement module.

Additional Information
Packaging Description:1 Per Ea
Component Type:Idle Control Module
Connection Style:7 Pin
Function:Pull To Idle
----- new values below ----
Component Type:Idle Control Module
Connection Style:7 Pin
Output Configuration:Two Output
Function:Pull To Idle
Brand:Miller
Packaging Description:1 Per Ea

INCLUDED

  • 1 x Miller 195706 Pull To Idle Module

APPLICATIONS

  • Miller Engine Driven Welders requiring 7-pin idle control
  • Industrial mobile welding generators
  • Construction site welding power sources
  • Fleet maintenance and repair applications

FAQ

It controls the engine's idle speed, automatically throttling up when an arc is struck and idling down when welding stops.

You must check your welder's serial number against the parts manual or use the manufacturer's fitment verification tool, as many modules look similar.

It indicates the module has two distinct output channels to control engine functions, likely related to the throttle solenoid or idle/run states.

This specific module (195706) utilizes a 7-pin connector configuration.

No, these are typically sealed, solid-state electronic components and are designed to be replaced rather than repaired.

Common symptoms include the engine failing to idle down, failing to rev up when welding starts, or erratic throttle behavior.

Yes, this is a genuine OEM Miller replacement part, ensuring correct fit and function.

Generally, these are plug-and-play units for the specific machines they are designed for and do not require software programming.