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K1690-1 - Lincoln Electric 120V GFCI Receptacle Kit (20A) for Ranger and SAE Welders

Packaging: 1 Per Ea
$456.36/EA $285.23/1 Per Ea only $285.23/EASave 37%

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OVERVIEW

Enhanced Electrical Safety for Industrial Welders

The Lincoln Electric K1690-1 GFCI Receptacle Kit is a specialized accessory designed to upgrade the auxiliary power output of select Lincoln Electric engine-driven welders. In industrial environments where welding equipment is often used outdoors or in variable weather conditions, electrical safety is paramount. This kit replaces the standard factory-installed 120V duplex receptacle with a UL-approved Ground Fault Circuit Interrupter (GFCI). This modification is essential for compliance with many modern job site safety regulations, which increasingly mandate GFCI protection for all temporary power sources.

Technically, the receptacle provided in the K1690-1 kit is rated for 120 Volts and a maximum total current of 20 Amps. This ensures that it can safely power grinders, lights, and other auxiliary tools commonly used alongside welding operations without compromising the circuit's integrity. The GFCI mechanism is designed to quickly interrupt the circuit if a ground fault is detected, preventing potential electrical shocks that could occur due to faulty tools or wet conditions.

Installation is straightforward, as the kit is engineered to fit the specific panel cutouts of compatible Lincoln machines. It comes complete with the receptacle and detailed installation instructions. It is important to note the specific quantity requirements for different machine models; for instance, the Ranger 250 requires two of these kits to fully upgrade all 120V receptacles, whereas models like the SAE-400 Deutz and SAE-500 series typically require only one. This targeted compatibility ensures that the K1690-1 integrates perfectly with the machine's existing electrical architecture.

Compatibility and Specifications

This kit is specifically verified for use with the Ranger 250, Ranger 305 G, SAE-400 Deutz, SAE-500, and SAE-500 Severe Duty models. By utilizing genuine Lincoln Electric parts, operators ensure that the environmental sealing and electrical ratings match the rigorous demands of heavy-duty welding applications. The K1690-1 is not just a replacement part; it is an upgrade that brings older or standard-configuration machines up to higher safety standards.

Additional Information
Amperage:20 A
Voltage:120 V
Packaging Description:1 Per Ea
Brand:Lincoln Electric
Accessory Type:Auxiliary Plugs, GFCI Receptacle Kit
Compatible Machine Models:Ranger 250, Ranger 305 G, SAE-400 Deutz, SAE-500, SAE-500 Severe Duty
Certification:UL Approved

INCLUDED

  • (1) UL approved 120V GFCI (ground fault circuit interrupter) duplex type receptacle
  • Installation instructions

APPLICATIONS

  • Lincoln Electric Ranger 250 (Requires 2 kits)
  • Lincoln Electric Ranger 305 G
  • Lincoln Electric SAE-400 Deutz (Requires 1 kit)
  • Lincoln Electric SAE-500 (Requires 1 kit)
  • Lincoln Electric SAE-500 Severe Duty (Requires 1 kit)

FAQ

The GFCI duplex receptacle included in the kit is rated for a maximum total current of 20 Amps at 120 Volts.

Yes, this kit is designed to replace the factory-installed standard 120V duplex receptacle on compatible Lincoln Electric machines.

For the Lincoln Electric Ranger 250, two (2) kits are required to replace all 120V receptacles.

Yes, the kit includes one UL approved 120V ground fault circuit interrupter duplex type receptacle.

The package includes one (1) 120V GFCI duplex receptacle and installation instructions.

Yes, the K1690-1 is compatible with the SAE-400 Deutz. You typically need one kit for this machine.

This kit is specifically designed for Lincoln Electric equipment. While the receptacle itself is standard, the fitment and instructions are tailored for specific Lincoln models like the Ranger and SAE series.

Upgrading to GFCI provides critical protection against electrical shock caused by ground faults, which is especially important in outdoor or damp welding environments and is often required by safety regulations.