Warrick-Gems Sensors & Controls 26NME1B0 Liquid Level Control Module

Description

The Warrick-Gems Sensors & Controls 26NME1B0 is a precision liquid level control module engineered for reliable low water cutoff protection in boiler and hydronic heating applications. Designed for plug-in convenience with an 11 Pin DIN mount style, this module delivers dependable direct acting operation without the need for an enclosure, making it an ideal solution for panel-mounted installations.

Key Features

• 100,000 ohm (100K ohm) resistance-based liquid level sensing for accurate and stable detection
• Direct Acting mode of operation for straightforward, fail-safe low water cutoff control
• 120Vac supply voltage for compatibility with standard commercial and residential electrical systems
• SPDT relay output — includes 1 Normally Open and 1 Normally Closed contact for versatile circuit integration
• 11 Pin DIN mount style for easy plug-in installation into standard relay sockets
• Low Water Cutoff plug-in module design — no enclosure required, simplifying panel integration

Application

The 26NME1B0 is purpose-built for low water cutoff duty in steam boilers, hot water boilers, and hydronic systems where continuous liquid level monitoring is critical. The SPDT relay output allows the module to interface directly with burner controls, safety circuits, or alarm systems, shutting down the burner when water drops below a safe operating level.

Specifications

• Brand: Warrick-Gems Sensors & Controls
• Model / SKU: 26NME1B0
• Sensing Resistance: 100,000 ohm (Direct Acting)
• Supply Voltage: 120Vac
• Relay Type: SPDT (1 NO / 1 NC)
• Mount Style: 11 Pin DIN
• Module Type: Low Water Cutoff Plug-in
• Enclosure: None (module only)

Why Choose the Warrick-Gems 26NME1B0?

Warrick-Gems Sensors & Controls has a long-standing reputation for manufacturing dependable liquid level controls trusted by HVAC professionals and boiler technicians. The 26NME1B0’s plug-in DIN mount design simplifies replacement and service, while the SPDT relay output provides the flexibility needed for a wide range of safety and control circuit configurations.