Ametek 149051 Digital Panel Thermometer 450F J Thermocouple

Product Description

The AMETEK 149051 is a digital panel thermometer designed for temperature monitoring applications requiring a Type J thermocouple sensor input. It displays readings on an LCD screen and operates on battery power, making it suitable for panel-mount installations where a hardwired power source is not available or practical. The unit reads up to 450 degrees F, covering a wide range of industrial and HVAC process monitoring needs. The stainless steel construction supports durability in demanding service environments. Technicians working in facilities maintenance, HVAC, and process instrumentation will find this thermometer straightforward to integrate into control panels or monitoring stations.

This thermometer is suited for residential and light commercial HVAC applications, as well as industrial process monitoring where Type J thermocouple sensors are already in use. It is a panel-mount instrument, typically installed in control enclosures, equipment panels, or monitoring boards. Its battery-powered design allows deployment in locations without convenient access to line voltage, reducing installation complexity in retrofit scenarios.

Key Features

• Type J thermocouple sensor input for broad compatibility with existing thermocouple wiring
• LCD display for clear, easy-to-read temperature values
• Maximum temperature range of 450 degrees F
• Battery-powered operation eliminates the need for a dedicated power supply
• Stainless steel construction for durability in demanding environments
• Panel-mount form factor suitable for integration into control enclosures

Compatibility

Designed for use with Type J thermocouple sensors in panel-mount temperature monitoring applications across HVAC, industrial process, and facilities maintenance installations.

Installation Notes

Installation should be performed by a qualified instrumentation or HVAC technician familiar with thermocouple wiring and panel-mount instrument procedures. Disconnect and de-energize associated equipment before wiring the thermocouple leads to the instrument. Verify thermocouple polarity before securing connections, as reversed leads will produce inaccurate readings. Follow applicable NEC guidelines for wiring within electrical enclosures.