Ametek 149031 Digital Panel Thermometer 1500F K Thermocouple

Product Description

The AMETEK 149031 is a digital panel thermometer designed for continuous temperature monitoring in industrial and commercial applications. It accepts a K thermocouple sensor input and displays readings on an integrated LCD screen, with a maximum temperature range of 1,500 degrees F. The unit is battery powered, making it suitable for panel installations where a dedicated power circuit is not available. Built with a stainless steel construction, this thermometer is a practical choice for HVAC technicians, industrial service personnel, and instrumentation contractors who need a reliable panel-mount temperature display.

The AMETEK 149031 is suited for use in process monitoring panels, HVAC equipment enclosures, industrial control cabinets, and similar installations where a direct-read temperature display is needed at the panel face. Its K thermocouple input is compatible with the most widely used thermocouple type in HVAC and light industrial temperature measurement applications, covering a broad measurement range appropriate for both low- and high-temperature monitoring scenarios.

Key Features

• Maximum temperature range of 1,500 degrees F via K thermocouple sensor input
• LCD display for clear, direct-read temperature indication at the panel face
• Battery powered operation eliminates the need for a dedicated panel power supply
• Stainless steel construction for durability in industrial and commercial environments
• Panel-mount form factor for permanent installation in equipment or control enclosures

Compatibility

Designed as an OEM-style panel-mount thermometer compatible with standard K thermocouple probes used in industrial and commercial HVAC temperature monitoring applications.

Installation Notes

Installation should be performed by a qualified instrumentation technician or licensed HVAC professional. Before mounting, de-energize the panel or enclosure and follow all applicable NFPA 70 (NEC) electrical safety procedures. Verify the K thermocouple probe is properly seated and polarity is correct before powering the unit. Do not expose the thermometer to temperatures or conditions beyond its rated specifications.