America's first thermometer company originated in Cincinnati, OH in 1836. Since that time, Palmer Instruments has steadily evolved through product development geared exclusively towards industrial supply and process measurement.
Digital ThermometersWahl's Digi-Stem Thermometer and Transmitter Systems provide digital accuracy and reliability for temperature measurement in rugged industrial environments. A variety of rigid stems and remote interface connections accomodate most installations.
Digi-Stem
Infrared Thermometers Wahl Heat Spy non-contact infrared thermometers are for general purpose to handle specialized applications with portable, battery powered operation. The professional series has computer interface options, the compact model has laser sighting system and advanced features.
Heat Spy
Digital ThermometersTemp-Plate irreversible temperature recording labels are economical, chemical change thermometers that instantly record an overheat occurrence and provide a permanent, NIST-traceable record which cannot be reversed. They are used in applications where other surface temperature monitoring and recording methods are impractical, cost prohibitive or inaccurate.
America's first thermometer company originated in Cincinnati, OH in 1836. Since that time, Palmer Instruments has steadily evolved through product development geared exclusively towards industrial supply and process measurement.
Wahl's Digi-Stem Thermometer and Transmitter Systems provide digital accuracy and reliability for temperature measurement in rugged industrial environments. A variety of rigid stems and remote interface connections accomodate most installations.
Wahl Heat Spy non-contact infrared thermometers are for general purpose to handle specialized applications with portable, battery powered operation. The professional series has computer interface options, the compact model has laser sighting system and advanced features.
Temp-Plate irreversible temperature recording labels are economical, chemical change thermometers that instantly record an overheat occurrence and provide a permanent, NIST-traceable record which cannot be reversed. They are used in applications where other surface temperature monitoring and recording methods are impractical, cost prohibitive or inaccurate.