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Fluke Calibration 9142-C-P-156 Dry-Well Field Calibrator, 115V with 9142-INSC

$7,412.00

The Fluke 9142-C-P-156 Dry-Well Field Calibrator with Insert 9142-INSC provides precise low- to mid-range temperature calibration for thermocouples and PRTs, operating on 115V AC for field and industrial applications.

The Fluke 9142-C-P-156 is a portable dry-well field calibrator designed for accurate and repeatable calibration of thermocouples, platinum resistance thermometers (PRTs), and other high-accuracy sensors. Equipped with Insert 9142-INSC, it offers multiple wells with uniform and stable temperature distribution, allowing simultaneous calibration of multiple sensors. Its dry-well design eliminates the need for liquids, making the calibration process safer, cleaner, and more efficient. Operating on standard 115V AC, this field-ready calibrator is compact and rugged, ideal for industrial, laboratory, and on-site verification tasks. With ISO and NIST-traceable performance, the 9142-C-P-156 ensures high-accuracy results for maintenance technicians, engineers, and quality control professionals.

Key Features:

  • Low- to mid-range temperature calibration capability

  • Field-ready, portable dry-well design

  • Insert 9142-INSC with multiple wells for versatile sensor calibration

  • Uniform and stable temperature distribution

  • Compatible with thermocouples, PRTs, and other high-accuracy sensors

  • Liquid-free calibration for safety and convenience

  • Rugged, compact design for on-site use

  • Operates on 115V AC power

Compatible Instruments:
Thermocouples, PRTs, and other high-accuracy temperature sensors.

Included Accessories:
Dry-well calibrator unit with Insert 9142-INSC; standard power cord.

Compliance:
ISO and NIST-traceable calibration compatible for reliable field measurements.

Benefits for Lab Users:
The Fluke 9142-C-P-156 ensures precise, repeatable temperature calibration in both field and laboratory environments. Its portable, liquid-free design and versatile Insert 9142-INSC optimize workflow efficiency while maintaining high-accuracy calibration standards.