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Fluke Calibration 9102S-156 Handheld Dry-Well, -10C to 122C (14F to 252F) @ 23C, NIST

$3,616.00

The Fluke 9102S-156 Handheld Dry-Well provides portable, precise temperature calibration from -10°C to 122°C (14°F to 252°F) at 23°C ambient, ideal for thermocouples and PRTs with NIST-traceable calibration.

The Fluke 9102S-156 Handheld Dry-Well is a compact, high-accuracy solution for temperature calibration in laboratories, industrial environments, and field applications. Covering a temperature range of -10°C to 122°C (14°F to 252°F) at 23°C ambient, it delivers stable and uniform temperatures for precise calibration of thermocouples, platinum resistance thermometers (PRTs), and other temperature sensors. Its handheld design allows easy portability for on-site calibration, while the dry-well configuration eliminates the need for liquids, providing a safer and cleaner calibration process. The unit comes with NIST-traceable calibration, ensuring compliance with industry standards and reliable, repeatable results. Robust construction and intuitive operation make the 9102S-156 a trusted tool for technicians and engineers who require accurate low-temperature calibration in a portable format.

Key Features:

  • Temperature range: -10°C to 122°C (14°F to 252°F) at 23°C ambient

  • Handheld, portable design for lab or field use

  • Uniform and stable temperature distribution

  • Liquid-free calibration for safety and convenience

  • Compatible with thermocouples, PRTs, and other sensors

  • NIST-traceable calibration certificate included

  • Durable construction for long-term reliability

Compatible Instruments:
Thermocouples, PRTs, and other low- to medium-temperature sensors.

Included Accessories:
Handheld dry-well unit with standard inserts; NIST-traceable calibration certificate.

Compliance:
NIST-traceable and ISO-compliant for accurate, reliable temperature calibration.

Benefits for Lab Users:
The Fluke 9102S-156 ensures precise, repeatable calibration in a portable, liquid-free format. Its compact design, reliable performance, and NIST-traceable accuracy make it ideal for laboratories, industrial facilities, and field calibration applications.