Fluke Calibration 9100S-A Handheld Dry-Well, Insert A, 6 wells, 35C to 375C (95F to 707F), NIST

The Fluke 9100S-A Handheld Dry-Well, featuring Insert A with six wells, is a portable, high-precision temperature calibration solution suitable for laboratory, industrial, and field applications. Covering a temperature range from 35°C to 375°C (95°F to 707°F), it delivers stable, uniform temperatures across all wells, enabling simultaneous calibration of multiple thermocouples, platinum resistance thermometers (PRTs), and other temperature sensors. Its handheld, compact design allows for easy transport and on-site calibration, while the dry-well construction eliminates the need for liquids, providing a safer, cleaner process. The 9100S-A comes with NIST-traceable calibration to ensure compliance with industry standards, delivering accurate, repeatable results for critical temperature measurements. Durable and user-friendly, this handheld dry-well enhances workflow efficiency for calibration technicians and engineers.

Key Features:

• Temperature range: 35°C to 375°C (95°F to 707°F)

• Six-well Insert A for simultaneous multi-sensor calibration

• Handheld, portable design for laboratory or field use

• Uniform and stable temperature distribution across wells

• 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 high-accuracy temperature sensors.

Included Accessories:
Handheld dry-well unit with Insert A (6 wells); NIST-traceable calibration certificate.

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

Benefits for Lab Users:
The Fluke 9100S-A ensures accurate, repeatable calibration of multiple sensors simultaneously, with a portable, easy-to-use, and liquid-free design. Ideal for laboratories, industrial facilities, and field service applications, it enhances efficiency while maintaining high-accuracy calibration standards.