Fluke Calibration 9118A-ITB-256 Thermocouple Calibration Furnace with Isothermal Block

The Fluke 9118A-ITB-256 is a high-performance thermocouple calibration furnace designed for precise, repeatable high-temperature calibration. Featuring an integrated isothermal block, it ensures exceptionally uniform temperature distribution for accurate thermocouple measurements. Capable of reaching temperatures up to 1200°C, this furnace supports a wide range of thermocouple types, including Type K, J, T, R, and S, making it ideal for industrial, laboratory, and research environments. The robust construction guarantees durability under demanding conditions, while advanced thermal control allows users to achieve consistent, repeatable results. The isothermal block enhances calibration accuracy by maintaining a stable thermal environment, reducing measurement uncertainty and improving sensor reliability. Perfect for quality control, process verification, and high-accuracy calibration tasks, the 9118A-ITB-256 is a versatile and essential tool for temperature calibration professionals.

Key Features:

• High-temperature range: up to 1200°C

• Integrated isothermal block for uniform temperature distribution

• Supports multiple thermocouple types: K, J, T, R, S

• High-accuracy calibration for laboratory and industrial use

• Advanced thermal control for repeatable results

• Robust and durable construction for long-term reliability

• Ideal for quality control, research, and process verification

Compatible Instruments:
Type K, J, T, R, S, and other high-temperature thermocouples.

Included Accessories:
Calibration furnace unit with isothermal block; thermocouple interface support; user manual.

Compliance:
ISO and NIST-traceable calibration standards compatible; suitable for high-accuracy industrial and laboratory calibration.

Benefits for Lab Users:
The Fluke 9118A-ITB-256 ensures highly accurate, repeatable thermocouple calibration at extreme temperatures. Its integrated isothermal block, advanced thermal control, and robust design make it ideal for laboratories, industrial process verification, and research applications requiring precise high-temperature measurements.