Temperature Sensor Honeywell HEL-705-U-0-12-00, range -200 to +260 °C, ceramic housing

Honeywell HEL-705-U-0-12-00 is a temperature sensor engineered for reliable measurement across a wide range from -200 to +260 °C. Housed in ceramic, the sensor provides enhanced thermal stability and mechanical durability for industrial and laboratory environments. The design focuses on precise temperature detection for processes and equipment where broad-range sensing and stable performance are required.

Advantages

The ceramic housing delivers high thermal resistance and dimensional stability at extreme temperatures, reducing drift and mechanical stress on the sensing element. The sensor’s measurement range covers very low cryogenic temperatures up to high process temperatures, enabling a single device to serve diverse monitoring tasks. Constructed for rugged environments, it offers long-term stability and consistent output when used within specified conditions.

Suitable for

• Industrial process temperature monitoring
• Laboratory measurements and test benches
• Equipment and instrumentation temperature control
• Environmental monitoring where wide-range detection is needed

Key specifications

• Temperature measurement range: -200 °C to +260 °C
• Housing material: ceramic for thermal stability and mechanical durability
• Application environment: industrial and laboratory use
• Sensing purpose: accurate temperature detection across a wide range

How to use

Install the sensor according to the system’s mechanical and thermal mounting requirements, ensuring firm contact with the measured medium or proper placement in the monitored environment. Connect the sensor to compatible measurement or control equipment following the manufacturer’s wiring and input specifications for signal conditioning. Allow appropriate thermal equilibration time after installation or changes in process conditions to obtain stable readings.

Usage recommendations

Operate the sensor within its specified temperature limits and protect the ceramic housing from severe mechanical impact. For accurate results, follow calibration and maintenance intervals appropriate for the application and verify compatibility with the measurement electronics to ensure correct signal interpretation.