S+S Sleeve sensor / cable tem­perature sensor - HTF50 NiTK PVC 8M

S+S Sleeve/Cable Temperature Sensor - HTF50 NiTK PVC 8M

Explore the innovative S+S Sleeve/Cable Temperature Sensor - HTF50 NiTK PVC 8M from Hersteller. This versatile sensor from Hersteller features a range of unique attributes that make it ideal for various temperature measurement applications.

Features and Specifications:

• Sensor Type: Ni1000Tk5000 (TCR=5000ppm/K)
• Measurement Range: -35°C to +105°C
• Air Humidity: < 95% RH, non-condensing air
• Insertion Length: 50 mm
• Probe Cable: PVC, LiYY, 2 x 0.25 mm²
• Sensor Cable Length: 8 m
• Process Connection: Through immersion sleeves or plastic mounting flange (optional galvanized steel)
• Sensor Protection: Stainless Steel, 1.4571, V 4A, Ø = 6 mm, NL = 50 mm (other dimensions optional, NL = 30-400 mm)
• Protection Class: IP 65 (according to EN 60529)
• EAN: 4251325604961

Product Description:

The S+S Sleeve/Cable Temperature Sensor - HTF50 NiTK PVC 8M is designed to accurately measure temperatures in both liquid and gas media. Whether used as a channel sensor or through installation in an immersion sleeve for immersion and screw-in sensing, this sensor offers flexibility and reliability.

The length of the sleeve can be customized from 30 to 400 mm, with standard options at 50 mm or 200 mm. Additionally, the cable length is adjustable with standard length at 1.5 m. The sensor is compatible with silicone, glass fiber, or PVC cables, with options for two or four-wire connections depending on the application.

For direct and continuous use in liquids, consider using the immersion sleeves THE (refer to the type table). The sensor's robust construction ensures durability and consistent performance in various environments.

Technical Data:

For the most current technical data on the S+S Sleeve/Cable Temperature Sensor - HTF50 NiTK PVC 8M, we recommend referring to official sources such as the manufacturer's website, data sheets, or authorized dealers. These sources provide accurate and reliable information to help you make informed decisions regarding this advanced temperature sensor.