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

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

Introducing the versatile and efficient S+S Sleeve Sensor / Cable Temperature Sensor - HTF50 NiTK Silikon 8M from S+S Regeltechnik GmbH.

Product Overview

The S+S Sleeve Sensor is designed for precise temperature measurement in both liquid and gaseous media. It can be utilized as a channel sensor or installed in a sleeve for immersion or screw-in applications. The sensor offers customizable sleeve lengths ranging from 30 to 400 mm, with standard lengths of 50 mm or 200 mm, and flexible cable lengths (standard 1.5 m). Suitable for various applications, the sensor can be equipped with silicone, glass fiber, or PVC cables, featuring two- or four-wire connections.

Key Features

• Sensor: Ni1000Tk5000 with a temperature coefficient of resistance (TCR) of 5000ppm/K
• Measuring Range: -50°C to +150°C
• Air Humidity: < 95% RH, non-condensing air
• Installation Length: 50 mm
• Cable Type: Silicone, SiHF, 2 x 0.25 mm²
• Sensor Cable Length: 8m
• Process Connection: via immersion sleeves or plastic mounting flange (optional galvanized steel)
• Sensor Protection: Stainless steel, 1.4571, V4A, Ø = 6 mm, NL = 50 mm (other sizes available, NL = 30 to 400 mm)
• Protection Class: IP65 (according to EN 60 529)
• EAN: 4251325604978

Benefits

The S+S Sleeve Sensor offers precise and reliable temperature measurement for various applications. With its versatile design, it can be easily adapted to specific installation requirements, ensuring accurate readings in liquid and gaseous environments. The durable construction and protective features make it suitable for long-term use, providing a robust solution for temperature monitoring needs.

Technical Data

For the most current technical specifications and details of the S+S Sleeve Sensor / Cable Temperature Sensor - HTF50 NiTK Silikon 8M, please refer to reputable sources such as the manufacturer's website, official data sheets, or authorized dealers.