S+S Screw-in tempe­rature sensor / immersion tempe­rature sensor with neck tube (stepped once) - ETF7 Ni1000 100mm

S+S Screw-in Temperature Sensor ETF7 Ni1000 100mm

Discover the efficient and precise Screw-in Temperature Sensor / Immersion Temperature Sensor with unique features tailored for advanced temperature monitoring applications. Manufactured by S+S Regeltechnik GmbH, this sensor is designed to provide rapid response times, making it ideal for quick temperature and control processes, particularly in hydraulic systems.

Technical Specifications

• Sensor Type: Ni1000, DIN EN 43760, Class B
• Measurement Range: -35 to +150°C
• Air Humidity: < 95% RH, non-condensing air
• Housing Material: UV-resistant plastic, Polyamide with 30% glass ball reinforcement
• Cable Gland: M 16 x 1.5, replaceable with strain relief, max. inner diameter 10.4 mm
• Process Connection: G ½" threaded immersion sleeve
• Protective Tube: Stainless Steel 1.4571, V 4A, G ½", SW 27, pmax = 6 bar, Ø = 6 mm, tapered to Ø = 4 mm
• Neck Tube Length: 25 mm
• Installation Length: 100 - 250 mm
• Protection Rating: IP 65 (according to EN 60 529), tested housing

Advantages

Experience the benefits of the S+S Screw-in Temperature Sensor ETF7 with its high accuracy, quick response time, and durable construction. The sensor's ability to handle rapid temperature changes makes it a reliable solution for precise temperature monitoring in various industrial applications.

Application

With its passive output and stainless steel protective tube, this sensor is suitable for challenging environments where temperature control is critical. Its compact design and industry-standard specifications ensure seamless integration into existing systems, providing accurate and real-time temperature readings.

Customer Satisfaction

Invest in the S+S Screw-in Temperature Sensor ETF7 for dependable and efficient temperature monitoring solutions. Trust in its high-quality components and advanced design to meet your temperature sensing requirements with precision and reliability.