S+S Screw-in tempe­rature sensor / immersion tempe­rature sensor with neck tube (stepped once) - ETF7 Ni1000 250mm

Enhance Your Temperature Sensing System with ETF7 Ni1000 250mm

Upgrade your temperature monitoring capabilities with the versatile and efficient S+S Screw-in temperature sensor / immersion temperature sensor with neck tube (stepped once) - ETF7 Ni1000 250mm, designed by S+S Regeltechnik GmbH to deliver precise and rapid temperature readings in diverse applications.

Key Features:

• Robust construction with stainless steel protective tube and quick-release housing cover
• Fast response time ideal for dynamic temperature control scenarios
• Ni1000 sensor with DIN EN 43760 standard, Class B
• Temperature range of -35 to +150°C
• IP 65 protection rating for reliable performance in harsh environments
• Compact design with dimensions of 72 x 64 x 37.8 mm (Tyr 1)

Technical Specifications:

The sensor features a plastic housing made of UV-resistant polyamide, reinforced with 30% glass spheres, ensuring durability and longevity. It is equipped with quick-release screws for easy installation and maintenance.

The ETF7 Ni1000 250mm comes with a stainless steel protective tube (1.4571, V4A) tapered to 4mm for efficient heat transfer. The sensor assembly includes a threaded G ½" connection and a M16 x 1.5 cable gland with strain relief for secure cable management.

Advantages for Your System:

• Accurate and reliable temperature readings for precise control
• Quick response time for swift adjustment to temperature changes
• Easy installation and maintenance with the included quick-release features
• Durable construction ensures long-term performance in challenging conditions

Benefit from Superior Temperature Monitoring

Experience optimal temperature sensing accuracy and responsiveness with the ETF7 Ni1000 250mm sensor from S+S. Whether used in hydraulic systems or other applications requiring fast and precise temperature control, this sensor ensures efficient performance and seamless integration into your monitoring system.