Piezoresistive Pressure Sensor
Φ19x15mm
0bar~0.2bar…700bar
General
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Thermocouple Temperature Sensor
MTM100C
- · Measuring Range: -40°C～1600°C
- · Types: K/J/E/T/N/S/B
- · CE, RoHS, Explosion-proof
Used For
Chemical industry, Energy and power generation, Marine and shipbuilding, HVAC systems
Leave a MessageMTM100C
Used For
Chemical industry, Energy and power generation, Marine and shipbuilding, HVAC systems
Leave a MessageMTM100C Thermocouple Temperature Sensors incorporate a thermocouple element, compliant with GB/T 18404-2022, housed in a mineral-insulated (MI) sheath. The MTM100C combines a slim, high-performance form factor with the rugged reliability of mineral-insulated (MI) technology. From -40°C to 1600 °C, the thermocouple probe consistently delivers stable, accurate data for your industrial temperature monitoring.
Features
• The slim-line MI sheath ensures rapid heat transfer, allowing you to capture real-time temperature fluctuations with precision.
• Built in strict accordance with GB/T 18404-2022 standards, ensuring global compatibility and safety.
• Designed with a modular architecture to fit various thermowells and specifications, making integration into your existing systems seamless.
• Engineered for superior resistance to mechanical stress and vibration. Its environmental adaptability makes it the go-to choice for volatile industrial settings.
Image:
MTM100C Thermocouple Temperature Sensors incorporate a thermocouple element, compliant with GB/T 18404-2022, housed in a mineral-insulated (MI) sheath. The MTM100C combines a slim, high-performance form factor with the rugged reliability of mineral-insulated (MI) technology. From -40°C to 1600 °C, the thermocouple probe consistently delivers stable, accurate data for your industrial temperature monitoring.
Features
• The slim-line MI sheath ensures rapid heat transfer, allowing you to capture real-time temperature fluctuations with precision.
• Built in strict accordance with GB/T 18404-2022 standards, ensuring global compatibility and safety.
• Designed with a modular architecture to fit various thermowells and specifications, making integration into your existing systems seamless.
• Engineered for superior resistance to mechanical stress and vibration. Its environmental adaptability makes it the go-to choice for volatile industrial settings.
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