Compact temperature transmitters for mobile machines are engineered to deliver accurate and reliable temperature monitoring in demanding industrial environments. Built for precision and durability, these transmitters combine advanced sensing technology with rugged construction to support modern mobile equipment applications.
Key Features
These transmitters utilize a high-accuracy Pt1000 measuring element with factory calibration, ensuring precise readings across the entire temperature range. Their stainless steel housing provides exceptional resistance to pressure, vibration, and shock. With fast response dynamics and minimal power-on delay, they enable real-time monitoring and control.
Application
Ideal for mobile machinery, these transmitters are widely used in hydraulic and pneumatic systems operating under high pressure. They are suitable for construction equipment, agricultural machinery, and industrial vehicles where reliable temperature monitoring is critical for system safety and efficiency.
Design & Functionality
The compact design allows easy integration into machine systems. Available with AMP or DEUTSCH connectors, installation is simple and secure. The wide voltage range ensures stable operation even with fluctuating onboard power supplies. Enhanced EMC resistance supports performance in electrically demanding environments.
Total Crossed Beams
Optimized internal sensing structure ensures uniform temperature detection, improving measurement consistency across the sensing element.
Beam Pitch Options
Multiple probe lengths and connection options allow flexible installation, adapting to various machine configurations and system requirements.
Intrinsic Synchronism
Fast response time ensures synchronized temperature detection with system changes, enabling better control and predictive maintenance.
Operational Advantages
These transmitters enhance machine reliability by preventing overheating and system failure. Their rugged design reduces maintenance needs, while accurate sensing improves operational efficiency. The combination of durability, precision, and adaptability makes them a reliable choice for industrial mobile applications.
