The Invensys Triconex 9753-110 Voltage Input Term Panels are engineered for seamless integration into industrial automation systems, providing enhanced reliability and precision in voltage input management.
Operating Voltage:220 V
Input Frequency Range:50 Hz
Signal Acquisition Capability:Up to 16 channels
Material:Stainless Steel
Environmental Rating:IP67
Certification:UL, CE, ISO 9001
Dimensions:250 mm x 200 mm x 100 mm
Weight:2 kg
The Invensys Triconex 9753-110 is engineered to provide unparalleled reliability and precision in data acquisition for industrial automation processes. Its robust design withstands harsh environmental conditions, making it ideal for use in factories, power plants, and other industrial settings.
Equipped with high-quality materials, this voltage input terminal ensures accurate signal transmission, critical for maintaining system efficiency and safety. The terminal supports multiple signal types, including 4-20 mA, 0-5 V, and 0-10 V, catering to diverse operational requirements.
With its low power consumption, the Invensys Triconex 9753-110 minimizes energy usage without compromising on performance. Its compact size and lightweight design facilitate easy installation and integration into existing systems, enhancing overall system performance.
Featuring an IP65-rated enclosure, this terminal is dustproof and waterproof, ensuring continuous operation even in dusty or wet environments. Its temperature resistance from -40°C to +70°C allows it to operate reliably across various geographical locations and industrial applications.
Backed by Invensys’s commitment to quality and customer satisfaction, the Invensys Triconex 9753-110 comes with comprehensive technical support and warranty. It is the preferred choice for engineers seeking a high-performance, durable, and efficient voltage input terminal for their industrial control systems.
The Invensys Triconex 9753-110 Voltage Input Term Panels are engineered for seamless integration into industrial automation systems, providing enhanced reliability and precision in voltage input management.