The ICS TRIPLEX T8800 Digital Input Module offers precise control over industrial systems, featuring advanced digital input capabilities for enhanced system reliability and efficiency.
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The ICS TRIPLEX T8800 Digital Input Module offers precise control over industrial systems, featuring advanced digital input capabilities for enhanced system reliability and efficiency.
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Type:Digital Input Module
Model:T8800
Brand:ICS TRIPLEX
Operating Voltage:220 V
Channels:40
Interface Voltage Range:20 to 32V DC
Heat Dissipation:40 W
Weight:1.14 kg
Certification:Certified
The ICS TRIPLEX T8800 Digital Input Module is engineered for demanding industrial environments, offering unparalleled reliability and efficiency. This state-of-the-art module is part of the trusted TMR Expander series, ensuring seamless integration into complex control systems.
Featuring a wide interface voltage range from 20 to 32V DC, the module is compatible with a broad spectrum of industrial power sources, guaranteeing robust operation under various conditions. Its high heat dissipation capacity ensures stable performance even during prolonged periods of use.
With 40 channels dedicated to 24V DC digital inputs, this module provides ample flexibility for complex automation setups. Each channel supports a diverse range of sensors and actuators, facilitating versatile applications in process control, manufacturing, and monitoring systems.
Manufactured using premium materials, the ICS TRIPLEX T8800 Digital Input Module is designed for longevity and durability, capable of withstanding harsh industrial environments without compromising performance. The compact design ensures minimal space consumption, making it suitable for space-constrained installations.
Comprehensive documentation and easy-to-follow installation guides are provided, ensuring quick setup and efficient integration into existing control systems. For optimal performance, we recommend pairing this module with our line of ICS TRIPLEX PLC controllers, enhancing system capabilities and enhancing operational efficiency.
