WOODWARD 9905-970 Input Module

The Woodward PLC 9905-970 Analog Input Module is designed for industrial applications, featuring 6-channel analog input capability and 100 Ohm RTD functionality, ensuring precise data acquisition and control.

Module Channels:6-Channel Analog Input

Power Consumption: 15 W

Communication Protocol:LinkNet

9905-970 Operating Frequency:30 kHz

Number of Channels:6

Channel Type:Analog Input

Resistance Temperature Detector (RTD):100Ω

Power Consumption:<= 15 W

Weight:1.82 kg

Communication Interface:LinkNet Module

Compatibility:Widely compatible with various industrial control systems

Introducing the WOODWARD 9905-970 LINKNET MODULE, an essential component for enhancing the connectivity and reliability of your industrial control systems. This advanced module supports a robust 6-channel analog input capability, ensuring precise data collection from various sensors and devices. Its compatibility with 100 OHM RTD temperature sensing enables accurate monitoring of environmental conditions, crucial for maintaining optimal operational efficiency.

Engineered with precision and reliability, the 9905-970 LINKNET MODULE is designed to seamlessly integrate into existing systems, boasting a power consumption of 15 watts or less, making it energy-efficient for extended use. Weighing in at 1.82 kilograms, this module is lightweight yet sturdy, ensuring durability in demanding industrial settings.

With its high-speed 30 kHz operating frequency, this  WOODWARD 9905-970 module ensures real-time data transmission, enabling quick response times and enhanced system performance. The LinkNet communication protocol facilitates easy interoperability with other industrial components, streamlining the overall control system architecture.

Crafted with meticulous attention to detail, the 9905-970 LINKNET MODULE offers unparalleled reliability and ease of integration. Its compact design and robust functionality make it an indispensable asset in the realm of industrial, contributing significantly to the optimization of production processes and equipment management.