Programming Capacity:4096 Discrete Input, 4096 Discrete Output
Analog Input:480 Local Analog I/O
Shock Resistance:30 G
Vibration Resistance:0.015 IN (Displacement), 2.5 G (Acceleration)
Humidity Conditions:5 – 95% Non-Condensing Humidity
Certifications:[“GOST certified”,”KC certified”,”MARINE certified”,”UL listed”,”cUL listed”,”CE marked”,”C-Tick certified”]
Engineered for reliability and efficiency, the Allen Bradley 1747-L35CR Controller boasts an advanced modular design that enhances system scalability and flexibility. It supports multiple languages including English, Spanish, French, and German, facilitating seamless integration into diverse global environments.
Featuring a compact design that fits within 3 slots of a standard chassis, this controller optimizes space without compromising on performance. Its Ethernet connectivity via Modbus/TCP, along with RS-485 communication options supporting Modbus/RTU and peer-to-peer protocols, ensures seamless data exchange and interoperability with a wide range of devices.
With its programmable capacity, the 1747-L35CR enables users to customize control logic for their specific application needs, from simple automation tasks to complex process control scenarios. The onboard programming capability and LL50A parameters setting software enhance ease of use and reduce development time.
Designed with a focus on durability, the controller withstands challenging environmental conditions including shock and vibration, ensuring reliable operation even in harsh industrial settings. The inclusion of certifications such as GOST, KC, MARINE, UL, cUL, CE, and C-Tick underscores its compliance with international safety standards and industry best practices.
Ideal for applications requiring precise control and monitoring, the Allen Bradley 1747-L35CR Controller is a versatile choice for enhancing productivity and efficiency in manufacturing, HVAC systems, and other automation-intensive industries. Its modular architecture and extensive feature set make it adaptable to a broad spectrum of control requirements.
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