Description
ABB REF610C11LCLR is an industrial automation product specifically designed for connecting ABB’s automation equipment and other related devices to an Ethernet network. Here is a summary of its parameters, specifications, dimensions, weight, series, features, and functions in English:
Parameters and Specifications:
Ethernet Connectivity: The REF610C11LCLR module enables seamless connection of automation devices to an Ethernet network, facilitating information transmission and interaction between devices.
Motor Protection: It features motor protection capabilities, safeguarding the motor from damage in case of faults or abnormal conditions.
Arc Protection: Suitable for marine and offshore environments, it offers optional arc protection, ensuring safe and stable operation of the system.
Frequency: Operates at 60HZ.
Output: Supports automatic calculation with output in PPM and percentage.
Measurement Range: Ranges from 1ug to 100mg.
Resolution: 0.1ug.
Titration Speed: 2.1mg/min.
Sensitivity: Varies from 0.1ug to 100g with an accuracy of not more than 2%; above 1mg, the sensitivity is converted to 0.
Voltage: 24V.
Maximum Output Current: 15A.
Operating Temperature Range: -25°C to 70°C.
Current: Ranges from 100A to 400A.
Dimensions and Weight:
Size: Specific dimensions are not provided, but it’s designed for a plug-and-play installation.
Weight: Approximately 2KG.
Series:
REF610C11LCLR belongs to ABB’s series of industrial automation components, specifically designed for Ethernet connectivity and motor protection.
Features:
Insertable Design: Its insertable design facilitates easy debugging of switchgear and safe insertion and removal of relay modules.
Remote Monitoring and Control: Through Ethernet connectivity, it enables remote monitoring, control, and data acquisition, enhancing the automation level and efficiency of industrial processes.
Applications:
The REF610C11LCLR module finds widespread use in various industrial automation scenarios, particularly where seamless Ethernet communication and motor protection are critical for the reliable and efficient operation of the system.
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