ABB SCYC55830 Trigger Plate Digital Input Module

Max DC input: 1000V 0 - 480V AC three-phase output.

Rated power: 30kW.

Rated current: 65A.

Control method: V/F control, vector control.

Communication Interface: Modbus, CANopen, Profibus

Ambient Operating Temp: -10 to +50 Deg.

Storage Temp: -20°C ~ 65°C.

Humidity (non-condensing): 5 – 95%

Altitude: up to 1000m.

Method of Cooling: Air-cooling.

High speed response: ABB SCYC55830 has fast response time, its digital signal inputs can be processed in real time, which improves the real-time and accuracy of industrial control systems, achieves much more efficient automation control.

Depending Configure: ABB SCYC55830 is a flexible, optional product. Depending on the number and the type of input signals, users select the proper configuration. Another convenient feature is the support for a variety of digital signal formats and standards which allow the MXN6515 to integrate seamlessly with other devices and systems.

An easy to mount: ABB SCYC55830 has a compact design and small size. It also provides communication interfaces such as Modbus, Profibus, etc., so that data can be communicated with other devices and control systems. Furthermore, ABB also provides matching drivers and technical support to help users better integrate and use the module.

Design: ABB SCYC55830 module design is user friendly and easy to maintain and replace. Modules are typically only a few simple tools and steps to repair/replace. User manuals and technical support will also be provided from manufacturers to allow users to better maintain and use.

The following are some examples of fields in which it is applied: Process control: used in petrochemical, electric power and other industries to monitor and control temperature, pressure and other parameters to ensure stable and safe production.

Discrete control: Refers to an automatic control system suitable for automobile manufacturing, food processing, etc. to control a single device or production line link.

Motion Control: Can accurately control the movements of robots, CNC machine tools and other equipment.

Environmental monitoring – they can be used to collect environmental data such as air quality and water quality

Meteorological monitoring: collecting meteorological information like temperature and humidity, helping in weather forecast, etc.

Intelligent management: Visualize building environment and energy consumption data for intelligent control and intelligent management.

Electric Power Industry: used for automatic control of power plants and substations to ensure the stability of the power system.

Water treatment industry Control of the whole process of water treatment to ensure treatment effect and quality.