GC800 Repairing Service E-governing Genset Controller

Description

Keep your genset performing at its best with the GC800 Repairing Service E-governing Genset Controller! This innovative controller is designed to keep your generator running smoothly and efficiently, so you never have to worry about unexpected downtime. With its easy-to-use interface and advanced features, this controller is the perfect solution for anyone looking to improve the reliability and longevity of their genset.

Get superior performance and unbeatable reliability with the GC800 Repairing Service E-governing Genset Controller! This innovative product is designed to help you get the most out of your genset and ensure that it keeps running smoothly for years to come. With its user-friendly interface and powerful features, this controller is a must-have for anyone who relies on their genset for power. Don’t let downtime or maintenance issues slow you down – invest in the GC800 today!

SEDEMAC’s GC800 controllers are modern AMF genset controllers with user- friendly interface and full LCD graphics.

These controllers offer voltage and frequency measurement for mains as well as for genset and electrical load measurement (true RMS). Prior to that they also offer engine safety monitoring feature

Deep Sleep Mode is a useful feature being provided to prolong the battery life by suspending the normal functions of the controller when DG is off.

MODBUS over RS485 and CAN ports are

provided for supporting the remote communication.

The device has an USB (Type-B) port that empowers it to communicate with SEDEMAC’s proprietary Microsoft Windows based utility “SEDEMAC-Smart Config“.

Real Time Clock (RTC) is provided for accurate event logging (100 counts) and data analysis.

Provision is there to Interface Magnetic

Pickup Unit (MPU) to read the Engine RPM

In addition to above functionalities, GC800 controller also offers Electronic Governing function with the help of a rotary actuator. It supports genset paralleling through an analog input signal of 2.5V ±2V , which if not utilised can also be configured as a 0 – 5V analog sensor input.