DECS-200-2L BASLER Digital Excitation Control System

Product Description

DECS-200-2L BASLER Digital Excitation Control System is an excitation control module specifically designed for use in power generator systems.It is mainly used to regulate and control the excitation current of the generator to optimize its performance and stability.

Product parameters

Rated voltage:125V

Rated current:15A

Control accuracy:0.25%

Stability selection:user-defined or standard stability selection

Communication interface:Supports Modbus protocol,RS-232,RS-485,etc

Product specifications

Size:56 x 52 x 32mm

Weight:2.9kg

Product series

The excitation control module series of BASLER ELECTRIC may include multiple models and specifications,and DECS-200-2L is one of them.

Product features

High precision control:Adopting advanced control algorithms and sensor technology to achieve high-precision excitation current control.

Wide range control:suitable for generators of different types and capacities,as well as different operating conditions and load changes.

Flexible communication interface:Supports multiple communication protocols and interface standards,such as RS232,RS485,CAN bus,etc.

Reliability and stability:Using high-quality materials and manufacturing processes to ensure long-term stable operation.

Easy to maintain and operate:With a user-friendly interface and easy-to-use interface menu,it is convenient for users to set parameters,debug,and monitor.

Product function

The main function of DECS-200-2L is to regulate and control the excitation current of the generator to improve its performance and stability.In addition,it also has various protection functions,such as overload protection,short circuit protection,overvoltage protection,etc.,to protect equipment and personal safety.

Product Usage

This product is mainly used in power generator systems,especially for regulating and controlling the excitation current of synchronous generators.

Application field

The DECS-200-2L BASLER digital excitation control system can be applied in various scenarios,including but not limited to:

Electric generator set:used to regulate and control the excitation current of the generator set,ensuring stable operation under various load conditions.

Industrial power system:used to control and regulate the excitation current of generators to meet the power demand of industrial production.

New energy power generation system:used to control and regulate the excitation current of wind and solar power generation systems.

Power system fault handling:In the event of a power system failure,it is possible to quickly respond and adopt corresponding control strategies to protect equipment and personal safety.

Power system upgrade and renovation:used to optimize the performance and stability of existing generators,improve the efficiency and reliability of the power system.