DSEA108 CAN J1939 Digital Automatic Voltage Regulator AVR ADC225 ADC100 SX460

DSEA108

CAN J1939 Digital Automatic Voltage Regulator (AVR)

The DSEA108 CAN J1939 Digital Automatic Voltage Regulator (AVR)  provides an outstanding range of features to enhance customer applications. The product regulates the output voltage of an AC alternator and is supplied by a stator auxiliary winding or a shunt system taking power from the output windings. 

The product provides higher levels of stability compared to analogue designs by maintaining a smooth, stable and regulated AC output voltage that is unaffected by the connected electrical load. The onboard CAN port allows J1939 integration with third party equipment.

Please Note: The DSE815 interface is required for programming.

OVERALL SIZE

179 mm x 108 mm x 61 mm (7.1” x 4.3” x 2.4”) 

PRODUCT VARIANTS

A108-01 - A108Digital AVR With CAN

DSEA106 MKII

Digital Automatic Voltage Regulator (AVR)

The DSEA106 MKII Digital Automatic Voltage Regulator (AVR) builds on the success of the DSEA106 product providing additional features to enhance customer applications. The product regulates the output voltage of an AC alternator and is supplied by a stator auxiliary winding or a shunt system taking power from the output windings. 

The product provides higher levels of stability compared to analogue designs by maintaining a smooth, stable and regulated AC output voltage that is unaffected by the connected electrical load. 

Please Note: The DSE815 interface is required for programming.

OVERALL SIZE

179 mm x 108 mm x 61 mm (7.1” x 4.3” x 2.4”) 

PRODUCT VARIANTS

A106-02 - A106 Digital AVR (AUX)

DSEA106

Auxiliary / Shunt Powered Digital AVR

The DSEA106 Digital Automatic Voltage Regulator (AVR) is designed to regulate the output voltage of an AC alternator. The DSEA106 is supplied by either a stator auxiliary winding or a shunt system taking the power from the output windings. 

The DSE 7450 is a control module designed to control DC/Hybrid generators in supplying both a load and/or the charging of batteries.

Specific attention has been given to ensure this module has the necessary features to be configured for many different and challenging applications. Owing to the large number of monitoring points and the built in programmable logic controller, a wide number of operating modes can be realised. This provides the user with the ultimate flexibility in the engine control of the generator to ensure battery life optimisation, reduce engine maintenance/replacement and fuel usage.