Flexible digital protection and control equipment SYMAP®

SYMAP®

SYMAP® is a flexible digital protection and control device for low, medium and high voltage power systems. It has three powerful micro-processors, integrated protection functions and HMI interface. This efficient and cost-effective solution for all types of switchgear offers comprehensive protection and control functions for generators, transformers, motors, feeder, power lines, networks, DP systems, battery solutions etc. It has type approvals from common ship classification societies as well as type approval for cyber security and power management.

Control and protection systems for low and medium voltage applications – feeder, motor, transformer and generator protection incl. differential protection

Control and protection systems for low and medium voltage applications – feeder, motor, transformer and generator protection incl. differential protection

SYMAP®EC    engine control

SYMAP®ECG    engine control and generator protection

SYMAP®F     feeder protection

SYMAP®G       generator protection

SYMAP®M          motor protection

SYMAP®T      transformer protection

SYMAP®LD     line differential protection

SYMAP®DC    DC protection

SYMAP®BAT        battery applications (hybrid energy sources)

The SYMAP®ECG model can also be provided as a SYMAP®BAT with alternative firmware for the integration of converter-controlled battery supply.

Power Management and generator protection incl. differential protection for medium voltage applications

SYMAP®BC       protection device

SYMAP®BCG       Power Management and protection device

plugs for 3 x 3 voltage and current measurement are easily exchangeable, current measurement connector with shorting bar

communication via Modbus RTU and TCP/IP, Profibus DP, IEC 61850

very compact dimensions with very low installation depth

stainless steel housing (high EMC security)

flexibly programmable and expandable thanks to integrated PLC

graphic representation of the busbar for up-to 5 circuit breakers

increasing flexibility in the design and significant reduction of wiring for power distribution networks (control logics can be software-based via redundant communication via CANBUS)

flexible graphics library according to customer requirements

one device for multiple applications, covering

a large array of ANSI protection codes

distance protection, directional earth fault and line differential protection in one device

applicable for most complex application structures (double busbar system, redundancy system)

protection, synchronizer, circuit breaker management and power management in one device