Technical Specifications
Three-phase controlled for optimized motor starting
Integrated safety shutdown: SIL 1/PL c and SIL 3/PL e (with STO)
ATEX/IECEx certified for hazardous areas
TIA Portal engineering support
Communication interfaces: PROFINET, PROFIBUS, EtherNet/IP, Modbus
Cloud connectivity via OPC UA
Motor control & diagnostics via standard web browser
Integrated HMI with color display
Media redundancy for reliable network availability
PCS 7 V9.0 SP2 integration with 3RW5 block library
Voltage: Single/three phase 200–240 V AC, three phase 380–480 V AC (-15%/10%)
Power range: 0.2 kW to 7.5 kW
High-speed loop response: 2 kHz
Maximum pulse train I/O frequency: 4 MHz (E530-PT)
Minimum EtherCAT cycle: 250 μs (E530-EC)
Features: Built-in braking resistor (≥0.75 kW), UV-coated PCB, compact side-by-side mounting, Ethernet interface for easy commissioning
Protocols: Modbus TCP/IP (E530-PT), EtherCAT (E530-EC)
Compatibility: ETG conformance, compatible with mainstream EtherCAT controllers
Complete and accurate measurement functionalities compliant with IEC 61557-12
Compliance with EN45545-2 and IEC 61373 for railway and rolling stock
Clear, easy-to-read LCD/LED display with auto-scroll
Communication: Modbus RTU and Modbus TCP/IP
I/O: 2 DO on D1M 15; 2 DI/DO on D1M 20
Modules width: 3
Energy-efficient and sustainable design
Environmental compliance via PEP ecopassport®
Application: Generator protection
Power supply: 48–230 V AC/DC
Current inputs: 6 CT + residual CT
Voltage inputs: 4 VT (100/110 V)
Digital inputs: 6 DI
Digital outputs: 10 DO
Communication: RS485, RJ45, USB
Protocols: IEC 61850, Modbus, DNP3, IEC 60870
Protection degree: IP54 (front)
Frame sizes: Size 1 (800A–2000A), Size 2 & 3 (retrofit from WL), Size up to 4000A for DC applications
Breaking capacity: 55kA–150kA
Based on WL series for proven reliability
Common accessories and communication protocols for integration with other Siemens products
Mechanical improvements for enhanced performance
Electrical enhancements including advanced electronics
Interfaces for flexible integration
Communication capability for digital energy systems
