ABB DSTC110 57520001K2 PC BOARD

1. Input Voltage: 18-56 VDC

2. Power consumption: typical ≤ 10 W

3. Output Signals: Digital inputs (2 channels) supporting dry or wet contact triggering.

4. Update rate: 4 ms per channel (real-time response).

5. Protocol support: Genius Bus (embedded), supports integration with ABB Advant Master and other DCS systems.

6. Communication interface: RS-485 (Modbus RTU optional, expansion module required).

7. Data transmission: supports point-to-point or multi-node network architecture, baud rate can be configured.

8. Signal Accuracy: Typical ±0.2% full scale, maximum ±0.5%.

9. Filter Response: Software adjustable (0-1024 ms, supports anti-jamming optimization).

10. Operating temperature: 0°C to + 65°C (industrial grade wide temperature design).

11. Humidity: 0 to 95% RH (non-condensing).

12. Protection rating: IP20 (for indoor control cabinets).

13. Self-diagnostics: Supports under-range, over-range, and high/low alarm detection.

14. Redundant design: Dual power inputs (external redundancy module required).

15. Protection mechanism: input over-voltage protection (≤60 VDC), reverse connection protection.

16. Certification: CE certification, compliant with IEC 61131-2 industrial standard.

Dual power supply redundancy: ABB DSTC110 supports 18-56 VDC wide voltage input to ensure continuous power supply in industrial environments.

Anti-interference capability: Software adjustable filter (0-1024 ms) suppresses signal fluctuations with typical accuracy of ±0.2% full scale, suitable for complex electromagnetic environments.

Self-diagnostic function: ABB DSTC110 detects under-range, over-range and alarm status in real time, and supports open-circuit output configuration.

Genius Bus native support: ABB DSTC110's embedded protocol ensures seamless integration with DCS systems such as ABB Advant Master, realizing distributed I/O data exchange.

Modbus RTU Extension: Compatible with third-party devices through RS-485 interface, supporting multi-node network architecture (baud rate configurable).

Real-time response: 4 ms update rate per channel to meet the needs of industrial automation for high-speed signal acquisition. 3.

Wide-temperature operation: ABB DSTC110 operates in temperatures from 0°C to +65°C and is suitable for extreme environments.

Protection: IP20 protection, dust and moisture resistant, suitable for indoor industrial scenarios.

CE certification: The ABB DSTC110 complies with the EU Low Voltage Directive and EMC standards for direct deployment in the European market.

Protection mechanism: input over-voltage protection (≤60 VDC), reverse connection protection to prevent equipment damage.

Multi-module cascading: ABB DSTC110 supports Genius Bus network expansion for flexible configuration of I/O points.

Hot-swappable design: modules can be replaced online, reducing maintenance downtime.

Industrial automation: suitable for digital input acquisition of DCS/PLC system, covering machinery manufacturing, automobile production line, intelligent warehousing and other industries.

Process control: used in chemical reactor interlock, pharmaceutical process monitoring, food and beverage production line parameter adjustment and other scenarios, suitable for chemical, pharmaceutical, food processing, water treatment and other industries.

Energy management: it can realize the functions of data center UPS monitoring, photovoltaic power station inverter status monitoring, building energy scheduling, etc. It is applied in the fields of electric power, new energy and intelligent building.

Power system: applicable to substation switch status monitoring, high-voltage equipment fault diagnosis, microgrid control and other scenarios, covering power generation, transmission and distribution, energy storage system industry.

Transportation and logistics: it can be used for remote control of port cranes, tunnel ventilation system monitoring, AGV path optimization, etc., applicable to rail transportation, logistics and warehousing, and intelligent transportation fields.

Metallurgy and Mining: It can be used for blast furnace equipment interlocking, mining machinery status monitoring, ore dressing process automation and other scenarios, covering the iron and steel, mining, and metal processing industries.