ABB CI535V26 3BSE022161R1

Technical parameters

Support IEC870-5-101 Unbalanced, realize efficient data exchange between devices

Integrated protocol conversion function, compatible with bidirectional data transmission between ET 200SP system and host computer

Input range: 85-400V DC or 100-240V AC

Output specifications: 24V DC/25A (rated), peak current 30A, power 600W

Efficiency: >96%, power density up to 2.5 kW/L

Protection function: overvoltage, overcurrent, short circuit protection

Working temperature: -20℃ to +70℃

Protection level: IP20

Vibration/shock resistance: in accordance with IEC 60068-2-6/2-27 standards

Installation method: support DIN rail installation

Functional features

1. Efficient communication and protocol conversion

ABB CI535V26 3BSE022161R1 built-in IEC870-5-101 RTU protocol stack can seamlessly connect to industrial automation equipment to achieve high-speed data acquisition and remote monitoring. Its protocol conversion capability supports heterogeneous system interconnection (such as ET 200SP and host computer), breaking the information island.

2. High reliability power supply

ABB CI535V26 3BSE022161R1 adopts a wide range input design to adapt to the global power grid environment. Its output stability and 96% ultra-high efficiency can provide continuous power guarantee for industrial equipment, and built-in multiple protection mechanisms to ensure system safety.

3. Adaptability to harsh environments

ABB CI535V26 3BSE022161R1 has passed industrial-grade protection certification and can operate stably in dust, high temperature or vibration scenarios. Modular structure and DIN rail installation design simplify deployment process and reduce maintenance costs.

4. The module supports remote diagnosis function, real-time monitoring of communication quality and power status, and shortens downtime through fault warning mechanism. Combined with the ABB ecosystem (such as Control Builder M), problems can be quickly located and system performance optimized.

Application scenarios

1. Industrial control and process systems: used for distributed control and production line logic control in refineries and chemical plants, supporting real-time data collection and equipment collaboration

2. Manufacturing and assembly lines: adapted to high-precision control requirements such as automotive welding robots and food filling lines to improve production efficiency