XIO16T 620-002-000-113

XIO16T 620-002-000-113
Technical parameters

Interface and channel configuration: 16 configurable I/O channels: support flexible configuration of digital input (DI) and digital output (DO), and can connect switches, sensors and actuators.

Dynamic and speed channels: Contains 16 dynamic signal channels (such as vibration and temperature monitoring) and 4 speed channels (for speed feedback) to meet the needs of mechanical condition monitoring.

Communication protocol support:XIO16T 620-002-000-113 supports Modbus RTU/TCP, PROFINET, Ethernet, RS-232/RS-485 and other protocols, which is convenient for integration with PLC, DCS system and host computer.

Performance indicators

Real-time: The module supports real-time data acquisition and logic control, with a response time of ≤10ms, suitable for high-precision industrial scenarios.

Reliability: Meets industrial protection standards (IP level is not clear), and adapts to harsh environments such as high temperature and vibration.

Self-diagnosis function: Built-in fault detection mechanism can quickly locate hardware or communication problems.

Expandability: The modular design supports the expansion of more I/O modules or monitoring modules (such as the XMC16 status monitoring module) through the VM600 series rack.

Related product matching

Core controller: It needs to be matched with VM600-CPUM rack controller as the main control unit of the system, responsible for logic operation, data storage and communication management.

Expansion module: XMC16 status monitoring module: It is used for real-time monitoring of mechanical parameters such as vibration and temperature. It forms a "card pair" with XIO16T and is installed in the same rack to form a complete mechanical protection system.

VM600-IOCN communication module: It supports fiber-optic redundant communication to improve system stability.

Peripheral equipment: It can connect distributed sensors (such as accelerometers, speed probes), actuators (such as relays, solenoid valves) and industrial switches (such as devices that support RSTP protocol).

Application scenarios

Industrial machinery monitoring and protection

Rotating equipment monitoring: Real-time collection of vibration and temperature data of motors, pumps, fans and other equipment, triggering alarms or shutdown protection.

Key unit interlocking control: The equipment start-stop interlocking is realized through programmable logic to prevent the spread of faults.

Automated production line

Distributed I/O control: used for sensor signal acquisition (such as position switches, pressure sensors) and actuator control (such as cylinder, motor start and stop) of the assembly line.

Data integration: upload data to SCADA or MES system through Modbus TCP to achieve production visualization.

Energy and infrastructure

Power equipment monitoring: used for status monitoring and protection of transformers and generator sets.

Railway transportation: integrated into the signal control system, supporting safety interlocking and remote maintenance of rail equipment.