GE IC670GBI102 Genius Bus Interface Unit

Transmission speed: Supports Profibus rates such as 153.6 Kbaud, 76.8 Kbaud, 38.4 Kbaud.

Number of I/O modules supported: 8 field control I/O modules.

Mounting method: Standard DIN rail or panel mounting.

Power output: 6.5VDC ±5% (powers I/O modules).

Surge current: 15–50A peak (for 3ms), built-in surge protection.

Operating temperature: 0°C to +55°C (storage temperature: -40°C to +85°C).

Humidity range: 5%–95% RH.

Communication interface: Genius bus, supports redundant bus configuration, compatible with Profibus protocol.

Data exchange capability: 128 bytes of input and 128 bytes of output data can be transmitted per bus scan cycle.

Diagnostic function: Supports self-diagnosis, I/O module fault detection and status reporting (displayed by LED indicators).

Input frequency: 47–63Hz (compatible with 50/60Hz power grid).

Certification standards: CE, CULus, meets the vibration/shock requirements of industrial environments.

Supports Genius bus protocol, can connect distributed I/O modules to the host (such as PLC or computer) to achieve efficient data interaction.

Supports redundant bus configuration, improves system reliability, and adapts to high availability demand scenarios.

A single module can connect up to 8 field control I/O modules (such as discrete quantity, analog quantity modules), and flexibly adapt to systems of different sizes.

Adopts standard DIN rail or panel installation, and the terminal board is universal, which is easy to maintain and expand.

The input voltage range is 90–135VAC or 105–150VDC, which is compatible with a variety of industrial power supply environments.

The output 6.5VDC powers the I/O module and supports wide load capacity.

128 bytes of input and 128 bytes of output data can be transmitted per bus scan cycle to meet real-time control requirements. Supports multiple Profibus rates to adapt to different communication scenarios.

Built-in self-diagnosis function, real-time monitoring of module and I/O status, and display of faults through LED indicators. Inrush current protection and strong anti-interference ability ensure stable operation of the system.

Used for distributed control of robotic arms, conveyor belts, valves and other equipment, supporting real-time data interaction and fault diagnosis.

Applicable to smart grids and substation monitoring, connecting relay protection devices, smart instruments, etc., to achieve remote monitoring and control.

Used for signal control and platform equipment management, supporting redundant configuration to ensure high reliability.

Manage HVAC systems and security equipment, and optimize energy efficiency through modular expansion.

Drive CNC machine tools, welding robots, etc., supporting multi-device collaborative control and status monitoring.

Integrate sensors and actuators to achieve automation of sewage treatment and environmental monitoring.