KEBA FB201 Digital I/O module

KEBA FB201 Digital I/O module

Specific Parameters​

Electrical Parameters​

Power Supply Voltage 24V DC (±10%), compatible with industrial standard DC power supply systems​

Power Consumption Typical value ＜5W, low operating energy consumption​

Input Type Digital input, compatible with PNP/NPN signals​

Output Type Transistor digital output​

Number of Input Channels 8 channels, capable of receiving external switch and sensor signals​

Number of Output Channels 8 channels, realizing actuator drive control​

Output Current Maximum 0.5A per channel, meeting conventional actuator drive requirements​

Isolation Method Optoelectronic isolation, strong anti-interference capability​

Protection Function Supports output short-circuit protection, preventing overload damage to the module​

Communication and Interface Parameters​

Communication Interfaces Supports CANopen, Profibus, EtherCAT industrial buses​

Expansion Capability Supports modular cascading, expandable with multiple groups of I/O channels​

Protocol Compatibility Adapts to mainstream industrial protocols such as Modbus TCP/IP and RS-485​

Wiring Method Uses screw terminals or spring terminals for secure wiring​

Status Indication Each I/O channel is equipped with an LED indicator, displaying channel status in real time​

Mechanical and Environmental Parameters​

Overall Dimensions 83mm×127mm×38mm, compact design saves space​

Weight Approximately 0.2kg, lightweight structure facilitates installation​

Mounting Method DIN rail mounting compliant with EN 60715 standard​

Protection Rating IP20, suitable for installation inside control cabinets​

Operating Temperature 0°C to +55°C, no performance derating over the entire temperature range​

Storage Temperature -20°C to +70°C, meeting extreme storage requirements​

Relative Humidity 5% to 95% (non-condensing), adapting to high-humidity industrial scenarios​

Product Performance​

Fast signal processing, high-speed response mechanism ensures real-time capture of input signals and immediate execution of output commands​

High operational reliability, industrial-grade components and isolation protection design, tolerating complex electromagnetic environments​

Strong configuration flexibility, compatible with multiple signal types and communication protocols, adapting to different control systems​

Excellent expansion capability, supporting modular cascading and hot swapping, facilitating system expansion and maintenance​

Good integration compatibility, easily connecting to mainstream automation equipment such as PLCs and robot controllers​

Convenient fault troubleshooting, LED status indicators intuitively reflect channel working status, reducing maintenance time​

Comprehensive safety protection, dual protection of short-circuit protection and isolation design for module and system safety​

Wide installation adaptability, DIN rail mounting structure compatible with various control cabinet layouts​