CTI 2500-RBC 901E-2500-RBC Remote Base Controller

CTI 2500-RBC 901E-2500-RBC Remote Base Controller

SPECIFIC PARAMETERS​

Brand CTI​

Product Series 2500 Series-Classic​

Product Type Profibus Remote Base Controller​

Order Number 901E-2500-RBC​

Communication Interface Profibus-DP DB9 Female​

Communication Rate 9.6kbaud to 12Mbaud​

Compatible Bases CTI 2500 Series I/O Bases Simatic 505 I/O Bases​

Working Voltage Backplane Power Supply Maximum Power Consumption 7W​

Working Temperature 0℃ to 60℃​

Storage Temperature -40℃ to 85℃​

Relative Humidity 5% to 95% Non-condensing​

Protection Level IP20​

Safety Certification CE UL UL-C Class 1 Div 2​

Size Adapt to 2500 Series I/O Base Slots​

Weight 0.68kg​

Supported Protocols Profibus-DP Standard Protocol​

Programming Function No PLC Programming Capability via Serial Port​

I/O Expansion Capability Support Maximum I/O Point Expansion of Corresponding Bases​

PRODUCT PERFORMANCE​

Can directly replace Siemens 505-6870 RBC and access the original control network without additional adaptation​

Supports a wide range of Profibus-DP communication rates from 9.6kbaud to 12Mbaud, adapting to industrial scenarios with different bandwidth requirements​

Compatible with CTI 2500 series and Simatic 505 series I/O bases to realize seamless expansion of cross-brand equipment​

Adopt industrial-grade components, which can operate stably in industrial environments with high and low temperatures and high humidity​

Has high electromagnetic interference resistance to ensure the accuracy and real-time performance of remote I/O data transmission​

Work collaboratively with CTI 2500 series CPUs to build large-scale distributed I/O measurement and control networks​

Supports multi-slave node networking, which can realize centralized management and control of multi-region remote I/O​

Passed safety certifications such as Class 1 Div 2, and can be adapted to the use needs of dangerous industrial environments​

With low-power design, the maximum power consumption of 7W can reduce the overall energy consumption of the system​

No additional programming interface, focusing on remote communication transfer to ensure link stability​