SAIA-BURGES 52030C10 PCD2.W200 Digital mixed I/O module

SAIA-BURGES 52030C10 PCD2.W200 Digital mixed I/O module

SPECIFIC PARAMETERS​

Brand SAIA-BURGESS​

Product Series PCD2​

Product Type Digital Mixed I/O Module​

Order Number 52030C10​

Number of Digital Input Channels 16​

Number of Digital Output Channels 16​

Input Voltage 24VDC​

Output Voltage 24VDC​

Output Type Transistor Output​

Working Voltage 24VDC​

Working Temperature -25℃ to 60℃​

Storage Temperature -40℃ to 85℃​

Communication Interface PCD Dedicated Bus S-Bus​

Protection Level IP20​

Safety Level SIL 2​

Supported Protocols SAIA S-Bus Modbus RTU Modbus TCP​

Power Consumption 6W​

Size 100mm×120mm×60mm​

Weight 0.35kg​

MTBF 800000 hours​

Response Time Input ≤1ms Output ≤2ms​

Compatible Software SAIA PG5 V2.0 SAIA PG5 Compact​

Installation Method DIN Rail Mounting​

PRODUCT PERFORMANCE​

Adopt industrial-grade wide-temperature components, which can operate stably in complex environments with high and low temperatures and strong electromagnetic interference​

Integrate 16 digital input channels and 16 transistor output channels to realize integrated acquisition and control of digital signals​

Support S-Bus high-speed communication bus to achieve low-latency data interaction with the main controller​

Has module hot-swappable capability, which can complete module replacement and maintenance without interrupting system operation​

Built-in self-test function for input and output channel faults, which can realize channel status visualization through LED indicators​

Output channels have overcurrent protection function to effectively protect the module from damage caused by load short circuit​

Support Modbus series communication protocols to realize cross-brand data interaction with third-party controllers​

Adopt DIN rail snap-in installation, which can quickly complete on-site deployment and disassembly​

Has power-off data retention function to ensure that channel configuration parameters are not lost​

Adapt to all series of SAIA PCD main controllers, and can flexibly expand the number of system I/O points​