Preparing your secure checkout page...
Warranty
Wake Industrial Warranty
To Speak to a sales representative for pricing and lead time:
Product Description
The B&R Automation which is renowned for accurate, advanced and innovative automation setups presents the X20DO9300 PLC controller drive as a power component for PLC applications. It delivers precise control and durability and this module is perfectly suited for demanding industrial and mechanical environments.
The X20DO9300 plc controller drive is a highly efficient I/O module with 12 digital outputs for 24 VDC 1-wire connections. This module is identified by the B&R ID code 0x1B9A and includes comprehensive status that provides real-time information on the I/O function per channel, operating state, and overall module status. The diagnostic functions are augmented by LED indicators and integrated software to facilitate quick detection of run or error states at both the module and output levels. The power usage is efficiently managed with the bus drawing just 0.26 W and the internal I/O consuming 1.15 W. It accounts for power dissipation from resistive actuators by contributing an extra 0.63 W. It is capable of operating within a temperature range of 0 to 55 degrees C and can handle humidity levels up to 100% as specified by DNV standards. The module's switching performance is particularly impressive with a maximum frequency of 500 Hz for resistive loads and a rapid switching delay of fewer than 300 us.
The digital outputs utilize current-sourcing FET technology operating at a nominal voltage of 24 VDC with a nominal output current of 0.5 A per channel, and a total nominal current of 6 A. It includes overheating shutdown and internal freewheeling diodes by providing secure protection for high current conditions. The X20DO9300 plc controller drive also gives electrical isolation between channels and the bus thus promoting safe and reliable operation. It can be installed in both horizontal and vertical positions with specific considerations for altitude adjustments affecting ambient temperature.