LS PLC XBM-DN32S Transistor Output Module – Industrial Automation Solutions

Input Point:16 points

Rated Input Voltage:DC24 V

Rated Input Current:4mA (00 ~ 03: 7mA)

Common Method:16 points / COM

Output Point:16 points

Rated Load Voltage:DC 12/24V

Load Voltage Range:DC 10.2 ~ 26.4 V

Max. I/O Points:256 points

External Power Supply:Voltage:DC 12 / 24V ±10, Current:25mA or less

External Connection Method:20pin connector

Control Method:Repetitive, cyclic, interrupt, constant scan

Internal Current Consumption:280mA

Weight:110 g

    The LS XBM-DN32S Transistor Output Module boasts a compact design that facilitates seamless integration into existing control systems, minimizing installation complexity and downtime. Its durable construction ensures reliable performance under harsh industrial conditions.

    With 32 channels, this module offers a versatile solution for controlling multiple devices simultaneously, enhancing productivity and efficiency on the manufacturing floor. The PNP transistor outputs are well-suited for driving a wide range of loads, from small actuators to more substantial motors.

    Featuring a high isolation voltage, the module provides an effective barrier against electrical noise and transient spikes, safeguarding sensitive electronics and ensuring system stability. Its wide operating temperature range and humidity tolerance make it suitable for deployment in various climates, from cold storage facilities to hot and dusty environments.

    The LS XBM-DN32S utilizes advanced semiconductor technology for enhanced switching speed and reduced switching losses, leading to improved system responsiveness and energy efficiency. The module’s easy-to-read LED status indicators provide real-time feedback on its operational state, aiding in quick troubleshooting and maintenance.

    Designed with user-friendliness in mind, the LS XBM-DN32S comes with comprehensive documentation and support resources, including detailed technical specifications, application notes, and installation guides. This ensures that operators and engineers can quickly understand and optimize its use within their specific applications.