Product Description:

The M-1410 001 is a parallel I/O module produced by Beckhoff and assigned to the M Parallel IO Modules series. It consolidates sixteen discrete signal points into a compact node that bridges field devices with a higher-level controller. In automated machinery the module handles fast on–off sensing and actuation while keeping the signal wiring local to the machine and forwarding data through its optical link to the central PLC.

Its communication backbone is the Fibre-Optic II/O interface, which provides galvanic isolation and immunity to electrical noise between the module and the master rack. The unit presents an I/O mix of 8 In / 8 Out, allowing symmetrical allocation of sensors and actuators on one terminal strip. Digital inputs draw only 10 mA per channel and are validated after an internal delay of 0.7 ms RC; 6.8 ms latch so the controller sees de-bounced states without extra hardware. The logic low and high thresholds are 0–8 V and 15–24 V respectively, matching standard 24 VDC sensor circuits. Each transistor output can source up to 500 mA, and the common supply tolerated at 24 VDC (±10%) powers both the outputs and the internal electronics. Overall module consumption stays at 0.1 A, minimizing cabinet power budgeting.

Data is serialized at 2.5 MBaud, and a built-in watchdog disables the outputs if no valid frame is received within 100 ms, adding a basic failsafe layer. The extruded housing, machined from aluminum, measures 170 × 76 × 68 mm and weighs 700 g, permitting installation in confined cabinets. Total I/O count is 16 points, so one device can service a small machine segment without extra cards. Allowed ambient operation spans 0 to +55 °C, and storage limits reach −20 to +70 °C, preventing thermal damage during transport. By combining optical transmission, short processing delays, and modest power draw, the module supports deterministic control loops while conserving panel space.