PMS9103M — Digital Inductive Sensor Key benefits Reliable metal detection: Inductive sensing detects metal targets without contact, reducing wear and maintenance. Easy integration: Provides a digital output for straightforward connection to PLCs, microcontrollers, and automation controllers. Reduced downtime: Non-contact operation and stable digital switching reduce false triggers and mechanical failures. Practical and adaptable: Designed for industrial sensing tasks where robust, repeatable detection is required. What it does Function: Inductance-based proximity sensing that produces a digital output when a metallic target is detected. Output type: Digital signal compatible with standard digital inputs for direct interfacing in control systems. Operation: Non-contact switching for consistent performance in production and machinery environments. Important attributes Model: PMS9103M (as specified) Sensor type: Inductance (inductive proximity) sensor Output: Digital Durability: Engineered for continuous sensing tasks in industrial settings; built to minimize mechanical wear compared with contact sensors. Compatibility: Works with standard automation inputs and control systems that accept digital sensor signals. Typical applications Conveyor systems: Detect passing metal parts for counting, sorting, or triggering downstream operations. Machine positioning: Confirm presence or position of metal components on fixtures, chucks, or robotic end effectors. Safety and interlocks: Serve as reliable metal-present indicators in gating, door, or access-control scenarios where a digital signal is required. Why choose PMS9103M Clear, repeatable digital switching for dependable system logic. Inductive sensing avoids contact-related failures, making it suitable for high-cycle operations. Straightforward electrical integration into existing control architectures using its digital output. For systems requiring a compact, digital-output inductive sensor, the PMS9103M provides dependable metal detection and easy integration without moving parts.