The **M2REB-R24-R/CE** is a specific part number typically associated with high-precision electromagnetic components, most commonly found in **Rotary Solenoids** or **Electromagnetic Brakes** manufactured by companies like Shindengen or similar industrial automation brands. Below is the technical breakdown of its electronic and mechanical parts. --- ### 1. Technical Specifications The part number follows a modular coding system. Here are the likely specifications based on standard industrial naming conventions for these components: | Feature | Specification | Description | | :--- | :--- | :--- | | **Type** | Rotary Solenoid / Brake | Provides rotational motion or holding torque via electromagnetism. | | **Voltage** | 24V DC | Standard industrial control voltage. | | **Duty Cycle** | Intermittent/Continuous | Usually rated for specific "On" times to prevent overheating. | | **Compliance** | CE | Meets European Union safety, health, and environmental requirements. | | **RoHS** | Compliant | Free from hazardous substances like lead or mercury. | --- ### 2. Internal Electronic & Mechanical Components The device consists of several critical sub-parts that work together to convert electrical energy into mechanical force: #### A. The Coil (The "Heart") * **Material:** Copper magnet wire wound around a bobbin. * **Function:** When 24V DC is applied, the coil creates a magnetic field. * **Insulation:** Usually Class E or Class H to withstand heat generated during operation. #### B. The Armature & Rotor * **Material:** High-permeability ferromagnetic steel. * **Function:** This is the moving part. The magnetic field pulls the armature toward the stator, creating either a "snap" rotation or a braking friction. #### C. Return Spring * **Function:** Ensures that when power is cut (0V), the mechanical component returns to its original "Home" position. #### D. Rectifier/Diode (External or Internal) * **Note:** Since this is a DC device, it is often paired with a **Flyback Diode** (Freewheeling diode) across the terminals to protect the controlling PLC or relay from "back EMF" voltage spikes when the coil is de-energized. --- ### 3. Usage & Application This part is typically used in precision machinery where high-speed, repeatable motion is required. * **Sorting Gates:** Diverting items on a conveyor belt. * **Medical Equipment:** Controlling valves or locking mechanisms. * **Office Automation:** Paper feed mechanisms in high-end printers. * **Packaging:** Precise labeling or cutting arms. --- ### 4. Connection Diagram (General) ```mermaid graph LR A[24V DC Positive] --> B[Terminal 1] C[Ground/Negative] --> D[Terminal 2] B --- E((Coil)) D --- E style E fill:#f96,stroke:#333,stroke-width:2px ```