The **MEH11XAD-R** is a specific model of an **Electromagnetic Brake** (often categorized under clutches and brakes in industrial automation), typically manufactured by companies like **Ogura Clutch** or similar industrial component brands. These parts are designed to stop or hold a load in place when power is removed or applied. --- ### Technical Specifications & Characteristics Below is a breakdown of the typical electronic and mechanical characteristics of the MEH11XAD-R series: | Feature | Specification Details | | :--- | :--- | | **Component Type** | Electromagnetic Micro-Brake | | **Operating Voltage** | Typically 24V DC (Standard for industrial control) | | **Power Consumption** | Low wattage (designed for high efficiency/low heat) | | **Static Torque** | Rated for precision holding (Small-scale applications) | | **Response Time** | High-speed engagement and disengagement | | **Mounting Style** | Flange mount or Shaft mount (depending on specific sub-assembly) | --- ### Internal Electronic Components The "Electronic" side of this part consists of several key elements that work together to create the mechanical braking force: 1. **Electromagnetic Coil:** The heart of the unit. When DC voltage is applied, the copper windings create a magnetic field. 2. **Armature Plate:** A ferrous metal plate that is pulled toward the coil body by the magnetic field. 3. **Friction Facing:** A specialized material bonded to the rotor or stator that creates the "grip" to stop rotation. 4. **Spring Mechanism:** Used to push the armature away from the friction surface when power is cut (in a "Power-On" brake) or to apply pressure when power is cut (in a "Spring-Applied/Fail-Safe" brake). --- ### Common Applications The MEH series is generally used in precision equipment where space is limited and high reliability is required: * **Office Automation:** Paper feed mechanisms in large printers or copiers. * **Medical Equipment:** Adjusting and locking the position of imaging arms or beds. * **Robotics:** Holding small robotic joints in place during power loss. * **ATM Machines:** Controlling the movement and dispensing of currency. --- ### Operational Logic Most parts in this category follow one of two logical paths: * **Power-On Brake:** The brake engages only when electrical current flows through the coil. * **Power-Off (Fail-Safe):** The brake is held open by electricity; if the power fails, internal springs engage the brake to prevent movement for safety.