The **M6SWVS-AD-R** is a specific model of an **Electromagnetic Valve** (often used in fluid control or industrial automation systems). This part is frequently associated with brands like **CKD** or similar pneumatic/hydraulic manufacturers. Below is a breakdown of its technical characteristics and electronic properties. ### 1. General Specifications The part number typically encodes specific attributes regarding its voltage, wiring, and pressure ratings. | Feature | Description | | :--- | :--- | | **Component Type** | Solenoid Valve / Electromagnetic Valve | | **Actuation Method** | Electromagnetic Coil (Solenoid) | | **Circuit Type** | Normally Closed (NC) or Normally Open (NO) depending on specific sub-configuration | | **Mounting** | Manifold or Direct mount (depending on the "M" prefix) | --- ### 2. Electronic Components & Features The "electronic" side of this device revolves around the solenoid coil and the electrical interface used to actuate the valve. #### A. Solenoid Coil The core electronic part is the **copper winding (coil)**. When current flows through it: 1. It creates a magnetic field. 2. The field pulls a metallic plunger (armature). 3. This movement opens or closes the fluid path. #### B. Voltage and Power * **Operating Voltage:** Common variants use **24V DC** (industrial standard) or **100V/200V AC**. * **Power Consumption:** Designed for low wattage to allow direct drive from a PLC (Programmable Logic Controller). #### C. Built-in Protection (The "R" Suffix) The **"R"** at the end of many valve part numbers often signifies specific electronic protections: * **Surge Suppressor:** A diode or varistor built into the coil to prevent "back EMF" (voltage spikes) from damaging the PLC output when the valve is turned off. * **LED Indicator:** An integrated light-emitting diode to show the excitation state of the valve for easy troubleshooting. --- ### 3. Electrical Connections The **"AD"** or similar middle codes often refer to the wiring style: * **Lead Wires:** Standard wires exiting the coil. * **DIN Connector:** A square plug used for quick disconnection. * **M12 Connector:** A circular threaded connector used in high-moisture environments. --- ### 4. Application Context These parts are generally used in: * **Pneumatic Control:** Actuating air cylinders. * **Coolant Control:** Managing flow in CNC machinery. * **Automation:** Sorting and picking systems where electronic signals must translate into physical movement.