Device drawn in de-energised condition Life Expectancy (cycles): >2M(-R), >10M (-RE),>50M(-RL) Available mechanical options: A: shaft extension(armature side) B: shaft extension (base side) D: dust cover over the armature R: return spring T: tapped holes in armature plate Note. Screws should NOT pass the bottom of the armature plate. WL340 Solenoid Rotary Actuator Specification Available angle options: Data at 20°C, device connected to heatsink 120x120x3mm a Insulation Resistance >10OMQ, 5O0VDC Megger Dielectric Strength lOOOVAC, 50/60HZ, 1 minute Weilong reserves the right to change specifications without notice

WL340 Solenoid Rotary Industrial Application Solenoid rotary Short Description：The solenoid rotary is a compact actuator capable of limited-angle rotary motion using an electrical impulse as an energy source. Instead of simply pushing or pulling, a rotary solenoid acts as a rotary switch that converts linear magnetic force into angular displacement via a mechanism involving inclined ball bearings and slots in the rotor surface. This produces rotary motion ranging from 25° to 70° in a specific direction. The return spring mechanism ensures reset upon the removal of power. The benefits include...

IWL340 Standard Solenoid Rotary Actuator (25°--75° Type) Product Overview Product Feature OverviewStructure & Main Components • Rotor converts linear force ->45° rotation • 45° precise rotary output • Compact electromagnetic actuator • Fast response & high repeatability • Stable torque output • Short stroke, high efficiency • Life cycle endurance test • RoHS-compliant materials (51 Voltage compatibility (& Duty cycle match 0 Torque requirement & Mounting size fit

WL340 High Torque Solenoid Rotary Actuator Working Principle 1. PRODUCT FEATURE OVERVIEW 1. PRODUCT FEATURE OVERVIEW £i Enhanced torque output design ^ Heavy-duty industrial use Strong rotation force stability 3. STRUCTURE & MAIN COMPONENTS 4. PERFORMANCE INTEGRATION P Suitable for load-driven systems & Anti-jam mechanical design Stable under continuous cycles £i Enhanced torque output design Heavy-duty industrial use Strong rotation force stability /to) • Electromagnetic force amplified by lever arm • High-density copper coil - • Torque spring system /q Load torque testing 5<§^ Thermal endurance...

Working Principles Low-current electromagnetic activation Direct 45° micro rotation output Ideal for small devices Low power consumption Fast micro response Buyer Checklist ✓ Installation space limit Power supply range <✓ Required stroke angle >/ Device integration size

Product Feature Overview Ultra-fast actuation speed High-frequency switching Precision motion control Q High cycle operation -=^J Minimal delay response 0 Stable timing control fo* Structure & Main Components /^\ Lightweight rotor

Product Feature Overview ■0 Extended service lifespan Wear-resistant design Industrial durability focus Working Principles Balanced electromagnetic force Reduced mechanical friction rotation Performance Integration Quality Assurance Buyer Checklist \rJ Stable long-term output ^ Reduced maintenance cost @ Suitable for 24/7 systems P 1M+ cycle life test Material aging test Continuous operation validation O Expected lifetime O Operation cycle count O Maintenance frequency O Environmental conditions

Tailored Engineering for Precise Rotary Motion and Integration Product Feature Overview Fully customizable design • Application-specific engineering • Flexible voltage & torque options • Tailored electromagnetic control • Adjustable 45° rotation mechanism Performance Integration Built for system integration Optimized torque-speed balance Application-driven design • Prototype validation • Sample performance testing • Client approval process Structure & Main Components • Custom coil winding • Adjustable rotor geometry • Application-specific housing • Modified spring system Buyer Checklist 0 Application...