WL2334 Tubular Latching Solenoid Using Guide Tubular latching solenoids are broadly applied in industries where secure locking, precise positioning, and energy-efficient operation are required. The most popular use of such solenoids is access control, including smart door locks, cabinet locks, and hotel security devices. Low power consumption makes the use of tubular latching solenoids perfect for battery-powered smart locks and portable devices. In vending machines, tubular latching solenoids lock dispensing containers for food or drinks and open them for dispensing products. Industrial automation...

Magnetic Holding Response What is a Tubular Latching Solenoid? A tubular latching solenoid uses permanent magnet technology to hold the plunger position without continuous power consumption. It provides efficient linear motion for industrial automation, smart locks, medical devices, and battery-powered systems,

Power only Step 3 — Reverse Pulse Release: Reverse polarity pulse applied, Magnetic holding canceled, Spring resets plunger (A ) Energy-saving magnetic holding technology reduces **' power consumption dramatically in battery-operated equipment.

FEATURE NOTES 0 Coil Winding 0 Tubular Housing 0 Permanent Magnet 0 Iron Core

WL2334 Electromagnetic Actuator / Solenoid TECHNICAL PERFORMANCE HIGHLIGHTS Temperature Rise ("Q Q Response Time !ms) (W Holding Force (N) TYPICAL APPLICATIONS

FACTORY INSPECTION WORKFLOW MATERIAL INSPECTION Raw materials verified for quality and specifications, COIL RESISTANCE TESTING Precision coil resistance measured for consistency and reliability. WL2334 Reliable Manufacturing & Quality Control FORCE TESTING Magnetic holding force measured to ensure strong and stable performance. STROKE ACCURACY INSPECTION Stroke dimension measured for accuracy and smooth operation. LIFE CYCLE TESTING Automated cycling test verifies long-term durability and reliability. FINAL APPEARANCE CHECK Visual inspection for surface finish, assembly quality, and labeling....

IMPORTANT BUYING FACTORS BUYER DECISION FLOWCHART A COMMON MISTAKES TO AVOID - Q Ignoring duty cycle $ Underestimating holding force Q Incorrect stroke selection Q No temperature consideration APPLICATION RECOMMENDED MODEL Always refer to the product datasheet for detailed specifications and test under actual operating conditions.