Product Technical Design and Drawing 1 Insulation Resistance : between coil and frame :> 100 MO 500 VDC, 3 Temperature Rise: Max 65 (20 °C DC 12V testing on 1 S on 4 S off) 5 Coil and lead wire strength : 1 kg 7 Housing Salt spary testing ; 48 hours without red rusting Hosing Dimension: W 16 mm * L 14mm * Thick 30 mm Plunger Dia.: 0.3 mm. can do it with 0.4 mm Stroke Distance : 4 mm Lead wire length: 250 mm Technical Reqirment: 1 Red Wire with+, black wire with-, Plunger Pull in 2 Red Wire with-, balck wire with+ , Plunger Push out

WL0724 DC Latching Solenoid Application Because of their reliability in bistable operation and low power consumption, DC latching solenoids are used in modern industry and electronic systems. Vending Machines: The most popular application of latching solenoids is in vending machines. The solenoids control the mechanisms used to dispense products from vending machines. The use of a latching solenoid in a vending machine helps to reduce its energy consumption because it only requires a pulse of current to operate. Latching solenoids are used in smart locks to provide safe locking and unlocking...

Energy-Efficient Linear Actuater for Precision Locking and Control Product Overview A DC Latching Solenoid is an ehectrerometic designed to move a plunger between two stable positions using electiei pulse. Once activated, internal permanent magnet holds the plunger in position without continous power. <0 Two stable positions without continuous <0 Energy-saving pulse operation <2) Fast push-pull response <0 Compact and reliable design <0 Long operating life (millions cycles) <0 Stable holding force Voltage: 12V / 24V DC | Stroke: 2 — 6 mm | Holding Force: 1 - 3 N | Life Cycle: >300,000 cycles

2® Coil Pulse Activation 4® permanent Magnet Holding Working Process A short DC pulse energizes the soleniod coil. The magnetic . The magnetic field pulls or pusher. The internal permanent inirtcks the plunger i new position. Another reverse pulses or switches at in new position. No continuous power is required to hold to the position, reducing energy consumtion and heat generation.

Electromnghetic Coil Eleroctonghetic Coil: Generates magnetic force when energized. Plunger / Armture: Moves lineraly to create push or pull motion. Permanent Magnet: Maintains the plunger position power. Spring: Assists reset or stabilizes movement. Housing: Protects smooth or stable plunger movement Guide Tube Ensurs and supports mounting

Stode Decline) Stoke Dislce (nm) Performance Highlights• Fast Response Speed: Typical activation within milssenodls • Low Power Consumption: Pulse drive eliminat'.s elininates continoous contrinous current • Compact Structure Istce: Magetic co spac-ition securiely Office Equipment

Quality Control Process Force Testing Equipment Life Cycle Test Machine

Required stroke distance Required holding force Operating voltage Response time requirement Plunger type (push / pull) Duty cycle requirment Environmental conditions Smart Lock System fcloorl r'uctnm nocinn*? Custom stroke length, Special mounting structures, MccU UUolUl11 Ucbiyil. Different voltiorof or high-temperature versions Contact our engineering team for application support