t£ $ Technical Design Change Unit: MM Product Drawing A Rated Parameter 5 Working Duty: Duty cycle(ED): 10%~100%, 2 Pushing fore; 400 gf at distance of 3--5 mm 1 Insulation Resistance: between coil and frame :> 100 MQ 500 VDC, 3 Temperature Rise: Max 65 (20 °C DC 24 V testing on 1 S on 1 S off) 5 Coil and lead wire strength : 1 kg 7 Salt Spraying : 48 hours without red Rusting Dimension H'ithoui lolerance * Weilong Intelligent Technology (Dongguan)Co., Ltd.,

WL0946 Push-Pull Frame type Solenoid Application Among the uses of push-pull solenoids are locking in access control systems. For instance, you may find it used in smart locks, cabinet locks, and electronic door locks. In addition, they are applicable in vending machines and ticketing systems. Push-pull solenoids are helpful in automation equipment for performing functions such as sorting, switching, and positioning. Moreover, they are applied in medical equipment for the purposes of valve and fluid control and positioning. In the automotive industry, push-pull solenoids actuate locking mechanisms...

Compact Frame Design © Compact & Space-Saving Design Reliable Linear Motion Solution for Automation & Locking Systems

ni Repeatable kJ motion cycles Coil energized Mechanical force Spring Returns When OFF Spring retracts the plunger to default position Reliable Performance Built for industrial applications Durable Design Long life and high cycle endurance

4. Frame Housing (Metal Bracket) Protects internal components and provides mounting support.

Optimized balance between force, size, and efficiency

100% Coil Resistance Testing Lifecycle Test: 100,000+ Cycles ^QUALITY? BUILT IN RELIABILITY Stable Force Output ^ Calibration Strict Incoming Material Inspection

BUYER CHECKLIST SELECTION GUIDE Required Voltage Stroke Length Needed Q Push or Pull Action? Duty Cycle A Mounting Size & Space Constraints Environmental Conditions (Temp, Humidity) Choosing the right parameters ensures optimal performance and longer service life, j j