pull type solenoid door lock online manufacture

Basic Info. Model NO. Tu65110L Actuator Electric Connection Form Tubular Type Pilot Operated Material Steel Pressure Ordinary Pressure Valve Structure / Power Supply DC Solenoid Valve Usage Safety, Emptying, ... Read More

Lock For Door Access Control System 12v Open Frame Linear Push Pull Type Bistable Lock Solenoid Product Description Model DSN-0852L-02 Place of Origin China Brand Name: DASON Temperature range -5-45 Relative ... Read More

Quick Details Place of Origin: China Brand Name: Dason Model Number: TU1348 Product Name: push pull high speed tubular solenoid Rated Power(W): 8 Work Model: Pull Push type Holding Force (N): 1-4N Stroke(mm): 0... Read More

Quick Details Place of Origin: China Brand Name: Dason Model Number: TU2551 Product Name: push pull high speed tubular solenoid Rated Power(W): 8 Work Model: Pull Push type Holding Force (N): 1-4N Stroke(mm): 0... Read More

Place of Origin China Brand Name Dason Product name 6v 12v 24v Dc Mini Push Pull Solenoid Lock for Cabinet Door Material iron Keyword solenoid lock Voltage 12v 24v dc Valve type High Performance Certification ... Read More

Product Description Specification Brand Dason Product Name High-Precision LandaTu1939 Force10N Tubular Push Pull Solenoid Model TU1939 Voltage DC 12V24V Power 4-40W Force 10N Waterproof Class IP65 Duty Cycle 10... Read More

Product Description Specification Brand Landa Product Name LandaTu1327 Tubular Push Pull Solenoid TU1327 Voltage DC 12V24V Power 4-40W Force 3N Waterproof Class IP65 Duty Cycle 10% Stroke 5mm Material steel... Read More

Customization of soft magnetic tripping solenoid for mechanical automatic equipment of opening and closing electromagnet Product Parameter Application Intelligent Door Lock / Cabinet Lock Model T-1214S-05A40 ... Read More

Shared Washing Machine Electromagnetic Lock / Solenoid Manufacturer / Solenoid Customized U0837c Application of u0837c electromagnet: 1. Disinfection cabinet lock electromagnet 2. Traction electromagnet of ... Read More