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WL6318 Industrial 24V Electromagnetic Clutch Guide The 24V electromagnetic clutches are highly effective in many industries due to their reliable performance. Motion control and coordination of machine parts are crucial in automation systems; that is why they should be carried out precisely. The clutches are able to perform smooth start-stop processes and efficient conveyance. Packaging machinery with 24V clutches can achieve high precision while working, improving production efficiency and minimizing scrap. 24V electromagnetic clutches are also employed in controlling the rotational motion of...

WL6318 Reliable 24V Electromagnetic Clutch / Brake Solution 24V DC Control PLC compatible, energy efficient Fast Engagement Millisecond response time Stable Torque Output Consistent braking/clutch force Compact Fixed Flange Design Easy installation Smooth friction engagement Long Service Life Durable friction materials

How WL6318 24V Electromagnetic clutch Works: Electromagnetic Engagement & Release Power OFF - Disengaged State Power ON - Magnetic Field Power ON - Engaged State Magnetic field generated Armature moving toward rotor Power OFF (Disengaged) Power ON (Engaged) ► Spring Force (Outward) Electromagnetic Force (Inward) LEGEND/KEY Magnetic Field a Shaft Rotation ^ Armature Movement H Ceil (Electromagnet) PHI Armature I 1 Friction Plate ■ Kotor (Hub) Power OFF (Release): Spring pushes armature back, creating air gap. Friction disengages and shaft rotates freely. Armature contacts rotor, friction engages,...

FRICTION DISC (DRY TYPE) RETURN SPRING FIXED FLANGE MOUNT BEARING / SHAFT INTERFACE MATERIAL HIGHLIGHTS | Steel Components I Friction Lining (Dry Type) | Copper Winding | Spring Steel ■ Bearing Steel • Type: Dry Single-Plate Electromagnetic Clutch • Mounting: Flange Mount • Rated Torque: (See Datasheet) • Application: Industrial Machinery, Automation, Printers, Packaging Equipment

RESPONSE TIME CYCLE LIFE INTEGRATION BENEFITS Typical Competitors COMPATIBLE WITH PLC / AUTOMATION SYSTEMS SUPPORTS FREQUENT START-STOP CYCLES STABLE UNDER CONTINUOUS DUTY CONDITIONS Sile / Frame Q Higher torque output across sizes for more demanding applications. Seamless integration with industrial control systems. Engineered for high-cycle applications with fast response. Reliable performance and consistent torque output.

0 QUALITY POINTS o 100% Coil Testing (resistance & insulation) 0 Dynamic Torque Testing0 Heat Resistance Validation 0 Wear Life Testing 0 Strict Material Selection WL6318 Electromagnetic Clutch / Brake rfljj MANUFACTURING STRENGTH ISO 9001:2015 ISO-certifiedproduction Quality management system driving consistent excellence. Raiv mater'a! quatitycheck I* Heat Resistance Validation High-tempwalui'e endurance lest Wear Life Testing Long-le im durably S. cycle testing

Mounting Type (Fixed Flange Size) Duty Cycle (Continuous / Intermittent) Response Time Requirement Operating Environment Expected Lifetime How much torque is needed for your application? Confirm the clutch is rated for 24V DC operation. Verify the mounting type and flange dimensions match your system. Determine the operating cycle and heating conditions. Check engage/disengage time meets your needs. Ensure the clutch can withstand your environmental conditions. Estimate service life based on usage and duty conditions. . . . PRO TIPS 0_ Q Choose 20-30% higher torque margin Q Ensure proper heat...