Technical data The company reserves the right to change or stop using the product specmcations ana dimensions

WL6324 Electromagnetic Clutch and Brake System Guide Electromagnetic clutch and brake solutions have numerous applications in industrial machinery. It helps automate motion control systems to regulate the motion of conveyor belts, robotic arms, and assembly lines to ensure accurate positioning and synchronization. Additionally, it assists in accurate starting and stopping of packaging machinery to maximize production efficiency and minimize wastage. In printing machines, they help control precise paper feeding and alignment for high-quality prints. Electromagnetic clutch brakes are significant...

High torque density Compact, powerful engagement Fast response <50 ms engage/disengage Wide temp range -20°C to +120°C operation Zero backlash magnetic circuit No mechanical play Sealed option available Dust/oil resistant

ELECTROMAGNETIC CLUTCH Magnetic Flux POWER ON (COIL ENERGIZED) Coil Energized ITorque Transfer ENGAGED (POWER ON) V Magnetic flux generated V Armature plate pu lied against rotor V Friction plates engaged V Torque is transmitted from input to output 2 ELECTROMAGNETIC BRAKE ^Pai^afeengage^poweroff) Spring Force * Pressure PlateIStopping Torque ©Cod energies! creates magnetx force Pulls pressure plate, ccrrprewing spring _Brahe due released -shaft rotates freely POWER OFF (FAIL SAFE) POWER ON (RELEASED) ^ -*■ Co)E»rgiii<) Mectanieal Force (Push) Magnetic Pull (Attract) Spring Force

Structure & Main Components A gap inside the armature plate allows quick separation when the magnelc tielc is interrupted tan*Magnetic yoke The ooit is set into a fixed point in the lining Wen the coil is energized it forms a magnetic circuit and s drawn by the yoke to make contact Fixed on the rotor, spring makes it form a single unit with the armature plate Se! mlo f xed pads lo creale friction when the armature plate is drawn over

Speed range up to 60% continuous slip (with cooling) Voltage 12/24 VDC (most common), 90 VDC optional Mounting flange, bearing-mounted, or shaft input BUYER CHECKLIST ? Does your controller provide clean DC? ? What is your inertia ratio?

WL6324 ELECTROMAGNETIC CLUTCH ANO BRAKE What You Can Trust -QA & Testing Q ISO 9001:2021 certified facility Q 100% coi! tested (hi-pot + resistance) Q Dynamic torque test before shipment Q Thermal cycling test; -30°C... +130°C Q 500k cycle life test report available OIL CONTAMINATION TEST PASS No need to re-qualify - we provide test data per batch

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