SPRING-ACTUATED BRAKES Specifications Model ELECTROMAGNETIC CLUTCHES & BRAKES BXL(N) Models Coil at 20℃） （ Rotating part Static Max. Allowable Heat moment of braking energy friction rotation Voltage Wattage Current Resistance resistance inertia torque speed rate class ［W］ ［A］ ［Ω］ ［N・m］ ［V］ ［kg・m2］ Ts ［min − 1］ J Pbal W］ ［ Armature Applicable release motor output Mass time (Reference) ［kg］ tar [s] Four poles [kW] Armature pull-in time ta ［s］ Total braking energy ［J］ ET *The armature pull-in time and armature release time are taken during DC switching. Lead wire　Ｕ ３ ９ Ｌ ３ ８　ＡＷＧ１ ８ Length: 400mm Lead wire　Ｕ ３ ９ Ｌ ３ ８　ＡＷＧ１ ８ Length: 400mm BXL-08-10N-004-24V-11 Size Static torque (refer to the specifications table) Bore diameter (dimensional symbol d) Voltage (refer to the sp

Standard installation is performed using stator installation, but a plate installation specification is also available as an option. Please contact Miki Pulley for assistance if desiring to use plate installation. ELECTROMAGNETIC CLUTCHES & BRAKES SPEED CHANGERS & REDUCERS INVERTERS There is a slight backlash between the rotor and the rotor hub. The armature may also strike the surface of the magnetic poles on the stator when electricity flows, generating a noise. There is a quiet mechanism available that works to suppress such clattering noises as well as operating noise. Please contact Miki...