SPRING-ACTUATED BRAKES Coil (at 20℃ ) Static friction torque Voltage Wattage Current Resistance Ts [N·m] [V] [W] [A] [Ω] 12 24 Max. Rotating part Allowable braking Total braking Armature Armature Mass rotation speed moment of inertia energy pull-in time release time energy rate [kg] J [kg·m2] ET[J] ta [s] Pbaℓ [W] tar [s] [min-1] Lead wire UL style Heat resistance class ELECTROMAGNETIC CLUTCHES & BRAKES BXW(L/H/S) Models * Depending on the initial torque characteristics, break-in to condition the engaging surfaces may be required. Coil (at 20℃ ) Static friction torque Voltage Wattage Current Resistance Ts [N·m] [V] [W] [A] [Ω] Lead wire UL style Armature Max. Rotating part Allowable braking Total braking Armature Mass energy rate rotation speed moment of inertia energy pull-in time release time [kg] Pbaℓ [W] tar [s] [min-1] J [kg·m2] ET[J] ta [s] Coil (at 20℃ ) Static friction torque Voltage Wattage Current Resistance Ts [N·m] [A] [V] [W] [Ω] Heat resistance class Heat resistance class Lead wire UL style Armature Max. Rotating part Allowable braking Total braking Armature Mass energy rate rotation speed moment of inertia energy pull-in time release time [kg] -1 2 Pbaℓ [W] tar [s] [min ] J [kg·m ] ET[J] ta [s]

CLUTCHES & BRAKES SPEED CHANGERS Lead wire length: 400 mm Release direction Release direction Lead wire length: 400 mm LINEAR SHAFT DRIVES TORQUE LIMITERS Radial direction dimensions A Axial direction dimensions * There is no release lever option for size #01. * The dimensions in parentheses ( ) are values for BXW- □ - □ S. SERIES ELECTROMAGNETIC-ACTUATED CLUTCHES AND BRAKES ELECTROMAGNETICACTUATED MICRO CLUTCHES & BRAKES ELECTROMAGNETICACTUATED CLUTCHES & BRAKES ELECTROMAGNETIC CLUTCH & BRAKE UNITS SPRING-ACTUATED BRAKE Bore dimensions Bore diameter (dimensional symbol d) Release lever 10: Not...

SPRING-ACTUATED BRAKES Specifications Static friction torque Ts [N·m] Coil (at 20℃ ) Voltage Wattage [V] [W] Lead wire Heat resistance class Rotating part moment of inertia J [kg·m2] Allowable braking energy Ebaℓ [J] Total braking energy ET [J] Armature pull-in time ta [s] Armature release time tar [s] * The armature pull-in time and armature release time are taken during DC switching. ELECTROMAGNETIC CLUTCHES & BRAKES BXW(R) Models 30° I Lead wire Length: 200 mm *The lead wire exit for size #01 is located in the dashed area. Radial direction dimensions Axial direction dimensions Bore dimensions...

Items Checked for Design Purposes ■ Precautions for Handling Most electromagnetic braking systems are made using flexible materials. Be careful when handling such parts and materials as striking or dropping them or applying excessive force could cause them to become damaged or deformed. This brake is available in braking, holding, and dedicated for holding types according to the application. Do not use BXW(H/R) types for ordinary braking, except for emergency braking in the event of a power outage or the like. You should note that BXW(S) types dedicated for holding cannot effect emergency braking...