piwik image

028330

Dodge® 028330 DMSCB Finished Bore Clutch and Brake Module, 90 VDC, 100 ft-lb Torque, 1-1/8 in Dia Bore

  • Item#: 171239
  • Mfr#: 028330
  • UPC: 782475511648
    • High-torque, non-asbestos friction material assures safe, long life
    • Dyna-Gap automatic air gap mechanism automatically compensates for friction surface wear
    • Armatures incorporate a high impact, high temperature molded spline for heavy toque and high cycle capabilities
    • Factory assembled, adjusted and burnished for easy installation and out of the box operation
    • One-piece, die-cast housing simplifies mounting and maximizes heat dissipation
    • 182TC/184TC frame
    • Size DMSCB-210 clutch and brake module
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • loading

DESCRIPTION

Dodge® clutch/brake modules mount directly to NEMA C-Face motors and reducers or can be used with separate base mount frames. Units are designed with large ball-bearings to provide greater overhung load capacity and longer L10 life. Clutch/brake modules use larger armatures for high-torque transmission. Dodge®'s Dyna-Gap automatic air gap mechanism automatically compensates for friction surface wear. Completely factory assembled, tested and pre-burnished for easy installation, Dodge® clutch/brake modules offer long, maintenance free operation.

Dodge® Clutch and Brake Module, Finished Bore, Series: DMSCB, 1-1/8 in Bore, 9.05 in OD, 12.97 in Overall Length, 100 ft-lb Torque, 90 VDC, Shaft-In/Base Mounting, Die-Cast, 12.97 L x 9.05 in W x 9.78 in H Dimensions

SPECIFICATIONS

Dimensions      :      12.97 L x 9.05 in W x 9.78 in H
Material      :      Die-Cast
Mounting Type      :      Shaft-In/Base
Outside Diameter      :      9.05 in
Overall Length      :      12.97 in
Series      :      DMSCB
Type      :      Finished Bore
Voltage Rating      :      90 VDC
Torque Rating      :      100 ft-lb
Bore Diameter      :      1-1/8 in

DOCUMENTS

  • pdf
    Manual
    https://www.purvisindustries.com//ASSETS/DOCUMENTS/ITEMS/EN/Dodge_028280_Manual.pdf