BB100 - Boss-Lock Cam & Groove Type B Coupler x Male NPT

Dixon Distributor? 

Log in to view pricing, inventory, place orders & much more. If you want to create an account, please click the button to begin the registration process.

Attributes

Maximum Operating Pressure
250 PSI
Weight
0.87 lb
Break Quantity
0
Optional Package/Box Quantity
0
Size
1"
Material
Brass
Seal
Nitrile Rubber

Details

Applications

Designed for use with liquids, consult Dixon for specific recommendations

Available Options

Other gasket types are available, contact Dixon.

Construction

  • Nitrile Rubber gasket
  • Boss-Lock cam arms
  • Supplied with pull-ring safety clips

How It Works

  • To make a connection, simply slide the adapter into the coupler and with normal hand pressure, press the cam levers down.
  • Uncoupling is as quick and simple as coupling. Just lift the cam arms and remove the adapter.
  • The cast-in lugs allow safety clips to be attached once the lugs are passed through slots in the special cam lever arms providing a positive locking action.
  • The pull ring safety clip simplifies the locking action on Boss-Lock couplers. No more inserting clips or dangling lanyards, just a twist and it's locked, giving you a low profile positive locking action.

Safety Notes

  • Under no circumstances should cam and groove couplings be used for compressed air or steam service!
  • Pressure rating recommendations are based on the use of mating Dixon fittings at ambient temperature 70°F (21°C) with a standard seal installed. For use at elevated temperature or other unusual operating conditions, consult Dixon.

Specifications

Produced to interchange with all product produced to Commercial Item Description A-A-59326D

WARNING: This product contains lead, a chemical known to the State of California to cause cancer and birth defects or other reproductive harm.

Resources

Image
Cam & Groove Couplings and Accessories
Product Literature
Issuu URL
Name
Cam & Groove Couplings and Accessories

    Request a Quote

    Need help selecting the correct components?