Dixon

DBC72-200 - Bayloc® Dry Disconnect Coupler x Female NPT

SKU:
DBC72-200
Availability:
Usually Ships Within 24 Hours
Weight:
9.31 LBS
*Images are for visual reference only.

Description

Details

Applications

Dry disconnects help prevent spillage from normal or accidental disconnects. A spring loaded sealing device is designed to "snap" closed should the valve become disconnected with the poppet open, significantly limiting liquid loss.

Compatibility & Interchange Data

  • Compatible with most other brands of cam and groove style dry disconnects
  • Fully interchangeable with Kamvalok (OPW trademark) style fittings

Construction

  • Heavy duty stainless steel handle, crank and link
  • Stainless steel corrosion resistance is comparable to 304 stainless steel

Description

Cam & Groove Style

Features

  • Coupler has automatic closing poppet assembly
  • Heavy duty construction provides long service life
  • Stainless steel handle allows product exposure to corrosive chemicals or washdown service
  • Strong handle attachment prevents bending of crank assembly
  • Dixon EZ Boss-Lock cam arms provide added security from accidental opening due to vibration or snagging. Very easy to use, just close the arms and they lock, to open simply lift the lever.
  • Optional coupler lock for handle to prevent unintentional opening

Note

Contact Dixon at 800-355-1991 for chemical compatibility, size, material selection and special configurations.

Safety Notes

  • Must be used with a DBA (Dry Break Cam & Groove) Style adapter for coupler to operate. Adapter sold separately.
  • For pressure ratings at other temperatures, contact Dixon.

Specifications

Canadian registration number CRN # OH14044 all provinces

Use

  • Use with DBA style adapters
  • Use with standard cam and groove dust plug sized one size larger than the dry disconnect size
  • Use Cam & Groove Dust Plug Size: 2-1/2"
WARNING: This product contains lead, a chemical known to the State of California to cause cancer and birth defects or other reproductive harm.
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