Qualified to: AS22520/5*
The DMC® HX4® crimp tool features a system of interchangeable dies (accommodates
“Y” series dies), eliminating the need for separate fixed-die crimp tools for each
individual application.
Many maintenance and production organizations have standardized on this model, significantly
reducing the costs associated with maintaining and calibrating large inventories of single-purpose
crimp tools. The system provides exceptional flexibility and cost advantages through a wide variety
of military and proprietary interchangeable dies.
As application requirements evolve, only a new set of dies is required to meet demand. Crimping
dies snap into the tool frame and are retained by internal spring clips. Permanent installation can
be achieved by pressing a roll pin into the designated holes.
The tool frame incorporates a positive ratchet assembly that controls complete handle
movement in both directions, ensuring consistent and reliable crimps.
Hexagonal (HEX) crimp dies are available in single, double, and triple cavity designs.
These dies accommodate most coaxial and triaxial connectors and contacts conforming to
MIL-DTL-39012, AS39029, and numerous proprietary configurations.
Additional die designs support coaxial connections requiring different termination techniques.
Various crimp patterns are also available for insulated and uninsulated terminal lugs, wire splices,
and end caps in accordance with:
MS7928, MS17143, MS25036, MS25181, MS27429, MS25274, MS20659, M81824,
MS21003 through MS21015, and commercial part numbers.
Interchangeable HX4 dies also cover several power contacts too large for conventional hand tools.
If your application is not supported by standard dies, DMC engineering can provide a custom
solution to meet your requirements.
- Length: 11 in
- Weight: Approx. 21 oz
The DMC169A and DMC169A tool kits include an HX4 tool frame,
blade micrometer, and 27 die sets.
Each tool kit supports:
Mil-Spec shielding ferrules (MS21980 / MS21981) and
Mil-Spec coaxial contacts
(M39029/6/13/14, M39029/7/8, M83733/13/14, and QN08558).
