Crimping Tool: 0.1-1.0 mm² Capacity, 16-28 AWG

This crimping tool can be used to crimp both male and female versions of our Tamiya connector crimp pins , mini Tamiya connector crimp pins , JST connector crimp pins , JR crimp pins , Futaba J crimp pins , and crimp pins for 0.1″ housings onto 16-28 AWG wires to make custom cables.

AUD$ 73.95

Out of Local Stock  

We can ship 218 more in 7 days

Our Code: SKU-002900

Supplier Link: [Pololu MPN:1928]


Description

Crimping tool: 0.1-1.0 mm² capacity, 16-28 AWG (1)

Crimping tool: 0.1-1.0 mm² capacity, 16-28 AWG (2) (2)


Selecting the Right Tool

We also have a less expensive, narrower (4 mm) crimper that can also crimp JST connector, JR, Futaba J, and 0.1" housing crimp pins, though this alternate tool can only crimp the full extent of wire barrel on the JST pins. You can use the following table to help you decide which cavity of which crimping tool you need:

Tool Cavity Crimp Pins Wire Gauge (AWG)
Crimping Tool: 0.1-1.0 mm² Capacity, 16-28 AWG Outer 0.1" Housing Female
0.1" Housing Male
JST Female
JST Male
JR Female
JR Male
Futaba Female
Futaba Male
26-28
Middle 22-26
Inner Tamiya Female
Tamiya Male
Mini Tamiya Female
Mini Tamiya Male
16-20
Crimping Tool: 0.08-0.5 mm² Capacity, 20-28 AWG Outer 0.1" Housing Female
0.1" Housing Male
JST Female
JST Male
JR Female
JR Male
Futaba Female
Futaba Male
26-28
Inner 22-26


Using the Crimping Tool

Prepare the wire by stripping about 1/8" (3 mm) of insulation from the end. Place the wire in the crimp pin, lining it up so that the stripped portion lies between the inner set of tabs on the crimp pin, while insulated wire lies between the outer set of tabs.

Preparing a wire and crimp pin

Place the wire and crimp pin on the appropriate tooth of the tool’s die, making sure that the insulated end is on the raised and wider half of the tooth. The tabs should point towards the cavity on the other side of the die so that the tool bends them inward around the wire when it closes.

Aligning the crimp pin in the tool

Close the jaws of the tool slowly and completely until they release. The tabs on a properly crimped pin should form one barrel around the wire conductors and another barrel for strain relief around the wire insulation.

Correctly crimped 0.1" housing crimp pin using the wider (0.1-1.0 mm²) crimping tool (product #1928)

Tip: The strain relief barrel sometimes ends up a little overly flattened, making it too wide to fit comfortably into the crimp pin housing. In such situations, you can use a pair of pliers to gently squeeze the wider axis of the barrel into a more cylindrical shape that will slide easily into the housing.

One of our customers has made a very nice video tutorial that talks about how to make custom cables with our pre-crimped wires and with self-crimped wires. The section on using our crimping tool starts at approximately 4:15 and shows the process in detail. One of our distributors has also made a short video tutorial that shows how to use this crimping tool.

This useful inspection chart (pdf) by JST shows properties of good and bad crimp connections to look out for when checking your own connections.


Resources

Recommended links

Check Points for Correct Crimping (pdf)
This useful inspection chart by JST shows properties of good and bad crimp connections to look out for.
Short video tutorial on how to make custom cables (by customer Derek Molloy)
This video, created by customer Derek Molloy, discusses various options for making custom cables with our crimp connector housings, such as by using our pre-crimped wires or crimping your own with our wider crimping tool, though the same technique works with our narrower crimping tool as well. The section on using the crimping tool starts at around 4:15.
Short video tutorial on how to use the Pololu crimping tool (by Proto-PIC)
This video, created by our distributor, Proto-PIC, shows how to use our wider crimping tool, though the same technique works with our narrower crimping tool as well.

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