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Ultrasonic Stripping Machine

The TET UCES-400 Ultrasonic Stripping Machine

The New TET UCES-400 uses powerful pulses of Ultrasonic energy to strip the sheath from mineral insulated cable.

The ultrasonic energy transfers to the insulation on contact and de-compacts and liquefies the powder, which escapes from the end of the cable.

The result is that all the powder in the stripped section is cleanly removed leaving the conductors completely untouched.

The whole action is completed in seconds (in the case of small cables in a fraction of a second).

All cable sizes can be accommodated from 1.0mm (0.04”) to 6.0mm (or ¼”)

The only preparation needed prior to stripping is to ring through the sheath at the break point (up to 25mm from the cable end).

The machine is supplied with a ringing tool and a pair of electronic side cutting pliers for the smaller sizes.

There are four mechanisms affecting the stripping action;
1. Cable size
2. The length being stripped
3. Powder density (Supplier dependant)
4. ‘Grip’

The TET Ultrasonic Cable end Stripping machine or UCES-400 will control the power level and the grip to give a wide range of settings allowing all variants of MI cable to be efficiently and effectively stripped.

The Stripper will remove the sheath from Stainless Steel sheathed cables, Copper and Cupro Nickel sheathed cables and Inconel or other Nickel based alloys. Cables can be accommodated in a variety of conductor configurations from single core to multiple cores and triaxials.

The UCES-400 comes complete and ready to use. It does not require a compressed air supply and runs directly of the mains supply.

Dim lights

The video above shows you the basic operation of this machine, if you are having problems viewing this or would like more information please click here to contact us.

Please click here to contact us if you have any problems veiwing the above video.


Read more about thermocouple by #TRM Ltd#

Please click here to contact us you have any problems veiwing the above video.

 

 Please click here to contact us if you have any problems veiwing the above video.


Read more about thermocouple by #TRM Ltd#