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A-730 GLIDE FREE CONTROL

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Overview

(Solid Wire End) Simple design for push-pull operation with low friction characteristics. Has .050" dia. stainless steel wire core in flexible metal casing with polyethylene liner. May be shortened as required. Max. travel 3-1/2". Available with black or red plastic knob.

Made in USA
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Reviews

As advertised.

Robert L
March 30, 2020

Gary B
May 25, 2019

Gerard M
April 15, 2019

Well made, smooth glide.....Im going to have to crimp its style a bit to make it move less easy

Gaylon P
December 29, 2018

This seems to be high quality cable. I worked for my application perfectly.

Dan M
June 3, 2018

Part arrived broken so I will be returning it for a refund

Merlin P
September 14, 2019

Q&A

Q: What is the diameter of the knob on the A-730 Glide Free Control?

The diameter of the knob on this control is approximately 1-1/8".

Q: What is the outside diameter of the cable outer casing?

A-730 cables have a 3/16" O.D. housing.

Q: What is the hole size required to mount this A-730 glide free control in a panel?

It requires a 3/8" hole for mounting.

Q: What is the thread size of the knob on the A-730 glide free control?

The knob has 10-32 threads. Loctite is used to secure the knob from the factory when threaded on.

Q: Is the A-730 glide free control casing also stainless steel?

No, it is a galvanized housing with an inner nylon liner.

Q: What is the size of the solid wire?

A-730 controls have .050" diameter inner wire.

Q: Can I use this A-730 control for mixture or carburetor heat?

This cable does not have any specific application. It is a glide free cable with a solid wire end, so if your application calls for this style cable at this length, it should work very well. It is not an FAA approved unit.

Q: The description says, may be shortened as required. Can you please describe how that can be done? the coiled metal casing around the wire is very stiff and not easy to work.

You would first figure out the length for the inner cable and cut it to length. Then you would figure out the length of the outer coil casing(accounting for the stroke) and cut it. It may require a hacksaw or cutoff wheel to cut it.

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