Drill-A-WELL

This is a temperature Well or pressure tap for Heating and Air Conditioning water systems. This Well can easily be installed with water in the system, it is self sealing and drilling. You can install the Well without losing any water. You may either use a clamp on saddle or a welded thread-o-let to install the Well. Insert the Well into the pipe. (Drill bit is built into the well). When the Well is in pipe to the right depth tighten the locking nut. (Tested to 150 psi.) The Well is in for a life time for a life time.

Speedy

With Drill-A-Well and Drill-A-Tap there is no waiting for a system to drain, working after hours for a system shut-down or waiting for specialty contractors or welders. You can quickly install a thermal well or tap without any special tools or training.

Flexible

Drill-A-Well and Drill-A-Tap can be installed in most locations without the need for special access or significant clearances.

Cost Effective

Drill-A-Well and Drill-A-Tap have installed costs significantly lower than conventional techniques by avoiding the use of specialty contractors, tools and training, as well as the ability to add thermal wells and taps with ZERO downtime.

Material

Stainless Steel

Dimensions

OD .3/8, ID .275"

Tap Size

.5’’ MIP

Length

8’’ (custom lengths on request)

Installation Pressure

60 psi.

Tested Pressure

150 psi.

                                 

Drill-A-TAP

This fitting allows a mechanic to tap into the heating or cooling water pipes of a HVAC system. This tap can be installed without interrupting service or loosing water. You can use a clamp on saddle, or a thread-o-let to install the Drill A Tap. A drill bit is built into the tap. The Drill-A-Tap has precision machined seals to prevent the water from leaking. When the tap is installed to the correct depth, a locking nut can be tightened, locking the tap in place. The tap has been tested to 150 psi with out leaking.

 

 

    Price 1/2"  $80.00

1" is $110.00

John Gillam

PO Box 1926

 Chester Ca. 96020

ORDER

 

E Mail: jjgillam@hotmail.com

 

 


Copyright © 2008John J Gillam. All rights reserved.
Revised: May 22, 2008