It1000-ab, Air system, 6 of 38 – BAND-IT IT1000-AB 1/4 Tie-Lok Tool User Manual

Page 6: 1/4” tie-lok, Tool

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Document # I17791 Rev H

© Copyright

BAND-IT-IDEX, Inc. 2009

All rights reserved

www.BAND-IT-IDEX.com

BAND-IT-IDEX, Inc.

A Unit of IDEX Corporation

4799 Dahlia Street Denver, CO 80216-0307 USA

P: 1-800-525-0758 F: 1-800-624-3925

6 of 38

IT1000-AB

1/4” Tie-Lok

®

Tool

The standard IT1000 shipping container includes: Air Controller
Module, IT1000 tool body, coiled air line, owner’s manual and tool kit.
(tools with packaging option 1 include the tool and manual only)

Initial Setup - Pneumatics

Connect the tool body to the Air Controller Module using the included Coiled Hose
Assembly. The hose assembly includes both a clear and black hose. Each hose
end includes a female and male fitting, arranged to prevent reversing of
connections.

Connect Air Controller Module to air source (ensure air supply meets
requirements on page 4) and turn RED Shut-off Valve counter clockwise to
pressurize tool (“SUP” position).

Cut-off Pressure: 105 PSI (760 kPa) recommended. Make sure the Cut-off
Pressure Gauge located on the left side of the module reads a pressure of 100
PSI min and 110 PSI max.

Tension Pressure: 70 PSI (480 kPa) recommended. The Tension Pressure
Gauge monitors the tension applied to the clamp tail. Recommended air pressure
at the Tension Gauge should be 50-80 PSI (345-550 kPa) for BAND-

IT 1/4” Tie-

Lok

®

Ties.

Caution: Tension pressures above 80 PSI (550 kPa) may cause premature clamp
failure and/or tool wear.

Setting the Tool Air Pressure

The tension pressure directly affects the force applied to the clamp.

To correctly set the air pressure from the air controller module going to the tool, hook up
the air supply to the tool. Activate the tool by depressing the trigger for a few seconds.
Re-read the pressure when the tool is at rest and adjust again if necessary. Repeat until
the desired pressure is shown on the tension pressure gage.

Tension pressure may need to be adjusted depending on the application.

Pressure conversion: bar = kPa / 100

Air System

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