The IT2000 is a pneumatic tool that needs a clean and dry air supply. The BAND-IT Air
Controller Module includes a filter to meet these requirements. For proper tool
performance, the air requirements at the inlet to the BAND-IT Air Controller Module of
the IT2000 must be:
incorporate polycarbonate bowls and/or
observation windows. DO NOT use in
an environment that will expose the
above mentioned components to
synthetic fluids, organic solvents,
chemicals, cutting lubricants, thread
lock solutions or similar substances.
Filter
Fluid Drain
Release
Valve
Tension
Pressure Gauge
Tension Pressure
Regulator
Pull Regulator
Knob and twist to
adjust tension,
push to lock
Mounting Bracket
Unit may be mounted
on wall or bench
Note: Air Controller Module
must be mounted and operated
in a horizontal position.
The standard IT2000 shipping container includes: Air Controller
Module, IT2000 tool body, coiled air line, owner’s manual and tool kit.
(tools with packaging option 1 include the tool and manual only)
Pressure conversion: bar = kPa / 100
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 (insure 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.
®
Tool
•Tension Pressure: 90 PSI (620 kPa) recommended. The Tension Pressure
Gauge monitors the tension applied to the clamp tail. Recommended air pressure
at the Tension Gauge should be 60-100 PSI (410-690 kPa).
•Caution: Tension pressures above 100 PSI (690 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. Reread the pressure when the tool is at rest and adjust again if necessary. Repeat until the
desired pressure is shown on the tension pressure gauge.
Tension pressure may need to be adjusted depending on the application.
The pneumatic valves and cylinders contain seals and o-ring components which can
experience accelerated wear associated with quality of the supply. Worn cylinder o-rings
allow air to bypass the pistons in the cylinders, affecting the performance of the tool and
cause the output force of the tool to drift. Although cylinders are permanently lubricated,
premature wear can be caused by contaminants in the air supply or the presence of water
and oil. The tool’s internal valves can also be affected by contaminants in the air lines
causing a valve malfunction.
BAND-IT recommends the use of an Air Booster System to address the potential problems
associated with low air supply. In addition to filtering and drying the air supply, it will ensure
pressure of 100 -110 PSI (690-760 kPa) improving the consistency of tool performance.
Tool Function:
®
Tool
The IT2000 tool utilizes the conditioned air supply to actuate the mechanical linkage. The
linkage activates a gripping system which tensions BAND-IT Junior clamps. The tension output
of the tool can vary depending upon the air pressure supplied to the tool. If the pressure is
increased, the output force increases.
During the tension cycle, the tool continues to tension the band until the preset tension is
achieved. The tool stops tensioning when the pressure in the tension cylinder equals the inlet
tension pressure coming from the air controller module. After the tool has achieved the preset
tension, its valve switches over to the cutoff cycle. The gripping system retains force on the
clamp until a knife is actuated down, forming a Junior Lip-Lock, cutting the excess clamp tail.
Three additional fixture mounting holes are available
to assist with mounting the IT2000. Thread size is
#10-32 for each of the holes. Usable thread depth is
.400” for two of the three fixture holes. One hole is
utilized to attach and lock the tool body halves
together. This hole may also be used for fixturing,
provided the #10-32 cap screw is replaced with a
similar threaded screw with appropriate thread
length secure the two halves together in addition to
fixturing.
1/4” Junior
Fixture Mounting LocationsFixture Locating Points
®
Tool
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
www.BAND-IT-IDEX.com
10 of 38
Note: Hole locations
are .750” to
centerline of holes
and edge of tool as
indicated by the
detail to the left.
Part of insuring that the tool is producing a strong lock is making sure that it approaches
the application correctly and is fixed to allow repeatability. The tool should approach the
surface tangent to where the buckle of the band is to be applied. The tool should be
allowed to float 1/8” – 1/4” above the surface to allow the buckle to move to the proper
position for cut-off. Once the tool begins tensioning, the band will pull the tool down to
the surface.
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Tool
1/8” – 1/4”
Buckle LocationPivot Point
As the band is tensioning, the tool may rotate clockwise up to 5 degrees about the pivot
point (Green Arrow). During the cut-off cycle, the tool must be allowed to rotate counterclockwise up to 35 degrees (Blue Arrow). Because of this movement, BAND-IT
recommends that the tool be mounted in a fixture that will provide adequate
rotation during both cycles.
•The IT2000 tool has a number of Tool/Clamp/Object Being Clamped
orientation requirements that must be followed in order to reach an acceptable
end result.
•In concept, the fixture maker should attempt to replicate the natural human
wrist/elbow/shoulder motions that would occur when operating the tool in the
hand-held configuration, allowing the tool to float along a plane through the
entire Tension (pull-up) and Cut-Off (lock) process.
The Tool MUST:
•Contact the object being clamped without restricting or forcing.
Suggestions Include:
®
Tool
•The tool fixture should be able to accommodate some longitudinal rotational
movement, i.e. “wrist like”, at the final moment of applied tension. The
purpose being: to allow the tool freedom of movement to orient itself in its best
natural orientation as relates to the clamp and the object-being-clamped.
•A home or neutral position should be established at the optimal final position
with +/- 10-12½ degrees of rotational freedom being allowed from the pivot
point.
•The tool fixture should be able to accommodate some extensive movement,
i.e. “elbow like”, during the tension phase to allow the tool to be “pulled” up to
the object being clamped.
•Deviations from accommodating the natural inclination of the tool/clamp/object
being clamped may negatively impact the integrity of the final assembly. The
clamp should fully rest upon the object being clamped at the time of final
tension and cut-off. If the tool can not reach the object being clamped and
attempts to cut-off, the clamp and/or lock may not form optimally.