CATRAC® is used on various types of machinery as
a means of safely and effi ciently conveying power,
electrical, air, or fl uid (or a combination of these) to
equipment in motion. CATRAC is designed to be
maintenance free and to protect cables and hoses from
abrasion, wear and twisting. A wide variety of options are
available.
split aluminum bar carriers, rod carriers, removable pipe,
spring loaded rods, vertical pins, double deck, custom
radius “M” dimension (including double radius), custom
and special widths, including single widths, double
widths, triple widths, etc.. We offer various support
systems from a single stationary roller support to a
complete CATRAC carriage support system.
The center pivot design allows for smoother cycling and
minimal hose movement. The CATRAC design offers
“No Pinch Points” to insure operator safety. Standard
side links are high tensile steel for maximum strength.
Steel CATRACs are zinc plated with a yellow dichromate
dip for superior corrosion resistance. Optional materials,
such as aluminum and stainless steel are available.
We also offer a line of Mill Duty CATRACs that are used
in rugged applications and environments such as steel
mills. These CATRACs offer a box beam type carrier
for maximum strength and stability. Spring loaded rods
offer the customer easy access to cables and hoses.
They also eliminate the concern of fi tting sizes that must
pass through the (fi xed) compartment opening on a box
beam style carrier. Hardened shoulder bolts and locknuts
(referred to as bolted construction) are recommended
for use in rugged environments. The CATRAC is
manufactured so that pieces or sections can be removed
or replaced in the fi eld.
Our CATRAC product offers: a variety of sizes from 2.00”
to 14.00” high links, carrier options from welded carriers,
We can provide you with the optimum system to suit
your needs either with our standard carriers and options
or by means of a custom designed system to meet
your specifi c requirements. In addition to our standard
systems used in a standard linear motion, we can also
provide you with double radius side mounted systems.
Contact our applications engineers for additional
information or to discuss your needs in detail.
Get on the right track with CATRAC cable & hose
carriers.
Mounting Variations
Horizontal
Double Wide
Side Mounted
2
Vertical
Triple Wide
Double Radius
Side Mounted
CATRAC® Features
Horizontal/Vertical
Combo
• No pinch points
• Center pivot design for minimal cable and
hose wear
• Wide variety of standard carrier designs
• Available in any radius or width
Dual CATRAC
(Opposed)
• Custom designs available to optimize your
system
1. Determine the outside diameter of the largest cable or
hose to be carried.
2. Determine total machine travel. Unsupported length
of CATRAC® on horizontal applications is total travel
÷ 2 when no supports are used and the stationary
mounting foot is placed at the center line of travel.
3. Determine total weight to be carried per foot.
4. Use the charts to select the proper CATRAC style for
your application. Please note that hose area varies
with type of carriers used.
5. Determine the rolling radius of the CATRAC by:
A) Minimum bend radius of cable or hose
recommended by the manufacturer. If this is not
available, we recommend a minimum of 6 times the
O.D. of the largest cable or hose.
B) Space limitations. The “M” dimension of the
CATRAC must be less than the available space where
track will be installed. The rolling radii shown in the
dimension pages are standard. Special radii and “M”
dimensions are available to suit your application at no
additional cost.
6. Determine CATRAC “X” or inside width. Add the O.D.
of all cables and hoses. Allow a minimum of 0.12”
between each hose or cable and on both sides of the
CATRAC. If vertical separators or hose straps are
used, additional clearance is required.
7. Determine the length of the CATRAC. If the mounting
foot is placed on the center line of travel as shown on
the dimension pages, CATRAC Length = “RL” (radial
length) + 1/2 of total travel (T/2). If the mounting foot is
placed on either side of center line, the distance from
the center line to the mounting foot (Y) must be added.
8. Determine mounting feet requirements and positioning
on the CATRAC assembly.
If you need assistance or have any questions on
special applications, feel free to contact our application
engineers.
50
40
30
20
456
Max. Unsupported Length in Feet
10
0
Lbs/Ft Weight of Cable and/or Hose/Ft Including Liquid in Hoses
The charts below give conservative estimates of cable and hose O.D. and weight
and should be used for quick reference only. Diameters and weights will vary and
should be verifi ed with manufacturer.
Available on 2CP, 3CP, 203, 375, 304 style tracks, this
tubing is used to hold the entire CATRAC® together. They
are fastened to links with a self tapping screw that can be
removed from top or bottom rod to make installation of
hose or cable easier.
WC Welded Carriers
The carrier is widely used in very rugged applications. It
can withstand severe hydraulic shock and has no loose
parts which can be lost during installation of the hose
cable. The welded carrier bars alternate position top to
bottom on styles 203, 375 and 304. Styles 456, 606 and
808 use a box beam construction with top and bottom
beams across from each other for added strength.
RP Removable Pipe (Standard)
This assembly provides easy installation of cable and
hose. The pipe can be removed by knocking out a roll pin
and pulling it out the side of the CATRAC.
SL Spring Loaded Removable Pipe
This design provides the quickest way to install or
change cable and hose in the fi eld. Simply compress the
plunger and pull the pipe out. No screws or pins need
to be removed and no side space limitations need to be
considered.
1/2” wide aluminum or 3/4” wide wood split bar carriers
can be provided. This carrier is custom machined to your
specifi cations. Note: Holes must be at least 1/8” larger
than cable hose diameter.
VP Vertical Pins
Vertical pins, also referred to as separators or dividers,
can be welded into RP, SL and WC style carriers to
separate cables or hoses to prevent twisting or overlap.
Extra Heavy Duty (Mill-Duty) Construction
For steel mills and other heavy duty service, the double
welded carrier (MD option) is used as well as bolted
construction (BC option). This structure has the ultimate
strength for a carrier. Box beam construction is standard
in the 456, 606, and 808 styles and can withstand severe
hydraulic shock loads.
Optional & Special Carrier Designs
Special perforated carriers can be supplied which provide
openings for hose straps. The hose straps, if used,
should be very loose and used as a hose and cable
separator rather than a tie down.
Many carriers and stiffeners are designed in cooperation
with our customers. We welcome ideas to fi t your specifi c
application needs.