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Coaxial Cable Preparation
Tools Guide
DXE-UT-PREP-TOOLS-GUIDE-Revision 3b
DXE-UT-KIT4
shown
DX Engineering 2021
1200 Southeast Ave. - Tallmadge, OH 44278 USA
Phone: (800) 777-0703 Technical Support and International: (330) 572-3200
Fax: (330) 572-3279 E-mail: DXEngineering@DXEngineering.com
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Table of Contents
Introduction
2
General Information
2
Coaxial Cable Information for the DXE-UT-8213
3
Using the DXE-UT-8213 and DXE-UT-80P
4
Special Additional Trimming when using the Two Piece Type N Connector
9
Using the UT-80N with a two piece Type N Connector
9
Using the DXE-UT-808X
10
Weatherproofing
15
Tool Kit Combinations, tools and other related items available from DX Engineering
20
Technical Support and Warranty Information
24
Introduction
This guide will explain the preparation of the most popular types of coaxial cable with solder-on
type PL-259 and solder type two piece solder-on Type N connectors using the various specialized
tools manufactured by DX Engineering. These specialized tools were designed by DX Engineering
and made in the USA to make the task of preparing coaxial cable easy, fast and safer than older
methods.
DE Engineering has four different coaxial cable preparation tool kits. Each kit has a variety of the
special tools with the DXE-UT-KIT4 being the most complete kit. Also, the individual tools are
available from DX Engineering separately. A complete list of the kits and tools it at the end of this
guide and can be viewed and ordered from DX Engineering online at www.DXEngineering.com or
by phone to DX Engineering: 800-777-0703
General Information
DX Engineering Coax Cable Stripping Tools provide a new way to prepare your 50 ohm coax cable
for the installation of solder type PL-259 (UHF-male) or 2-piece Type N connectors. These handy
coax cable strippers work on foam or solid dielectric cables with a precision, 2-step operation. DX
Engineering strippers are made with premium, long-lasting, tool steel, cutter blades for clean
coaxial cable preparation.
There are two different colored DX Engineering Coax Cable Stripping Tools
for the two most popular sizes (outside diameter) of coaxial cable:
The RED model DXE-UT-8213 prepares 0.405 inch OD coaxial cables:
DXE-213U, DXE-8U, DXE-11U, RG-213, RG-8, Belden 8267, 8214 and 8237.
The GREEN model DX-UT-808X prepares smaller coaxial cables such as
DXE-8X, RG-8X (mini 8) and Belden 9258.
Coaxial Cable Information for the DXE-UT-8213
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The DXE-UT-8213 cutter blades (DXE-UT-RB-HD) are designed to cut through the more rigid
jacket materials such as PVC (polyvinyl chloride) or PE (polyethylene) encountered with high
quality coaxial cables having an OD of 0.405 inch.
There are some coaxial cable types on the market which use a jacket (outer insulation) material
which is soft and spongy, claiming ultra flexibility. These soft jacketed materials are sometimes
described as "thermoplastic elastomer" (found in UF Ultraflex types of coaxial cable) and are
characterized by their ability to be stretched and twisted free from the shield braid. As a result, the
DXE-UT-8213 cutter blade will twist the jacket and cutting action will stop - jamming the tool.
These unusually soft-jacketed cables demand to be stripped the old fashioned way. For these cables,
use the "finger stripper" model DXE-15035.
The following cables have been successfully stripped using the DXE-UT-8213 with our DX
Engineering Cutting Blades:
DXE-213U
DXE-8U
DXE-11U
Belden 8213 RG11/U
Belden 8214 RG-8 foam
Belden 8237 RG-8/U
Belden 8267* RG-213/U
* Belden 8267 and Belden 9913F7: Some cable labeled as Belden 9913F7 (and also Belden 8267)
which has a very "squirmy" jacket and is easy to bend into all shapes without rebounding has
proven very challenging to strip easily. The jacket material seems different than the Belden (9913F7
and 8267) samples we had on hand from earlier lots that were used to test the DXE-UT-8213.
Belden was contacted concerning this and a sample of the suspect 9913F7 was sent for testing.
Belden informed us this was their cable (not a suspected counterfeit) and this is a known tolerance
in their manufacturing process of this type coaxial cable jacket. Therefore, the DXE-UT-8213 may,
or may not, work properly with some Belden 9913F7 or Belden 8267.
DXE-400MAX, Davis Bury Flex, Belden 9913, Times Microwave LMR-400 and LMR-240 are
not recommended to be prepared using these DX Engineering tools. These coaxial cable types have
an extra foil shield which is not suitable for soldering. DX Engineering, Amphenol Connex and
Time Microwave have crimp type connectors that should be used with coaxial cable having foil
shield.
Some coaxial cable center insulation may adhere to the center conductor more than others. In this
case when prepping the cable, the center insulation may not come off cleanly and will require a
sharp knife to completely remove it.
Please check the DX Engineering web site: http://www.dxengineering.com
for the latest coaxial cable information and instructional videos.
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Using the DXE-UT-8213 and the DXE-UT-80P
The DXE-UT-8213 has been designed and manufactured to properly
cut coaxial cable for use with DXE-PL259 PL-259, Silver Plated,
PTFE Insulation PL-259 connectors or the DXE-N1001-S Type N
Male, Silver Plated, PTFE Insulation two-piece Type N connector
(requires a slight additional trimming of the cable center conductor
length - see text in this guide).
The following instructions show typical operation using
DX Engineering DXE-213U coaxial cable.
Items Used:
1. DXE-UT-8213 Coaxial Cable Stripping Tool
2. DXE-213U Coaxial Cable
3. DXE-PL-259 Coaxial Cable Connector
4. CNL-911 Coaxial Cable Cutter
5. DXE-170M Precision Shear Side Cutters
6. DXE-CGH-8U Coaxial Cable Gripper
7. Scissors
8. DXE-UT-80P Connector Assembly Tool for PL-259/RG-213-size Cable
9. 3M Temflex™ 2155 Rubber Splicing Tape - Used for weatherproofing
10. 3M Scotch® Super 33+ Vinyl Electrical Tape - Used for weatherproofing
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A. Cut the end of the coaxial cable with the CNL-911 Coax Cable Cutter to get a good flush cut.
B. You want the coaxial cable to be round and not oval when viewed from the end. If the coaxial
cable is slightly oval, gently use the CNL-911 to round out the end of the coaxial cable.
C. Place the prepared coaxial cable end into the body of the DXE-UT-8213 labeled "1ST CUT".
D. Firmly grip the coaxial cable and the DXE-UT-8213, turn the DXE-UT-8213 in a clock wise
direction while applying steady and slightly firm pressure. Grip the coaxial cable between your
thumb and first finger, close to the tool.
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To better hold the coaxial cable straight and make the coaxial cable easier to grip, use the DX
Engineering Hinged Cable Gripper tool (DXE-CGH-8U). This patent pending two-piece red
hinged cable gripper is custom made to fit and help you hold RG-213 or 8U sized coaxial cable
when using the DXE-UT-8213 coaxial cable prep tool. The surfaces that contact the coaxial cable
have horizontal grippers and on the outside of the tool, the knobby finish helps you maintain a sure
grip on the coaxial cable being prepared. The two halves are connected together with a spring
hinge to keep the tool in the right position and allow a sure grip every time.
Additionally, if the outer covering is older and dried out, it may stick inside the DXE-UT-
8213. One suggestion is to put a very light coating of cooking oil or other similar lubricant on
the coaxial cable outer covering for about 1", then insert it into the DXE-UT-8213.
Take care to keep the oil away from the exposed coaxial cable end.
Do not use any silicone based lubricant since the silicone may interfere with soldering.
E. As you turn the tool clockwise, the DXE-UT-8213 will begin cutting. Keep turning the tool in
a clockwise direction until it will not cut anymore, the tool will eject the cut parts and stop
cutting at the proper length.
Remove the coaxial cable from the DXE-UT-8213.
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F. Turn the DXE-UT-8213 around for the second cut. Insert the coaxial cable into the tool again.
G. Grip the cable between your thumb and first finger close to the tool and turn the tool in a clock
wise direction. The DXE-UT-8213 will begin cutting as you turn it. Keep turning the tool in a
clockwise direction until it will not cut anymore. As you turn the tool, the tool will eject the cut
outer insulation and stop cutting at the proper length.
Remove the coaxial cable. Clean any excess cable cuttings from the tool.
H. You may want to trim back some of the braid on the coaxial cable slightly using the DXE-
170M precision shear side cutters prior to installing the DXE-PL259 PL-259 connector.
I. Place the PL-259 Collar on the coaxial cable and slide it out of the way. Gently install the PL-
259 on the prepared coaxial cable ensuring the center conductor strands go into the center
conductor of the PL-259.
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J. Screw the patented (US Patent No. 8,701,278 B2) DXE-UT-80P Connector Assembly Tool
onto the PL-259. Grip the coaxial cable firmly and turn the DXE-UT-80P Assembly Tool
clockwise. The tool will assist in screwing the PL-259 onto the coaxial cable. When the center
conductor is visible at the end of the PL-295 as shown below, the PL-259 is completely
installed.
K. Remove the DXE-UT-80P Connector Assembly Tool and you're ready to solder the PL-259.
This combination of DX Engineering tools allows perfect and easy connector installation every
time.
Special Trimming when using the Two Piece Type N Connector
If you are using the DXE-N1001-S DX
Engineering 2-piece Type N Connectors,
you will need to trim the center conductor
to a length of approximately 0.441”. This
will allow the center conductor to seat
properly in the gold center pin of the 2piece Type N Connector
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Using the DXE-UT-80N with a two piece Type N Connector
Properly prepare the coaxial cable with the DXE-UT-8213 Cable Stripping Tool and trim the center
conductor as described above.
Place the prepared coaxial cable end into the body of the two piece Type N connector (DXE-
N1001-S) and make sure all the strands of the center conductor of the cable are inserted into the
center pin. Hold the coaxial cable and turn the DXE-UT-80N (US Patent No. 8,701,278 B2)
clockwise to thread the Type N connector body onto the stripped cable end.
When the coaxial cable is fully seated, remove the tool. Check to see that the coaxial cable is fully
seated in the connector by ensuring the shield is visible through the larger holes and the center
strands are visible in the small hole of the center pin. If all is okay, you're ready to solder the
connections.
Coaxial cable properly prepped N-Connector into DXE-UT-80N Ready for soldering
Using the DXE-UT-808X
The DXE-UT-808X has been designed and manufactured to
properly prepare RG-8X sized coaxial cable for use with
DXE-PL259 - PL-259 Silver Plated, PTFE Insulation PL-259
connectors and reducers, or the DXE-N1001-S - Type N Male,
Silver Plated, PTFE Insulation two-piece Type N connector
(requires a slight additional trimming of the cable center
conductor length) and reducers.
The DXE-UT-808X has been tested with: DXE-8X, Belden 9258 RG-8/X
It is not intended for use with RG-8X look-a-like cables with soft 'squirmy' outer jackets or coaxial
cable that has a second aluminum shield.
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The following instructions show typical operation using DXE-RG-8X coaxial cable.
Items Used:
1. DXE-UT-808X Coaxial Cable Stripping Tool
2. DXE-8X Coaxial Cable
3. DXE-PL-259 Coaxial Cable Connector with a DXE-UG176S - RG-8/X Reducer for PL-259
4. CNL-911 Coaxial Cable Cutter
5. DXE-170M Precision Shear Side Cutters
6. Scissors
7. 3M Temflex™ 2155 Rubber Splicing Tape - Used for weatherproofing
8. 3M Scotch® Super 33+ Vinyl Electrical Tape - Used for weatherproofing
A. Cut the end of the coaxial cable with the CNL-911 Coax Cable Cutter to get a good flush cut.
B. You want the coaxial cable to be round and not oval when viewed from the end. If the coaxial
cable is slightly oval, gently use the CNL-911 to round out the end of the coaxial cable.
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C. Install the PL-259 shell and the Reducer on the coaxial cable and slide them out of the way.
D. Place the prepared coaxial cable end into the body of the DXE-UT-808X labeled "1ST CUT".
E. Firmly grip the coaxial cable and the DXE-UT-808X, turn the DXE-UT-808X in a clock wise
direction while applying steady and slightly firm pressure. Grip the coaxial cable between your
thumb and first finger, keeping close to the tool.
If the outer covering is older and dried out, it may stick inside the DXE-UT-808X. One
suggestion is to put a very light coating of cooking oil or other similar lubricant on the coaxial
cable outer covering for about 1", then insert it into the DXE-UT-808X.
Take care to keep the oil away from the exposed coaxial cable end.
Do not use any silicone based lubricant since the silicone may interfere with soldering.
DX Engineering Hinged Coaxial Cable Grippers (DXE-CGH-8X) are available to help hold the
coaxial cable and aid in keeping it straight when performing the cable preparation. This patent
pending two-piece hinged green cable gripper is custom made to fit and help you hold 8X
(sometimes called Mini 8) coaxial cable when using the DXE-UT-808X coaxial cable prep tool.
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The surfaces that contact the coaxial cable have horizontal grippers and on the outside of the tool,
the knobby finish helps you maintain a sure grip on the coaxial cable being prepared. The two
halves are connected together with a spring hinge to keep the tool in the right position and allow a
sure grip every time.
F. As you turn the tool clockwise, the DXE-UT-808X will begin cutting the outer insulation.
Ensure you are feeding the coaxial cable straight into the tool, not at an angle. Keep turning the
tool in a clockwise direction until it will not cut anymore. As the tool is rotated clockwise, the
tool will eject the cut outer insulation and stop cutting at the proper length.
Remove the coaxial cable from the DXE-UT-808X.
G. Fold the shield back over the outer insulation.
H. Turn the DXE-UT-808X around for the second cut. Insert the coaxial cable into the DXE-UT-
808X tool.
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I. Firmly grip the cable between your thumb and first finger close to the tool and turn the tool in
a clockwise direction while applying steady and slightly firm pressure. Ensure you are feeding
the coaxial cable straight into the tool, not at an angle. The DXE-UT-808X will begin cutting
as you turn it. Keep turning the tool in a clockwise direction while applying steady and slightly
firm pressure until it will not cut anymore. As you rotate the tool clockwise the tool will eject
the cut center insulation and stop cutting at the proper length.
Remove the coaxial cable. Depending on the center insulator material, you may have to trim
excess insulator material with a sharp knife. Clean any excess cable cuttings from the tool
using a wooden or plastic tooth pick.
J. Slide the reducer up the coax to the end of the cut off outer insulation. Fold back the shield
over the reducer as shown.
K. Using the DXE-170M precision shear side cutters, trim the shield even with the first thread on
the reducer as shown below.
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L. The PL-259 is now ready for installation. Gently screw the PL-259 on the reducer ensuring the
center conductors go into the center conductor of the PL-259. The assembly is now ready to be
soldered. This combination of DX Engineering tools allows perfect and easy connector
installation every time.
The premium cutting blades supplied with the DXE-UT-808X will last a long time. If
replacements are needed, order DXE-UT-RB-HD (7/64" Allen Wrench required).
Weatherproofing
Over the years many different methods have been used to weatherproof coaxial cable connections.
Some worked, some did not. Once water or condensation enters your coaxial cable, it will ruin the
coaxial cable or worse yet, cause shorting or high SWR conditions which could lead to permanent
damage to your transmitter.
One type of coaxial connector sealing material is a gummy tar like substance that you wrap around
the coaxial connector. This gummy substance works well, except when you try to remove it for
maintenance or coaxial cable replacement, it can cause further problems. The gummy substance just
doesn't come off cleanly and small bits of it may remain in the threads of PL-259's or SO-239's.
These small bits of material are mini-insulators, and could cause intermittent operation.
The method described here uses a combination of two types of tape which not only protect your
coaxial connection, but also allow easy removal for future maintenance.
The two products, available from DX Engineering, used are:
3M Temflex™ 2155 Rubber Splicing Tape.
Conformable self-fusing super stretchy rubber electrical insulating tape. It is
designed for low voltage electrical insulating and moisture sealing applications. For
outdoor use, it should be protected from UV deterioration with an overwrap of
Scotch® Super 33+
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Scotch® Super 33+.
Highly conformable tape for all weather applications. This tape provides flexibility
and easy handling for all around performance. It also combines PVC backing with
excellent electrical insulating properties to provide primary electrical insulation for
splices up to 600V and protective UV resistant jacketing.
These tapes can be used indoors or outdoors. When used outdoors the temperature should be above
freezing, and if it's raining, keep the assembly you are wrapping covered and dry while applying the
tapes. Any airborne moisture such as fog, rain and snow may cause the tape to not stick properly, so
take adequate precautions to protect the assembly you are weatherproofing.
Additionally, the coaxial cable and connectors should be clean and free of any moisture, dirt or
other residues.
The only tool you will need for this procedure is a pair of scissors. The following example uses two
pieces of coaxial cable with PL-259 connectors that are joined together with a short UHF barrel
connector. This same method may be used on any connection you are weatherproofing.
A. Cut a piece of 3M Temflex™ 2155 Rubber Splicing Tape long enough to complete the job you
are doing. If the length you cut is too short, that's okay. You can add more where needed and it
will not compromise the weatherproofing.
In this example a 15" length of the 3M
Temflex™ 2155 Rubber Splicing Tape
was used to weatherproof two PL-259's
tightly connected together with a short
UHF barrel connector.
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B. The 3M Temflex™ 2155 Rubber Splicing Tape has a protective backing material so the tape
will not stick to itself when on the roll. As shown below, peel this protective backing off of the
length that you cut from the roll.
C. Starting at one end, hold the end of the cut length of 3M Temflex™ 2155 Rubber Splicing Tape
in place about one inch before the end of the PL-259 and stretch it out until the width of the tape
is about 50% as shown below.
Starting
Stretched while overlapping wraps
D. While keeping the 3M Temflex™ 2155 Rubber Splicing Tape stretched, wrap the tape around
the assembly and overlap the previous wrap by about 50%. Keep going until the complete
assembly is covered, and go an extra inch beyond.
If the length you cut is too short for the entire assembly, that's okay. You can add more starting
where the one piece ended (overlap it) and then continue on in the same manner described
above.
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This completes the first layer wrap. 3M Temflex™ 2155 Rubber Splicing Tape requires an
added wrap of Scotch® Super 33+ tape for UV protection.
E. Starting about one inch before the
previously installed 3M Temflex™ 2155
Rubber Splicing Tape start a wrap of the
Scotch® Super 33+ tape. While wrapping,
over lap the previous wrap by about 50%. Use
firm pressure while wrapping to ensure the
tape is on flat and there are no wrinkles or
open spots.
Keep wrapping the Scotch® Super 33+ tape
until you are about an inch past the end of the
previously installed 3M Temflex™ 2155
Rubber Splicing Tape. Use the scissors to cut
the tape rather than stretching and breaking
the tape.
Using these quality products and this method, the completed weatherproofing will be complete
and reliable.
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Removal of Weatherproofing
There comes a time when you have to separate the previously weatherproofed coaxial cable
connections for maintenance or some other reason. This is when you will be glad you used the
above method and DX Engineering supplied products to put on the weatherproofing!
A. Carefully cut the weatherproofing as shown. Be careful not to cut the coaxial cable, or your
fingers. Peel the weatherproofing off and the assembly will look like new.
Looking at the removed weatherproofing, you can see the 3M Temflex™ 2155 Rubber Splicing
Tape fully conformed to your connector assembly and fully protected the connectors when properly
applied as described in this guide.
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Tool Kit Combinations and Tools available from DX Engineering
DXE-UT-KIT4 DX Engineering Complete Coax Cable Tool Kit
This cost-saving DX Engineering Complete Coax Cable Tool Kit provides a handsome, convenient carrying case
furnished with DX Engineering coaxial cable prep tools and accessories. It features a rugged, lockable enclosure that is
fitted with a precut foam insert with a home for each tool. Not only is this DX Engineering Complete Coax Cable Tool
Kit perfect for helping you keep track of your DX Engineering tools, but it also makes them easy for you to carry from
job to job.
Kit includes:
DXE-UT-8213 - Stripping tool for RG-213 or RG-8 size cable
DXE-CGH-8U - Coaxial Cable Gripper for RG-213 size cable
DXE-UT-808X - Stripping tool for RG-8/X size cable
DXE-CGH-8X - Coaxial Cable Gripper for RG-8 size cable
DXE-UT-80P - PL-259 assembly tool
DXE-UT-80N - Two-piece Type N connector assembly tool
CNL-911 - Coaxial cable shears
DXE-170M - Precision braid trimmers
DXE-UT-HD-RB - Heavy duty stripping tool replacement blades
7/64” Allen Wrench
DXE-UT-CASE - Custom made carry case with foam insert fitted with a precut foam insert with a specific
position for each tool
Four Coaxial Cable Prep Tool Kits are available from DX Engineering:
Tool Part
Number
Tool Description
DXE-UT-
KIT4
DXE-UT-
KIT3
DXE-UT-
KIT2-D
DXE-UT-
KIT1-D
DXE-UT-8213
Red Stripping tool for RG-213 or RG-8 size cable
X X X
X
DXE-UT-808X
Green Stripping tool for RG-8/X size cable
X X
DXE-CGH-8U
Red Hinged Coaxial Cable Gripper for RG-213 size cable
X X
DXE-CGH-8X
Green Hinged Coaxial Cable Gripper for RG-8X size cable
X
DXE-UT-80P
Solder type PL-259 Assembly Tool
X X X
X
DXE-UT-80N
Two-piece Type N Connector Assembly Tool
X X
CNL-911
Coaxial Cable Shears
X X X
X
DXE-170M
Precision Braid Trimmers
X X
DXE-UT-HD-RB
Heavy Duty Stripping Tool Replacement Blades
X X
Allen Wrench
7/64” Allen Wrench
X
CASE *
Custom made Carry Case with foam insert fitted with a precut
foam insert with a specific position for each tool
X*
X* X X
* Kit 4 & Kit 3 cases have extra cut out areas for the Hinged Cable Gripper Tools
A replacement foam insert for the KIT1-D and Kit2-D is available (DXE-UT-CASE-FOAM) that has the extra cut outs for the Hinged Cable Gripper tools.
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Guide Updates
Every effort is made to supply the latest guide revision. Occasionally a guide will be updated
between the time your DX Engineering product is shipped and when you receive it. Please check
the DX Engineering web site (http://www.dxengineering.com) for the latest revision guide.
Technical Support
If you have questions about this product, or if you experience difficulties during the installation,
contact DX Engineering at (330) 572-3200. You can also e-mail us at:
DXEngineering@DXEngineering.com
For best service, please take a few minutes to review this guide before you call.
Warranty
All products manufactured by DX Engineering are warranted to be free from defects in material and workmanship for a period of one (1) year from
date of shipment. DX Engineering’s sole obligation under these warranties shall be to issue credit, repair or replace any ite m or part thereof which is
proved to be other than as warranted; no allowance shall be made for any labor charges of Buyer for replacement of parts, adjustment or repairs, or
any other work, unless such charges are authorized in advance by DX Engineering. If DX Engineering’s products are claimed to be defective in
material or workmanship, DX Engineering shall, upon prompt notice thereof, issue shipping instructions for return to DX Engineering (transportationcharges prepaid by Buyer). Every such claim for breach of these warranties shall be deemed to be waived by Buyer unless made in writing. The above
warranties shall not extend to any products or parts thereof which have been subjected to any misuse or neglect, damaged by accident, rendered
defective by reason of improper installation, damaged from severe weather including floods, or abnormal environmental conditions such as prolonged
exposure to corrosives or power surges, or by the performance of repairs or alterations outside of our plant, and shall not apply to any goods or parts
thereof furnished by Buyer or acquired from others at Buyer’s specifications. In addition, DX Engineering’s warranties do not extend to other
equipment and parts manufactured by others except to the extent of the original manufacturer’s warranty to DX Engineering. The obligations under
the foregoing warranties are limited to the precise terms thereof. These warranties provide exclusive remedies, expressly in lieu of all other remedies
including claims for special or consequential damages. SELLER NEITHER MAKES NOR ASSUMES ANY OTHER WARRANTY
WHATSOEVER, WHETHER EXPRESS, STATUTORY, OR IMPLIED, INCLUDING WARRANTIES OF MERCHANTABILITY AND
FITNESS, AND NO PERSON IS AUTHORIZED TO ASSUME FOR DX ENGINEERING ANY OBLIGATION OR LIABILITY NOT STRICTLY
IN ACCORDANCE WITH THE FOREGOING.
©DX Engineering 2021
DX Engineering®, DXE®, DX Engineering, Inc.®, Hot Rodz®, Maxi-Core®, DX Engineering THUNDERBOLT®, DX Engineering Yagi
Mechanical®, EZ-BUILD®, TELREX®, Gorilla Grip® Stainless Steel Boom Clamps, Butternut®, SkyHawk™, SkyLark™, SecureMount™,
OMNI-TILT™, RF-PRO-1B®, AFHD-4® are trademarks of PDS Electronics, Inc. No license to use or reproduce any of these trademarks or other
trademarks is given or implied. All other brands and product names are the trademarks of their respective owners.
Specifications subject to change without notice.
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