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TENNADYNE
SPECIFICATIONS:
FREQUENCY COVERAGE
FORWARD GAIN
½ POWER BEAMWIDTH
F:B RATIO
NOMINAL MAXIMUM SWR
FEED WITH
POWER CAPABILITY
BOOM LENGTH
WEIGHT
WIND AREA
WIND LOAD @ 80 MPH
LONGEST ELEMENT
TURNING RADIUS
SUGGESTED MAST
MAXIMUM WIND
ALUMINUM ALLOY
HARDWARE
NUMBER OF ELEMENTS
NOTE: The above performance characteristics are nominals and may vary from installation to installation.
© TENNADYNE LLC. 2010 and beyond – All rights reserved
Price: $4.95
Aluminum with a PhD
MODEL: T10 - 100224
13-33 MHz
6.1 dBd
52 DEGREES
To 25 Db (Rises with frequency)
1.7:1
50-52 OHM COAXIAL CABLE
LEGAL LIMIT+
24 FT
68 LBS
10.1 SQ FT
162 LBS.
38 FT
22 FT
2" OD
100 MPH
6061-T6 (Mill finish)
STAINLESS STEEL
10
®
Tennadyne
Log Periodic Antennas
P.O. Box 352; Alto, MI 49302; 616. 622.4968
WWW.TENNADYNE.COM
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Table of Contents
Related Manuals for TENNADYNE T10
Summary of Contents for TENNADYNE T10
- Page 1 STAINLESS STEEL NUMBER OF ELEMENTS NOTE: The above performance characteristics are nominals and may vary from installation to installation. © TENNADYNE LLC. 2010 and beyond – All rights reserved Tennadyne Log Periodic Antennas P.O. Box 352; Alto, MI 49302; 616. 622.4968 WWW.TENNADYNE.COM...
- Page 2 LIMITED WARRANTY TENNADYNE, LLC warrants on the terms hereof, to the original purchaser of this product, for a period of one year from the date of purchase, that the product was not defective, but this warranty is void if the product has been subjected to improper or abnormal installation or usage.
- Page 3 T10 PARTS LIST PART # DESCRIPTION QUAN Aluminum Tube Square 1.500” x 72” MARKED 1 1.500” x 72” MARKED 2 1.500” x 72” MARKED 3 1.500” x 72” MARKED 4 Round 1.000” x 23.1” .875” x 36” .875” x 33.8”...
- Page 4 T10 BOOM LAYOUT FROM END OF TUBE w/NUMBER HOLE SIZE FUNCTION Eventually will be: 2.0” 1.000” 6 nested tubes First Tube of Element # 1 4.0” .1875” Large flat spacer 6.0” .1875” Large flat spacer 40.0” .1875” Small Flat Spacer 48.9”...
- Page 5 BEFORE ASSEMBLY GETTING STARTED BY GETTING ORGANIZED - Organize the tubing into groups, first by tube OD (Outside Diame- ter) and then by length and check all against the parts list to make sure it’s all there. Notify us immediately if you are missing anything.
- Page 6 ASSEMBLY PHASE 1 - Boom Section Preparation (Steps 1—10) The following steps are doubles.. Do each one twice - and in exactly the same way. Place the BOOM SECTIONS (BS?) so that the BS 1, 2 or 3 marker label marked on the tube is facing up and to your LEFT. These will be done in sequence, from the BS 1s through BS 3s, two pair at a time.
- Page 7 Element Placement on the Booms T12 Shown - All antennas including the T8 are assembled in this manner. Notice how the elements alternate between the top and bottom booms. T6 Shown - This is an example of a WRONG install. Look carefully - ALL the elements are lined up on the bottom boom.
- Page 8 ASSEMBLY PHASE 3 —Boom completion (steps1 5—21) These next steps are singles; do them ONLY to the boom you have just turned upside down. Install the spacers onto this boom with the spacers pointing up. STEP WHAT GOES INTO WHAT FASTEN WITH Large flat spacer BS 1...
- Page 9 ASSEMBLY PHASE 4 —Element Build out (Steps 22– 33) THE ELEMENTS: Start with the smallest element, #10, at the front of the antenna. These are double steps, do one step for each side of the antenna. See FIG. 1. STEP WHAT GOES INTO WHAT FASTEN WITH On BS 4...
- Page 10 FIG. 1 TUBING SIZES AND LENGTHS USED TO MAKE UP THE ELEMENTS Please note: The length tubes without decimals is approximate. EL # / TUBE SIZE 1.000” .875” .750” .625” .500” .375” # nested tubes 23.1” 36” 24” 36” 48” 72”...
- Page 11 Fig. 4 - Elements to Boom Assembly Referring to Fig. 1-3, insert the dimpled end of the proper element into the proper hole in the boom and secure the ele- ment into place with a 10-24 bolt through the 3/8” hole, through the element and out the smaller hole. Then, secure it with the nyloc nut.