ROHN 25G130R100 100' foot 25G Guyed Tower Complete 130/110 MPH Rated
ROHN
Made in the USA!
The ROHN 25G130R100 100' foot 25G Guyed Tower Kit comes Complete and Pre-engineered as Specified in the ROHN Catalog for Use at the Rated Height, Antenna Load and Wind Speed indicated. This 25G130R100 Kit is comprised of the following BOM (Less Foundation and Installation) in accordance for use as a 100 Foot ROHN 25G Tower with EPA Ratings (Effective Projected Area) for 130 MPH (Rev. G) and 110 MPH (Rev. F).
Refer to View Larger Image or the ROHN Buyers Guide link under the Specification Tab for EPA Information.
This ROHN 25G Tower is to be used in a Guyed Configuration for Wireless Internet, Amateur and Business Radio, SCADA, DBS and Satellite Services, Cellular and Repeater, Smaller Microwave and Narrow Beamwidth Antenna Installations according to Specifications in the ROHN Catalog. As a Guyed Structure, a 130 MPH Rated Tower can rise to a maximum of 100 Feet. Refer to the ROHN Catalog for Foundation and Grounding Detail Information. Consult the ROHN Catalog PDFs in the Specifications Tab for more ROHN 25G Tower Details.
Item Ships LTL Freight ONLY!
| BILL OF MATERIALS: 25G130R100 130/110 MPH RATED PRE-ENGINEERED KIT | ||
|---|---|---|
| QUANTITY | PART NUMBER | DESCRIPTION |
| 1 | 25AG2 | Top Cap Tower Section |
| 9 | 25G | 10' Main Tower Section |
| 1 | 25AJBK | Bolt Kit for 25G Top Section |
| 9 | 25JBK | Bolt Kit for 25G Tower Section |
| 1 | BPC25G | Standard Concrete Base Plate |
| 3 | GA25GD | Guy Wire Bracket Assembly |
| 1000 ft | 3/16EHS | 3/16” Extra High Strength Strand |
| 9 | PLP-115 | Yellow Plastic Guard for Down Guys |
| 18 | BG2142 | 3/16" Big Grip Preform Dead-ends |
| 18 | 5/16THH | 5/16" Heavy Duty Thimble |
| 9 | 1/2TBE&J | 1/2" x 12" Turnbuckle Eye-to-Jaw |
| 3 | TBSAFETY | Turnbuckle Safety Wire and Clamps Kit includes: (1) 14001 – 1/4” Galvanized Guy Clamp (1) 1/44GW15 – 1/4” x 15’ Guy Wire |
| 3 | GAC3455TOP | Guy Anchor with 5 Hole Equalizer Plate |
| 1 | AGK1GGX | Anchor Rod Ground Kit includes: (3) 15' of 7/16 EIP IWRC RRL (3) 5/8" x 10' Galvanized Ground Rod (AKA 6260) (3) 3/4” Clamp No. 8034 WB (AKA 340016) (3) CPC.5/.75 Anchor Rod Clamp |
| 3 | BGK3GGX | Tower Base Section Grounding Kit includes: (1) 15' of 7/16 EIP IWRC RRL (1) 5/8" x 10' Copper Clad Ground Rod (1) 3/4" Clamp Ground Rod Clamp (1) CPC1/1.25 Tower Section Rail Clamp |
| 3 | CPC.5/.75 | Anchor Rod Clamp |
| 1 | 3/4x12PP | Concrete Base Plate Pier Pin Insert |
| 1 | ASSEMBLY GUIDE | Printed Specification/Assembly Guide |
The 25AG2* Top Cap Tower Section is the Default Standard
Top Section for the 25G Series Tower Kits.
We Offer the following Substitutions when Ordering Our Kits:
| OPTIONAL TOP CAPS FOR 25G130R100 KIT | |||
|---|---|---|---|
| PART NUMBER | DESCRIPTION | HEIGHT | O.D. |
| 25AG | Top Cap | 9' | 2" |
| 25AG1 | Top Cap | 9' - 3" | 1.66" |
| 25AG2* | Top Cap | 9' - 9" | 2.25" |
| 25AG3 | Top Cap | 9' - 3 1/2" | 2.25" |
| 25AG4 | Flat Plate Top Cap for Thrust Bearing |
8' - 3/16" | Pre-drilled FLAT |
| 25AG5 | Top Cap | 8' - 1/2" | 2.75" |
Guyed Towers are limited in Height due to the nature of Antenna and Ice loads versus the Cantilever Nature Of Wind against them, offset by the Downward force of all Downguy tensioned as specified, terminated to a properly embedded Anchor, the weight/size of the Foundation and the cohesive of the soil to prevent skid/pullout and all together to counter a Structural Failure or Tower tip-over moment, as well as the strength of the tower members to withstand these Forces against them. ROHN Tower Kits are designed based on assumptions made regarding Windspeed, EPA (Antenna Load), Ice Load, Transmission Cable Loads, Height, Standard Soil Conditions, Surrounding Environment and Duty (Exposure Categories).
The Pre-packaged Kits contain the parts called for based on this Stock Design. The Stock Design of these Kits does not account for the Variations of Historic Windspeed, Number of Antenna(e) Loading at Specific Height(s), Soil Engineering recommendations, Adjacent Structures, Communications Purpose, or Geo-Political Rules, Laws and Codes That will be Applicable to Your Project.
It is Recommended that you take the time to engage an local Engineer that has the expertise and available Information necessary to evaluate the Stock design for Applicability, and/or Fill Out the Tower Quote Data Sheet Form found by clicking the Specification Tab above and send to 3 Star Inc./ROHN for a review.
*Per Rev G requirements, any structure greater than 10' foot requires a climber safety device.
Download PDFGround your Coaxial Cable System
Commensurate with Coaxial Cable TV Antenna and Satellite TV Splitter Installation, you want to Ground your Cable TV or HDTV Antenna Coaxial Cable System Outside before bringing the TV Cable Inside. This way, Lightning Strikes and Power Surges have an opportunity to arrest before reaching your Satellite Receiver and TV Set(s). The Integral Grounding Block designed onto most Outdoor Use Compatible Satellite Signal Splitter we sell will effectively convey this unwanted Electrical Energy to a Ground Rod via a Copper Ground Wire that you Install (not included). Consult your Local Building Code and NEC for guidance to Properly Grounding your HD TV Antenna, Satellite TV, Cable TV, WI-FI, Wireless Internet, Business Band, CB or Amateur Radio Antenna Installation.
Grounding & Bonding Are Important
Ground Blocks and Proper Grounding are an Important, often overlooked, aspect of Your Over-all Cable TV, HDTV or Satellite Antenna Installation and Safety. Proper Grounding can also Reduce the Reception of Interfering RF Signals. Grounding of Masts, Antennas, Cable TV and other RF Distribution Systems are covered by the NEC. Grounding can be as simple as a 12 AWG Ground Wire connected a short distance away to a 8 foot 5/8" DIA Copper Ground Rod (not supplied) or Bonded to the Existing Power Ground by the Power Meter installed on the side of your Home or Office. You may notice that most new Cable TV, Satellite and TV Antenna Installations are effected in this Manner. However, most State and some Local codes will contain requirements that supersede that of the NEC. Please Refer to Your Local Building and Electrical Codes.
