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ROHN 25BRKT040 40 Foot 25G Bracketed Tower Complete Pre-engineered Kit

Price$1,710.00
Manufacturer Code25BRKT040
Top Cap ..:
Grounding:
Qty
AvailabilityItem Ships 3 to 5 days .

Highlights

Hot Dip Galvanized
Double Bolted Joints
Zig-Zag Rod Bracing
1-1/4" Steel Tubing
Side Rails
12-1/2" Equilateral
Triangular Design
Can be used in:
Bracketed Config

Bulk Quantities Available Here!

ROHN 25BRKT040 40' foot 25G Wall Bracketed Tower Complete Pre-engineered Kit
Made in the USA!Made in the USA!
The ROHN 25BRKT040 40' foot 25G Wall Bracketed 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 25BRKT040 Kit is comprised of (3) 10' Tower Section, (1) Top Cap Section(s), (1) 5' Base Section, (2) Brackets and Grounding Package(optional), less Foundation and Installation.

This Product Order Supplies the Following BOM (Less Foundation and Installation) in accordance for Use as a Wall Bracketed 40 Foot ROHN 25G Tower with EPA (Effective Projected Area) Ratings for 70, 80 or 90 MPH (No Ice). For more info click on the "More Info" Tab above or click here to refer to Allowable Antenna Loading
This Item Ships LTL Freight ONLY!

 

25BRKT040 KIT INCLUDES THE FOLLOWING + OPTIONS
INCLUDED MATERIALS WITH 25BRKT040 KIT
QUANTITY PART NUMBER DESCRIPTION
1 25AG2 Top Cap Tower Section
3 25G 10' Tower Section
1 25AJBK Bolt Kit for 25G Top Section
3 25JBK Bolt Kit for 25G Tower Section
2 HBUTVRO Heavy Duty Adjustable (18 - 36") House Bracket
1 SB25G5 5' Base Section
1 ACWS Anti-Climb Warning Sign
1 ASSEMBLY GUIDE Printed Specification/Assembly Guide
OPTIONAL ACCESSORIES FOR 25BRKT040 KIT
QUANTITY PART NUMBER DESCRIPTION
2 BGK3G Tower Base Grounding Kit /includes:
(1) 10' of #4 Copper Wire
(1) 5/8" x 8' Copper Clad Ground Rod
(1) 5/8" Ground Rod Clamp
(1) 5/16" x 2 3/8" Grade 5 HDG Bolt
(1) 5/16" Hex HDG Nut
(1) Hy-Lug YA4C-L4 Compression Terminal Lug

 

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:

TOP CAP TOWER SECTION OPTIONS
OPTIONAL TOP CAPS FOR 25BRKT040 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"
APL25G Assembly Plate 0.0 FLAT

The ROHN APL25G is an Assembly Plate used for Finishing Off a Tower that doesn't require an AG Top Cap Section, and for mounting Aviation Beacon Lighting, Cameras and More.(Field Drilling may be Required)
When Selecting this Top Cap OPTION, a 10' foot Standard Main Tower Section will accompany the APL25G together in Substitution of an AG Top Cap Tower Section in order to maintain the Tower Height Ordered.

Note

This 25G Tower is to be used in a Wall Bracketed Configuration according to the Foundation Specifications and Notes.

This Height Configuration relies on a SB25G5 Embedded in a Concrete Foundation Specified by Engineering. As a Wall Bracketed, Properly Mounted Structure, a 70, 80 or 90 MPH rated 25G Tower can rise to a maximum of 100 feet.

Visit our Knowledge Base for more ROHN 25G Tower Configurations, Foundation and Grounding Detail Information.

Wall Bracketed 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 weight of the Foundation, the cohesion of the soil, the Structural Integrity of the Load-Bearing Wall and the Method of attaching the Wall Support Brackets to same to counter Tower Tipping Point, 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), Height, Standard Soil Conditions, Surrounding Environment and Duty. 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 ROHN Catalog Pre-engineered design for Applicability, and/or find the Tower Quote Data Sheet Form by clicking the link that appears on the Footer of this Page Below. *Per Rev G requirements, any structure greater than 10' foot requires a climber safety device.

Specification Sheet
25BRKT Spec. Sheet
Specifications
BGK3G Grounding
Buyers Guide
25BRKT Buyers Guide

This taken from the FCC:

Antenna Tower Lighting and Marking Requirements

The FCC has been given the authority by Congress to require the painting and/or illumination of antenna towers when it determines that such towers may otherwise constitute a menace to air navigation. 47 U.S.C. § 303(q). The FCC's rules governing antenna tower lighting and painting requirements are based upon the advisory recommendations of the FAA, which are set forth in two FAA Advisory Circulars. 47 CFR §§ 17.21-17.58. Although the FAA's lighting and painting standards are advisory in nature, the FCC's rules make the standards mandatory. The standards and specifications set forth in these FAA documents are incorporated by reference into the FCC's rules, making these advisory standards mandatory for antenna towers.

 

The FCC always requires an FAA determination that an antenna tower will not pose an aviation hazard before it will grant permission to build that antenna tower. Information required on the FCC construction permit form advises the FCC staff as to whether such a tower location or height is involved. The FAA's determination takes into consideration the location and height of the proposed tower, and its safety lighting and marking.

 

Each new or altered antenna tower structure registered must conform to the FAA's painting and lighting recommendations set forth on the structure's FAA determination of "no hazard," and must be cleared with the FAA and filed with the FCC. If the FAA determines that the tower would be a physical hazard, the FCC will not approve the construction permit application. (When, however, the FAA determines that there is an aviation hazard due to possible radiofrequency interference with aviation communication signals, the FCC makes an independent analysis of who will be responsible for resolving possible conflicts, and may not automatically defer to the FAA determination as to what party should bear the cost of any needed equipment changes.)

 

The FAA advisory circulars set forth detailed specifications for lighting and painting. If, however, the FAA's standards allow more than one lighting or painting option for a particular structure, the person seeking FAA clearance for a tower may indicate on FAA Form 7460-1m which of the specified types of marking and lighting systems is desired. With respect to telecommunications towers, the most common option approved by the FAA is the substitution of white flashing lights for a combination of red lights and painting. Any preferences or requests for deviation from standards must be submitted to the FAA regional office which services the area where the structure would be located. The FAA regional office conducts an aeronautical study of the safety of the structure and will consider the proposed deviations or preferences in conducting its study. The FAA considers any preferences or requests for deviation from its standards as part of its aeronautical study.

 

Where the FAA approves the substitution of high intensity white lights for a combination of red lights and painting, and the antenna tower is located in a residential neighborhood, the Commission requires the applicant to prepare an environmental assessment. 47 CFR § 1.1307(a)(8). The Commission, upon review of the environmental assessment, may determine that the proposed substitution of high intensity white lights would not have a significant impact, and may process the application without further review. 47 CFR § 1.1308(d). If, however, based upon a review of the environmental assessment, the Commission determines that the proposed high intensity lights would have a significant environmental impact upon the human environment, the Commission will inform the applicant. The applicant will have the opportunity to amend its application to eliminate the environmental problem. If the problem is not eliminated, the Commission will publish in the Federal Register a Notice of Intent that an Environmental Impact Statement be prepared. 47 CFR § 1.1308(c). The Commission may, to assist in the preparation of an Environmental Impact Statement, request further information from the applicant, interested persons and other agencies or authorities. The Commission may also direct that objections to the proposed lighting be raised with the appropriate state or local authorities. 47 CFR § 1.1314(d).

 

As part of the its aeronautical study, the FAA may, if it considers it necessary, solicit comments from or convene a meeting of all interested persons for the purpose of gathering all facts relevant to the effect of the proposed construction on the safe and efficient utilization of the navigable airspace. See 14 CFR §§ 77.35, 77.41-77.69. The FAA regional office forwards its recommendation to FAA headquarters in Washington for final approval. The final FAA determination also must be submitted to the FCC with any antenna construction permit application that requires FAA notification. These structures will be subject to inspection and enforcement of marking and lighting requirements by the FCC.

 

Although there is no absolute height limit for antenna towers, both agencies have established a rebuttable presumption against structures over 2,000 feet above ground level. The FCC has a policy that applications filed with the FCC for antenna towers higher than 2,000 feet above ground will be presumed to be inconsistent with the public interest and the applicant will have a burden of overcoming that strong presumption. The applicant must accompany its application with a detailed showing directed to meeting this burden. Only in the exceptional case, where the Commission concludes that a clear and compelling showing has been made that there are public interest reasons requiring a tower higher than 2,000 feet above ground, and after the parties have complied with applicable FAA procedures, and full Commission coordination with FAA on the question of menace to air navigation, will a grant be made. See 47 CFR § 1.61 Note.

 

The FAA presumption against construction of structures over a certain height is set forth in the FAA rules. A proposed structure or an alteration to an existing structure that exceeds 2,000 feet in height above the ground will be presumed to be a hazard to air navigation and to result in an inefficient utilization of airspace and the applicant has the burden of overcoming that presumption. Each notice submitted under the FAA rules proposing a structure in excess of 2,000 feet above ground must contain a detailed showing, directed to meeting this burden. Only in exceptional cases, where the FAA concludes that a clear and compelling showing has been made that it would not result in an inefficient utilization of the airspace and would not result in a hazard to air navigation, will a determination of no hazard be issued. See 14 CFR § 77.17(c).

Antenna Tower Lighting and Marking Links