DIRECT EMBED POLE STANDARD DESIGNS GENERAL USE FEATURES

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2 P Pole Height Above Grade 0 Embedment Separation 1 () Jacking Lugs Splice 4 Port D Gravel Base Cap Plate Port C Port B Port A Aggregate Backfill DIRECT EMBED POLE STANDARD DESIGNS Ground Attachment Clips Grade Bearing Plate (Allows Drainage) DIRECT EMBED GENERAL USE ROHN Direct Embed Poles minimize site requirements, lowering lease rates and acquisition costs. They are designed for rapid installation, meeting the demands of today s dynamic communication environments. Whether you are supporting broadband, PCS, security or other lightweight systems, ROHN Tapered Steel Poles offer extremely efficient designs. FEATURES Completely hotdip galvanized after fabrication Fast, easy installation Designed for applications with stringent deflection requirements Internal routing of transmission lines Each pole ships with the following: Assembly Drawings and Standard Foundation Details (4) x Ports with ( port covers () Jacking Lugs on each side of splices () Ground attachment clips (1) Vented cap plate (1) Bearing plate welded to bottom Safety Climb Support Brackets (1) Safety warning sign (1) Pole ID tag Attachment clips for optional step bolts Optional items are available and may be ordered separately. Please see accessories on page. Custom designs available for any height or application. 1º C Phone (0) 000 Fax (0) 0 The Industry Standard 0 ROHN PRODUCTS LLC º Per Rev G requirements, any structure greater than requires a climber safety device. Please see page for ordering information. A B POLES D º 0º Safety Climb Support Bracket (Safety Cable System Ordered Separately) PORT ORIENTATIONS

3 BUYERS GUIDE P The pole loading charts included in this section were created to help you identify the standard pole that most closely meets your needs. The charts include the design wind speed, sway, total EPA that the pole can support and pole embedment requirements. Once the correct structure is identified, use the part number at the top of each section to order your pole. Part Number for ordering direct embed poles 0 Height Above Grade WIND SPEED (MPH) Sway at TIA operational wind speed DEP0LA DEP0MA DEP0HA º º SECOND 4º EMBEDMENT DEPTH DIA.. DEPTH DIA.. DEPTH DIA..0 LOADING CHARTS Total effective projected area of antennas, mounts and lighting allowed on pole (see pg. ) Depth and diameter of embedment for gravel backfill. Installation adds to the depth for gravel base 40 0 WIND SPEED (MPH) DEP40LA DEP40MA DEP40HA SECOND º EMBEDMENT DEPTH 1 DIA.. DEPTH DIA.. DEPTH 1 DIA..0 WIND SPEED (MPH) DEP0LA DEP0MA DEP0HA SECOND º EMBEDMENT DEPTH 1 DIA.. DEPTH 1 DIA.. DEPTH DIA..0 Phone (0) 000 Fax (0) 0 The Industry Standard 0 ROHN PRODUCTS LLC 1

4 P DIRECT EMBED POLES LOADING CHARTS 0 WIND SPEED (MPH) DEP0LA DEP0MA DEP0HA SECOND º EMBEDMENT DEPTH 1 DIA.. DEPTH DIA..0 DEPTH DIA..0 WIND SPEED (MPH) DEPLA DEPMA DEPHA SECOND º EMBEDMENT DEPTH 1 DIA..0 DEPTH 1 DIA..0 DEPTH 0 DIA.. WIND SPEED (MPH) DEPLA DEPMA DEPHA SECOND º EMBEDMENT DEPTH 1 DIA..0 DEPTH 1 DIA..0 DEPTH 0 DIA.. WIND SPEED (MPH) DEPLA DEPMA DEPHA SECOND º EMBEDMENT DEPTH 1 DIA..0 DEPTH 0 DIA..0 DEPTH DIA.. ( ) Indicates that pole is not recommended for the tabulated wind speed Phone (0) 000 Fax (0) 0 The Industry Standard 0 ROHN PRODUCTS LLC

5 LOADING CHARTS P WIND SPEED (MPH) DEPLA DEPMA DEPHA SECOND º EMBEDMENT DEPTH 1 DIA..0 DEPTH 0 DIA.. DEPTH DIA.. WIND SPEED (MPH) DEPLA DEPMA DEPHA SECOND º EMBEDMENT DEPTH DIA.. DEPTH 1 DIA. 4.0 DEPTH DIA. 4.0 WIND SPEED (MPH) DEPLA DEPMA DEPHA SECOND º EMBEDMENT DEPTH DIA.. DEPTH DIA. 4.0 DEPTH DIA WIND SPEED (MPH) DEP0LA DEP0MA DEP0HA SECOND º EMBEDMENT DEPTH DIA. 4.0 DEPTH DIA. 4.0 DEPTH 4 DIA. 4. ( ) Indicates that pole is not recommended for the tabulated wind speed Phone (0) 000 Fax (0) 0 The Industry Standard 0 ROHN PRODUCTS LLC

6 P LOADING CHARTS 0 WIND SPEED (MPH) DEP0LA DEP0MA DEP0HA SECOND º EMBEDMENT DEPTH 4 DIA. 4.0 DEPTH DIA. 4. DEPTH DIA WIND SPEED (MPH) DEP10LA DEP10MA DEP10HA SECOND º EMBEDMENT DEPTH 4 DIA. 4.0 DEPTH DIA. 4. DEPTH DIA..0 ( ) Indicates that pole is not recommended for the tabulated wind speed 1. Pole designs conform to ANSI/TIA/EIAF with 1/ radial ice and to ANSI/TIAG (Class I, Exposure B, Topographic Catagory I ). Design criteria must be verified prior to installation based on sitespecific requirements.. Embedment depths are based on Normal soil (TIA Rev. F) and clay Presumptive soil (TIA Rev. G) with aggregate backfill. Actual site soil design parameters must be verified prior to installation.. For corrosive groundwater and/or soil conditions, ROHN recommends additional corrosion control protection such as concrete backfill, additional protective coating over galvanizing or the installation of sacrificial anodes. 4. Embedment depths may require adjustment based on local soil conditions. 4 Phone (0) 000 Fax (0) 0 The Industry Standard 0 ROHN PRODUCTS LLC

7 P PARTS & ACCESSORIES SAFETY CABLE SYSTEM 1 Pole Height Part Number TT00TSP TTTSP TT10TSP STEP BOLTS STEP BOLTS START AT 0 ABOVE GRADE (NOMINAL). WHEN ORDERING STEP BOLTS, PLEASE SPECIFY POLE HEIGHT. EX. SBDEP for a POLE JOURNEYMAN CLIMBING HARNESS TTFBH4D PROFESSIONAL CLIMBING HARNESS TTFBHC/P SAFETY CABLE SLIDER WITH CARABINEER TTWG00W/SMC Cap Plate Grounding Lug Ground Rod Clamp Ground Wire Grade Ground Rod LIGHTNING ROD LRCL COPPER CLAD BOLTS TO CAP PLATE, PROVIDED WITH POLE. GROUNDING KIT BGKGGX KIT INCLUDES (1) GROUND LEAD, GROUND ROD AND CONNECTIONS. ORDER () KITS FOR REV G GROUNDING. PORT DIMENSIONS.00 Reference Elevation.00 Internal Hook For Ports CD A through D PORTS Larger ports are available, upon request. Phone (0) 000 Fax (0) 0 The Industry Standard 0 ROHN PRODUCTS LLC

8 P ANTENNA INDEX DIAMETER (1) FT. (1) FT. (1) 4FT. ( FT. BTOB ( FT. BTOB ( 4 FT. BTOB DISH ANTENNA FLAT PANEL ANTENNA EPA FT DIMENSION EPA FT SWAY LIMIT W/ RADOME W/O RADOME 1 FT. SQUARE W/ MOUNT FT. SQUARE W/ MOUNT FT. SQUARE W/ MOUNT 1 4 4º º º 4º º º SWAY LIMIT 4º º º 1. The above antenna data is intended to assist in the selection of the appropriate ROHN pole. Once the total EPA and sway limit is determined for the antennas, the standard ROHN pole can be selected from the tabulated values. (See example below). Tabulated pole EPA capacities represent the maximum EPA capacity of a pole. The capacity is based on the assumption that % of the total EPA is located at the top of the pole and the remaining 0% is located 0 ft. below the top. When all loading is located at the top of the pole, the tabulated EPA capacity must be reduced by 0%.. Sway limits are determined under a 0 MPH fastestmile (Rev. F) or 0 MPH second gust (Rev. G) wind speed. 4. The antenna effective projected areas (EPA) and sway limits provided in the antenna index are guidelines for typical antenna systems. Other values may apply for specific antenna models or for sitespecific systems. Determine EPA & Sway Limit for Dishes or Flat Panel Antennas 1. Using the antenna index, determine the types of antennas to be installed on the pole.. Add together the EPA value of all the antennas to be supported.. Determine the most restrictive sway limit considering all the antennas to be supported. For example, for one dish with a º sway limit and one 1 flat panel with a 4º sway limit, the sway limit for the pole would be º and the required pole EPA capacity would be +=1 ft. 4. If all antennas are to be supported at the top of the pole, only % of the tabulated EPA capacity shown may be considered when selecting a pole. Alternately, the antenna EPA to be supported may be increased by %. For example, the required pole capacity would be 1x1.= ft.. Using the pole sway limit and the required EPA capacities, the appropriate pole may be determined from the tabulated values. For example, for a ft. pole and a mph sec gust wind speed, a medium pole [P/N: DEPMA] would be required for an EPA capacity greater than ft for a º sway limit. Phone (0) 000 Fax (0) 0 The Industry Standard 0 ROHN PRODUCTS LLC