Pipe Monopole Tower – Monopole Tower Manufacturers

.Kehang monopoles are single member self-supporting structures used in urban areas where space is limited
.We offer steel tapered, slip-sleeve monopoles or flanged pipe poles depending on your communication application

SLIP-SLEEVE

Designed to carry wireless and microwave communication equipment, our steel tapered monopoles are made of high-strength steel with minimum yield strength of 65 ksi. They are constructed of slip-sleeve tapered sections. Each order includes steel templates to assure proper base bolt alignment. Our monopoles have step bolt working rings at handhole levels and loop step bolts at all working points. They are available 12, 16, or 18-sided and in heights that meet your specifications. A factory-applied finish coat is available upon request

FLANGED PIPE POLES

In addition to providing slip-sleeve monopoles, Kehang offers pipe poles that are internally and externally flanged. Each order includes steel templates to assure proper base bolt alignment. Designed with safety in mind, we provide step bolt working rings at handhole levels and loop step bolts at all working points. Our flanged pipe poles are capable of carrying a variety of communication applications and custom-engineered to meet your height specifications

Light Standard Pole

The Light Standard Pole is a relatively small diameter CSA–S37 compliant pole that can be used to replace or augment light standards. Its height ranges from 14.9m to 18.6m (49 to 61 feet) and it is ideal for microcell densification projects

Micropole

The Micropole is a relatively small diameter, short CSA–S37 compliant pole that can be used where loading can accommodate outside mounted antennas. It ranges in height from 14.9m to 34.4m (49 to 113 feet) and is ideal for urban areas and medium–density sites.

.Kehang’s innovative micropole is helping our clients expand their urban networks

Mono–pine

Kehang’s Mono–pine is an innovative solution for wooded settings. It is a step–tapered pole ranging in height from 24.4m to 36.6m (80 to 120 feet), with artificial branches and needles covering the upper part of the pole. The Mono–pine is designed to blend into a forest and is virtually indistinguishable from the surrounding trees.

.Kehang’s innovative Mono–pine has made headlines in Ontario’s cottage communities

Rapid–Deploy Monopole

The Rapid–deploy Monopole is a temporary or permanent tower solution ranging in height from 10m to 18m (32 to 60 feet). It is a CSA–S37 compliant pole that can be installed in less than two days with a ballast design that eliminates any foundation requirements. It is ideal for microcell densification projects in urban settings for seasonal requirements.

Flag Pole

The Flag Pole has a circular face and constant diameter, which enables antennas to be mounted inside the pole, under the shrouding material. It ranges in height from 22m to 40.2m (72 to 132 feet) and is ideal for medium to high–density sites, where an unobtrusive appearance is required.

Standard Monopole

The Standard Monopole is a step–tapered pole ranging in height from 24.4m to 48.8m (80 to 160 feet). It has a small footprint, making it ideal for heavy–density or smaller sites and accommodates multiple panel and dish antenna installations

Pipe Monopole Tower – Monopole Tower Manufacturers

parstower

Monopole Tower

This Tower are of a single pole design and are general used in cellular and personal communication service
In comparison with other form masts, a monopole tower has both advantages of light weight and small space requirement. It free standing and usually built cylindrically or with multiples sides. Monopole towers are supplied completely with shafts, platforms, ladders, rest platforms and anchor bolts as required. There is a lower hole in the surface of bottom body, upper hole at the platform place. Antenna bracket fixed in the enclosure of platform. The ladder is inside of the tower body. So the design sometimes makes it a decorative building in some places. yhis tower is regularly used in power grid construction and communication systems. Especially in some zone confine land .It can be used on either city or suburb areas

The advange of monopole tower

Reduce the weight by 10%–20% –
 Reduce the wind press of the tower –
 Large 20% rotation radius the angle tower –
 Large load capacity than angel tower –
 Reduce 10%–20% material –
 Shorten period install –
 Structure diversification –

Design of monopole tower

:The design of a monopole tower need the following Climatic condition

Average grade of the atmosphere-
Minimum ambient temperature-
Maximum ambient temperature-
Average ambient temperature-
Relative humidity- maximum-
Average Annual Rainfall-
Maximum Wind velocity : km/hr or ( m/s)
Isokeraunic level-
Seismicity Coefficient-
Altitude or Terrain-

Height of Monopoles

:Height of monopoles shall be determined in the under-mentioned way
H = Gc + Sg + Li + Hc + Hg
Where,
H = total height of monopole
Gc = Necessary ground clearance of power conductors above ground or other objectives.
Sg = Maximum conductor sag
Li = Length of a suspension insulator set, but nil for a tension type monopoles.
Hc = Vertical spacing of upper conductor cross -arm spacing
Hg = Vertical spacing between upper conductor cross-arm and overhead earthwire.
The monopole Monopoles shall be provided with body extensions in a 3m step [3m, 6m, 9m and 12m] to a standard height for maintaining necessary conductor ground clearance mentioned in APPENDIX 1.A.2 on various ground profiles. Standard monopole structures are shown in Appendix 1.A.1 as well as insulation clearance diagram of conductors

Monopole tower Design Span

The design of all towers shall provide for the following basic, wind and weight spans and shall be tabulated in form shown below. The table shall be submitted with the bids
The term basic span means the horizontal distance between centers of adjacent supports on the level ground which the height of standard towers is derived with the specified conductor clearances to ground in still air at maximum temperature
The term wind span means half the sum of adjacent horizontal span lengths supported on any one tower. It shall be indicated in the table Appendix 10. A.1
The term uplift weight means the weights of conductors and overhead earthwire supported upwards at any one tower for reinforcing strength of cross arms. It shall be indicated in the table of appendix 10. A.1

Monopole tower Design Loads

The following loads shall be applied in the design of towers
:(a) Wind Loads

: on power conductors and overhead earthwire-
(on the projected area of conductor or wire)
: On tower structures-
(on the projected area of structure members)
:On insulator sets-
(c) Maximum working Tensions of Conductor and Earthwire
:Power conductor Lynx-
:Overhead ground wire earthwire-
(c) Vertical Loads
tower structures : actual weights of tower structures including accessories-
Power conductors : Weight of conductors of specified weight span with accessories-
Overhead earthwire : weight of specified weight span with accessories-

MONOPOLE TOWER MATERIALS

All steel shall comply with BS EN 10025 or BS EN 10210 as appropriate, unless otherwise specified and shall be suitable for all the usual fabrication processes, including hot and cold working within the specified ranges.
The quality of finished steel shall be in accordance with BS EN 10163. All steel shall be free from blisters, scale, laminations, segregations and other defects. There shall be no rolling laps at toes of angles or rolled-in mill scale

:Unless specified to the contrary the following grades of steel shall be applicable

.i. Mild steel shall be either grade S235JRG2 or S275JR
.ii. High tensile steel shall be grade S355JR for sections less than 20 mm thick and S355JO for sections greater or equal to 20mm thick, except for plates which shall be greater or equal to 40mm thick