Qixiang, a Chinese steel pole manufacturer, today introduces the specifications of some security monitoring poles. Common security monitoring poles, road security monitoring poles, and electronic police poles consist of an octagonal pole, connecting flanges, shaped support arms, mounting flanges, and embedded steel structures. Security monitoring poles and their main components should be durable structures constructed from materials capable of withstanding mechanical, electrical, and thermal stresses. These materials and electrical components should be moisture-resistant, non-explosive, fire-resistant, or flame-retardant.
All exposed metal surfaces of security monitoring poles and their main components should be protected with a hot-dip galvanized coating. The galvanizing layer should be uniform and have a thickness of no less than 55μm.
The structural assembly quality of security monitoring poles and their main components must meet the following requirements:
The height deviation of security monitoring poles and their main components is allowed to be ±200 mm.
The cross-sectional dimension deviation of security monitoring poles and their main components is allowed to be ±3 mm.
The displacement of the tower axis after installation of security monitoring poles and their main components is allowed to be ±5 mm.
The vertical deviation of security monitoring poles and their main components is allowed to be 1/1000 of the tower height.
The dimensions of security monitoring poles and their main components should be consistent, and the outdoor camera monitoring position should provide good guidance and positioning. Bolt connections for steel structures should be simple and uniform, with bolt sizes no smaller than M10. Connections should be secure and reliable with anti-loosening measures.
All welds on security monitoring poles and their main components must meet standard requirements, with smooth surfaces and no defects such as pores, welding slag, cold welds, or leaking welds.
Under conditions that meet the maximum wind load, the displacement (torsion value) of the top of the pole and its main components should be no less than 1/200 of the height of the pole and its main components.
The security monitoring pole and its main components should have lightning protection features. The non-live metal of the camera should form a single piece and be connected to the ground wire via the grounding bolt on the housing.
The enclosure of the security monitoring pole and its main components should have a protection rating of no less than IP55, and the protection rating of the pole and its main components should meet the requirements for outdoor use.
The security monitoring pole and its main components should be capable of both electric and manual lifting, maintaining a uniform, smooth, and safe lifting process. At a lifting speed of 8 m/min, the motor power should be less than 450 W, and the manual torque should be ≤ 40 N/m. The security monitoring pole and its main components should be equipped with a reliable grounding device, with a grounding resistance of less than 4 ohms.
The type and dimensions of the foundation for the security monitoring pole and its main components should be determined based on the seismic intensity, wind load intensity, geological conditions, and specific user requirements at the location where the camera is installed. Specific installation drawings and necessary construction requirements should be provided as required (specifically, these should include the following: the foundation concrete strength must not be less than C20; M24 anchor bolts should be embedded in the top of the foundation, with the height of the bolts protruding from the foundation no less than 100 mm, and the embedded bolt position deviation must not exceed ±2 mm; the location and specifications of the embedded steel pipe for the incoming cable, etc.).
The outdoor control switch box for the security monitoring pole and its main components should be stainless steel with a spray-coated surface. The vertical poles are constructed from Φ159×6 straight seam steel pipe. The connection between the vertical pole and the cross arm is made from Φ89×4.5 straight seam steel pipe, protected by a welded reinforcement plate (810 steel plate). The vertical poles are connected to the foundation using flanges and embedded bolts, protected by welded reinforcement plates (δ10 steel plate). The crossarms are connected to the vertical pole ends using flanges and welded reinforcement plates (810 steel plate). The distance between the vertical pole’s center axis and the cross arm’s end closest to the road center is 5 meters. The crossarms are constructed from Φ89×4.5 straight seam steel pipe. Three vertical pipes, made of Φ60×4.5 steel pipe, are evenly welded in the middle of the cross arm.
The security monitoring poles are fully hot-dip galvanized.
This is what Qixiang, a Chinese steel pole manufacturer, has to offer. Qixiang specializes in traffic lights, signal poles, solar road signs, traffic control devices, and other products. With 20 years of experience in manufacturing and exporting, Qixiang has earned numerous positive reviews from overseas customers. If you require further information, please contact us.
Post time: Oct-28-2025
