High Mast Pole With Platform

1.Built-in Platform: Multiple protective measures ensure safety and improve operational efficiency
2.Sodium Lamp: Strong fog penetration, high luminous efficiency and long service life

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Description

Product Introduction

◎The built-in platform realizes convenient maintenance by providing an exclusive climbing channel, ensures safety with multiple protective measures, and achieves cost optimization by reducing equipment rental and labor costs, thus revolutionizing the maintenance mode of high mast lights and improving operational efficiency.

◎Sodium light sources, with excellent fog penetration, high luminous efficiency, long service life, as well as good stability and adaptability, are powerful lighting options in complex environments.

◎High Mast Pole With Platform combined with sodium lamps demonstrates comprehensive value in scenarios such as ports, airport areas, large squares and stadiums, respectively in improving operational efficiency, meeting high-precision lighting needs, creating a comfortable atmosphere, etc.

Built-in Operating Platform

The operating platform of High Mast Pole With Platform adopts a "lamp pole embedded steel structure" design, using Q355B low-alloy high-strength steel as the base material, and is integrally formed with the main body of the lamp pole through a composite fixing method of welding and bolts, forming a continuous operating channel from the ground to the lamp panel (height 15-45 meters).

1.Breakthrough Improvement in Maintenance Efficiency

◎Instant response mechanism: The platform is delivered for use synchronously with the lamp pole. Maintenance personnel can carry out operations at any time with tools without relying on external equipment. The time for a single maintenance (such as replacing the light source) is reduced from the traditional 4-6 hours to 1.5-2 hours, with efficiency improved by more than 60%.

◎All-scenario adaptability: The integrated design of the platform and the lamp pole has a minimum operating radius of only 1.2 meters, and can adapt to soft-based roads (such as muddy ground, gravel yards) below 5kN/m², especially suitable for scenarios where equipment is difficult to enter, such as logistics parks and dock yards.

◎Stepped operating nodes: A 0.8m×1.0m foldable operating platform is set every 3 meters on the platform, equipped with tool hooks and temporary placement tables. There is no need for suspended operations when replacing light sources, and the operational convenience is improved by 50% compared with traditional schemes.

2.All-round Upgrade of Safety Protection

◎Structural bearing safety: The main frame of the platform can bear a load of ≥250kg (including personnel and tools). The pedals are made of 3mm thick anti-skid patterned steel plates (anti-skid coefficient ≥0.8), which have no plastic deformation after a 150% rated load static load test (lasting 1 hour).

◎Fall protection: A fall arrester guide rail is preset on the inner side of the platform. The fall arrester (complying with EN 360 standard) worn by maintenance personnel is rigidly connected to the guide rail. The fall locking distance is ≤0.5 meters, and the response time is ≤0.15 seconds, which is 95% safer than traditional safety belt protection.

◎Detailed safety design: The edge of the platform is provided with 1.2-meter high protective rails (crossbar spacing ≤30cm). The top operating area is equipped with a foldable protective door (linked and locked with climbing actions) to prevent non-maintenance personnel from climbing by mistake; the depth of climbing steps is ≥28cm, and the riser height is ≤25cm, which conforms to ergonomic design and reduces safety risks caused by climbing fatigue.

Sodium Light Source

Optical Advantages in Extreme Weather

◎Fog penetration performance: In dense fog with a visibility of 500 meters, the light transmission attenuation rate of sodium lamps is only 60% of that of LEDs (white light, main peak 450-500nm), ensuring that port crane operators can clearly identify container numbers (font height 10cm) from 50 meters away.

◎Anti-interference: Yellow light has a high matching degree with the reflectivity of road markings and warning signs (30% higher than white light). The glare index (UGR) on waterlogged roads in rainy days is ≤19, which is lower than the UGR 22 of LEDs, reducing driver visual fatigue.

Economic Balance in the Whole Life Cycle

Performance Indicators	High-Pressure Sodium Lamp (HPS)	LED Light Source (High-End)	Fluorescent Lamp
Initial Cost (400W)	About 800 yuan (including ballast)	About 2500 yuan (including driver)	About 600 yuan
Service Life (L70 Standard)	20,000-30,000 hours	50,000-100,000 hours	8,000-12,000 hours
Annual Replacement Frequency (12h/day)	1-1.5 times	0.3-0.5 times	3-4 times
Drive Complexity	Requires ballast (simple structure)	Requires constant current driver (complex circuit)	Requires inductive ballast
Voltage Adaptability	AC100-277V (no impact with ±15% fluctuation)	AC90-265V (protection required for ±10% fluctuation)	AC220V (±5% fluctuation)