1. Telescopic Mast Light for Emergency Rescue: Consider Response Speed and Stability Under Extreme Conditions
At disaster sites, the equipment must be able to "extend quickly, rise rapidly, and stand stably."
Lifting Efficiency: 14-meter height extension ≤ 60 seconds, motor power ≥ 300W, supports DC 24V vehicle power supply.
Wind Resistance: Nominal wind resistance ≥ Level 8 (20m/s), with reinforced cable interface, automatic locking to prevent fall in case of power failure.
Protection Rating: Overall IP65 or higher, sealing rings made of cold-resistant materials (not brittle at -25℃), adaptable to rain, snow, and dusty environments.
Safety Redundancy: Equipped with mechanical + electronic dual limit switches, overload/overheat protection, grounding terminal conforms to GB50057 lightning protection standard.
High-quality products typically provide wind tunnel test reports and 5000-cycle lifting fatigue test data; a performance guarantee agreement can be requested from the supplier.
2. Telescopic Mast Light for Field Operations: Heavy-Duty Materials and Maintenance-Free Design The absence of electricity, low temperatures, and high corrosion environments demand robust basic materials and structural durability.
Pole Material: 6063-T6 aluminum alloy or 316 stainless steel is preferred, with a yield strength ≥276MPa and a closed height <2 meters for easy transport.
Surface Treatment: Hard anodized layer thickness ≥25μm, enhancing wear resistance and salt spray resistance.
Drive Method: Manual or pneumatic drive is more reliable, avoiding reliance on electricity; if electric, a UPS backup power supply is required.
Maintenance Convenience: Fully enclosed transmission system design with imported NOK rubber seals, supporting monthly lubrication and annual inspection.
In these scenarios, lightweight (60% lighter than steel) and corrosion resistance are more important than intelligent features.
3. Telescopic Mast Light for Urban Security Monitoring: Checking Intelligent Control and Integration Compatibility
High-frequency, remote control scenarios require system-level stability.
Control System: Supports wireless remote control (30–50m) and local button dual control; can be connected to RS485/CAN bus for remote status monitoring.
Load Adaptability: Standard universal top flange interface; can accommodate cameras, infrared lights, microwave sensors, etc.; load ≥35kg.
Cable Management: Built-in cable structure; power and control cables are fixed inside the pole to prevent tangling and wear.
Operating Life: Lifting mechanism has undergone ≥5000 cycle tests without failure; motor is from a well-known brand with excellent heat dissipation.
Avoid products that only support single-control mode or have external spiral cables, as they are prone to failure with long-term use.
4. Telescopic Mast Light for Temporary Construction Lighting: Verify lighting coverage and structural strength. Nighttime construction requires large-area, high-brightness lighting, and equipment is often exposed to vibration and collision risks.
Lighting Configuration: Equipped with multi-head LED floodlights, total power ≥1000W, color rendering index Ra>80, ensuring clear visibility of the work area.
Structural Rigidity: Circular cross-section rod with inter-section gaps ≤0.5mm to reduce sway; hydraulic outriggers can be added to the bottom for enhanced stability.
Buffer Design: Features a self-falling buffer function for smooth, impact-free descent, protecting the lighting fixture and structure.
Integrated rotating gimbal model recommended: Enables 360° lighting angle adjustment, improving operational flexibility.
5. Telescopic Mast Light for Military/High-Security Scenarios: Prioritizes concealment and multiple backup mechanisms. High-risk missions cannot tolerate any single point of failure.
Drive Redundancy: Dual-mode design (electric + manual) allows for manual lifting in case of power failure, ensuring mission continuity.
Low Noise Operation: Motor noise <50dB, avoiding exposure of deployment location.
Extreme Wind Resistance: Hydraulic drive models can withstand winds up to level 12, achieving long-term stability with ground anchors.
Lightning Protection and Grounding: Equipped with a dedicated grounding terminal, grounding resistance ≤4Ω, and testing documentation provided.