Brief: This video provides a case-style overview of the Extensive Adjustment Telescopic Mast for Solar Security Trailers. You'll see how its wide adjustment range enables precise monitoring and long-distance coverage, witness its robust construction and environmental tolerance in action, and learn how it ensures efficient operation and on-demand deployment for solar monitoring applications.
Related Product Features:
Features a wide adjustment range for both precise monitoring and wide-area long-distance coverage.
Constructed from cold galvanized steel plate with powder coating for excellent corrosion resistance and durability.
Designed to operate normally in extreme environments with strong environmental adaptability.
Offers high load-bearing strength to support integrated monitoring or lighting equipment up to 60kg.
Provides strong portability and storage capabilities with collapsible, telescopic design.
Available in multiple height options from 6m to 9m with manual lifting mechanism.
Includes manual winch system with 1200LBS capacity for reliable operation.
CE certified to enhance market competitiveness and ensure quality standards.
Faqs:
What is the height adjustment range of this telescopic mast?
The mast is available in multiple height options, ranging from 6 meters to 9 meters, allowing for both precise monitoring and wide-area long-distance coverage as needed.
How durable is this mast in harsh environmental conditions?
The mast is constructed from cold galvanized steel plate combined with powder coating material, providing excellent corrosion resistance and durability to operate normally in extreme environments.
What is the maximum weight capacity this mast can support?
This telescopic mast has a strong load-bearing capacity, supporting up to 60kg maximum bearing capacity, making it suitable for integrated monitoring or lighting equipment requirements.
What type of lifting mechanism does this mast use?
The mast features a manual lifting system with a manual winch rated at 1200LBS capacity, providing reliable and controlled extension and retraction.