Fast
Shipping
Quick,
Simple Ordering
Clear,
Upfront Pricing
Over 30,000
Happy Customers
Exceptional
Customer Service
Industry's Largest
Catalog
The SECO 5119-00-YEL Graduated Collapsible GPS Antenna Tripod, Standard Yellow, is a high-quality and versatile tripod designed for GPS and machine control applications. It is a reliable and durable tool that meets the needs of professionals in the field.
This tripod features a collapsible center staff with a twist-locking mechanism, allowing for easy setup and adjustment. The staff can rotate 360 degrees, making it ideal for calibrating the 8-minute vial. Additionally, it includes quick release and twist-locking mechanisms on the legs, providing stability and convenience during use.
The SECO 5119-00-YEL tripod offers dual graduations and can be adjusted to three different heights: 1.5, 1.8, and 2 meters. This flexibility allows users to adapt the tripod to their specific needs and ensures accurate measurements. When not in use, the tripod can be collapsed to a compact size of 50 inches (127 cm), making it easy to transport and store.
This tripod is designed with user convenience in mind. It includes a removable 5/8 x 11 adapter, providing compatibility with a wide range of surveying tools. Additionally, it features an on-board compass, enabling users to easily align their equipment.
The SECO 5119-00-YEL tripod is built to last. Its extendable tripod legs and pole are electrostatically powder painted, offering excellent resistance to wear and tear. The replaceable points ensure that the tripod can maintain its stability and support over time. The aluminum hardware is anodized black, providing long-lasting protection against corrosion and damage.
With a vibrant yellow color, the SECO 5119-00-YEL tripod is easily visible in the field. Its lightweight design, weighing only 15.00 lb (6.80 kg), makes it easy to carry and maneuver on the job site.
In conclusion, the SECO 5119-00-YEL Graduated Collapsible GPS Antenna Tripod, Standard Yellow, is a reliable, versatile, and durable tool for professionals working in GPS and machine control applications. Its innovative features, adjustable height, and sturdy construction make it an essential asset for accurate and efficient measurements in the field.
This tripod features a collapsible center staff with a twist-locking mechanism, allowing for easy setup and adjustment. The staff can rotate 360 degrees, making it ideal for calibrating the 8-minute vial. Additionally, it includes quick release and twist-locking mechanisms on the legs, providing stability and convenience during use.
The SECO 5119-00-YEL tripod offers dual graduations and can be adjusted to three different heights: 1.5, 1.8, and 2 meters. This flexibility allows users to adapt the tripod to their specific needs and ensures accurate measurements. When not in use, the tripod can be collapsed to a compact size of 50 inches (127 cm), making it easy to transport and store.
This tripod is designed with user convenience in mind. It includes a removable 5/8 x 11 adapter, providing compatibility with a wide range of surveying tools. Additionally, it features an on-board compass, enabling users to easily align their equipment.
The SECO 5119-00-YEL tripod is built to last. Its extendable tripod legs and pole are electrostatically powder painted, offering excellent resistance to wear and tear. The replaceable points ensure that the tripod can maintain its stability and support over time. The aluminum hardware is anodized black, providing long-lasting protection against corrosion and damage.
With a vibrant yellow color, the SECO 5119-00-YEL tripod is easily visible in the field. Its lightweight design, weighing only 15.00 lb (6.80 kg), makes it easy to carry and maneuver on the job site.
In conclusion, the SECO 5119-00-YEL Graduated Collapsible GPS Antenna Tripod, Standard Yellow, is a reliable, versatile, and durable tool for professionals working in GPS and machine control applications. Its innovative features, adjustable height, and sturdy construction make it an essential asset for accurate and efficient measurements in the field.
