Description
The Portable Winch Snatch Block 76mm – Double is a versatile and efficient tool designed to make your pulling tasks easier. With two 76 mm aluminum sheaves mounted on self-lubricating bronze bearings, this pulley offers an impressive efficiency of 98%. The stainless steel construction of the sides, center plate, and shaft ensures durability and longevity, making it a reliable choice for various applications.
This double pulley features a swing-side design that allows for easy installation of the rope while preventing it from slipping out during use. The hole at the bottom of the center plate provides a convenient attachment point for a carabiner, ensuring secure operation when needed. When paired with the appropriate carabiners and polyester sling, this pulley can handle heavy loads with ease.
For even greater pulling power, you can combine this double pulley with the single pulley PCA-1275 to quadruple the strength. With two of these double pulleys in use, you can generate an impressive 5 tons of pulling power when using the PCW3000-Li. The ideal rope diameter for this pulley is 10 mm, making it suitable for a wide range of pulling tasks. Whether you’re working in construction, forestry, or any other industry that requires heavy lifting, the Portable Winch Snatch Block 76mm – Double is a reliable and efficient choice.
SPECIFICATIONS
Minimum Breaking Load (metric) : 90 kN (9185 kg)
Working Load Limit (metric) : N/A
Material : Sides: Stainless steel. Sheaves: Aluminum
WEIGHT & DIMENSIONS
Weight (metric) : 0,82 kg
Diameter (metric) : 76 mm
Length (metric) : 18,34 cm
Width (metric) : 7,95 cm
Height (metric) : 4,88 cm
ROPE
Minimum diameter (metric) : 6 mm
Maximum diameter (metric) : 10 mm
ADDITIONAL INFORMATION
Additional Information : Not designed for steel cable.
Additional information : The NEWTON is the International System unit for force; it is equal to the amount of net force required to accelerate a mass of one kilogram at a rate of one meter per second squared. — The WORKING LOAD LIMIT (WLL) is the maximum load which should not be exceeded under any condition. — The MINIMUM BREAKING STRENGTH (MBS) is observed during a destructive test. You should divide it by an appropriate safety factor.
