Description
The Portable Winch Open Face Corner Block is a versatile tool designed for pulling trees perpendicular to the trail with the help of a vehicle, making it ideal for forestry work. It can also be used to change the trajectory of the tree and avoid obstacles, ensuring smooth and efficient operation.
Constructed from durable steel, this open-faced pulley is shock-resistant and ensures reliable performance even in tough conditions. When used at height, the pulling angle helps lift the end of the log slightly, reducing friction with the ground and making the task easier.
The smooth sheave of the pulley has no sharp edges, ensuring that it does not damage synthetic ropes during operation. With a 100 mm diameter, this pulley offers excellent performance and can also be used with steel cables for added versatility.
For easy attachment to a tree, the Open Face Corner Block can be used with a polyester sling (PCA-1258/59/60), providing a secure and stable connection point. When used in conjunction with the automatic release (PCA-1291), this pulley becomes an indispensable tool for various pulling tasks in forestry and other industries.
SPECIFICATIONS
Minimum Breaking Load (metric) : N/A
Working Load Limit (metric) : 20 kN (2039 kg)
Material : Steel
WEIGHT & DIMENSIONS
Weight (metric) : 2,56 kg
Diameter (metric) : 100 mm
Length (metric) : 27 cm
Width (metric) : 14 cm
Height (metric) : 14 cm
ROPE
Minimum diameter (metric) : 6 mm
Maximum diameter (metric) : 12 mm
ADDITIONAL INFORMATION
Additional Information : It can also be used with steel cables.
Additional information : Use it in combination with our automatic release (PCA-1291).
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.
