5KN Skyward Corner Stringing Block for Overhead Line Angle Tower Cable Pulling
The Skyward Corner Stringing Block is a specialized tool for navigating corners, angles, and dead-end structures. Unlike standard blocks, it manages significant side pressures when a conductor changes direction. Deeper, more enclosed sheave prevents cable jump-out. Mounted on angle towers or dead-end structures, it guides cables smoothly around corners. Available with aluminum or MC nylon sheave, only 1.8-2.4kg.
|
Item Number |
Model |
Applicable Conductor |
Rated Load (kN) |
Weight (kg) |
Remarks |
|
10281 |
SHCZ-0.5 |
LGJ25-185 |
5 |
2.4 |
Aluminum Sheave |
|
10282 |
SHCZN-0.5 |
LGJ25-185 |
5 |
1.8 |
Nylon Sheave |
· Navigating corners and dead-end structures in overhead line construction
· Mounting on angle towers for line direction changes
· Continuous pulling through corners without re-rigging
· OPGW and fiber optic cable installation at direction changes
· High-risk corner pulling requiring enhanced safety
· Cable Jump-Out Prevention — Deeper enclosed sheave positively contains cable, preventing dangerous jump-out events at corners.
· Stress Reduction — Larger diameter sheave and smooth guiding path increase bend radius, distributing forces over greater cable length.
· Side Pressure Management — Reinforced side plates and high-grade alloy construction handle extreme redirected tension.
· Ultra-Lightweight — Only 1.8-2.4kg, much lighter than comparable corner blocks.
· Efficient Workflow — Enables continuous pulling through angles, saving time and labor.
· Durable Construction — Reinforced side plates and oversized bearings for reliable long-term performance.
Q: Corner vs standard block?
A: Corner block has deeper, more enclosed sheave for high side pressures at angle points, preventing cable jump-out.
Q: Max conductor size?
A: LGJ25-185 conductors, 5KN rated load.
Q: OPGW use?
A: Yes, nylon sheave variant SHCZN-0.5 suitable for OPGW.
Q: Mounting?
A: For angle towers and dead-end structures.
Q: Weight advantage?
A: Only 1.8-2.4kg, significantly lighter than comparable products.