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技术数据
制动力F：
KB4-1 1600 N 6bar
KB4-2 3800 N 6bar
KB4-3 7500 N 6bar
KB N 6bar
动态力矩
=F*[制动盘半径(m)-0.033]=Nm
**总磨损：12 mm
新摩擦片厚度：11 mm
持续滑动时的热容量Qc: 3.4 kW
Technical data
Braking force F:
KB4-1 1600 N at 6 bar
KB4-2 3800 N at 6 bar
KB4-3 7500 N at 6 bar
KB N at 6 bar
Dynamic torque
= F*(disc radius in m - 0.033) = Nm
Max total wear: 12 mm
Thickness of new lining: 11 mm
Continuous thermal capacity Qc: 3.4 kW
技术数据
制动力F：
KBS4-1 2625 N
KBS4-2 5250 N
KBS N
动态力矩
=F*[制动盘半径(m)-0.033]=Nm
**总磨损： 12 mm
新摩擦片厚度： 11 mm
持续滑动时的热容量Qc: 3.4 kW
松钳**小气压： 5 bar
图表显示数据依据如下条件:
4-1装有4根弹簧
4-2和4-3装有8根弹簧
若要减少力矩值可相应地减少弹簧数量：
4-1 2根弹簧
4-2和4-3 6、4、2弹簧
图表指示了每毫米摩擦片磨损的力矩变化情况。
如需恢复到相应额定力矩，请按照使用手册说明进行调整。
Technical data
Braking force F:
KBS4-1 2625 N
KBS4-2 5250 N
KBS N
Dynamic torque
= F*(disc radius in m - 0.033) = Nm
Max total wear: 12 mm
Thickness of new lining: 11 mm
Continuous thermal capacity Qc: 3.4 kW
Minimum release pressure: 5 bar
The torque values specified
are obtained with n. 4 springs for 4-1,
n. 8 springs for 4-2 and 4-3.
Torque proportionally less
are achievable with n. 2 springs for 4-1,
n. 6-4-2 springs for 4-2 and 4-3.
The diagram shows the torque
variation for each millimeter
of linings wear.
Adjust according to ensure the
correct torque value is achieved.
