SG-P1 Both-End Shaft Type

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Alberta Lewis
8 years ago
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1 SG-P1 Both-End Shaft Type

2 SG-P1 Both-End Shaft Type Reducer (0.1kw) Input Output 4.) In the case of 1/5-1/50 ratio, input /output shafts rotate in the same direction, and 1/60-1/200 ratio, opposite direction. 5.) These figures shown above are measured under the condition of 0.1kW4P.

the same direction, and 1/60-1/200 ratio, opposite direction. 5.

3 SG-P1 Both-End Shaft Type Reducer (0.1kw) 4.) In the case of 1/300-1/1200 ratio, input /output shafts rotate in the same direction. 5.) These figures shown above are measured under the condition of 0.1kW4P.

4 SG-P1 Both-End Shaft Type Reducer (0.2kw) Input Output 4.) In the case of 1/5-1/30 ratio, input /output shafts rotate in the same direction, and 1/40-1/1200 ratio, opposite direction. 5.) These figures shown above are measured under the condition of 0.2kW4P.

the same direction, and 1/40-1/1200 ratio, opposite direction. 5.

5 SG-P1 Both-End Shaft Type Reducer (0.2kw) Stages Actual Ratio Output Speed (r/min) Allowable Torque Allowable Torque Overhung Load (N) Stages Actual Ratio Output Speed (r/min) Allowable Torque Allowable Torque Overhung Load (N) 4.) In the case of 1/300-1/1200 ratio, input /output shafts rotate in the same direction. 5.) These figures shown above are measured under the condition of 0.2kW4P.

Stages Actual Ratio Output Speed (r/min) Allowable Torque Allowable Torque Overhung Load (N) 4.

6 SG-P1 Both-End Shaft Type Reducer (0.4kw) WL (-25) WF (-25) Allowable Torque Stages Actual Ratio Output Speed (r/min) Allowable Torque Overhung Load (N) Input Output WL (-80) WF (-80) Allowable Torque Stages Actual Ratio Output Speed (r/min) Allowable Torque Overhung Load (N) Input Output WL (-200) WF (-200) Input Output 4.) In the case of 1/5-1/25 ratio, input /output shafts rotate in the same direction, and 1/30-1/200 ratio, opposite direction. 5.) These figures shown above are measured under the condition of 0.4kW4P.

WL2-04-30 (-80) WF2-04-30 (-80) Allowable Torque Stages Actual Ratio Output Speed (r/min) Allowable Torque Overhung Load (N) Input Output

7 SG-P1 Both-End Shaft Type Reducer (0.4kw) WL (-450) WF (-450) Input Output 4.) In the case of 1/300-1/450 ratio, input /output shafts rotate in the same direction. 5.) These figures shown above are measured under the condition of 0.4kW4P.

8 SG-P1 Both-End Shaft Type Reducer (0.75kw) WL (-25) WF (-25) WL (-80) WF (-80) WL (-200) WF (-200) 4.) In the case of 1/5-1/25 ratio, input /output shafts rotate in the same direction, and 1/30-1/200 ratio, opposite direction. 5.) These figures shown above are measured under the condition of 0.75kW4P.

9 SG-P1 Both-End Shaft Type Reducer (1.5kw) WL (-25) WF (-25) WL (-80) WF (-80) 4.) In the case of 1/5-1/25 ratio, input /output shafts rotate in the same direction, and 1/30-1/80 ratio, opposite direction. 5.) These figures shown above are measured under the condition of 1.5kW4P.

Solution: Angular velocity in consistent units (Table 8.1): 753.8. Velocity of a point on the disk: Rate at which bits pass by the read/write head:

Solution: Angular velocity in consistent units (Table 8.1): 753.8. Velocity of a point on the disk: Rate at which bits pass by the read/write head: Problem P8: The disk in a computer hard drive spins at 7200 rpm At the radius of 0 mm, a stream of data is magnetically written on the disk, and the spacing between data bits is 25 μm Determine the number