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| Quantity: | |
|---|---|
CRPH02-05
ALM
8483900090
High Quality Helical Rack And Pinion for Laser Machine.Rack and pinion are often the preferred drive option for applications requiring long travel,where proper tensioning of the toothed belt drive becomes difficult.For ball screw drives,the critical speed of the screw(the speed at which the screw begins to whip as it rotates)is proportional to the diameter of the screw and inversely proportional to the square of its overhead length.Therefore,for long trips at even moderate speeds,the screw diameter needs to be relatively large to prevent ball screw whipping.Rack and gear drives,on the other hand,can be manufactured to almost infinite lengths by mounting rack sections end-to-end without increasing the module(size)of the rack or larger opinion.
| Material | S45C |
| Tooth type | Right hand corner |
| Tooth processing | Grinding |
| Heat treatment | High frequency |
| Precision grade | JIS 2 grade.DIN6h25 |
| Tooth hardness | 45-50HRC |
| MOQ | 1 piece available for test |
| Packing | Carton + wooden box or according to customers' demands |
| Helical Teeth System CRPH Series Rack and Pinion |
| Our Advantages |
Advantages of ALM's rack and pinion systems
The four main advantages of rack and pinion systems as industrial or automation solutions are:
1.High linear speeds
2.Virtually unlimited lengths of travel
3.High force transmission in a relatively compact package
4.A wide range of accuracy options from very high precision to general purpose use
Ways to Use Rack and Pinion |
Three basic ways to use rack and pinion
The first and most common is to fixe the rack to the machine structure and use the reaction force on the driven pinion to move a carriage or other platform along the length of the rack-making the pinion and drive move together at high speed in a straight line.
The second way to use a rack and pinion system is to fix the power/torque source,connect the pinion,and then drive the rack back and forth to produce a high-force linear motion,like a linear actuator.
The third way is to reverse the action by driving the rack back and forth with another linear device to create a rotational motion on the pinion.
High Quality Helical Rack And Pinion for Laser Machine.Rack and pinion are often the preferred drive option for applications requiring long travel,where proper tensioning of the toothed belt drive becomes difficult.For ball screw drives,the critical speed of the screw(the speed at which the screw begins to whip as it rotates)is proportional to the diameter of the screw and inversely proportional to the square of its overhead length.Therefore,for long trips at even moderate speeds,the screw diameter needs to be relatively large to prevent ball screw whipping.Rack and gear drives,on the other hand,can be manufactured to almost infinite lengths by mounting rack sections end-to-end without increasing the module(size)of the rack or larger opinion.
| Material | S45C |
| Tooth type | Right hand corner |
| Tooth processing | Grinding |
| Heat treatment | High frequency |
| Precision grade | JIS 2 grade.DIN6h25 |
| Tooth hardness | 45-50HRC |
| MOQ | 1 piece available for test |
| Packing | Carton + wooden box or according to customers' demands |
| Helical Teeth System CRPH Series Rack and Pinion |
| Our Advantages |
Advantages of ALM's rack and pinion systems
The four main advantages of rack and pinion systems as industrial or automation solutions are:
1.High linear speeds
2.Virtually unlimited lengths of travel
3.High force transmission in a relatively compact package
4.A wide range of accuracy options from very high precision to general purpose use
Ways to Use Rack and Pinion |
Three basic ways to use rack and pinion
The first and most common is to fixe the rack to the machine structure and use the reaction force on the driven pinion to move a carriage or other platform along the length of the rack-making the pinion and drive move together at high speed in a straight line.
The second way to use a rack and pinion system is to fix the power/torque source,connect the pinion,and then drive the rack back and forth to produce a high-force linear motion,like a linear actuator.
The third way is to reverse the action by driving the rack back and forth with another linear device to create a rotational motion on the pinion.
