Parallel Keys With Tapped Counterbored Hole
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MISUMI
- **RoHS Compliant is available for some part numbers.
Please contact with MISUMI for detail effective date.
This is an economy item, The price is cheaper than the MISUMI standard product.
Product Overview of Machine Keys
Machine Keys
A key that relies on two side surfaces as working surfaces, and transfers torque by pressing the sides of the key and the keyway.
A key that relies on two side surfaces as working surfaces, and transfers torque by pressing the sides of the key and the keyway.
Product Feature of Machine Keys
Machine Keys, is a key that relies on two side surfaces as working surfaces and transfers torque by pressing the sides of the key and the keyway.
Machine Keys are divided into three types: standard machine keys, thin machine keys, guiding machine keys.
Standard machine keys have good centering, high positioning accuracy and easy assembly, but they cannot achieve axial fixation of parts on the shaft. They are used for shafts that are high-speed or subjected to impact and variable loads;
Thin machine keys are used for thin-walled structures and places where the transmission torque is small; guiding machine keys are used to fix the keys on the shaft with screws, and are used for occasions where the parts on the shaft donot move much along the shaft.
Machine Keys are divided into three types: standard machine keys, thin machine keys, guiding machine keys.
Standard machine keys have good centering, high positioning accuracy and easy assembly, but they cannot achieve axial fixation of parts on the shaft. They are used for shafts that are high-speed or subjected to impact and variable loads;
Thin machine keys are used for thin-walled structures and places where the transmission torque is small; guiding machine keys are used to fix the keys on the shaft with screws, and are used for occasions where the parts on the shaft donot move much along the shaft.
Specifications Overview of Machine Keys
Specifications Overview
| Part Number | L | H Tolerance | Removal Thread M (d) | M (Coarse Thread) | d1 | h | C | |||
| Type | Bh9 | |||||||||
| C-KEDY C-KESY C-KEGY | 12 | 0 -0.043 | 25 | 8 | 0 -0.09 | M5 (4.3) | M4 | 9.5 | 5.5 | 0.40 〜0.60 |
Example Use of Machine Keys
Example using of Machine Keys
Precautions of Machine Keys
1) When the keyway is used in conjunction with the machine keys, if the clearance is too large, the machine keys will not fix completely due to loosening.
2) When the keyway and the machine keys are used too tightly, the machine keys cannot be installed in the keyway.
2) When the keyway and the machine keys are used too tightly, the machine keys cannot be installed in the keyway.
Dimensional Drawing of Machine Keys
| C-KEDY | C-KESY | C-KEGY |
Specification Table of Machine Keys
| Part Number | L | H Tolerance | Removal Thread M (d) | M (Coarse Thread) | d1 | h | C | |||
| Type | Bh9 | |||||||||
| C-KEDY C-KESY C-KEGY | 12 | 0 -0.043 | 25 | 8 | 0 -0.09 | M5 (4.3) | M4 | 9.5 | 5.5 | 0.40 〜0.60 |