acceleration test

For a crank slider mechanism with a flywheel as the crankshaft; Within a limited range of travel, the slider should have high acceleration and velocity,By adjusting the speed of the motor, the lifespan of the slide can be tested at different accelerations and speeds.

1. All directional oil injection hole
2. Double lip end face dust-proof sheet standard and strong type
3. Provide surface rust prevention treatment
4. Equal load capacity in all directions
5. Provide bottom locking and locking slide rails
6. High rigidity structure
7. Long term lubrication interval for environmental protection and economy, minimum lubrication amount.

CPC ARC/HRC/ERC The series ball linear sliding rail system adopts high load and high rigidity O Type arrangement, 45 degree contact angle four column ball circulation design, the effect of ball slide rail load; And use larger size steel balls and a larger number of steel balls to improve load capacity, fully demonstrating high load, high torque, and high rigidity functions.

●embeddedDesign of oil storage and supply system

embedded PU Oil storage block design, without increasing the length of the slide, can directly contact with each column of ball bearings; Ensure long-term lubrication effect, comply with environmental protection and reduce maintenance costs. When used in short stroke operation, it can demonstrate excellent and effective lubrication.

●Dustproof design

CPC Internal sealing plate - can effectively prevent foreign objects from entering the slide track from the top surface of the slide rail. It can also keep lubricating oil (grease) inside the slide, extending the cycle of re lubrication.

CPC Bottom sealing sheet - can prevent foreign objects from entering the bottom direction and lubricating grease from leaking out. Comprehensive sealing design reduces oil consumption, increases lubrication cycle, and improves lifespan.

●Design of stainless steel reinforcement plate

The end caps are designed with stainless steel reinforcement plates at both ends. In addition to the scraping effect, the stainless steel reinforcement plates can also withstand faster operating speeds (up to 10 km/h at high speeds) m/s)。