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General introduction:
Yaw bearing is the main component of wind power equipment. Its performance and working conditions directly affect the performance of the rotating shaft connected to it, the yaw system device installed on the rotating shaft and even the entire wind power equipment. According to statistics, about 20% of faults in wind power equipment are caused by yaw bearing. It has practical significance to improve the reliability of yaw bearing, improve the service life of wind power equipment, improve economic efficiency, and ensure the long-term safe and stable operation of wind power equipment
The main categories of yaw bearing are:
1.Roller yaw bearing: large diameter bearing (usually four-point bearing)
2.Sliding yaw bearing: dry or lubricated sliding bearing with multiple axial and radial sliding pads, friction contact with large diameter steel plate, usually combined with gear ring as a single element
Technical Parameter of LYXQL Yaw Bearing:
1. Material: 42CrMo, 50Mn
2. Precision: P0. P6. P5.
3. Outside diameter: 500~18000mm
4. Cage/retainer: Nylon or aluminum
5. Gear type: non-geared, internal gear and external gear, gear hardened
Advantages of LYXQL Yaw Bearing
1. Superior quality and competitive price
2. Trial order accepted
3. ISO certified company
4. OEM and ODM accepted
5. Can design and produce non-standard models according to the special requirements of customers.
1. Can provide BV, LR,DNV,CCS, NK,KR, GL,ABS certificate
LYXQL Yaw Bearing for wind turbine--- Maintain
1. The slewing bearing should be greased regularly. According to different types of slewing bearings, the specific grease filling time is as follows: the ball type is filled with grease every 100 hours of operation; the roller type is filled with grease every 50 hours of operation .
2. The sundries on the surface of the slewing ring should be removed frequently during use, and the sealing strip of the slewing ring should be checked for aging, cracking, damage or separation. If one of these conditions occurs, the sealing strip should be replaced in time to prevent debris from entering the raceway and the loss of grease.
3. Pay close attention to the operation of the slewing ring during use. If you find that the noise, impact, or power suddenly increases, you should stop the machine immediately for inspection until all the faults are eliminated, and disassemble and inspect if necessary.
General introduction:
Yaw bearing is the main component of wind power equipment. Its performance and working conditions directly affect the performance of the rotating shaft connected to it, the yaw system device installed on the rotating shaft and even the entire wind power equipment. According to statistics, about 20% of faults in wind power equipment are caused by yaw bearing. It has practical significance to improve the reliability of yaw bearing, improve the service life of wind power equipment, improve economic efficiency, and ensure the long-term safe and stable operation of wind power equipment
The main categories of yaw bearing are:
1.Roller yaw bearing: large diameter bearing (usually four-point bearing)
2.Sliding yaw bearing: dry or lubricated sliding bearing with multiple axial and radial sliding pads, friction contact with large diameter steel plate, usually combined with gear ring as a single element
Technical Parameter of LYXQL Yaw Bearing:
1. Material: 42CrMo, 50Mn
2. Precision: P0. P6. P5.
3. Outside diameter: 500~18000mm
4. Cage/retainer: Nylon or aluminum
5. Gear type: non-geared, internal gear and external gear, gear hardened
Advantages of LYXQL Yaw Bearing
1. Superior quality and competitive price
2. Trial order accepted
3. ISO certified company
4. OEM and ODM accepted
5. Can design and produce non-standard models according to the special requirements of customers.
1. Can provide BV, LR,DNV,CCS, NK,KR, GL,ABS certificate
LYXQL Yaw Bearing for wind turbine--- Maintain
1. The slewing bearing should be greased regularly. According to different types of slewing bearings, the specific grease filling time is as follows: the ball type is filled with grease every 100 hours of operation; the roller type is filled with grease every 50 hours of operation .
2. The sundries on the surface of the slewing ring should be removed frequently during use, and the sealing strip of the slewing ring should be checked for aging, cracking, damage or separation. If one of these conditions occurs, the sealing strip should be replaced in time to prevent debris from entering the raceway and the loss of grease.
3. Pay close attention to the operation of the slewing ring during use. If you find that the noise, impact, or power suddenly increases, you should stop the machine immediately for inspection until all the faults are eliminated, and disassemble and inspect if necessary.
