Guangdong zhongxing

1.It dose not need to move motor and reducer during dismounting couplings.It only needs to remove the flexible pin and bolt which connects the holing disc and delay chamber.Then move couplings towards brake wheel to hang it up. 2.It is very convenient for replacing elastic block and couplings.

Single cavity inner-wheel drive type with brake wheel 1.Constant filling fluid couplings. 2.Brake wheel,this form is suitable for a driven unit with brake structure.Which makes it simple and well-knit.This form is the type in structures with brake wheel.

Single cavity inner-wheel drive type with brake wheel 1.Constant filling fluid couplings. 2.Brake wheel,this form is suitable for a driven unit with brake structure.Which makes it simple and well-knit.This form is the type in structures with brake wheel.

Single cavity outer-wheel drive type with shaft coupling pin in elastic sleave. 1.Constant filling fluid couplings. 2.Shaft coupling with pin in elastic sleave.This form is easy to be assembled and disassmbled.

1.YOXva makes longer of the delay chamber and Aux chamber-instructure,The features is to longer the time of the starting time, about 22-30s.It is very fixed to improve the belt conveyor and delay the starting time. 2.It does not need to move motor and reducer during dismounting couplings.It only needs to remove the flexible pin and bolt which connects.The holidng disc and long delay chamber,then move couplings output to hang it up.

1.YOXvnz is inner-wheel drive type with the longer delay chamber and brake wheel in output side. 2.It is suitable for longer the time of the starting time,about 22-30s and driven unit with brake in structure which make it simple and well-knit.

YOXv makes longer of the delay chamber in structure.The features is to longer the starting time,about 22-30s. It is very fixed to improve the time of the belt comveyor,delay the starting time,etc.

1. This structure for regular hydraulic coupling ware,start torque and solve difficuties for just start,isolation shock,torsional vibration of work machines. 2.start-up time for 10-17seconds.

1. This structure for regular hydraulic coupling ware,start torque and solve difficuties for just start,isolation shock,torsional vibration of work machines. 2.start-up time for 10-17seconds.

Operation Principle The YOX series constant filling fluid couplings are operatingin the following principle: The rotating part consists of two bladedwheels -a Pump Wheel and a Turbine Wheel, the space betweenthem is partially flled with a working fluid (#32 Turbine oil ingeneral) . The pump Wheel is driven by motor, the rotating wheelbrings the fluid into rotation and thus convert input mechanicalenergy into fluid energy, back to mechanical energy . Features are showed as

1.Structure characteristic 1.1 Special design for underground 1.2 lEs working medium is water to control the speed with valve 1.3. Easy for maintenance 1.4 With two working cavities which the power transmitted is double times.The structure is more compact, specially suitable to the underground with small space. 2. Figure: P. Pump wheel T. Turbo wheel s. Scoop chamber 1. Input shaft 2. Output shaft 3. Oil tank 4. Scoop tube 5. Oilpump 6.Cooler

1.Structure characteristic 1.1. Special for underyround of cool mines . 1.2. Water to be fluid , Good safety. 1.3.Compact structure and easy for maintenance. 1 4.Double cavity. Two times of power transmission. 1.5.Cooler isn't needed 2. Figure: P. Pump wheel T. Turbo wheel s. Scoop chamber 1. Input shaft 2. Output shaft 3. Housing 4. Scoop case 5. Scoop tube 6. Bearing pedestal 7. Input bearing 8.Bearing of pump wheel 9. Bearing of turbo wheel 10. Output bearing 11.Duplex

1.Structure characteristic 1.1. Know-how transfer from voith 1.2. Easy maintenance with complete control instrument 2. Figure:P. Pump wheel T. Turbo wheel S. Scoop chamber 1. Input shaft 2. Output shaft 3. Housing 4. Scoop case 5. Scoop tube 6. Oil pump 7. Input bearing 8.Inset bearing 9. Bearing of pump wheel 10. Output bearing 11.Duplex filter 12. Cooler

1.Structure characteristic 1.1. Know-how transfer from voith 1.2. Easy maintenance with complete control instrument 2. Figure:P. Pump wheel T. Turbo wheel S. Scoop chamber 1. Input shaft 2. Output shaft 3. Housing 4. Scoop case 5. Scoop tube 6. Oil pump 7. Input bearing 8.Inset bearing 9. Bearing of pump wheel 10. Output bearing 11.Duplex filter 12. Cooler

1.Structure characteristic 1.1. Know-how transfer from voith 1.2. Easy maintenance with complete control instrument 2. Figure:P. Pump wheel T. Turbo wheel S. Scoop chamber 1. Input shaft 2. Output shaft 3. Housing 4. Scoop case 5. Scoop tube 6. Oil pump 7. Input bearing 8.Inset bearing 9. Bearing of pump wheel 10. Output bearing 11.Duplex filter 12. Cooler 13. Fusible plug

1.Structure characteristic 1.1. Is suitable for the condition of speed (ns1500r/min) and power transmitted.(Ns710kw) cheap in price 1.2. Centre height is low, can be installed with separated couplings & oil tank.1.3. Used for the belt conveyor underground. 2. Figure: P. Pump wheel T. Turbo wheel S. Scoop chamber 1. Input shaft 2. Output shaft 3. Housing 4. Scoop case 5. Scoop tube 6. Oil pump 7. Input bearing 8.Inset bearing 9. Case bearing 10. Output bearing 11.Cylinder 12.

1.Structure characteristic 1.1. Suitable for high speed and middle . large power and big size. 12. The housing is seprated into two parts. Easy maintenance. 1.3. The bearing for rotation parts is sliding bearing, which has long life2. Figure: P. Pump wheel T. Turbo wheel s. Scoop chamber 1. Input shaft 2. Output shaft 3. Housing 4. Scoop case 5. Scoop tube 6. Oil pump 7. Input bearing 8. Inset bearing 9. Bearing of pump wheel 10. Output bearing 11. Filter 12. Main Cooler 13.

1.Structure characteristic 1.1. Suitable for high speed and middle . large power and big size. 12. The housing is seprated into two parts. Easy maintenance. 1.3. The bearing for rotation parts is sliding bearing, which has long life2. Figure: P. Pump wheel T. Turbo wheel s. Scoop chamber 1. Input shaft 2. Output shaft 3. Housing 4. Scoop case 5. Scoop tube 6. Oil pump 7. Input bearing 8. Inset bearing 9. Bearing of pump wheel 10. Output bearing 11. Filter 12. Main Cooler 13.

1.Structure characteristic 1.1. Suitable for high speed and middle . large power and big size. 12. The housing is seprated into two parts. Easy maintenance. 1.3. The bearing for rotation parts is sliding bearing, which has long life2. Figure: P. Pump wheel T. Turbo wheel s. Scoop chamber 1. Input shaft 2. Output shaft 3. Housing 4. Scoop case 5. Scoop tube 6. Oil pump 7. Input bearing 8. Inset bearing 9. Bearing of pump wheel 10. Output bearing 11. Filter 12. Main Cooler 13.

1.Structure characteristic 1.1. Suitable for high speed and middle . large power and big size. 12. The housing is seprated into two parts. Easy maintenance. 1.3. The bearing for rotation parts is sliding bearing, which has long life2. Figure: P. Pump wheel T. Turbo wheel s. Scoop chamber 1. Input shaft 2. Output shaft 3. Housing 4. Scoop case 5. Scoop tube 6. Oil pump 7. Input bearing 8. Inset bearing 9. Bearing of pump wheel 10. Output bearing 11. Filter 12. Main Cooler 13.