Product Parameters
Serial No.	Item Details	Parameter Range
1	Equipment Model	XH-DLX16
2	Maximum mass of workpiece (Kg)	16 (including fixture)
3	Workpiece outer diameter range or milling diameter (A)	Φ230-450mm
4	Maximum height of workpiece (H)	≤250mm
5	Three-jaw clamping diameter range	≤230mm(can increase to ø450mm)
6	Workpiece max diameter (for balance measurement only)	≤500mm
7	Balancing speed	≤600-2000r/min（adjustable）
8	Balance measurement motor power	3KW(servo motor）
9	Balance correction method	Inclined milling correction
10	Maximum milling depth	≤10mm
11	Maximum milling angle	≤120 degree
12	Balance correction motor power	1.5KW
13	Unbalance Reduction Ratio	≥90%
14	Minimum attainable residual unbalance	≤2g.mm/kg
15	Equipment total power	7KW
16	Production cycle time	60~80S primary milling (if second milling is required, it will not exceed 120s)
17	Working air pressure	0.4-0.6Mpa
18	Working voltage	AC 380V
19	Protection	Phase sequence protection, overload protection, air pressure monitoring
20	Safety protection	Protective door
21	Measurement system	XH-DLX
22	Operation interface	Windows Simplified Chinese/English
23	Equipment dimension	200014001040mm




Hydraulic Torque Converter Automatic Balancing Machine
1. Equipment Description The balancing machine is an automatic balancing machine developed for the client’s hydraulic torque converter assembly, and the balancing correction method is inclined milling and de-weighting. This product belongs to Zero Dynamic’s DLX series balancing machine, which is suitable for single-plane vertical balancing measurement and correction of automobile clutch pressure plate, belt pulley, flywheel, water pump impeller, brake disk, differential case, output gear, etc. The balancing correction methods can be vertical drilling, horizontal drilling and horizontal milling. The balance measuring mechanism of the balacing machine adopts internal rising pneumatic elastic fixture to tighten the workpiece, and the taper fit is adopted between the elastic sleeve and the mandrel, which has the advantages of simple structure, high centering precision, reliable clamping, etc. The milling correction mechanism consists of an inclined automatic tool feed mechanism and a circular arc rotating mechanism. The dynamic balance test software analyzes the unbalance value and angle of the rotor into correction data, and the PLC controls the milling mechanism to make automatic correction of the workpiece. The PLC controls the milling mechanism to correct the workpiece automatically. The inclined automatic feeder controls the milling depth and the three-jaw chuck controls the milling angle during correction. 2. Equipment Features 2.1 Internal rising pneumatic elastic fixture to tighten the workpiece, taper fit between the elastic sleeve and the mandrel, high centering precision, reliable clamping. 2.2 High sensitivity vibration sensor, good linearity, durable and reliable. 2.3 PLC controlled inclined milling correction mechanism corrects the unbalance, and the dust-absorbing device prevents the iron chips from leaking out, greatly improves the chip-absorbing efficiency, keeps the equipment tidy and improves the life. 2.4 Dynamic balancing software integrates measurement, control, operation, communication, storage functions. It has automatic data saving, automatic uploading to the MES system, printing and other functions. MES interface is TCP/IP. 2.5 Once calibrated, permanent use. No need to do mutiple calibrations for the same rotor with same speed. 2.6 The equipment has fault diagnosis and status display function. 2.7 Integrated safety cover 2.8 Reasonable structural design, small footprint, easy to operate.

Tek İstasyonlu Diferansiyel Otomatik Balans Makinesi Model XH-DLX16

Equipment Description
The balancing machine is an automatic balancing machine developed for the client’s hydraulic torque converter assembly, and the balancing correction method is inclined milling and de-weighting

Kategoriler: Tek İstasyonlu Diferansiyel Otomatik Balans Makinesi

Açıklama

Product Parameters
Serial No.	Item Details	Parameter Range
1	Equipment Model	XH-DLX16
2	Maximum mass of workpiece (Kg)	16 (including fixture)
3	Workpiece outer diameter range or milling diameter (A)	Φ230-450mm
4	Maximum height of workpiece (H)	≤250mm
5	Three-jaw clamping diameter range	≤230mm(can increase to ø450mm)
6	Workpiece max diameter (for balance measurement only)	≤500mm
7	Balancing speed	≤600-2000r/min（adjustable）
8	Balance measurement motor power	3KW(servo motor）
9	Balance correction method	Inclined milling correction
10	Maximum milling depth	≤10mm
11	Maximum milling angle	≤120 degree
12	Balance correction motor power	1.5KW
13	Unbalance Reduction Ratio	≥90%
14	Minimum attainable residual unbalance	≤2g.mm/kg
15	Equipment total power	7KW
16	Production cycle time	60~80S primary milling (if second milling is required, it will not exceed 120s)
17	Working air pressure	0.4-0.6Mpa
18	Working voltage	AC 380V
19	Protection	Phase sequence protection, overload protection, air pressure monitoring
20	Safety protection	Protective door
21	Measurement system	XH-DLX
22	Operation interface	Windows Simplified Chinese/English
23	Equipment dimension	200014001040mm




Hydraulic Torque Converter Automatic Balancing Machine
1. Equipment Description The balancing machine is an automatic balancing machine developed for the client’s hydraulic torque converter assembly, and the balancing correction method is inclined milling and de-weighting. This product belongs to Zero Dynamic’s DLX series balancing machine, which is suitable for single-plane vertical balancing measurement and correction of automobile clutch pressure plate, belt pulley, flywheel, water pump impeller, brake disk, differential case, output gear, etc. The balancing correction methods can be vertical drilling, horizontal drilling and horizontal milling. The balance measuring mechanism of the balacing machine adopts internal rising pneumatic elastic fixture to tighten the workpiece, and the taper fit is adopted between the elastic sleeve and the mandrel, which has the advantages of simple structure, high centering precision, reliable clamping, etc. The milling correction mechanism consists of an inclined automatic tool feed mechanism and a circular arc rotating mechanism. The dynamic balance test software analyzes the unbalance value and angle of the rotor into correction data, and the PLC controls the milling mechanism to make automatic correction of the workpiece. The PLC controls the milling mechanism to correct the workpiece automatically. The inclined automatic feeder controls the milling depth and the three-jaw chuck controls the milling angle during correction. 2. Equipment Features 2.1 Internal rising pneumatic elastic fixture to tighten the workpiece, taper fit between the elastic sleeve and the mandrel, high centering precision, reliable clamping. 2.2 High sensitivity vibration sensor, good linearity, durable and reliable. 2.3 PLC controlled inclined milling correction mechanism corrects the unbalance, and the dust-absorbing device prevents the iron chips from leaking out, greatly improves the chip-absorbing efficiency, keeps the equipment tidy and improves the life. 2.4 Dynamic balancing software integrates measurement, control, operation, communication, storage functions. It has automatic data saving, automatic uploading to the MES system, printing and other functions. MES interface is TCP/IP. 2.5 Once calibrated, permanent use. No need to do mutiple calibrations for the same rotor with same speed. 2.6 The equipment has fault diagnosis and status display function. 2.7 Integrated safety cover 2.8 Reasonable structural design, small footprint, easy to operate.