Schenck Horizontal Balancing Machine Hm2-Hm30

• Customization: Available
• Type: Balancing Machine
• Loading Method: Dynamic Load
• Display: Digital
• Weight: 100-500Kg
• Power Source: AC220V
• Transport Package: Pallet
• Specification: CE
• Trademark: schenck
• Origin: Shanghai
• HS Code: 0
• Production Capacity: 0

Product Description

Universally applicable;
High balancing accuracy;
Safe handling through economic design concept;
Easy to upgrade through modular construction and a wide range of accessories;
Hard-bearing principle ensures quick change-over from one workpiece to the next;
Permanent Calibration, time and cost savings by elimination of calibration runs;
Schenck dynamometers and vibration  transducers enable immediate balancing of rotors with large initial unbalances at the desired balancing speed
Provides for correction in two planes or separate correction of static and couple unbalance
Optional with belt drive and universal-joint drive for different type of rotors.
Advance measuring instrument CAB708, optional CAB 920 - the high end solution
Full range of safety equipment for all protection classes
Upgradeable by many additional modules e.g. for mass correction
Shielded sensor en case of magnetized rotors 
 

Range of Application

Universal balancing machines series HM2-HM30 are designed for accurate balancing of a wide spectrum of rotors. They are suitable for balancing cylindrical rotors with integral shaft journals and for balancing disc shaped rotors on balancing arbors. Typical rotors are electrical armatures, rollors, spindles, turbo charger rotors, crankshafts, ventilators, pump impellers, drive assembly components, and gear wheels. 

The length of the machine bed is dependent on the length of the rotor, the required height of the bearing pedestals is determined by the rotor diameter. If the rotor is mounted on its own bearing journals, these will be supported by roller carriages. Depending on the requirements imposed by the rotor, sleeve bearings may also be used.

Rotors requiring high torques are driven through variable-speed gearboxes and universal joint shaft. Lightweight rotors with smooth surfaces may be driven with the help of a belt drive system.

Technical Specifications
 

Rotor Data/Machine Size	unit	HM2	HM20	HM3	HM30
Max.rotor weight on rollers	kg	50	120	300	700
Max.rotor diameter above machine base	mm	800/1260	800/1260	1260	1260
Entendable to max.rotor diameter	mm			1600	1600
Journal diameter range	mm	8-50	9-70	9-70	10-80
Extendable journal diameter range	mm	50-100	70-140	70-140	80-160
Wn²-vale for permanent calibration	106kg/min2	100	180	180	280
Umar(based on CAB708 at apprx.1000 rpm)	gmm	1	1.6	2	3
Unbalance reduction ratio(URR)	%	95
Technical Data with End Drive
Basic machine base length	mm	2000	2000	2500	2500
Min.distance from coupling flange of drive shaft to the center line of the right  bearing pedestal	mm	1050	1050	1550	1550
Min.distance between the bearing pedestal center lines	mm	50	50	50	50
Recommended drive power	kw	FC3	FC3	FC3/7.5	FC3/7.5
with gear box approx.	min-1			56-560/110-1130
with stepped pulley approx.	min-1	37-370/59-590/90-890
Technical Data with Belt Drive
Basic machine base length	mm	750	750	1500	1500
Min.distance from coupling flange of drive shaft to the center line of the right  bearing pedestal	mm	640/580	640/580	1300	1300
Min.distance between the bearing pedestal center lines	mm	50	50	50	50
Recommended drive power	mm	140/200	140/200	200	200
with gear box approx.	kw	FC1.1/3	FC1.1/3	FC3	FC3
with stepped pulley approx.	mm	20-300/20-450	20-300/20-450	20-450	20-450
Length of machine base	mm	20-200/50-300	20-200/50-300	50-300	50-300
Max.distance between bearing pedestal center lines	min-1	210-2100/310-3100		150-1500/230-2300
Min.distance between bearing pedestal center lines	mm	60	60	80	80