Audited Supplier
RS
<900kg
Vibration Testing Machine
Electronic Load
Dynamic Load
Digital
Computer Control
schenck
pallet
schenck
Shanghai
90031900
Product Description
Schenck Horizontal balancing machine for Small rotors and complete assemblies
Complete workplace designed for standing or seated operator
Highest balancing accuracy through super-critical support pedestals and digital meaurement processing
Short change-over times, simple and safe operation
Modular design for various applications
Product Specification
Range of application
Universal balancing machinery R1B is especially suitable for very small work-pieces such as small armatrues, miniature ventilators and complete assemblies, when high balancing tolerances at high speed must be achieved. They are used in small production lots as well as research and development applications.
They can be used at varying locations and the change-over for other rotor types is possible in a short time.
Design
Displacement measuring, horizontal balancing machinery of tabletop design for standing or seated opertor with semi or fully automatic operating sequence.
If the machine is to be used for assemblies, the two support pedestals are connected by a frame. An adapter and clamping arrangement is mounted onto this frame for supporting the rotors.
The drive can be by tangential, under slung, over slung, compressed air or, in case of complete assemblies, by an integrated supply for self-drive.
Complete workplace designed for standing or seated operator
Highest balancing accuracy through super-critical support pedestals and digital meaurement processing
Short change-over times, simple and safe operation
Modular design for various applications
Product Specification
Range of application
Universal balancing machinery R1B is especially suitable for very small work-pieces such as small armatrues, miniature ventilators and complete assemblies, when high balancing tolerances at high speed must be achieved. They are used in small production lots as well as research and development applications.
They can be used at varying locations and the change-over for other rotor types is possible in a short time.
Design
Displacement measuring, horizontal balancing machinery of tabletop design for standing or seated opertor with semi or fully automatic operating sequence.
If the machine is to be used for assemblies, the two support pedestals are connected by a frame. An adapter and clamping arrangement is mounted onto this frame for supporting the rotors.
The drive can be by tangential, under slung, over slung, compressed air or, in case of complete assemblies, by an integrated supply for self-drive.
| Technical data at a glance | RS0 | RS1 | RS2 | |
rotor weight W(including adaptor) Occasional overload permitted up to provided the rotor weight is equally shared between the two bearings, i. e. per bearing pedestal | Max. Max. Max. | 3 kg 4 kg 2 kg | 10 kg 20 kg 10 kg | 60 kg 90 kg 45 kg |
Rotor weight (as long as an accommodation of the rotor is possible due to the geometric data and the minimum achievable residual unbalance is sufficient for the balancing task. ) | Min. | unlimited | unlimited | unlimited |
distance between bearing centers (500 mm length machine base) | Max. Min. | 400 mm 21 mm | 400 mm 15 mm | 640 mm 67 mm |
The height from the edge of bearing pedestal to the machine base (without the adaptor) | Max. | 160 mm | 160 mm | 200 mm |
Wn 2 -value for permanent calibration | Wn 2 = 50x10 6 kg/min 2 | Wn 2 = 150x10 6 kg/min 2 | Wn 2 = 500x10 6 kg/min 2 | |
Minimum achievable residual unbalance (U mar ) but not better than (MARU) | 0.1 gmm/kg | 0.1 gmm/kg | 0.1 gmm/kg | |
Unbalance reduction ratio (URR) | ≥ 95 % | ≥ 95 % | ≥ 95 % |
