Component

Balance Systems Digital Interface Balancer 9SHVM2512B N220 SN B803704 ungebr.

Year of construction: 1970, condition: not inspected (used), Offered here is a balancing machine from the company Trebel. The machine has a solid steel protective hood. For rebuilding, because the control cabinet is missing! Dcedpshikdwofx Ab Ter Technical data: Manufacturer: Trebel Type: FC4c-xn Year of manufacture: 1970/74 Normal weight range up to 400kg Max. permissible load per block: 200kg

Condition: new, workpiece weight (max.): 10,000 kg, rotor diameter: 2,500 mm, Horizontal soft-bearing Balancing machines 9K719 with load capacity from 100 to 10000 kg are designed for high-precision balancing of rotors of electric motors, pumps, compressors, blowers and exhausters, gearboxes, turbines of power engineering. Self-aligning rollers ensure proper rotor alignment, simplifying setup and reducing balancing time. Combined Drive System has a unique configuration with two axial drives and a belt drive mounted on a single bed. Overall, this machine is highly versatile and effective in balancing various types of rotors, making it ideal for repair and production shops. HIGHLIGHTS • Soft-Bearing System: This system ensures linear sensitivity across the entire speed range during balancing. The result is exceptionally high balancing accuracy, achieving up to 0.04 g·mm/kg across all rotor mass ranges. • Self-Aligning Roller Cassette automatically adjusts to the rotor along two axes, eliminating the need for precise centering. This design reduces machine setup time and, consequently, the overall time required for balancing. • Wide Contact Area Rollers: The cylindrical rollers provide a broad contact surface, preventing scoring or deformation of the rotor's support surfaces. This is crucial when balancing heavy rotors for extended periods, minimizing the risk of damage due to prolonged contact or improper loading. • Combined Drive System: Rotors of relatively low mass can be driven by “belt drive”, which makes the machine more versatile and allows balancing a very wide range of parts. Heavy rotors are rotated by "axial drive" using a cardan shaft. • Rotor Jacks: Specialized loading devices can be integrated to ensure smooth and precise rotor placement onto the roller supports. This minimizes the risk of damage to the delicate roller assembly, particularly when handling heavy or sensitive rotors. • High balancing accuracy due to automatic calibration of the balancing machine directly for each rotor by determining the influence coefficients. Its ease of use, high measurement accuracy, and integrated specialized features enable balancing professionals to achieve outstanding results in the shortest possible time. • The frequency converter drive provides smooth acceleration and deceleration of the electric motor and infinitely variable speed control of the rotor. • No need for special foundations and vibration isolation, no need to fix the machine to the floor. SPECIFICATIONS Weight range of balanced rotors 100 - 10'000 kg Maximum rotor diameter (above the bedding) 2500 mm Distance between centres of rotor supports 400 – 5600 mm Support type Rollers Transmission element for rotor rotation Belt / Cardan Minimum achievable residual specific unbalance 0.4 g*mm/kg Rotor speed range 300 – 1000 rpm Electric motor power 30 kW Dodjwdgptopfx Ab Tocr Parameters of the supply network 380V, 3 Ph, 50Hz Do you need a machine for a different load capacity, diameter or length? We manufacture balancing machines for every needs. Please contact us to get the best offer! 👇

Condition: used, Technical details: balancing body max.: 800 kg balancing body diameter: 1250 mm Balancing revolution per minute: 190 - 3600 U/min bed length: 2600 mm voltage: 380 V/Hz drive power: 7,5 kw Weight approx.: 1,5 t dimension machine xH: 3,5 x 1,7 x 2,0 m dimensions electric cabinet: B:650 x T:250xH:800 mm Horizontal balancing machine The balancing machine is used to measure and balance the static or dynamic unbalance of rotors. Balancing body weight max. 800 kg with equal load distribution, i.e. 400 kg per bearing pedestal Power transmission by means of cardan shaft Dcsdpfx Aeu Upp Teb Tjr Bearing journal Ø min./max.: 16-95 / 95-180 mm Bearing distance center distance min. 125 mm and shaft end bearing center max. 2070 mm Measured speed: 1st gear = 190 - 650 rpm. 2nd gear = 400 - 1250 rpm 3rd gear = 700 - 2100 rpm. 4th gear = 1200 - 3600 rpm. 2 pick-up blocks whose displacement is manual over the entire bed Schenk measuring device with digital display and some accessories, e.g. many rotor shafts with different Ø and different rotor mounts, please ask! *

Condition: used, functionality: fully functional, Used Schenck Balancing Machine HU 9 T with used CAB 690 H measuring unit. The machine comes with original foundation drawings, documentation and manuals. The machine can be test run in Kerava. Technical data: - Maximum rotor weight with roller bearings: 50 000 kg - Maximum weight for symmetrical rotor: 56 000 kg - Load capacity per bearing pedestal: 28 000 kg - Load capacity per T-slot pedestal: 28 000 kg - Minimum rotor weight: 2 500 kg (1000 kg) Dcodpfx Absw Aaugj Tjr - Maximum diameter over machine base: 4 000 mm - Machine bed length: 15 000 mm - Adjustable roller bearing diameters: 125–270 mm , 450–900 mm - ABB electrical drive FC: 90 kW - 4-speed gearbox: approx.120–1400 rpm - Pneumatic locking for end drive - Electrically operated movable pedestals - Accuracy: Umar 0,5gmm /kg 270 rpm 1000 gmm