Unbalanced motors
20Pages

Unbalance Motors KEEPING BULK MATERIAL ON THE MOVE

AViTEQ Vibration Technology WE DRIVE YOUR SUCCESS For more than 75 years, AViTEQ Vibrationstechnik GmbH has provided oscillating conveyor solutions to almost 350,000 projects. Our extensive experience and vibrating conveyor expertise is evident with our 125 AViTEQ employees worldwide, who are always to support our international client base. UNSHAKEABLE QUALITY AViTEQ systems and components feature comprehensive functionalities including: conveying, sorting and dosing, screening, classifying and dewatering, compacting and loosening, cooling and heating of various bulk materials. We provide...

AViTEQ Product Portfolio QUALIFIED PARTNER FOR SYSTEMS AND COMPONENTS Systems AViTEQ plans and realises vibration and process engineering solutions. Furthermore, a comprehensive offer including all-round service is made possible through AViTEQ and AEG. Hopper Discharge Units Vibrating Screens Tubular feeders Spiral Conveyors Components AViTEQ develops, builds and distributes drive components and control systems for vibrating conveyor systems. We also offer 24-hour replacement part support from the spare part warehouse, as well as various repair services (in-house or on-site). Unbalance...

Unbalance Motors by AViTEQ PERFORMANCE WITH LOYALTY TERMINAL BOARD You can rely on a powerful and reliable performance with unbalance motors by AViTEQ. The performance drive with a robust design also features numerous clever details. Moreover, our superior production quality ensures a longer operation life – one of the many reasons we have been loyally serving many clients for more than 20 years. 6-pin fully mounted (voltage up to 690 V without additional insulation). • ADVANTAGE: solidly mounted, no risk of vibration fatigue failure Regardless of its surroundings, the unbalance motors by...

PERFORMANCE DATA OVERVIEW Centrifugal force range: 40 – 119,000 N Working moment: 0.08 – 2.763 kgcm Working weight: 1 – 11,250 kg Rated Power: 0.03 – 10,000 W Temperature range: -20 °C – + 40 °C / + 55 °C Mains connection: Three-phase current/alternating current (50 or 60 Hz) for conventional voltages up to 690 V CABLE GLAND Simple electric connection (IP 66), second separate cable gland for thermistor connection. • ADVANTAGE: easy-fit and high operational reliability UNBALANCE WEIGHTS Adjustable and permanent legible setting scale. • ADVANTAGE: quick and precise settings BALL-/ROLLER...

Design and Motor Selection THE RIGHT MOTOR IN AN INSTANT DESIGN The vibration amplitude is the central benchmark in designing an unbalance motor. Together with acceleration of the respective frequency, the vibration amplitude delivers the power, which flows from the drive to the working unit. The motor characteristics on the next page demonstrate the optimal motor. The diagrams give you a quick and easy overview of the vibration amplitudes for all motor types, in relation to working weights. DIRECTION OF ROTATION To ensure linear vibrations on longitudinal conveyors, such as trough feeders...

STEP 1 TO THE RIGHT MOTOR: FUNCTIONALITY CONVEYING DOSING coarse SCREENING fine Depending on the type of application, vibration amplitudes and acceleration values are calculated based on the nominal speed in the relevant network

PERFORMANCE CHARACTERISTICS IN A 50 HZ MAINS FREQUENCY 2-pole motores, synchronous speed: | 2-pole motores, synchronous speed: | 4-pole motores, synchronous speed: Working weight [kg] – when driven by two motors

4-pole motores, synchronous speed: 6-pole motores, synchronous speed: 8-pole motores, synchronous speed:

PERFORMANCE CHARACTERISTICS IN A 60 HZ MAINS FREQUENCY 2-pole motores, synchronous speed: 1.1 2-pole motores, synchronous speed: 1.1 4-pole motores, synchronous speed: 4.4 Working weight [kg] – when driven by two motors

4-pole motores, synchronous speed: 1,800 min' Vibration amplitude (mm) Vibration amplitude (mm) Vibration amplitude (mm) 6-pole motores, synchronous speed: -1 1,200 min 8-pole motores, synchronous speed: 1 UVE 3W 2 UVE 5W

abcefghkps Screws 11 driven by two unbalance motors 2) 1-phase alternating current unbalance motor with permanently installed three-core cable, only available in 230V/50Hz or 115V/60Hz Motor housing type UV1A 0.04Y and UVA 0.6Y Alu blank. From Type UVB... in standard color RAL 5018 powder-coated (other colors upon request) 3) Series eUV, fUV und cUV have deviating technical data

Centrifugal Working Motor force [N] moment [kgcm] weight [kg] Working weight range11 [kg] Rated Current Rated Power max. [A] 31 max. [kW] All UV series are CE certified Series UV: within normal range (Germany and explosion-proof areas (Zone 21 + 22)) in accordance with: Ex II 2D tD A21 IP66 T 135°C Series eUV: hazardous areas for dust (Zone 21 + 22) and gas explosion areas in accordance with: Ex II 2D tD A21 IP66 T 135°C, Ex II G e II T3 and/or T4 - Ex 2 D tD A21 IP66 T 135°C

abcefghkps Screws 11 driven by two unbalance motors 2) 1-phase alternating current unbalance motor with permanently installed three-core cable, only available in 230V/50Hz or 115V/60Hz Motor housing type UV1A 0.04Y and UVA 0.6Y Alu blank. From Type UVB... in standard color RAL 5018 powder-coated (other colors upon request) 3) Series eUV, fUV und cUV have deviating technical data

Series Series Series Centrifugal Working Motor cUV 31 force [N] moment [kgcm] weight [kg] Rated Current Rated Power 0.08 0.85 impact vibrator impact vibrator 0.30 N.A. 0.02 d& Series UV: in normal range, if special certification is not required Series eUV: hazardous areas for dust certified in accordance to CSA 2593962 in Class II (dust), Division 1, Groups E, F und G Series fUV: gas explosion area certified in accordance to CSA 1181557 in Class I (gas), Division 2, Groups A, B, C and D

abcefghkps Screws 11 driven by two unbalance motors 2) 1-phase alternating current unbalance motor with permanently installed three-core cable, only available in 230V/50Hz or 115V/60Hz Motor housing type UV1A 0.04Y and UVA 0.6Y Alu blank. From Type UVB... in standard color RAL 5018 powder-coated (other colors upon request) 3) Series eUV, fUV und cUV have deviating technical data