Vascat 100kW 1503/3500RPM AC Vector Motor, IP23, B3, 160 Frame, 4/5 Weeks

MAC-QI-160X-G41-B3-IB+SBB-1024ppr-GradeB-4Wks-2186

Order Code: 33220
Available to Order
Delivery normally 4 weeks
£10,132.00
(excl. VAT)
£12,158.40
(inc. VAT )
Price break
per unit
1+
£10,132.00

Condition: New with Warranty
Brand: Vascat, Range: MAC-QI Force Ventilated IP23

Vascat 0/100.7/100.7kW x 0/1503/3500RPM Square Frame AC Vector Motor for foot mounting (B3) and 400V 3 phase supply from a suitable Inverter Drive
160 Frame, Force Ventilated (IC06) to IP23.
Includes Price Premium for reduced delivery time, force cooling fan, intake filter, Ball bearing at DE, Insulated Bearing, Bearing Grounding Brush, Grade B Balancing and 1024ppr x 15V HTL Encoder.

Use with a Closed Loop AC Vector Drive having the encoder board option fitted for full closed loop vector control and not less than 2.5kHz switching frequency.

Continuous Output:  100.7kW.
Overload:  150% to S6 (40%), subject to reduction at near maximum speed.
Base Speed:  1503RPM.
Maximum Speed at Full Output:  3500RPM.
Torque to Base Speed:  640Nm.
Torque at Maximum Speed:  275Nm.
Full Load Current:  181A.
Voltage:  400V 3 Phase.
Supply Frequency:  51/119Hz at Base/Maximum Speed.
Magnetising Current:  77A.

Overall Dimensions:  354mm Wide x 971mm Long x 699mm high overall.
Mounting:  Foot mount on 14mm holes at 254mm wide x 560mm centres.
Weight:  355kg.
Rotor Inertia:  0.432kgm2.
Shaft:  60mm diameter x 140mm from shoulder with 18mm wide keyway.
Drive End Bearing:  Ball Bearing for a direct connected load.
Bearing Protection:  Insulated Bearing fitted to NDE and Bearing Current bypass brush suitable for speeds up to 3500RPM fitted to DE
Balancing: To Grade 'B'.

Ambient Temperature:  40C at up to 1000m above sea level.
Cooling:  Force Ventilation Fan with Intake Filter fitted at 0.75kW for 400V 3ph 50Hz supply at 1.8A.

Part number:  MAC-QI-160X-G41-B3-IB+SBB-GradeB-1024ppr-2186.  (MACQI160X-G41-B3-IB+SBB-GradeB-1024ppr-2186)

Download the MAC-QI-160X Dimension drawing and output curves from the link below...