Details
Recommended
RECOMMENDED PRODUCT
Available on short notice!Our recommended products are ready for shipping within 2 – 11 working days.
EC 60 flat Ø60 mm, brushless, 200 W, with Hall sensors and cables | ventilated
Part number 642221

Price scales | Quantity | Price per unit |
---|---|---|
Prices excluding VAT and shipping costs | 1-4 | €160.94 |
5-19 | €141.47 | |
20-49 | €118.21 | |
from 50 | On request |
Specifications
Technical illustrations
- Dimension drawing
Values at nominal voltage | |
Nominal voltage | 24 V |
No load speed | 4300 rpm |
No load current | 497 mA |
Nominal speed | 3240 rpm |
Nominal torque (max. continuous torque) | 540 mNm |
Nominal current (max. continuous current) | 9.34 A |
Stall torque | 2510 mNm |
Stall current | 83.2 A |
Max. efficiency | 85 % |
Characteristics | |
Terminal resistance | 0.288 Ω |
Terminal inductance | 0.279 mH |
Torque constant | 52.5 mNm/A |
Speed constant | 182 rpm/V |
Speed / torque gradient | 0.998 rpm/mNm |
Mechanical time constant | 8.69 ms |
Rotor inertia | 832 gcm² |
Thermal data | |
Thermal resistance housing-ambient | 1.22 K/W |
Thermal resistance winding-housing | 0.842 K/W |
Thermal time constant winding | 9.17 s |
Thermal time constant motor | 44 s |
Ambient temperature | -40...+100 °C |
Max. winding temperature | +125 °C |
Mechanical data | |
Bearing type | ball bearings |
Max. speed | 6000 rpm |
Axial play | 0 mm, at radial load < 12 N |
0.14 mm, at radial load > 12 N | |
Max. axial load (dynamic) | 12 N |
Max. force for press fits (static) | 170 N |
(static, shaft supported) | 8000 N |
Max. radial load | 112 N, 5 mm from flange |
Other specifications | |
Number of pole pairs | 7 |
Number of phases | 3 |
Number of autoclave cycles | 0 |
Product | |
Weight | 375 g |
Description
The flat design of the brushless EC flat motors makes them the perfect solution for many applications. The thought-through, simple design makes it possible to largely automate the manufacturing—this is reflected by the economical price.The fan wheel provides active cooling during operation, which permits very high continuous torques.