Ø24 x 46mm / with dual shafts / with sensors


Key Features

Model No.   mm 724-801
Diameter (mm)   mm 24
Length (mm)   mm 46
Voltage (V)   mm 24
No-load Current (A)   mm 0.11
No-load Speed (rpm)   mm 13880
Stall Torque (mNm)   mm 181.95
Stall Current (A)   mm 11.16
Nominal Torque (mNm)   mm 24.07
Nominal Speed (rpm)   mm 12030
Nominal Current (A)   mm 1.48
Sample Available   No

Performance characteristics

Nominal voltage V 24
No load speed rpm 13 790
No load current A 0.11
Nominal speed rpm 11 980
Nominal torque mNm 23.51
Nominal current A 1.44
Stall torque mNm 105.73
Stall current A 6.49
Maximum efficiency % 79.60

Design and accessories

Availability 8 weeks
Motor Type Brushless
Commutation Sensored / sensorless
Shafts Dual
Encoder Not fitted
Gearbox Not fitted
Connections 8-pinned JST PHR-8
Cable 100mm x AWG26
Housing Material Aluminium alloy
Body diameter mm 24
Body length mm 46
Weight g 92.0

Motor body characteristics

Thermal resistance housing-ambient °C/W 11.6
Thermal resistance winding-housing °C/W 5.6
Thermal resistance winding-housing s 30
Thermal time constant motor s 557
Ambient temperature min °C -30
max °C +100
Max. permissable winding temperature °C +150
Max. permissable rotor speed rpm 20 000
Axial play at axial load < 0.8N mm 0.0
< 0.8N mm 0.3 max
Radial play Preloaded
Max. axial load (dynamic) N 3.5
Max. force for press fits (static) N 44.0
with shaft supported N 1 200
Max. radial loading (5mm from flange) N 15.0
Number of pole pairs 1
Number of winding phases 3

Winding specific characteristics

Terminal resistance Ω 3.70
Terminal inductance mH 0.29
Torque constant (Kt) mNm/A 16.30
Speed constant (Kv) rpm/V 584
Speed / torque gradient rpm/mNm 77
Mechanical time constant ms 3.4
Rotor inertia mNm² 0.420

Operating range (based on on ambient 25°C)

Sample request

We aim to get you up and prototyping as quickly as possible. We stock off-the-shelf samples for each motor size, to support commercial development.

Our application engineers can advise on motor design and selection, mechanism design, and support the development of high performance motor drivers. They can also assist to validate the in-application performance and longevity suitability of a down-selected motor or mechanism design.

Contact our application engineering team to discuss your project, using the form, or email [email protected].

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Technical Documents