Details
NRND

A-max 32 Ø32 mm, Graphite Brushes, 15 Watt, with terminals

Part number 236644

A-max 32 Ø32 mm, Graphite Brushes, 15 Watt, with terminals
Price scales Quantity Price per unit
Prices excluding VAT and shipping costs 1-4 €200.42
5-19 €179.68
20-49 €162.10
from 50 On request

NRND (Not Recommended for New Designs): These products continue to be available, but are not recommended for new projects. Our sales team will be happy to suggest alternatives.

Specifications

Technical illustrations

Information: Drawings are not to scale.

Values at nominal voltage
Nominal voltage 9 V
No load speed 4940 rpm
No load current 83.5 mA
Nominal speed 3090 rpm
Nominal torque (max. continuous torque) 35 mNm
Nominal current (max. continuous current) 2.12 A
Stall torque 95.3 mNm
Stall current 5.58 A
Max. efficiency 76 %
Characteristics
Terminal resistance 1.61 Ω
Terminal inductance 0.209 mH
Torque constant 17.1 mNm/A
Speed constant 559 rpm/V
Speed / torque gradient 52.8 rpm/mNm
Mechanical time constant 21.7 ms
Rotor inertia 39.2 gcm²
Thermal data
Thermal resistance housing-ambient 7.5 K/W
Thermal resistance winding-housing 2.1 K/W
Thermal time constant winding 15.7 s
Thermal time constant motor 791 s
Ambient temperature -20...+85 °C
Max. winding temperature +125 °C
Mechanical data
Bearing type Waelzlager
Max. speed 6000 rpm
Axial play 0.12 - 0.22 mm
Radial play 0.025 mm
Max. axial load (dynamic) 7.6 N
Max. force for press fits (static) 110 N
(static, shaft supported) 0 N
Max. radial load 32 N, 5 mm from flange
Other specifications
Number of pole pairs 1
Number of commutator segments 13
Number of autoclave cycles 0
Product
Weight 211 g
  • Operating Range

    Continuous operation range
   
     
    Short term operation range
   

Description

maxon A-max motors are an innovative range of high-quality DC motors, equipped with powerful AlNiCo permanent magnets. The “heart” of our motors is the ironless maxon winding, that has been tested millions of times over. This is the latest technology for compact, powerful and low-inertia drives.

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