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Size 23 Hybrid stepping motor 1.8°




The hybrid is probably the most widely used of all stepping motors. The hybrid consists of a multi-phased toothed stator and a three part rotor. These high torque stepper motors are suitable for heavy duty applications. By applying the correct electrical pulse sequence to the windings of the motor results in a 1.8° step angle rotation of the spindle.

  • High torque output
  • Number of steps and speed are determined by the frequency of the input signal applied
  • Step angle 1.8°
  • Available in single stack, two stack and three stack options
  • Single stack available with 4 leads
  • Double and triple stack options available with 8 leads for exceptional control
  • The size 23 motor and drive are contained in a compact aluminium heatsink housing
  • Long life and high reliability


Product details Hints & Tips

Description

Code

RoHS

Datasheets

1+

Manufacturer Part #: MY701

Size 23 Single Stack Hybrid Stepping Motor

37-0510ROHS CompliantTechnical Datasheet£30.28

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Manufacturer Part #: MY702

Size 23 Two Stack Hybrid Stepping Motor

37-0511ROHS CompliantTechnical Datasheet£35.89

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Manufacturer Part #: MY706

Size 23 Three Stack Hybrid Stepping Motor

37-0512ROHS CompliantTechnical Datasheet£49.75

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Technical Specification

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Order code37-051037-051137-0512
Step angle1.8°1.8°1.8°
Step angle accuracy5%5%5%
Phase current2.1A1.0A3.0A
Phase resistance1.2Ω6.2Ω1.0Ω
Phase inductance2.1mH10mH2.1mH
Holding torque unipolar-80Ncm125Ncm
Holding torque bipolar50Ncm100Ncm160Ncm
Detent torque2.2Ncm4.0Ncm7.0Ncm
Rotor inertia135g cm²260g cm²460g cm²
Mass0.42kg0.6kg1.0kg
Insulation classBBB
Shaft configurationSingleSingle with flatSingle
Number of leads488


Questions





Question by David Mawtus | Product code: 37-0512
13th February 2012

QWhat voltage are these motors designed to work at?
AHi David, thanks for your question. Using 37-0510 as an example – the minimum voltages would be V=IR = 2.1(phase current) x 1.2(phase resistance) = 2.5V 37-0511 = 6.2V 37-0512 = 3V However the manufacturers advise using a 24V bi-polar driver set to the appropriate current for enhanced performance. We hope this helps.


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