BRS39AWB70ABA
Schneider Electric
-25...40 °C-25...70 °C5.8 Ohm winding)
Ref. price$647.14
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Schneider Electric BRS39AW Unclassified Series
10 variants · Schneider ElectricAll Unclassified →
About the Schneider Electric BRS39AW Unclassified Series
The Schneider Electric BRS39AW Unclassified Series series groups 10 related part numbers, each listed with full specifications, a datasheet where available, and an RFQ option. The listed variants share a common main product or component type of Motion control motor, max axial force fa n of 175 N tensile force) 30 N force pressure) and motor type of 3-phase stepper motor. Variants differ by centring collar diameter, length and operating temperature, so you can match the exact centring collar diameter your application requires using the selection guide below.
Select a variant by
- Centring collar diameter
- 2.9 in (73 mm) · 73 mm
- Length
- 5.6 in (141 mm) · 98 mm
- Operating temperature
- -25...40 °C · -13...104 °F (-25...40 °C)
- Shaft diameter
- 0.4 in (9.5 mm) · 12 mm
- Shaft end type
- Smooth shaft · Untapped
- Storage temperature
- -25...70 °C · -13...158 °F (-25...70 °C)
Shared specifications
- Main product or component type
- Motion control motor
- Max axial force fa n
- 175 N tensile force) 30 N force pressure)
- Motor type
- 3-phase stepper motor
- Resistance
- 5.8 Ohm winding)
- Temp operating max
- 40 °C
- Temp operating min
- -25 °C
- Temp storage max
- 70 °C
- Temp storage min
- -25 °C
- Time constant
- 9 ms
Variant comparison
| Parameter | BRS39AWA70ACA | BRS39AWB70ABA |
|---|---|---|
| Centring collar diameter | 2.9 in (73 mm) | 73 mm |
| Length | 5.6 in (141 mm) | 98 mm |
| Operating temperature | -13...104 °F (-25...40 °C) | -25...40 °C |
| Shaft diameter | 0.4 in (9.5 mm) | 12 mm |
| Shaft end type | Untapped | Smooth shaft |
| Storage temperature | -13...158 °F (-25...70 °C) | -25...70 °C |
Request a quote on any Schneider Electric BRS39AW Unclassified Series part number and we confirm price, availability and lead time per line — including end-of-life and allocation-constrained variants.