Datasheet4U Logo Datasheet4U.com

23HY0407-01

Hybrid Stepper Motors

23HY0407-01 Datasheet (115.01 KB)

Preview of 23HY0407-01 PDF

Datasheet Details

Part number:

23HY0407-01

Manufacturer:

ETC

File Size:

115.01 KB

Description:

Hybrid stepper motors.
HYBRID STEPPING MOTORS ƶ0.39in. ƶ1.10in. ƶ1.38in. ƶ1.53in. ƶ1.65in. ƶ2.22in. ‡2.25in. ƶ2.36in. ƶ3.35in. ‡3.39in. (ƶ10mm) (ƶ28mm) (ƶ35mm) (ƶ39mm) (ƶ42.

23HY0407-01 Features

* I High Accuracy I Low Inertia I High Acceleration General Specifications Bi-polar Model Number 23HY0407-01 23HY0414 23HY1411 23HY1413-01 23HY2416 23HY2417 Resistance Inductance Rated per Phase per Phase Current ohm mH A 1.5 2.5 1.5 3.5 6.4 1 4.5 12.2 1 2.5 5.4 1.4 7 14.5 1 3 6.4 1.5 Ho

📁 Related Datasheet

23HY0414 - Hybrid Stepper Motors (ETC)
HYBRID STEPPING MOTORS ƶ0.39in. ƶ1.10in. ƶ1.38in. ƶ1.53in. ƶ1.65in. ƶ2.22in. ‡2.25in. ƶ2.36in. ƶ3.35in. ‡3.39in. (ƶ10mm) (ƶ28mm) (ƶ35mm) (ƶ39mm) (ƶ42.

23HY0001-01N - Hybrid Stepper Motors (ETC)
23HY SERIES 1.8° ■ Key Features • High Acceleration • High Accuracy • Very Low Inertia ■ General Specifications • Bi-polar Series & Length Model Nu.

23HY0001N - Hybrid Stepper Motors (ETC)
23HY SERIES 1.8° ■ Key Features • High Acceleration • High Accuracy • Very Low Inertia ■ General Specifications • Bi-polar Series & Length Model Nu.

23HY0002-01N - Hybrid Stepper Motors (ETC)
23HY SERIES 1.8° ■ Key Features • High Acceleration • High Accuracy • Very Low Inertia ■ General Specifications • Bi-polar Series & Length Model Nu.

23HY0002N - Hybrid Stepper Motors (ETC)
23HY SERIES 1.8° ■ Key Features • High Acceleration • High Accuracy • Very Low Inertia ■ General Specifications • Bi-polar Series & Length Model Nu.

23HY0601 - Hybrid Stepper Motors (ETC)
HYBRID STEPPING MOTORS ƶ0.39in. ƶ1.10in. ƶ1.38in. ƶ1.53in. ƶ1.65in. ƶ2.22in. ‡2.25in. ƶ2.36in. ƶ3.35in. ‡3.39in. (ƶ10mm) (ƶ28mm) (ƶ35mm) (ƶ39mm) (ƶ42.

TAGS

23HY0407-01 Hybrid Stepper Motors ETC

Image Gallery

23HY0407-01 Datasheet Preview Page 2 23HY0407-01 Datasheet Preview Page 3

23HY0407-01 Distributor