We use cookies to make your experience better. To comply with the new e-Privacy directive, we need to ask for your consent to set the cookies. Learn more.
ENC-A16S-4000-059
| Cycles Per Rev (CPR) | 4000 |
|---|---|
| Bore Size | .059" |
| Index Channel | No |
| Cover | Standard |
Interested in large quantity discount?
Product Information
With an acceptable minimum shaft length of .236" and maximum shaft length of .305". Shaft sizes ranging from .059" to .079" in diameter, the ENC-A16S is a single-ended micro optical encoder designed to provide A, B and Index digital quadrature signals for high volume applications with limited space. The ENC-A16S module is designed to detect the rotary position with a code wheel. When attached to the end of a shaft, the encoder provides digital feedback information for motion control applications that require position, speed and/or direction control. Due to the A16's design, it is recommended for use as a onetime installation. These modules implement phased array detector technology providing superior performance and tolerances over traditional aperture mask type encoders. The ENC-A16S series provides digital quadrature outputs on all resolutions and are capable of sinking or sourcing 18 mA each. These encoders are powered from a single +5VDC power supply and are RoHS compliant.
*Select a part number from the chart below or build your own part number using the Ordering Information tab at the bottom of the page. ENC-CBL-CA-DF5 Cables and Centering Tools are also available. For instructions on installing your encoder to a motor, view our step by step video tutorial here.
- Miniature Size
- Push-on Hub with Spring Loaded Collet Design
- 250/256 to 4,000/4,096 Cycles Per Revolution (CPR)
- Off-Axis Mounting Tolerance of .010"
- A, B and Index Digital Quadrature Outputs
- Operating Temperature of -40° to +100° C
- Powered From a Single +5VDC Power Supply
.png)
.png)
.png)
.png)
Have questions? Contact us!
Inquiries are answered in the order they are received; typically within 48 hours (M-F). Response time is dependent upon the volume of inquiries and our business schedule.