Programmable Rotary Hollow Shaft Encoder HSEC-100

Programmable Quadrature Output Rotary Hollow Shaft Encoder HSEC-100


This unique hollow shaft encoder is fully programmable, has a programmable volume compensation curve as well as a temperature sensor input making it ideal to measure volume on gas or propane pumps eliminating the need for a Scamp Device. Several output types are programmable:

Quadrature
a 5..90 displacement between two similar edges of two phased outputs generated by a common input. In other words, two square wave outputs (A and B) having the same number of pulses per revolution are in quadrature relation to each other - if A leads B by 90 for clockwise rotation and B leads A by 90 for counter-clockwise rotation. The pulse outputs indicate amount of shaft rotation, and the A / B phase difference indicates direction of rotation. This output type is compatible with any control device that accepts quadrature inputs.

Unidirectional
a single square wave output (A) with the programmed pulses per revolution (factory default 100 pulses) regardless of which direction the shaft is rotating (also called single output).

Direction Indicator
a digital output that indicates the direction of rotation: the output (B) is high when rotating in one direction and low when rotating in the other direction. Output (A) provides a single square wave output (A) with the programmed pulses per revolution (factory default 100 pulses per revolution)

Minimum/Maximum Speed Indicator
a digital output (A) that turns "on" when the encoder exceeds a predetermined revolution per minute (RPM), and turns "off" when the RPM is less than the predetermined RPM value while output (B) turns on if the RPM is below the predetermined minimum and turns off if above the minimum RPM.

16 volume compensation points can be set

Output can be compensated with an optional temperature probe input.

Device IDMax RPMMin/Max Flanks
00-44-0512-05005004..3300
00-44-0512-100010004..1500
00-44-0512-200020004..1000


ESD Protection
This Ringdale encoder has significant static protection. Encoder circuitry and output transistors are protected from high voltage transients to at least 6 kV direct discharge and 25 kV air discharge to either the encoder housing or the supplied cable when connected.

Special Requirements
If you have special requirements please ask for a quote. We design encoders to suit your application.

Caution! All specifications published herein are subject to change without notice. See website for Terms and Conditions of use of the website and the information provided herein. See Ringdale website on www.ringdale.com for Terms and Condtions of Sale and Service.

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