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US$59.44

This encoder can measure rotation at speeds of up to 3000 RPM and plugs into a Phidgets Encoder Interface.

Optical Rotary Encoder ISC3004

This encoder can measure rotation at speeds of up to 3000 RPM and plugs into a Phidgets Encoder Interface.

Description
Specifications
Resources
Connection

This is a small ball bearing construction, rotary encoder without index that goes up to 3000 rpm.
The encoder comes with a 1 meter cable and 2 mounting screws.
To attach this encoder to the shaft of a motor or another device, we recommend one of the following shaft couplers:

3420 - Spiral Beam Coupling 4-4mm

3424 - Jaw Coupling Half 4mm

Encoder Properties

Output Circuit Type	Push-Pull (Single-Ended)
Encoder Resolution	360 CPR
Encoder Speed Max	3000 RPM

Electrical Properties

Supply Voltage Min	5 V DC
Supply Voltage Max	5 V DC
Output Frequency Max	80 kHz

Physical Properties

Shaft Diameter	4 mm
Shaft Maximum Axial Load	10 N
Shaft Maximum Radial Load	20 N
Operating Humidity Min	30 %RH
Operating Humidity Max	(Non-condensing) 85 %RH
Operating Temperature Min	-25 °C
Operating Temperature Max	85°C
IP Rating	IP54
Weight	83 g

Data Sheet

Mechanical Drawing

Download 3D Step File

This rotary encoder connects to:

1057 - PhidgetEncoder HighSpeed

1047 - PhidgetEncoder HighSpeed 4-Input

The easiest way to connect your encoder to the 1057 or to the 1047 is to use a 3019 - HighSpeed Encoder Cable 50cm, cut it to the desired length and solder the encoder wires to the encoder cable as follows:
The following table shows how to connect the Load Cell Wires to the bridge connectors.

3530 - Encoder	3019 - Phidget cable
Red	Red
Black	Black
White	White
Green	Brown

You could also buy the male connector, which is a Molex 50-57-9405, and crimp it onto the end of the cable, if you have the appropriate tools.