0% found this document useful (0 votes)
52 views1 page

Oek - 050 - 00E - : Shaft Type

The document provides specifications for an OEK shaft encoder including electrical specifications, output signals, resolution options, dimensions, and environmental specifications. It details the encoder's power supply voltage and current, output voltage and current, frequency response, and withstanding voltage. It also includes a diagram of the output signals and their phases.

Uploaded by

Imran Dhillon
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
0% found this document useful (0 votes)
52 views1 page

Oek - 050 - 00E - : Shaft Type

The document provides specifications for an OEK shaft encoder including electrical specifications, output signals, resolution options, dimensions, and environmental specifications. It details the encoder's power supply voltage and current, output voltage and current, frequency response, and withstanding voltage. It also includes a diagram of the output signals and their phases.

Uploaded by

Imran Dhillon
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
You are on page 1/ 1

OEK

SHAFT TYPE Low Pulse Model Electrical Spec


・Robust Encoder with Flange.

OEK
TYPE 1    2    2M    1C   2C  2MC  1HC  2HC   2MHC
・Water Drip-Proof Bearing Type
Power Supply(Vcc) DC4.5∼13.2 V DC10.8∼26.4 V
Model
Current Consumption 80 mA Max 60 mA Max

“H” Vcc-1V Min


Output Voltage
Model ※1 0.5 V Max
“L”

OEK– – – 050 – 00E


Maximum Sink Current 20 mA

Rise & Fall Time 1 µs Max

Complying with RoHS


Maximum Frequency Response 200 kHz
Output Mode
Cable Length 050 : 500mm Withstanding Voltage of Output Tr. 50 V Max
Signals No Indication : Voltage Output ※1)at Maximum Sink Current
C   : Open Collector Output
Resolution HC   : Open Collector Output / High Voltage
Wave Form
1 : Only A Signal
p
2 : AB90̊ Phase Difference
2M : AB90̊ Phase Difference + Index Signal
Signal A CW ⇒(Rotating Toward Clockwise
a b c d Viewed from Mounting surface)
20 20 P/R 60 60 P/R 200 200 P/R 360 360 P/R 1
50 50 P/R 100 100 P/R 300 300 P/R - - Signal B P=
Resolution
h
External Dimension Signal Z
4-M4 Through h min Signal A,B a,b,c,d= (P/4)±(P/8)
P.C.D 68
Duty = (P/2)±(P/4)
h max
Signal Z (P/2)≦h≦(3P/2)

Electrical Connections
±0.5
Ø50 h7
Ø79 ±1

Ø8 h7

Color Signal
Ø58

18 Red Power Supply(Vcc)


Black 0V
Green or Blue Signal A
White Signal B
2 8
7 ±0.2 Yellow Signal Z
48 ±1 500 +30
Shield NC
0
24 ±0.5

Mechanical Spec Environmental Spec


4-M4通し
P.C.D 68
Starting Torque 19.6X10-3N • m Max Operating Temperature – 10℃∼ + 70℃

Angular Acceleration 1X105 rad/s2 Storage Temperature – 30℃∼ + 80℃


Output Circuit
±0.5
Ø8 h7
Ø50 h7
Ø79 ±1

Vcc Thrust 29.4N Humidity RH 85% Max No Condensation


18 Shaft
Ø58

2kΩ(Only for Voltage Output) Loading 49N


Radial Vibration 10∼55Hz/1.5mm X, Y, Z Each 2h
7 ±0.2 2 8 +30
Signal 24 ±0.5 48 ±1 500 0 Moment of Inertia 4X10-6kg • m2
Shock 490m/s2,11ms X, Y, Z Each 3 times
Maximum Permissible Speed 6000min -1

0V
Net Weight 500g Max

42 43

You might also like