J5208 Series Solid-Shaft Absolute encoder,Products,CHINA YUMO ELECTRIC CO., LTD.

J5208 Series Solid-Shaft Absolute encoder

Application

Automated measurement and automatic control system . Measure the angular displacement and placed speed. The measured value could be output with naturel binaries by the encoder.

Absolute encoders are used in many applicaions that reauire precise shat unlimited rotaion-incuding industrial controls. robotics. Specia purpose photographic lenses,computer input devices (such as optomechanical mice and trackballs), controlled stress rheometers, and rotating radar platforms.

Features

High strong anti-interference , won’t be affect by power off or system shut off and start

Dust proof, and moisture proof, high shock and vibration resistance

A Solid Shaft Absolute Rotary Encoder, also called a absolute encoder, is an electro-mechanical device that converis the angular position or motion of a shaf or axleto an analog or digital code.

There are two main types: absolute and incremental (relative). The output of absolute encoders indicates the curent position of the shaft making them angle transducers. The output of incremental encoders provides information about the motion of the shaf, which is typically further processed elsewhere into information such as speed, distance and position.

Ordering Information

Parameter

Code	Absolute Code
Code	Bit	Point for Round	Angle Resolution	Output code	Carry direction	Accuracy
J5208G-0013	13	8192	360/213	Natural Binary	from shaft according to clock wise(CCW)	±1.5
J5208G-0012	12	4096	360/212	Natural Binary	from shaft according to clock wise(CCW)	±3
J5208G-0011	11	2048	360/211	Natural Binary	from shaft according to clock wise(CCW)	±6
J5208G-0010	10	1024	360/210	Natural Binary	from shaft according to clock wise(CCW)	±12

Note

1, Please contact sales representative to confirm the correctness and availability of the part number

Technical Specifications

Electrical parameter

Code

Power

Output signal

Consumption current

Rise/fall time

Response frequency

· Insulation resistance

High level (V)

Low level (V)

Allowed current

J3806

5VDC

≥2.5

≤1

＜100mA

＜us

0-1m

＞1MΩ

Mechanical parameter

Revolution

Starting torque25°

Load of Axis

Working temperature

Storage temperature

Relative humidity

Shock Resistance

Vibration proof

Axial

Radial

0-6000r/min

2*10-3N/m

10N

20N

-25~100℃

-30~110℃

30-85%

30m2/s(10-200Hz, x,y,z)

30m2/s(11ms, x,y,z)

Connection Table

Color	Red	Black	Green	White	Yellow	Brown	Grey	Orange	Shielded
Voltage E	Vcc	0V	Clock	Date	Backup	-	-	Backup	Shell
Line driver TTL	Vcc	0V	Clock	Date	Backup	-		Backup	Shell

SSI signal interface

The absolute location is triggered by the lock, and it begins to put serial signal in synchronicity with the clock signal from high (MSB), SS/standard signal single with turn to 131. The clock and data are in high level when it not transmit signal. The current value begin to storage when clock first falling edge, and the data start to transmit when the clock first rising edge.

Dimensions(mm)

J5208 Series Solid-Shaft Absolute encoder

Product details

Inquiry

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