Bourns Incremental rotary encoder 5 Vdc Switch postions 128 360 ° ENT1D-D28-L00100L 1 pc(s) ENT1D-D28-L00100L Hoja De Datos

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BOURNS EN SERIES OPTICAL ENCODER
E N C 1 J - D 2 8 - L 0 0 1 2 8 L
ANTI-ROTATION
LUG POSITION
Code
D
J
P
Description
None
9:00 Position
Rear Mount-
ing Bracket
SHAFT LENGTH*
Code
16
20
24
28
Description
1/2 " Long
5/8 " Long
3/4 " Long
7/8 " Long
RoHS IDENTIFIER
Code
L
Description
Compliant
SWITCHING
CONFIGURATION
Code
1
Description
Channel A
Leads
Channel B
By 90 
°
(Clockwise
Rotation)**
TERMINAL***
CONFIGURATION
Code
L
R
M
N
W
Y
Description
Axial, Multi-
Purpose Pin
Radial, Multi-
Purpose Pin
Axial, Ribbon
& Connector
10 “
Radial, Ribbon
& Connector
10 ”
Axial, Ribbon
10 “  - 
No Connector
Radial, Ribbon
10 ” -
No Connector
RESOLUTION
Code
00025
00050
00064
00100
00125
00128
00200
00256
Cycles Per
Revolution
25
50
64
100
125
128
200
256
SHAFT STYLE
Code
B
D
C
Use With
Bushings (Code)
A, S
C, T, W
A, S
Description
1/4 " Dia., Plain End
1/8 " Dia., Plain End
1/4 " Dia., Single
Flatted
BUSHING CONFIGURATION
Code
A
C
S
T
W
Description
3/8 "D X 3/8 "L Threaded
1/4 "D X 1/4 "L Threaded
3/8 "D X 3/8 "L Threaded
(Ball Bearing)
1/4 "D X 3/8 "L Threaded
(Ball Bearing)
Servo Mount 7/8 "D
(Ball Bearing)
*   Shaft length measured from mounting surface.
**  25 and 50 PPR is reversed (Channel B leads Channel A).
*** Standard ribbon cable is 10 " long. Consult factory for other lengths.
 Specifi cations are subject to change without notice.
Customers should verify actual device performance in their specifi c applications.
 
EN - Rotary Optical Encoder
How To Order
REV. 06/12
GENERAL INFORMATION
The Bourns
®
 EN model is a self-contained rotary optical encoder. 
It produces a 2-bit quadrature signal which is suitable for digital 
systems where both magnitude and direction of adjustment must 
be provided. The EN encoder is ideal for use as a digital panel 
control or as a position sensing device in applications where long 
life, reliability, high resolution and precise linearity are critical.
The EN series encoder converts rotary input into electrical signals 
which can be used by microprocessors without A/D conversion. 
Bourns encoder output signals are square wave digital pulses which 
do not require debounce circuitry. Both features make it possible 
to signifi cantly reduce the memory overhead, wiring and wiring inter-
connects required by other types of control devices.
EN optical encoders offer a useful rotational life of from 10 million to 
200 million shaft revolutions, making them ideal for extended service 
applications. The Bourns encoder is also compact and well suited for 
situations where the available space is limited.