Download 7 Segment Display Unit D1SC-N/D1SA Series

D1SC-N/D1SA Series
7 Segment Display Unit
7 Segment Display Unit large(W32×H57mm) and high bright LED
Features
(B)
Fiber
optic
sensor
● Selectable decimal(0 to 9) or hexadecimal(0 to 9, A to F)
indication code
Selectable positive or negative input logic
Selectable serial or parallel data input method
● 7 Segment, red/green display (D1SA Series)
● Power source: 12-24VDC
● Wide range on signal input voltage level
(Low: Max. 0-1.2VDC, High: 4.5-24VDC)
● Easy multi-stages connection (D1SA Series)
● Zero Blanking function
(C)
Door/Area
sensor
(D)
Proximity
sensor
(E)
Pressure
sensor
D1SC-N
(F)
Rotary
encoder
Applications
● Display for PLC
● Display for computer
● Various display
(G)
Connector/
Socket
(H)
Temp.
controller
Please read “Caution for your safety” in operation
manual before using.
(I)
SSR/
Power
controller
D1SA Sereis
(J)
Counter
Specifications
Model
D1SC-N
Display method
7 Segment LED display(red)
Power supply
12-24VDC
Allowable voltage range
90 to 110% of rated voltage
D1SA-RN
Current consumption
Max. 70mA
Max. 35mA
W32 × H57mm
W11×H22mm
※2
Input
D1SA-GN
※1
(K)
Timer
7 Segment LED display(green)
Character size
Display character
(A)
Photo
electric
sensor
(L)
Panel
meter
(M)
Tacho/
Speed/ Pulse
meter
• Decimal number : 0 to 9, decimal point • Hexadecimal number : 0 to 9, A to F, decimal point
• Parallel : Parallel 4bit data, latch, zero blanking, decimal point
• Serial : Serial 4bit or 5bit data, clock, zero blanking, latch,
decimal point(for 4 bit input)
(N)
Display
unit
(O)
Sensor
controller
Input resistance
12kΩ
Input level
High : 4.5-24VDC, Low : 0-1.2VDC
20kΩ
Max. response CLOCK
Max. 3kHz
Output
Data output (serial input), zero blanking output
Input logic
Selectable positive logic (PNP) or negative logic (NPN)
(D1SC-N: by the function set switch, D1SA Series: by inner soldering)
Noise strength
±300V the square wave noise (pulse width: 1us) by the noise simulator
(P)
Switching
mode power
supply
(Q)
Stepper
motor&
Driver&Controller
Environ Ambient temperature 0 to 60℃, storage : -10 to 85℃
-ment Ambient humidity
35 to 85%RH, storage: 35 to 85%RH
Accessory
Housing[5264-10],
Terminal[5263(PBT)], Sub-PCB for Connector(CT-10S), Cap
multi-stage connection
Unit weight
Approx. 100g
(R)
Graphic/
Logic
panel
(S)
Field
network
device
Approx. 22g(including right/left caps)
(T)
Software
※1: It is option
※2: Only D1SC-N supports Minus displaying.
※The max. response CLOCK is when the duty ratio is 1:1.
※Environment resistance is rated at no freezing or condensation.
(U)
Other
N-21
D1SC-N/D1SA Series
Terminal layout and function
D1SC-N
① Function set jumper(SW1)
①
OFF
ON
SW1
③
CN2
1
③
ON
ON
ON OFF 10
②5
SW2
JP1 1
OFF
<Factory default>
OFF
Function
Pos. logic(NPN) Neg. logic(PNP) Input logic
Jumper
10
CN1
(rear terminal layout)
1
Jumper pin
ON
1 2 3 45
② Function set switches(SW2, JP1)
ON
No.
ON
OFF
③ Input/Output terminals
Input Parallel input
JP1
<Factory default>
Serial input
Terminal
Code Function
Code Function
1
V+
VCC 12-24VDC
12-24VDC
ON
OFF
Function
2
D0
N·C
Do not connect anything
1
Decimal
Hexadecimal
Characters
3
D1
CK
Clock input
2
Parallel
Serial
Input
4
D2
DI
Data input
4Bit
5Bit
Serial input
5
D3
DO
Data output
4
Used
Not used
Serial data output
6
BI
Zero blanking input BI
Zero blanking input
5
Used
Not used
Zero Blanking
7
BO
Zero blanking output BO
Zero blanking output
8
LE
Latch input
Latch input
9
DP
Decimal point input DP
10
GND 0V
SW2 3
JP1
※1
Minus
7Segment
Minus
※1: For Serial input, set this as ON.
Data input
LE
Decimal point input
GND 0V
※Terminals of CN1 and CN2 is corresponding 1:1.
For Parallel input, set this as OFF.
D1SA Series
① Function set switches
ON
OFF
Function
Decimal
Hexadecimal
Characters
S2
Parallel
Serial
Input
①
S3
4Bit
5Bit
Serial input
S4 J2 J1 S3 S2 S1
J1
Used
Not used
Serial data output
②
<Factory default>
※ON =
No.
S1
(Short)
OFF =
J2
Used
Not used
Zero Blanking
S4
Neg. logic(NPN)
Pos. logic(PNP)
Input logic
※1
※1: For Serial input, set this as ON. For Parallel input, set this as OFF.
(Open)
② Input/Output terminals
10
Terminal
9
1
2
3
4
5
6
7
8
9
10
8
7
6
5
4
3
2
1
N-22
Input Parallel input
Serial input
Code
Function
Code
Function
V+
D0
D1
D2
D3
BI
BO
LE
DP
GND
12-24VDC
VCC
N·C
CK
DI
DO
BI
BO
LE
DP
GND
12-24VDC
Do not connect anything
Clock input
Data input
Data output
Zero Blanking input
Zero Blanking output
LATCH input
Point input
0V
Data input
Zero Blanking input
Zero Blanking output
LATCH input
Point input
0V
7 Segment Display Unit
Block diagram
(A)
Photo
electric
sensor
Parallel input
V+
GND
Power
(B)
Fiber
optic
sensor
Stablize
power
D0
D1
D2
D4
LATCH - LE
Decimal point -DP
Data
input
Input
Input circuit
circuit
Zero blanking input - BI
(C)
Door/Area
sensor
DECODER
DRIVER
(D)
Proximity
sensor
(E)
Pressure
sensor
Input
circuit
Input circuit
Zero blanking
control circuit
Zero blanking output - BO
(F)
Rotary
encoder
Serial input
V+
GND
Power
(G)
Connector/
Socket
Stablize
power
CLOCK - CK
Data input - DI
LATCH - LE
Decimal point - DP
Input
Input
circuit
circuit
DECODER
DRIVER
Input circuit
circuit
Input
Zero blanking
control circuit
(H)
Temp.
controller
(I)
SSR/
Power
controller
Data output - DO
Zero blanking input - BI
Zero blanking output - BO
(J)
Counter
(K)
Timer
※The ② pin is not used.
Dimensions
(unit: mm)
● Panel cut-out
D1SC-N
2.3
72
25.7
72×N-3.5
※N: Number of units
※Panel thickness: 2 to 4mm
(M)
Tacho/
Speed/ Pulse
meter
(N)
Display
unit
(O)
Sensor
controller
90.5
90
96
57
32
(L)
Panel
meter
(P)
Switching
mode power
supply
(Q)
Stepper
motor&
Driver&Controller
10°
Accessories
■ CN1 : Connector specification
OFF
ON
SW1
CN2
■ CN2 : Connector for multi-stage
● Connector maker: Korea Morex
● This connector must be used with
• Housing: 5264-10
connection PCB
• Header: 5264-10A(Straight)
● CN1 and CN2 must be connected as
• Terminal: 5263(PBT)
below drawing.
8mm
● Using cable specification
• AWG28 to 22(cable diameter: Max. Ø1.9mm)
• Shielding length of wire cover: 2.4 to 2.9mm
CN1
27mm
Header
Housing[5264-10]
Terminal[5263(PBT)]
Multi-stage connector
N-23
(R)
Graphic/
Logic
panel
(S)
Field
network
device
(T)
Software
(U)
Other
D1SC-N/D1SA Series
D1SA Series
(unit: mm)
● Panel cut-out
33
31
6
B
A
● Panel cut-out chart
54
3.5
35
22
11
Accessory
● Connector(Model : CT-10S)
19
32
30±0.1
2
52
50±0.1
3
72
70±0.1
4
92
90±0.1
5
112
110±0.1
6
132
130±0.1
7
152
150±0.1
8
172
170±0.1
7.5
● D1SA-RN: DAR(L) -R (left/right 1 set)
● D1SA-GN: DAR(L) -BL (left/right 1 set)
※Cap is optional (1set).
23
7.5
32
42
2-Ø3.4
B(20×N+10)
1
Sold separately
● CAP
13.5
37
7.5
Digit(N) A(20×N+12)
Input data chart
Indication
Minus
Negative input
※1
Positive input
7 Segment
Hexa
Hexa
Decimal
decimal
decimal
Decimal
D
C
B
A
D
C
B
A
Blank
Blank
H
H
H
H
L
L
L
L
Blank
Blank
H
H
H
L
L
L
L
H
H
H
L
H
L
L
H
L
H
H
L
L
L
L
H
H
H
L
H
H
L
H
L
L
H
L
H
L
L
H
L
H
H
L
L
H
L
H
H
L
H
L
L
L
L
H
H
H
L
H
H
H
H
L
L
L
Blank
Blank
N-24
Blank
L
H
H
L
H
L
L
H
Blank
Blank
L
H
L
H
H
L
H
L
Blank
Blank
L
H
L
L
H
L
H
H
Blank
Blank
L
L
H
H
H
H
L
L
Blank
Blank
L
L
H
L
H
H
L
H
Blank
Blank
L
L
L
H
H
H
H
L
Blank
Blank
L
L
L
L
H
H
H
H
※When BI terminal connect GND, “0” is
displayed. When BI terminal is open, it is
blank (not display)
※"X" : Either high or low level can be input.
※1: Only D1SC-N supports Minus display.
Set the rear JP1 as OFF.
※Blank: If input signal as input DATA, it does
not display.
7 Segment Display Unit
Input circuit
(A)
Photo
electric
sensor
D1SC-N
● Positive logic(PNP) input (SW1: OFF)
10kΩ
● Negative logic(NPN) input (SW1: ON)
(B)
Fiber
optic
sensor
+5V
20kΩ
Input
IC
(C)
Door/Area
sensor
12kΩ
10kΩ
12kΩ
20kΩ
IC
Input
(D)
Proximity
sensor
(E)
Pressure
sensor
※Input level - High : 4.5-24VDC, Low: 0-1.2VDC
D1SA Series
● Positive logic(PNP)input (SW1: OFF)
(F)
Rotary
encoder
● Negative logic(NPN) input (SW1: ON)
(G)
Connector/
Socket
5V
100kΩ
IC
Input
20kΩ
20kΩ
※Input level
(H)
Temp.
controller
100kΩ
High : 4.5-24VDC
Low: 0-1.2VDC
IC
Input
(I)
SSR/
Power
controller
Data input method
(J)
Counter
Parallel input
● 4Bit Static Parallel input(ex: displays ABCD.)
103
102
101
(K)
Timer
100
4Bit Data3+Point3
4Bit Data2+Point2
4Bit Data3+Point3
HLHL+L
4Bit Data2+Point2
HLHH+L
4Bit Data1+Point1
HHLL+L
4Bit Data0+Point0
HHLH+H
(L)
Panel
meter
(M)
Tacho/
Speed/ Pulse
meter
LATCH
4Bit Data1+Point1
(N)
Display
unit
4Bit Data0+Point0
LATCH
103
● 4Bit Dynamic Parallel input(ex: displays ACE007.)
105
104
101
100
102
101
※Clock: Max. 3kHz
Pw
4Bit
Data
HLHL
HHLL
(O)
Sensor
controller
100
HHHL
LLLL
LLLL
(P)
Switching
mode power
supply
LHHH
(Q)
Stepper
motor&
Driver&Controller
Point
LATCH 5
4Bit Data
LATCH 4
Point
LATCH 3
LATCH 5
LATCH 4
LATCH 2
t1
t2
(R)
Graphic/
Logic
panel
t3
LATCH 1
LATCH 0
(S)
Field
network
device
LATCH 1
LATCH 0
(T)
Software
10
5
104
103
10
2
10
1
10
0
※Pw=t1+t2+t3
Pw: 0.33ms(Min.)
t1: 0.05ms(Min.) → Data LATCH
t2: 0.23ms(Min.) → Data move
t3: 0.05ms(Min.) → Data
N-25
(U)
Other
D1SC-N/D1SA Series
Serial input
※Clock max. 3kHz
※In case of positive logic (PNP), hexadecimal number
● 6Bit Serial input(ex: displays -20.8)
ta: 0.23ms(Min.)
tw: 0.05ms(Min.)
START
tw
LATCH
0.33ms
SHIFT
ta
CLOCK
D1
L
L
D0
Data
L
D3
L
D2
D1
Data
※1
L
D0
H
L
D3
D2
L
D1
Data
L
D0
LSB(0)
H
L
D2
MSB(0)
Data
D3
LSB(1)
L
D0
MSB(1)
L
D1
LSB(2)
MSB(3)
H
L
D2
MSB(2)
L
D3
LSB(3P)
1Bit Data
※2
※1: To display Minus, set the rear JP1 as OFF.
※2: In case of 4Bit Serial input, to display decimal point, connect DP of the rear input terminal to V+.
In case of negative logic(NPN), connect DP to GND.
● 5Bit SeriaI input(ex: displays A25.0)
ta: 0.23ms(Min.)
tw: 0.05ms(Min.)
START
LATCH
tw
w
ta
a
0.33ms
SHIFT
CLOCK
L
D3
H
L
D2
D1
Data
H
D0
L
L
D4
D3
L
D2
Data
L
D1
L
D0
LSB(0)
H
D4
MSB(0)
L
D0
LSB(1)
Data
H
D1
Point
L
D2
MSB(1)
L
D3
LSB(2)
L
D4
Point
Data
L
D0
MSB(2)
H
D1
Point
L
D2
LSB(3P)
H
D3
MSB(3)
L
D4
Point
1Bit Data
Multi-stage connection method
Parallel input : 4digit
※The below connection is example of D1SC-N. Fro D1SA, connection is same but the order of pin is reverse.
(connector image(refer to N-14 page of the 9th catalogue)
※CN1, CN2 terminals of D1SC-N corresponds 1:1 and it is able to connect as CN1 depending on the need.
※When not using Zero Blanking, connect BI terminal to GND.
● Static parallel input(Zero blanking method): These diagrams are to wire at rear layout of the unit.
CN2
V+
D0
D1
D2
D3
BI
BO
LE
DP
GND
1
10
DP
DP
DP
D3
D3
D3
D3
D2
D2
D2
D2
D1
D1
D1
D1
D0
D0
D0
CN2
1
V+
D0
D1
D2
D3
BI
BO
LE
DP
GND
10
1
10
CN1
CN1
100
N-26
DP
CN2
1
V+
D0
D1
D2
D3
BI
BO
LE
DP
GND
10
1
10
D0
CN2
1
V+
D0
D1
D2
D3
BI
BO
LE
DP
GND
10
1
10
CN1
CN1
101
102
Data
input
103
1
V+
From next digit
(over 5digits)
BO
LATCH
GND
10
7 Segment Display Unit
● Dynamic parallel input(Zero blanking method) : These diagrams are to wire at rear layout of the unit.
LATCH 0
LATCH 1
Data
input
LATCH 2
(B)
Fiber
optic
sensor
LATCH 3
CN2
CN2
1
V+
D0
D1
D2
D3
BI
BO
LE
DP
GND
V+
D0
D1
D2
D3
BI
BO
LE
DP
GND
1
10
CN2
1
10
1
10
V+
D0
D1
D2
D3
BI
BO
LE
DP
GND
10
1
CN1
CN1
10
CN2
1
10
10
1
CN1
0
10
1
V+
D0
D1
D2
D3
BI
BO
LE
DP
GND
(C)
Door/Area
sensor
V+
D0
D1
D2
D3
BO
(D)
Proximity
sensor
From next digit
(over 5digits)
DP
GND
10
10
10
2
10
3
(G)
Connector/
Socket
Serial input : 4digit
● Serial input (Zero blanking method) : These diagrams are to wire at rear layout of the unit.
(H)
Temp.
controller
DI
Data input
CN2
VCC
CN2
1
CN2
1
CK
CK
CK
DI
DO
DI
DO
DI
DO
BI
BI
BI
BI
BO
LE
DP
GND
BO
LE
DP
GND
BO
LE
DP
GND
BO
LE
DP
GND
10 10
1
CN1
10 10
1
100
VCC
CK
From next digit
(over 5digits)
BO
LATCH
(K)
Timer
(L)
Panel
meter
CN1
101
102
103
(M)
Tacho/
Speed/ Pulse
meter
Zero blanking method?
It is to remove "0" indication which is no meaning.
Ex1) When displaying 10
① Using Zero Blanking
② Not using Zero Blanking
103 102 101 100
("0" of 103, 102 are no meaning
and they are not displayed.)
(N)
Display
unit
(O)
Sensor
controller
103 102 101 100
(P)
Switching
mode power
supply
※If indication data is "101", meaningful tens place "0" will be displayed.
Using Zero Blanking for multi-stage
(Q)
Stepper
motor&
Driver&Controller
Set no.5 (Zero Blanking output) of the rear function set switch(SW2) as ON.
For 10(0) to display '0', set this as OFF.
1) Using Zero Blanking
(R)
Graphic/
Logic
panel
V+
BO
BI
10
3
10
2
10
1
10
BI
BO
BI
BO
BI
(S)
Field
network
device
BO
0
(T)
Software
10
3
10
2
10
1
10
GND
0
2) Not using Zero Blanking
(U)
Other
BO
BI
10
3
10
2
10
1
10
(J)
Counter
GND
10 10
1
CN1
(I)
SSR/
Power
controller
1
VCC
VCC
CK
10 10
1
CN2
1
VCC
DI
DO
CN1
(E)
Pressure
sensor
(F)
Rotary
encoder
CN1
1
(A)
Photo
electric
sensor
BI
BO
BI
BO
BI
BO
0
GND
103
102
101
GND
100
N-27
D1SC-N/D1SA Series
The application of PLC program[Serial input type]
1. Display Unit D1SA2. Data input type: Serial
3. Connection type: See serial connection type when using more than 2EA
4. Display result: "A" Display
5. PLC: LSIS(LS Industrial Systems), MASTER-K Series
6. When using serial type, use transistor output card of PLC
7. Negative logic(NPN)
P000
[ SET S00.01 ]
M000
[ SET S00.02 ]
M001
[ SET S00.03 ]
M000
[ SET S00.04 ]
M001
[ SET S00.05 ]
M000
[ SET S00.06 ]
M001
[ SET S00.07 ]
M000
[ SET S00.08 ]
M001
S00.09
Shift register
[ SET S00.09 ]
M000
[ SET S00.00 ]
S00.01
Reset
( M000 )
S00.03
S00.05
S00.07
S00.09
S00.02
(M001)
S00.04
S00.06
S00.08
S00.02
(P010)
CLOCK output
S00.04
S00.06
S00.08
P000
S00.01
( MOV h000A M01 )
M013
(P011)
S00.02
S00.03
HEX "A" value
Transmission order
to M01
HEX "A" value
data output
"A" display
M012
S00.04
S00.05
M011
S00.06
S00.07
M010
S00.08
S00.09
(P012)
[ END ]
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N-28
LATCH Output