IDEC DD3S, DD96, DD48 Series Manual

Display Units

DD3S Series DD48 Series

DD96 Series

6.2

14.2

2.5

11.1

25.4

Display Units (Selection Guide)

Series

DD3S DD48 DD96

Shape

Unit Type Binary Decimal/Hexadecimal/Extra Decimal Character Display

6.2

13.2

8.8

12.7

17.8

Display Part (mm)

Notes: +, –, 1 Red or green LED

7-segment Red LED, Green LED Red/green 2-color alternate LED

The red and green colors of the

single color LEDs are different

from those of the 2-color

Red LED

alternate display.

Display Character

+, –, 1 decimal point

Function Standard Standard 2-color alternate Zero-suppress

+, –, 1 Latch

Input

BL LT DP

Output

— — —

Decimal display unit: 0 to 9, decimal point Hexadecimal display unit: 0 to F, decimal point Extra decimal display unit: 0 to 9, –, –, –, =, =, decimal point

Binary Latch BL LT DP

Binary Latch R/G BL DP

Binary Latch BL LT RBI DP

RBO

254 characters

— — — —

Data (8-bit) input Latch BL

— —

Input Logic Positive or negative Positive or negative Negative

Data Input Level

L: 0 to 2V H: 9 to 30V

Power Voltage 12 to 24V DC ±10% 24V DC ±10% 24V DC ±10%

Current Draw (Power Consumption) (approx.)

Red: 35 mA max. Green: 50 mA max.

Red: 40 mA max. Green: 60 mA max.

60 mA max.

Red: 40 mA max. Green: 60 mA max.

65 mA max.

No. of Digits 8 digits max. (1 digit/unit) 16 digits max. (1 digit/unit) 8 digits max. (1 digit/unit)

Panel Mounting Front mount, snap t Front mount, snap t

Housing Color Black (End plate: black) Black or beige Black

Connector

•Solder terminal, PC board terminal, wire-wrap terminal (optional)

•Mother board: Dynamic (4- or 2-digit, optional)

•Mother board: 4 digits (optional)

(For character display)

Static (4-, 3-, or 2-digit, optional)

Dimensions

33H × 20W × 45.5D mm/unit 48H × 30W × 79D mm/unit

Weight (approx.)

See Page 4 through 18 19 through 26 27 through 30

Display unit: 16.0g End plates (pair): 4.5g

Display Units (Selection Guide)

Front Mount

Rear Mount

Binary Decimal Decimal

2.5

– (minus) Red or green LED

– (minus)

– Latch BL

L: 0 to 2V H: 12 to 30V

11.1

25.4

7-segment Red or green LED 7-segment

0 to 9 Decimal point

Binary Latch DP RBI

RBO BO

Red LED

0 to 9 Decimal point

Binary Latch DP BI

L: 0 to 2V H: 12 to 30V

0.9W 2.0W 80 mA

Front mount: Snap t Rear mounting: Screw mounting

•Solder terminal, PC board terminal (optional)

•Mother board: 4-digit (optional) for mounting binary and decimal units

Display unit: 50g End plates: 20g (pair)

•Solder terminal (supplied)

Front mount: 96H × 72W × 42.5D mm/unit Rear mount: 90H × 72W × 41D mm/unit

Front mount: 130g Rear mount: 100g End plates: 26g (pair)

DD3S Series Display Units

7-segment digital display and 5 × 7 dot matrix character display units Super bright LED display and short body for up to 8 digits

• Super bright LED for easy reading

• Units can be combined together and installed into a panel cut-out.

• Binary, decimal, hexadecimal, extra decimal, and character display units are available.

• The character display unit uses 5 × 7 dot matrix LEDs and can display 254 characters, including katakana, symbols, units, and simple kanji characters, as well as numbers and alphabets.

• Positive or negative input logic

• Easy wiring and maintenance

• Power voltage 12 through 24V DC.

• Mother boards are available for dynamic and static display modes; substantial saving of wiring.

DD3S

Display Units (Housing Color: Black)

Notation Function Input Logic LED Color Part No.

Binary Standard

Decimal

Extra Decimal

Hexadecimal

Character Display

Standard

2-color Alternate

Zero-suppress

Standard

2-color Alternate

Zero-suppress

Standard

2-color Alternate

Zero-suppress

Positive

Negative

Positive

Negative

Positive R/G DD3S-F31P-RG

Negative R/G DD3S-F31N-RG

Positive

Negative

Positive

Negative

Positive R/G DD3S-F34P-RG

Negative R/G DD3S-F34N-RG

Positive

Negative

Positive

Negative

Positive R/G DD3S-F36P-RG

Negative R/G DD3S-F36N-RG

Positive

Negative

Positive Red DD3S-F57P-R

Negative Red DD3S-F57N-R

Red DD3S-F01P-R

Green DD3S-F01P-G

Red DD3S-F01N-R

Green DD3S-F01N-G

Red DD3S-F31P-R

Green DD3S-F31P-G

Red DD3S-F31N-R

Green DD3S-F31N-G

Red DD3S-F31P-R-S

Green DD3S-F31P-G-S

Red DD3S-F31N-R-S

Green DD3S-F31N-G-S

Red DD3S-F34P-R

Green DD3S-F34P-G

Red DD3S-F34N-R

Green DD3S-F34N-G

Red DD3S-F34P-R-S

Green DD3S-F34P-G-S

Red DD3S-F34N-R-S

Green DD3S-F34N-G-S

Red DD3S-F36P-R

Green DD3S-F36P-G

Red DD3S-F36N-R

Green DD3S-F36N-G

Red DD3S-F36P-R-S

Green DD3S-F36P-G-S

Red DD3S-F36N-R-S

Green DD3S-F36N-G-S

Ordering Information

1. Specify the Part No. and quantity of the display units and accessories.

(Example) Display Unit DD3S-F31P-R 8 pcs Accessories

  •SpacerUnit DD9Z-FY1-B 1pc   •EndPlate DD9Z-W-B 1set   •MotherBoard DD9Z-MB1-4 2pcs

2. Order spacer units, end plates, and mother boards separately. See the next page.

DD3S Series Display Units

Accessories (Optional)

Name Part No. Spacer Unit Black DD9Z-FY1-B End Plate (pair) Black DD9Z-W-B

Connector

Retentive/One-way Insertion Connector

Connector Stopper DD9Z-ST1

Mother Board for binary/decimal/hex/ extra decimal display unit

Mother Board for 5 × 7 dot matrix character display unit (with spacer)

Mother Board Connector

Coupling Spacer for IDEC DG Series Digital Switches

Solder Terminal DMC-1 PC Board Terminal DMC-2

Solder Terminal DD9Z-CN1

Dynamic

Static

Type A Type B Type C

Right Side Black DD9Z-FG1R-B

Left Side Black DD9Z-FG1L-B

4-digit DD9Z-MB1-4 2-digit DD9Z-MB1-2 4-digit DD9Z-MB2-4 3-digit DD9Z-MB2-3 2-digit DD9Z-MB2-2

4-digit DD9Z-MB3-4

DD9Z-JE1A DD9Z-JE1B DD9Z-JE1C

Cable Length Code

Specify a cable length code in place of  in the Part No. of mother board cable types A, B, and C. These cables can be used for both dynamic and static type mother boards.

Code 01 02 03 05 10 Cable Length (mm) 100 200 300 500 1000 Code 15 20 30 40 50 Cable Length (mm) 1500 2000 3000 4000 5000

Specifications

Power Voltage 12 to 24V DC ±10%

Binary

Decimal/ Hex/ Extra decimal

Character

Current Draw

Display

Data Input Level

Display Character (see Function Tables)

Character Height

35 mA max. (red) 50 mA max. (green)

40 mA max. (red) 60 mA max. (green) 2-color: 60 mA max. (green)

65 mA max.

L: 0 to 2V H: 9 to 30V

•Binary display unit Red or green LED: +, –, 1, decimal point

•Decimal display unit 7-segment 1-color (red or green), 2-color (red/green) LED: 0 to 9, decimal point

•Hexadecimal display unit 7-segment 1-color (red or green), 2-color (red/green) LED: 0 to 9, A to F, decimal point

•Extra decimal display unit 7-segment 1-color (red or green), 2-color (red/green) LED: 0 to 9, –, –, –, =, =, decimal point

•Binary display unit: 15 mm

•Decimal/Hex/Extra Decimal display units:

15.2 mm (2-color: 15 mm)

•Character display unit: 17.8H × 12.7W mm

•Binary display unit

+, –, 1, Latch, BL, LT, DP

•Decimal/Hex/Extra Decimal display units: <Standard>

Input

Output

Input Logic Positive or negative No. of Digits 8 digits max. Unit

Combination Panel Mounting Snap t

Dielectric Strength

Insulation Resistance

Vibration Resistance (damage limits)

Shock Resistance (damage limits)

Noise Resistance (operating extremes)

Operating Temperature

Storage Temperature

Operating Humidity

Power Inrush Current

Degree of Protection

Weight (Approx.)

Binary, Latch, BL, LT, DP <Zero-suppress> Binary, Latch, BL, LT, DP, RBI <2-color> Binary, Latch, BL, R/G, DP

•Character display unit: D0 to D7, Latch, BL

•Decimal/Hex/Extra Decimal display units:

<Zero-suppress> RBO output

Snap t

•Binary/Decimal/Hex/Extra decimal display units Between live and dead parts : 1500V DC, 1 minute

•Character display unit Between live and dead parts : 1000V AC, 1 minute

Between live and dead parts : 100 MΩ min. (500V DC megger)

10 to 55 Hz, amplitude 0.25 mm

490 m/s²

•Binary/Decimal/Hex/Extra decimal display unit Power terminal (normal/common modes):

±1000V Input terminal (normal/common modes): ±1000V Output terminal (normal/common modes): ±500V (Impulse condition: Pulse width 100 ns,

•Character display unit Fast transient burst noise Power supply: 2 kV, Signal: 1 kV (IEC61000-4-4 capacitive clamp)

–10 to +55°C (no freezing)

–25 to +80°C (no freezing)

35 to 85% RH (no condensation)

•Binary/Decimal/Hex/Extra decimal display unit Approx. 2.0A (Power voltage: 24V)

•Character display unit Approx. 1.0A (Power voltage: 24V)

IP40 (IEC60529)

•Display unit: 16g

•End plates: 4.5g (pair)

1 μs)

DD3S Series Display Units

(Terminal No.)

Power

12 to 24V DC

(Terminal No.)

Power

(Terminal No.)

12 to 24V DC

200 kΩ

Data Input

GND

(Terminal No.)

Power

(Terminal No.)

12 to 24V DC

Data Inpu

GND

12 to 24V DC

(Terminal No.)

Power

(Terminal No.)

12 to 24V DC

Control Input

(Terminal No.)

Power

(Terminal No.)

470 kΩ

Data Inpu

GND

Terminal Connection

Connection Diagram Terminal Arrangement Internal Input Circuit

Standard Standard

Vcc

GND

Latch

+ – 1

Binary Display Unit

Standard Standard

Vcc

GND

Latch

)

A (2

)

B (2

)

C (2

)

D (2

BL LT

9 5

7 6

9 7 6

Regulating Circuit

Input Circuit

Regulating Circuit

Input Circuit

Decoder

−

Power

−

Power

12. GND

11. NC

10.

–

8. Latch

7. BL

6. LT

5. 1

4. Vcc

3. NC

2. DP

1. NC

12. GND

11. NC

10. A (2

9. D (2

8. Latch

7. BL

6. LT

5. C (2

4. Vcc

3. B (2

2. DP

1. NC

)

Positive Logic

12 kΩ

200 kΩ

2-color Alternate Display 2-color Alternate Display

GND

Latch A (2 B (2 C (2 D (2

Vcc

R/G

)

9 7 6

Regulating Circuit

Input Circuit

GND

12. NC

11. A (2

10.

−

Power

Decoder

D (2

9. Latch

8. BL

6. R/G C (2

5. Vcc

4. B (2

3. DP

2. NC

Zero-suppress Zero-suppress

Decimal/Hexadecimal/Extra Decimal Display Units

Data Input

Power

Latch

GND

Latch A (2 B (2 C (2 D (2

RBO

Vcc

RBI

)

) BL LT

Regulating Circuit

3 5 9

Input Circuit

6 1 2

Regulating Circuit

Input Circuit

Decoder

Microprocessor

5 x 7 dot matrix LED

Driver

−

Power

Data Input

Control Input

GND

12.

11. RBO A (2

10. D (2

9. Latch

8. BL

7. LT

6. C (2

5. Vcc

4. B (2

3. DP

1. RBI

Latch

Character Display Unit

Negative Logic

)

12 kΩ

200 kΩ

Positive Logic

12 kΩ

GND

Negative Logic

470 kΩ

12 to 24V DC

12 kΩ

470 kΩ

External Wiring

Power

Data

Power

When Tr is on, output goes to H. When Tr is off, output goes to H.

Power

Data

Power

Data Input

When Tr is on, output goes to L. When Tr is off, output goes to L.

Power

When Tr is on, output goes to H. When Tr is off, output goes to H.

Data

Power

When Tr is on, output goes to L. When Tr is off, output goes to L.

Data

UP Making Side

Connector Terminal No.

Binary/Decimal/Hexadecimal/Extra Decimal Display Units

Positive Logic [Contact Input (Digital Switch)] [Transistor Input]

DD3S Series Display Units

Vcc (+)

−

Latch

GND (–)

Input

−

Vcc (+)

D NC

Latch

GND (–)

Data Input

Power

−

Vcc (+)

D NC

Latch

GND (–)

Data Input

+V+V

Negative Logic [Contact Input (Digital Switch)] [Transistor Input]

Vcc (+)

−

Latch

GND (–)

Input

−

Vcc (+)

D NC

Data Input

Latch

GND (–)

Power

−

Note: When connecting pull-up or pull-down resistors to the external circuit, refer to the resistor

values shown below:

R1: 2.2 kΩ (1/2W) to 10 kΩ (1/4W) R2: 1 kΩ (1W) to 2.2 kΩ (1/2W) R3: 1 kΩ (1W)

Vcc (+)

D NC

+V+V

Latch

GND (–)

Connector Terminal No.

(DMC-1)

Character Display Units

Positive Logic [Contact Input (Digital Switch)] [Transistor Input]

Vcc (+)

−

Latch

GND (–)

Data Input

Power

Negative Logic [Contact Input (Digital Switch)] [Transistor Input]

Vcc (+)

Data

Input

Latch

GND (–)

Note: When connecting pull-up or pull-down resistors to the external circuit, refer to the resistor

values shown below:

R1: 2.2 kΩ (1/2W) to 10 kΩ (1/4W) R2: 1 kΩ (1W) to 2.2 kΩ (1/2W) R3: 1 kΩ (1W)

Power Power

Vcc (+)

D7 NC

Data

Latch

GND (–)

Vcc (+)

Data Input

Latch

GND (–)

Input

Power

+V+V

Vcc (+)

D7 NC

Vcc (+)

D7 NC

Latch

GND (–)

Latch

GND (–)

Input

DD3S Series Display Units

Function Table

Binary Display Unit (Standard)

Data Input

Positive Logic Negative Logic

1 + – Latch LT BL DP 1 + – Latch LT BL DP

× × × × H × × × × × × L × × +1.

× × × × L H × × × × × H L × blank

× × × × L L H × × × × H H L

L L L L L L L H H H H H H H blank

L L H L L L L H H L H H H H

L H × L L L L H L × H H H H +

H L L L L L L L H H H H H H 1

H L H L L L L L H L H H H H

H H × L L L L L L × H H H H +1

× × × H L L L × × × L H H H maintain

Note 1: × indicates the display is not affected by voltage level of H or L. Note 2: * A decimal point is displayed with any character.

LED

Display

Input Functions

1, +, and – Inputs

When the 1, +, or – input is set to level H for the positive logic or level L for the negative logic, the 1, +, or – display is turned on, respectively.

Latch Input

When the Latch input is set to level H for the positive logic or level L for the negative logic, the 1, +, or – display at the time is maintained. (DP input is independent.)

LT (Light Test) Input

When the LT input is set to level H for the positive logic or level L for the negative logic, the entire display turns on.

BL (Blank) Input

When the BL input is set to level H for the positive logic or level L for the negative logic, the entire display turns off regardless of other inputs.

DP (Decimal Point) Input

When the DP input is set to level H for the positive logic or level L for the negative logic, the decimal point turns on.

Decimal/Hexadecimal/Extra Decimal Display Units (Standard, 2-color Alternate, and Zero-suppress)

Data Input LED Display

Positive Logic Negative Logic Dec. Hex.

D C B A Latch LT BL DP D C B A Latch LT BL DP

× × × × × H × × × × × × × L × × 8. 8. 8.

× × × × × L H × × × × × × H L × blank blank blank

× × × × × L L H × × × × × H H L

L L L L L L L L H H H H H H H H 0 0 0

L L L H L L L L H H H L H H H H 1 1 1

L L H L L L L L H H L H H H H H 2 2 2

L L H H L L L L H H L L H H H H 3 3 3

L H L L L L L L H L H H H H H H 4 4 4

L H L H L L L L H L H L H H H H 5 5 5

L H H L L L L L H L L H H H H H 6 6 6

L H H H L L L L H L L L H H H H 7 7 7

H L L L L L L L L H H H H H H H 8 8 8

H L L H L L L L L H H L H H H H 9 9 9

H L H L L L L L L H L H H H H H blank A –

H L H H L L L L L H L L H H H H blank b _

H H L L L L L L L L H H H H H H blank C

H H L H L L L L L L H L H H H H blank d

H H H L L L L L L L L H H H H H blank E

H H H H L L L L L L L L H H H H blank F blank

× × × × H L L L × × × × L H H

Note 1: × indicates the display is not affected by voltage level of H or L. Note 2: * A decimal point is displayed with any character. Note 3: The 2-color alternate does not have the LT terminal.

*. *. *.

maintain maintain maintain

Extra

Dec.

= =

Input Functions

A, B, C, and D (binary code) Inputs

These inputs are decimal or data corresponding to 1, 2, 4, and 8, respectively.

Latch Input

When the Latch input is set to level H for the positive logic or level L for the negative logic, the display at the time is maintained. (DP input is independent.)

LT (Light Test) Input

When the LT input is set to level H for the positive logic or level L for the negative logic, the entire display turns on.

BL (Blank) Input

When the BL input is set to level H for the positive logic or level L for the negative logic, the entire display turns off regardless of other inputs.

DP (Decimal Point) Input

When the DP input is set to level H for the positive logic or level L for the negative logic, the decimal point turns on.

(2-color Alternate Unit)

The display color is switched between red and green using the R/G (No. 6) terminal. For other inputs, refer to the above table. The 2-color alternate unit does not have an LT terminal.

Decimal/Hexadecimal/Extra Decimal

R/G Input

Positive Logic Negative Logic

L H Red

H L Green

Display Color

DD3S Series Display Units

1st Digit2nd Digit3rd Digit4th Digit

[

(Zero-suppress Unit)

Leading zeros are suppressed using the RBI (No. 1) and RBO (No. 11) terminals. For other inputs, see the lower table on the preceding page.

Decimal/Hexadecimal/Extra Decimal

Data Input

Positive Logic Negative Logic

X Latch LT BL DP RBI RBO Y Latch LT BL DP RBI RBO

× × H × × × # × × L × × × & 8.

× × L H × × # × × H L × × & blank

H L L L L L L H H H H H L L blank

H L L L L H H H H H H H H H 0

H L L L H L H H H H H L L H 0.

L L L L L L H L H H H H L H

X: X = A · B · C · D *: Any display Y:Y=A·B·C·D #:# = DP · RBI · X ×: Either H or L &: & = DP · RBI·Y Note: RBI and RBO operate in the negative logic mode on both positive and negative logic units.

Application Examples of RBI and RBO

[Ex.1] Leading zeros are also displayed. RBI and RBO outputs are

disconnected.

LED

Display

[

Ex. 1

]

Input and Output Functions

RBI Input

When 0 is displayed and the decimal point is turned off, the display is blanked by setting the RBI input to level L.

RBO Output

The RBO output remains in level L during zero blanking. Leading zeros can be suppressed by connecting the RBO to the RBI on the lower digits.

The RBO output is an open collector output.

RBI RBO

[Ex.2] Leading zeros on the upper three digits are suppressed. When the data

on the 1st digit is zero, 0 is displayed.

[Ex.3] Zero on the 4th digit is suppressed. Zero and decimal point are

displayed on the 3rd digit.

[Ex.4] Trailing zeros on the 2nd and 1st digits are suppressed. When the data

on the 1st and 4th digits are zero, and the decimal point on the 4th digit is on, 0.0 is displayed with zeros on the 2nd and 1st digits suppressed.

Note: Use the RBO output only for connection to the RBI input. Do not use the RBO for

other connections.

(Character Display Unit)

Data Input

Positive Logic Negative Logic

D0 to D7 Latch BL D0 to D7 Latch BL

∆

× × H × × L blank

× H × × L × maintain

Note 1: Refer to the character display patterns on the next page. Note 2: Display is not affected whether × is level H or L. Note 3: Data (D0 to D7) immediately before the Latch signal is input is maintained.

L L

∆

H H

∆

LED

Display

(Note1)

(Note3)

Ex. 2

Ex. 3

Ex. 4

]

RBI RBO

L or H

RBI RBO

L or H

RBI RBO

Input Functions

Latch Input

When the Latch Input is set to level H for the positive logic or level L for the negative logic, the display at the time is maintained.

BL (Blank) Input

When the BL input is set to level H for the positive logic or level L for the negative logic, the entire display turns off regardless of other inputs.

RBI RBO

DD3S Series Display Units

D7, D6, D5, D4 (High-bit data)

Note: 8-bit codes for Roman and katakana characters conforming to JIS X0201 (former C6220)

Display Patterns of the Character Display Unit

Data Input 1: Level H

0: Level L

D3, D2, D1, D0

(Low-bit data)

Positive Logic

Negative Logic

0000

1111

0001

1110

0010

1101

0011

1100

0100

1011

0101

1010

0110

1001

0111

1 000

1000

0111

1001

0110

1010

0101

1011

0100

1100

0011

1101

0010

1110

0001

1111

0000

0123456789ABCD

1101

1100

1011

1010

1001

1000

0111

0110

0101

0100

0011

0010

0001

0000

0010

0011

0100

0101

0110

0111

1000

1001

1010

1011

1100

1101

1110

1111

1110

0001

1111

0000

+ 22 hidden pages

IDEC DD3S, DD96, DD48 Series Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

DD3S Series Display Units

Notation Function Input Logic LED Color Part No.

Specifications

Terminal Connection

External Wiring

Function Table

Display Patterns of the Character Display Unit