Display Units. DD96 Series

Transcription

1 isplay Units S Series 4 Series 9 Series

2 isplay Units (Selection Guide) Series S Shape Unit Type ecimal/hexadecimal/extra ecimal. isplay Part (mm) 4. -segment Red LE, Green LE isplay haracter ecimal display unit: Hexadecimal display unit: Extra decimal display unit: to 9, decimal point to F, decimal point to 9,,,, =, =, decimal point Function Standard Zero-suppress inary L LT P inary L LT RI P Output RO Logic Positive or negative ata Level L: to V H: 9 to V Voltage to 4V ±% urrent raw Red: 4 m max. ( onsumption) Green: m max. (approx.) No. of igits digits max. ( digit/unit) Panel Mounting Housing olor onnector imensions Weight (approx.) Front mount, snap fit lack (End plate: black) Solder terminal, P board terminal, wire-wrap terminal (optional) Mother board: ynamic (4- or -digit, optional) Static (4-, -, or -digit, optional) Mother board: 4 digits (optional) H W 4. mm/unit isplay unit:.g End plates (pair): 4.g See Page 4 to

3 isplay Units (Selection Guide) 4 9 Front Mount Rear Mount inary ecimal ecimal (minus) Red or green LE -segment Red or green LE -segment Red LE (minus) to 9 ecimal point to 9 ecimal point L inary P RI inary P I RO O Positive or negative Negative L: to V H: to V L: to V H: to V 4V ±% 4V ±%.9W.W m digits max. ( digit/unit) digits max. ( digit/unit) Front mount, snap fit Front mount: Snap fit Rear mounting: Screw mounting lack or beige lack Solder terminal, P board terminal (optional) Solder terminal (supplied) 4H W 9 mm/unit isplay unit: g End plates: g (pair) Front mount: 9H W 4. mm/unit Rear mount: 9H W 4 mm/unit Front mount: g Rear mount: g End plates: g (pair) to to

4 S Series isplay Units -segment digital display Super bright LE display and short body for up to digits Super bright LE for easy reading Units can be combined together and installed into a panel cut-out. ecimal, hexadecimal, extra decimal, and character display units are available. Positive or negative input logic Easy wiring and maintenance voltage through 4V. Mother boards are available for dynamic and static display modes; substantial saving of wiring. S isplay Units (Housing olor: lack) Notation Function Logic LE olor Part No. ecimal Standard Positive Red S-FP-R Green S-FP-G Negative Red S-FN-R Green S-FN-G Zero-suppress Positive Red S-FP-R-S Green S-FP-G-S Negative Red S-FN-R-S Green S-FN-G-S Extra ecimal Standard Positive Red S-F4P-R Green S-F4P-G Negative Red S-F4N-R Green S-F4N-G Zero-suppress Positive Red S-F4P-R-S Green S-F4P-G-S Negative Red S-F4N-R-S Green S-F4N-G-S Hexadecimal Standard Positive Red S-FP-R Green S-FP-G Negative Red S-FN-R Green S-FN-G Zero-suppress Positive Red S-FP-R-S Green S-FP-G-S Negative Red S-FN-R-S Green S-FN-G-S Ordering Information. Specify the Part No. and quantity of the display units and accessories. (Example) isplay Unit S-FP-R pcs ccessories Spacer Unit 9Z-FY- pc End Plate 9Z-W- set Mother oard 9Z-M-4 pcs. Order spacer units, end plates, and mother boards separately. See the next page. 4

5 S Series isplay Units ccessories (Optional) Name Part No. Spacer Unit lack 9Z-FY- End Plate (pair) lack 9Z-W- onnector Solder Terminal M- P oard Terminal M- Retentive/One-way Insertion onnector Solder Terminal 9Z-N onnector Stopper 9Z-ST 4-digit 9Z-M-4 ynamic Mother oard -digit 9Z-M- for decimal/hex/extra 4-digit 9Z-M-4 decimal display unit Static -digit 9Z-M- -digit 9Z-M- Mother oard Type 9Z-JE onnector Type 9Z-JE oupling Spacer Right Side lack 9Z-FGR- for IE G Series igital Switches Left Side lack 9Z-FGL- able Length ode Specify a cable length code in place of in the Part No. of mother board cable types,, and. These cables can be used for both dynamic and static type mother boards. ode able Length (mm) ode 4 able Length (mm) 4 Specifications Voltage to 4V ±% urrent raw ecimal/ Hex/ Extra decimal ata Level isplay haracter (see Function Tables) haracter Height Output Logic No. of igits Unit ombination Panel Mounting ielectric Strength Insulation Resistance Vibration Resistance (damage limits) Shock Resistance (damage limits) Noise Resistance (operating extremes) Operating Temperature Storage Temperature Operating Humidity Inrush urrent egree of Protection Weight (pprox.) 4 m max. (red) m max. (green) L: to V H: 9 to V ecimal display unit -segment -color (red or green) LE: to 9, decimal point Extra decimal display unit -segment -color (red or green) LE: to 9,,,, =, =, decimal point Hexadecimal display unit -segment -color (red or green) LE: to 9, to F, decimal point ecimal/hex/extra ecimal display units:. mm ecimal/hex/extra ecimal display units: <Standard> inary,, L, LT, P <Zero-suppress> inary,, L, LT, P, RI ecimal/hex/extra ecimal display units: <Zero-suppress> RO output Positive or negative digits max. Snap fit Snap fit ecimal/hex/extra decimal display units etween live and dead parts : V, minute etween live and dead parts : MΩ min. (V megger) to Hz, amplitude. mm 49 m/s² ecimal/hex/extra decimal display unit terminal (normal/common modes): ±V terminal (normal/common modes): ±V Output terminal (normal/common modes): ±V (Impulse condition: Pulse width ns, μs) to + (no freezing) to + (no freezing) to % RH (no condensation) ecimal/hex/extra decimal display unit pprox.. ( voltage: 4V) IP4 (IE9) isplay unit: g End plates: 4.g (pair)

6 S Series isplay Units Terminal onnection onnection iagram Terminal rrangement Internal ircuit Standard Standard (Terminal No.) ecimal/hexadecimal/extra ecimal isplay Units Vcc GN ( ) ( ) ( ) ( ) L LT Zero-suppress P Vcc GN ( ) ( ) ( ) ( ) L LT RI P RO 4 9 (Terminal No.) 4 9 Regulating ircuit ircuit ecoder Regulating ircuit ircuit ecoder (Terminal No.). GN. N. ( ) 9. ( ). to 4V. L +. LT. ( ) 4. Vcc. ( ). P. N Zero-suppress (Terminal No.).. GN RO. ( ) 9. ( ) to 4V.. L +. LT. ( ) 4.. Vcc ( ). P. RI Positive Logic ata kω GN Negative Logic ata GN kω kω kω kω to 4V kω External Wiring ecimal/hexadecimal/extra ecimal isplay Units Positive Logic [ontact (igital Switch)] [Transistor ] + Vcc LT p ata + Tr R +V Tr R Vcc LT p ata + R Tr +V R Tr Vcc LT p ata onnector Terminal No. (M-) UP Making Side GN ( ) Negative Logic [ontact (igital Switch)] Vcc GN ( ) GN ( ) When Tr is on, output goes to H. When Tr is off, output goes to H. [Transistor ] Vcc Vcc 4 onnector Terminal No. 9 + LT p GN ( ) ata + R Tr Tr R +V LT p GN ( ) ata + Tr R +V Tr R LT p GN ( ) ata When Tr is on, output goes to L. When Tr is off, output goes to L. Note: When connecting pull-up or pull-down resistors to the external circuit, refer to the resistor values shown below: R:. kω (/W) to kω (/4W) R: kω (W) to. kω (/W) R: kω (W)

7 S Series isplay Units Function Table ecimal/hexadecimal/extra ecimal isplay Units (Standard and Zero-suppress) ata LE isplay Positive Logic Negative Logic ec. Hex. Extra ec. LT L P LT L P H L... 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 L L L H L L L L H H H L H H H H L L H L L L L L H H L H H H H H L L H H L L L L H H L L H H H H L H L L L L L L H L H H H H H H L H L H L L L L H L H L H H H H L H H L L L L L H L L H H H H H L H H H L L L L H L L L H H H H H L L L L L L L L H H H H H H H H L L H L L L L L H H L H H H H H L H L L L L L L H L H H H H H blank 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 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 H maintain maintain maintain Note : indicates the display is not affected by voltage level of H or L. Note : * decimal point is displayed with any character. Functions,,, and (binary code) s These inputs are decimal or data corresponding to,, 4, and, respectively. When the input is set to level H for the positive logic or level L for the negative logic, the display at the time is maintained. (P input is independent.) LT (Light Test) 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. L (lank) When the L 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. P (ecimal Point) When the P input is set to level H for the positive logic or level L for the negative logic, the decimal point turns on. (Zero-suppress Unit) Leading zeros are suppressed using the RI (No. ) and RO (No. ) terminals. For other inputs, see the lower table on the preceding page. Positive Logic ecimal/hexadecimal/extra ecimal ata Negative Logic LE isplay X LT L P Y LT L P H # L &. 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 H L L L H L H H H H H L L H. L L L L L L H L H H H H L H * X: X = *: ny display Y: Y = #: # = P RI X : Either H or L &: & = P RI Y Note: RI and RO operate in the negative logic mode on both positive and negative logic units. and Output Functions RI When is displayed and the decimal point is turned off, the display is blanked by setting the RI input to level L. RO Output The RO output remains in level L during zero blanking. Leading zeros can be suppressed by connecting the RO to the RI on the lower digits. The RO output is an open collector output. pplication Examples of RI and RO [Ex.] Leading zeros are also displayed. RI and RO outputs are disconnected. [Ex.] Leading zeros on the upper three digits are suppressed. When the data on the st digit is zero, is displayed. [Ex.] Zero on the 4th digit is suppressed. Zero and decimal point are displayed on the rd digit. [Ex.4] Trailing zeros on the nd and st digits are suppressed. When the data on the st and 4th digits are zero, and the decimal point on the 4th digit is on,. is displayed with zeros on the nd and st digits suppressed. [Ex. ] [Ex. ] 4th igit rd igit nd igit st igit Note: Use the RO output only for connection to the RI input. o not use the RO for other connections. [Ex. ] P L or H [Ex. 4] P L or H

8 S Series isplay Units End Plate ec/hex isplay Unit Spacer Unit 9Z-FY- Panel Thickness. to 4 +. imensions & Panel ut-out Panel ut-out For onnector Wiring For Use of ynamic Mother oard N min. ll dimensions in mm. (when mounting more than units)... N +. 4 min. ( min. ) 4 9. isplay units can be combined for up to digits. N = No. of digits (N ) When using a static mother board ccessories (Optional) onnector Solder Terminal onnector P oard Terminal onnector Retentive/One-way Insertion onnector (M-) (M-) (9Z-N) (Note) pplicable Wire: ø.mm maximum WG # maximum. pplicable P board thickness:.. -ø Holes UP. (min). IGHT 4 9Z-N Note: Use 9Z-N in combination with 9Z-ST connector stopper. ynamic Mother oard (not applicable to zero-suppress) 4-digit: 9Z-M-4 -digit: 9Z-M- onnector for ata Spacer. Screw. Substrate: Glass epoxy,.-mm thick 4. (.9).. UP M- Note: The S housing can be secured to the mother board using screws. Recommended tightening torque is. N m at the maximum. When no spacer is used, the tightening torque must not exceed N m. onnector Spacer S Housing P oard Screw M. Nut (M.) (4.) Nut S Housing Screws (M. ), M.- nuts, and spacers are supplied with the mother board. 9 4 ( ) ( ) ( ) ( ) -ø. (for mounting mother board) -ø. (for securing S) (Note) Note: mm for -digit mother board 9Z-M- GN <+> <> ( ) ( ) * ( ) * ( ) * P ( ) P ( ) For 4-digit (Top View) Terminal rrangement * < > ( ) ( ) * ( ) * ( ) P ( ) P ( ) Vcc GN <+> <> ( ) N * ( ) N * P ( ) N For -digit (Top View) * < > ( ) N * ( ) N P ( ) N Vcc Numbers marked with * are the S terminal numbers. Terminal rrangement by Models Standard F** GN N LT L LT Vcc P N No. 9 4

9 S Series isplay Units Static Mother oard (not applicable to zero-suppress) 4-digit: 9Z-M-4 -digit: 9Z-M- -digit: 9Z-M-. onnector for ata Screw Terminal lock for ata. 4.. (.9). UP M- Note: The S housing can be secured to the mother board using screws. Recommended tightening torque is. N m at the maximum. When no spacer is used, the tightening torque must not exceed. N m. onnector Spacer S Housing P oard Screw M. Nut (M.) ecimal Point Jumper Pin ecimal Point Jumper Socket Spacer (4.) Nut S Housing Screws (M. ), M. nuts, and spacers are supplied with the mother board. 4-digit 9 4 ( ) ( ) () P( ) P( ) 4-ø. (for mounting mother board) P( ) -ø. (for securing S) ( ) <+> 9 <+> <> <> <-> 4 <-> <+> <+> 9 <> <> <-> <-> GN 4 GN Vcc Vcc Terminal rrangement GN Vcc (TOP VIEW) () () () 4 (For all 4 digits) ecimal Point Jumper ( ) Negative Logic Positive Logic Terminal rrangement by Models Standard F** GN N LT L LT Vcc P N No digit -ø. (for securing S) Terminal rrangement by Models 9 4 ( ) () ( ) P( ) P( ) <+> <> <-> 4 <+> <> <-> GN 4 Vcc Terminal rrangement 9 <+> <> <-> N 9 N N N GN Vcc (TOP VIEW) GN Vcc () () () 4 (For all digits) ecimal Point Jumper Negative Logic ( ) Positive Logic Standard F** GN N LT L LT Vcc P N No digit Jumper pin for (¹) decimal point Jumper pin for selection of terminal block 9 4 ( ) ø. (for securing S) ( ) Terminal rrangement <+> <> <-> 4 <+> <-> <> <-> GN 4 Vcc 9 N N N N N 9 N N N GN Vcc (TOP VIEW) () or () () (For all digits) Terminal or Selection Jumper (Note ) S Terminal No. () () S Terminal No. Negative Logic ecimal Point Jumper ( ) Positive Logic Terminal rrangement by Models Standard F** GN N LT L LT Vcc P N Note : For Terminal No. on the mother board terminal block, select internal connection to terminal No. or on the S using a jumper. Numbers shown in ( ) for the input terminals represent the S terminal numbers. decimal point for the nd and the upper digits can be turned on using a jumper. Note positive and negative logic when using a jumper. For terminal No. on terminal block used for -digit, select internal connection to terminal No. or on S using a jumper. No

10 S Series isplay Units oupling Spacer For using S series isplay Units and the IE GN/GN series igital Switches in combination, coupling spacers (two types: for right side and left side) are available. S series isplay Units oupling Spacer for Right Side (9Z-FGR-) oupling Spacer for right side End plate GNW G series igital Switches. N M. N + M + oupling Spacer for Left Side (9Z-FGL-) oupling Spacer for left side oupling Spacer Note: The above photo shows the spacer for right side.. M N. N + M + Panel utout. +. N + M (GNW-) +. N + M +. (GNW-) N: Number of display units mounted M: Number of digital switches mounted (N + M )

11 S Series isplay Units onnectors for Mother oard Two types of connectors (with cable) are available for both dynamic and static mother boards. The connector on the mother board has a strain relief to protect the insulation displacement connection from external force. For onnection to onnector Header 9Z-JE Mother oard ata onnector able Marking Gray able Side onnector Marking [ Side onnector] MIL flat cable connector (with strain relief) IE s JES- (with strain relief) imensions ±...9 pplicable onnector Header IE s JEH- (Right ngle) IE s JEH- (Straight) 9 9 L Marking ± Mother oard For Soldering onnection to P oard, or Others 9Z-JE Mother oard ata onnector able Marking L olor-coded able [ Side onnector] Not provided. Flat able Material. onductor Insulator WG ( cores/. mm) Tinned annealed copper wire Heat-resisting vinyl lack White Gray Purple lue Green Yellow Orange Red rown lack White Gray Purple lue Green Yellow Orange Red rown Mother oard Note: Specify a cable length code in place of in the Part No. (: mm, : mm, : mm, : mm, : mm, : mm, : mm, : mm, 4: 4 mm, : mm)

12 S Series isplay Units Wiring iagrams Static Mother oard onnection ( to 4 digits) PL Transistor Output OUT OUT OUT OUT OUT 4 OUT OUT OUT OM (V) +V OUT OUT OUT OUT OUT 4 OUT OUT OUT OM (V) +V ( ) ( ) ( ) () ( ) ( ) () () (-) () () ( ) ( ) ( ) () ( ) () (-) Supply to 4V (-) Static Type Mother oard -point us onnection ( to digits, multiple latch sets) PL Transistor Output OUT OUT OUT OUT OUT 4 OUT OUT OUT OM (V) +V OUT OUT OUT OUT OUT 4 OUT OUT OUT OM (V) +V OUT OUT OUT OUT OUT 4 OUT OUT OUT OM (V) +V ( ) ( ) ( ) ( ) ( ) ( ) () () (-) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) (-) ommon to set ommon to set (-) Supply to 4V (-) Static Type Mother oard Static Type Mother oard

13 S Series isplay Units ynamic onnection ( to 4 digits) PL Transistor Output OUT OUT OUT OUT OUT 4 OUT OUT OUT OM (V) +V ( ) ( ) ( ) ( ) (-) Supply to 4V (-) ynamic Type Mother oard ynamic onnection ( to digits) PL Transistor Output OUT OUT OUT OUT OUT 4 OUT OUT OUT OM (V) +V OUT OUT OUT OUT OUT 4 OUT OUT OUT OM (V) +V (-) ( ) ( 4 ) ( ) ( ) ( ) ( ) (-) Supply to 4V (-) 4 ynamic Type Mother oard

14 S Series isplay Units [inary/ecimal/hex/extra ecimal isplay Units] Operation (Positive Logic) Unit ombination isplay units and end plates can be combined together by snap fit. onnection bolts and nuts are not required. inary- oded isplay haracter 4 9 s display s display 9 End Plate onnector (optional) M- M- 9Z-N Timing hart End Plate 9Z-W- (pair) ata ata is read. T T T T ms T ms T ms Panel Mounting isplay units can be installed into a panel cut-out by snap fit. ssemble display units and end plates together in advance. Hold the assembly at the end plates and push it into a panel cut-out. pplication of Function inary-oded (ata ) 4th igit rd igit nd igit st igit 4 4th igit ata rd igit ata nd igit ata st igit ata Mother oard (for 4-digit display) The mother board is intended for 4-digit display and must be connected to four display units at once. Therefore, mount or dismount the mother board properly according to the procedure below. isplay Unit isplay (Example) 4th igit rd igit nd igit st igit (lock iagram) 4th igit rd igit nd igit st igit inary-oded (ata ) 4th st rd nd ( ) Note : The above chart represents positive logic units. Negative logic units have characteristics with and reserved. Note : The rise and fall times of input pulses should be made as short as possible. (. ms maximum) Note : If the data input is changed in the period of T, the display will change. [Installation] Put the substrates of four display units into the connectors on the mother board. Insert the substrates into the connectors, pushing the display units on upper and lower sides alternately. Note: e sure to insert four display units at once. [Removal] Remove the display units, pulling the upper and lower sides alternately. e sure to remove all the four units at the same time. P oard onnector Mother oard Up own UTION: Never insert or remove the display units one by one as shown. The substrate may be damaged. Note: For installation of the mother board for -digit and -digit display, perform the same procedure. 4

15 S Series isplay Units Instructions. When cleaning the surface of the filter and housing, use a soft cloth. o not use thinner or acid to clean the surface.. When the display unit is mounted in a panel cut-out, do not place a metal object or power line within 4 mm from the end of the connector terminals (or P board terminals) at the rear of the display unit.. If the display units are subjected to voltage surges, install a surge suppressor in the power line. 4. Use shielded cable or metal conduit for the input line. Run the input wiring as far away as possible from high-voltage and motor lines. Make the input line as short as possible.. When using display units in environments where a large amount of electrostatic noise is generated, such as where molding materials, powders, or fluids are transferred through pipe lines, keep the display units as far away as possible from electrostatic sources.. void using the display unit in a place where excessive and frequent vibration or impact may occur.. void using the display unit in a place where it is exposed to corrosive gas, water or oil splashes, dust or direct sunlight, or in a place where organic solvents are used.. The filter is made of polycarbonate. Make sure that machine oil does not touch the filter. 9. If the input is on when the S is powered up, the data input cannot be read correctly or wrong data may be maintained. o not turn on the input for. sec after the S is powered up.. When connecting a pull-up or pull-down resistor to the input terminals, ensure compatibility with the input resistor of the S internal circuit.. When the S is powered up, an inrush current of ( ms maximum) flows through the internal power supply circuit. Select an external power supply of sufficient capacity, taking this inrush current into consideration.. Solder the terminal at within seconds using a W soldering iron. Sn-g-u is recommended when using leadfree solder. When soldering, do not touch the control unit with the soldering iron. lso ensure that no tensile force is applied to the terminal. o not bend the terminal or apply excessive force to the terminal. Use a non-corrosive rosin flux.

16 4 Series isplay Units Modular units can be combined for up to digits. Super bright LE Units can be combined together and installed into a panel cut-out by snap fit. inary and decimal display units are available. Easy wiring and maintenance LE display color: red or green ecimal display units are available with zero suppression function. vailable in positive and negative input logic types. 4 Unit inary isplay ecimal isplay Logic Positive Negative Positive Negative Housing olor Part No. lack 4-FP * 4 eige 4-FPZ * 4 lack 4-FN * 4 eige 4-FNZ * 4 lack 4-FP * 4 eige 4-FPZ * 4 lack 4-FN * 4 eige 4-FNZ * 4 Note: Specify the LE color code in place of * in the Part No. MR: red, R: red (super bright), G: green ccessories (Optional) Name Part No. Spacer Unit lack 4-FY- End Plate (Pair) lack 4-W- eige 4-W-Z Mounting lip (Note ) lack 4-KT Long Filter For red LE 4-PR For green LE 4-PG onnector Solder Terminal M-4 Type 4-JE (Note ) onnector for Type 4-JE (Note ) Mother oard Type 4-JE (Note ) Note : Used for mounting four units or more. Note : Specify a cable length code in place of in the Part No., referring to the table below. Specifications Voltage 4V ±% onsumption inary:.9w (pprox.) ecimal:.w Operating Temperature to + (no freezing) Storage Temperature to + (no freezing) Operating Humidity to % RH (no condensation) ata L: to V H: to V inary display unit red or green LE display: isplay haracter ecimal display unit -segment red or green LE: to 9, decimal point haracter Height (pprox.) inary display unit:. mm ecimal display unit:.4 mm inary display unit:,, and lank inputs ecimal display unit: inary-coded,, P, and RI inputs Output ecimal display unit: RO output Logic Positive or negative No. of igits digits max. Unit ombination Snap fit Panel Mounting Snap fit egree of Protection IP4 (IE 9) Weight (pprox.) isplay unit: g End plates: g (pair) Note: It is recommended to use a long filter when combining 9 to digits. able Length ode for Mother oard ode. 4 able Length (mm) 4 Note: connector types 4-JE : Flat cable connector conforming to MIL Standard 4-JE : None (soldering, etc)

17 Terminal onnection 4 Series isplay Units onnection iagram Terminal rrangement Internal ircuit inary isplay Unit (Name) (Terminal No.) Vcc 9 GN L 9 ( ) Regulating ircuit ircuit ecoder + 4V - (Name)(Terminal No.) Vcc 9 N N N ( ) 9 L N N GN Positive Logic ata kω GN kω kω ecimal isplay Unit (Name) Vcc GN ata ( ) ( ) ( ) ( ) P RI RO (Terminal No.) 9 9 Regulating ircuit ircuit ecoder + 4V - (Name)(Terminal No.) Vcc 9 ( ) ( ) ( ) ( ) 9 P RI RO GN Negative Logic ata GN 4V kω kω kω External Wiring Positive Logic [ontact (igital Switch)] [Transistor ] onnector Terminal No. (inary/ecimal isplay Unit ompatible) 4V Vcc ecimal N N LTH ata 4V Tr R +4V Tr R Vcc ecimal N N LTH ata 4V R Tr Tr +4V R Vcc ecimal N N LTH ata UP marking side GN( ) GN( ) GN( ) When Tr is on, output goes to H. When Tr is off, output goes to H. onnector Terminal No. Negative Logic [ontact (igital Switch)] [Transistor ] ecimal ecimal ecimal ata ata ata Note: When connecting pull-up or pull-down resistors to the external circuit, refer to the following table. External Type R R Supply When Tr is on, output goes to L. When Tr is off, output goes to L. 4V inary/ ecimal. kω to. kω (/W) (/4W) kω (W)

18 4 Series isplay Units Function Table inary isplay Unit ata (H, L: Voltage Level) Positive Logic Negative Logic LE isplay L L L L H H H L blank H L H L H L H H L L maintain L H blank Functions lank or display is selected. When the input is set to level H for the positive logic or level L for the negative logic, the display at the time is maintained. L (lank) When the L input is set to level L for the positive logic or level H for the negative logic, the display is blanked regardless of other inputs. ecimal isplay Unit ata (H, L: Voltage Level) LE Positive Logic Negative Logic ecimal LTH P LTH P isplay Unit L L L L L H H * H H H H H L H * H L H L L H L * L H L H H L L * H L H H L H L * L H L L H L L * H H L L L H L * L L H H H L L * H H L H L H L * L L H L H L L * H H H L L H L * L L L H H L L * H H H H L H L * L L L L H L L * L L L L L L L L H H H H H H L L blank L L L L L L H * H H H H H H H * L L L H L L H H H L H H L L H L L L H H L H H H L L H H L L H H L L H H L H L L L L H L H H H H L H L H L L H L H L H H L H H L L L H L L H H H L H H H L L H L L L H H H L L L L L L H H H H H H L L H L L L H H L H H H L H L L L L H L H H H blank H L H H L L L H L L H H blank H H L L L L L L H H H H blank H H L H L L L L H L H H blank H H H L L L L L L H H H blank H H H H L L L L L L H H blank L L H maintain and Output Functions,, and (binary code) ecimal data input corresponding to each code of,, 4 or When the input is set to level H for the positive logic or level L for the negative logic, the display at the time is maintained. (P input is independent.) P (ecimal Point) When P input is set to level H for the positive logic or level L for the negative logic, the decimal point turns on. RI When the RI input is set to level L with displayed, the display is blanked. RO Output The RO output goes to level L during zero blanking. Leading zeros can be suppressed by connecting the RO to the RI on the lower digits. isplay is not affected whether is in level H or L. marking indicates high impedance. marking is in level L or high impedance depending on RI input. RO output is open collector output. pplication Example of RI and RO [Ex. ] Leading zeros are also displayed. RI inputs and RO outputs are disconnected. 4th igit rd igit nd igit st igit [Ex. ] Leading zeros on the upper three digits are suppressed. When the data on the st digit on the lower digit is zero, is displayed. [Ex. ] [Ex. ] Zero in the 4th digit is suppressed. Zero and decimal point are displayed on the rd digit. [Ex. ] [Ex. 4] Trailing zeros in the nd and st digits are suppressed. When the data on the st to 4th digits are zero, and the decimal point on the 4th digit is on,. is displayed. [Ex. ] P L or H Note: Use the RO output only for connection to the RI input. o not use the RO for other purposes. [Ex. 4] P L or H

19 4 Series isplay Units imensions & Panel ut-out End Plate (4-W- ) inary isplay Unit ecimal isplay Unit Spacer Unit (4-FY-) Panel Thickness:. to 4 ll dimensions in mm. N + 4 ccessories (Optional) Spacer 4-FY- (black) haracters can be engraved on the filter. Used for adjusting the number of units. Mounting Method: Same as display units. Refer to Unit ombination on page Weight (approx.) g End Plate 4-W- (: black, Z: beige) For left side For right side Weight (approx.) g (pair) End plates must be installed at both ends of the assembly of the display units. Mounting Method: Refer to Unit ombination on page. 4 4 (For left side) (For right side) 44.4 Mounting lip 4-KT (black) Used to fasten the display units to the panel when mounting four units or more. Mounting Method: Refer to Panel Mounting on page isplay units can be combined for up to digits. When combining 9 to digits, it is recommended to use the long filter. (Panel ut-out) N Note: When mounting more than units min. 4min N : No. of digits (N ) 9. Note: The panel cut-out width shown above is the minimum length required. When mounting many display units, determine the panel cut-out width to fit the actual size. Weight (approx.) g 9

20 4 Series isplay Units Long Filter 4-P- (R: red, G: green) onnector Weight (approx.) g Eliminates the visual separation between units to improve the display face appearance. For mounting method, refer to How to Use Long Filter on page. Required Length (mm) = N + + (N: No. of units) ut the long filter to the required length.. 4 ll dimension in mm.. M-4 (Solder Terminal) Solder Terminal onnector pplicable Wire: Solid ø. maximum Stranded WG maximum ±. Weight (approx.) 9g. ø. onnector for Mother oard Two types of connectors (with cable) are available for the mother board. The connector on the mother board has a strain relief to protect the insulation displacement connection from external force. For onnection to onnector Header 4-JE Mother oard ata onnector Gray able able Marking Side onnector Marking [ Side onnector] MIL flat cable connector (with strain relief) IE s JES- (with strain relief) imensions. 4. ±....9 <pplicable onnector Header> IE s JEH- (Right ngle) IE s JEH- (Straight) Terminal rrangement (ottom View).4. ±..4 ecimal inary Mother oard... Marking inary ecimal Marking For Soldering onnection to P oard or Others 4-JE Mother oard able Marking [ Side onnector] Not provided (soldering, etc.) Flat able ata onnector olor-coded able...9 Material onductor WG ( cores/.mm) Tinned annealed copper wire. Insulator Heat-resisting vinyl (Name) (Terminal No.) (olor-coded able) (able olor) lack White Gray Purple lue Green Yellow Orange Red rown lack White Gray Purple lue Green Yellow Orange Red rown lack White Gray Purple lue Green Yellow Orange Red rown ecimal inary able Marking Mother oard Note: Specify a cable length code (.: mm, : mm, : mm, : mm, 4: 4 mm, : mm) in place of in the Part No.

21 4 Series isplay Units Installation Unit ombination isplay units and end plates can be combined together by snap fit. onnection bolts and nuts are not required. End Plate onnector (optional) M-4 Installation of Mounting lip When mounting more than 4-digits, install mounting clips from the behind and tighten them. Refer to the following figures for the number of clips and the mounting positions. Hook Screwdriver Mounting lip (Photo: For 4-digit display) End Plate (optional) 4-W- (pair) How to Use Long Filter When using the long filter, refer to the following procedure.. Remove the single-digit filter from every display unit, sliding the filter to the right as shown below. Install the mounting clip to the display unit as illustrated above, and tighten the screw lightly. Tightening Torque: pprox.. N m [Mounting Position] Rear View 4 digits digits digits digits digits 9 digits digits digits digits digits 4 digits. ombine the left end plate and a required number of display units. Then insert the long filter from right side into the groove of the display units and set the right end plate. Left End Plate N digits Matte Surface Smooth Surface L Long Filter Right End Plate Note : The length of the long filter is for digits. ut the filter to the required length. Required Length L (mm) = N + + N (N: No. of digits) Note : When using a long filter, use display units of the same LE color. Panel Mounting isplay units can be installed into a panel cut-out by snap fit. ssemble display units and end plates together in advance and hold the assembly at the end plates and push into a panel cut-out. digits digits : isplay units at which the mounting clips are installed : Mounting lip Mother oard The mother board is for mounting four display units. Four display units should be connected to the mother board at the same time. Follow the procedure as below for installation and removal. [Installation] Put the substrates of four display units into the four connectors on the mother board. Insert the substrates into the connectors, pushing the display units on upper and lower sides alternately. Note: e sure to insert four display units at once. [Removal] Remove the display units, pulling upper and lower sides alternately. e sure to remove the four units at the same time. Mother oard Substrate onnector Up own Never insert or remove the display units one by one as shown. (The substrate may be damaged.)

22 4 Series isplay Units Operation inarycoded isplay haracter ata 4 9 s s display display 9 Timing hart 4th igit ata is read. T T T T ms T ms T ms Note : The above chart represents positive logic units. Negative logic units have characteristics with and reversed. Note : The rise and fall times of input pulses should be made as short as possible. (. ms maximum) Note : If the data input is changed in the period of T, the display will change. pplication of Function Note: The following chart represents positive logic digital display units. Negative logic units have characteristics with and reversed. inary-coded (ata ) 4 rd igit nd igit ata ata 4th igit ata st igit ata Instructions. When cleaning the surface of the filter and housing, use a soft cloth. o not use thinner or acid to clean the surface.. When the display unit is mounted in a panel cut-out, do not place a metal object or power line within 4 mm from the end of the connector terminals (or P board terminals) at the rear of the display unit.. If the display units are subjected to voltage surges, install a surge suppressor in the power line. 4. Use a shielded cable or metal conduit for the input line. Run the input wiring as far away as possible from high-voltage and motor lines. Make the input line as short as possible.. When using display units in environments where a large amount of electrostatic noise is generated, such as where molding materials, powders, or fluids are transferred through pipe lines, keep the display units as far away as possible from electrostatic sources.. void using the display unit in a place where excessive and frequent vibration or impact may occur.. void using the display unit in a place where it is exposed to corrosive gas, water or oil splashes, dust or direct sunlight, or in a place where organic solvents are used.. The filter is made of acrylic. 9. If the input is on when the 4 is powered up, the data input cannot be read correctly or wrong data may be maintained. o not turn on the input until at last. sec after the 4 is powered up.. When the 4-F is powered up, an inrush current of. ( ms maximum) and when the 4-F is powered up, an inrush current of. ( ms maximum) flows through the internal power supply circuit. Select an external power supply of sufficient capacity, taking inrush current into consideration.. When connecting a pull-up or pull-down resistor to the input terminals, ensure compatibility with the input resistor in the 4 internal circuit. rd igit nd igit st igit isplay Unit isplay (Example) 4th igit rd igit nd igit st igit lock iagram 4th igit rd igit nd igit st igit inary-coded (ata ) 4th st rd nd ( )

23 9 Series isplay Units Two mounting styles; front and rear mount. High visible large LEs; character height mm. Modular units can be combined for up to -digits. Super bright LE Units can be combined together and installed into a panel cut-out by snap fit. Easy wiring and maintenance isplay units operate on 4V. Jumbo size model of 9H W mm (character height mm), high visible from a distance. 9 Item Logic Housing olor Part No. ecimal Front Negative lack 9-FN- isplay Unit Mount End Plate (pair) lack 9-W- ecimal Rear Mount Negative lack 9-RN- isplay Unit Note: connector is supplied with each display unit. Specifications Voltage 4V ±% urrent raw pprox. m Operating Temperature to + (no freezing) Storage Temperature to + (no freezing) Operating Humidity to % RH (no condensation) ata L: to V H: to V -segment red LE display isplay haracter ecimal display unit: to 9, decimal point haracter Height mm inary-coded,, P and I inputs Logic Negative Output O (blanking output) No. of igits digits max. Panel Mounting Front mount: Snap fit Rear mount: Screw egree of Protection IP4 (IE 9) Front mount: g Weight (pprox.) End plates: g (pair) Rear mount: g Terminal onnection onnection iagram (Name) (Terminal No.) Terminal rrangement (onnector) ottom View 4V ata Output Vcc GN (-) (-) ( ) (-) ( ) ( ) ( ) P I O (-) (-4) (-) (-) (-) (-) (-) (-) (-) (-4) (-) (-) (-) Regulating ircuit OUT ircuit ecoder Zero-blanking ircuit ata Vcc (-) (-) Vcc ( ) (-) (-) ( ) ( ) ( ) (-) (-4) (-) (-) (-4) (-) P (-) (-) O (-) (-) I GN (-) (-) GN ( ) ( ) ( ) ( ) ata Internal ircuit ata GN, Terminals kω kω +V Note: Since power supply terminals and terminals ( ), ( ), ( ) and ( ) on sides and are internally connected to each other, connection is sufficient to only one side, but use terminals on the same side for jumper wiring. pplicable Wire: Solid ø. maximum Stranded WG to

24 9 Series isplay Units External Wiring [ontact (igital Switch)] 4V Vcc GN ( ) ata [Transistor ] 4V R Tr Vcc When Tr is on, output goes to L. ata GN ( ) 4V Tr R When Tr is off, output goes to L. Vcc ata GN ( ) Note: When connecting a pull-up or pull-down resistor to the external circuit, R and R should be. to kω (/ to /4W) and to. kω ( to /W), respectively. Function Table ata LE isplay Output Negative Logic Type ecimal P I isplay Unit O H H H H H H H blank H H H H H H H L L H H H L H H L H H L H H H L H H L L H H L H L H H H H 4 L H L H L H H L H L L H H H L H L L L H H L L H H H H H L L H H L H H 9 L L H L H H H blank L L H L L H H blank L L L H H H H blank L L L H L H H blank L L L L H H H blank L L L L L H H blank L L H maintain and Output Function,,, and (binary code),, and are binary-coded decimal inputs corresponding to,, 4 or. When the input is set to level L, the display at the time is maintained. (P and I inputs are independent.) P (ecimal Point) When the P input is set to level L, the decimal point turns on. I (Zero lanking ) When the I input is set to level H with displayed, the display is blanked. O (lanking Output) The O output goes to level H during zero blanking. Leading zeros can be suppressed by connecting the O to the I on the lower digits. Note: indicates the display after inputting the signal is maintained regardless of the voltage level of H or L. indicates the display is not affected by voltage level of H or L. P (decimal point) turns on when the P input signal is in level L. imensions & Panel ut-out Front Mount Rear Mount End Plate (optional) isplay Unit Panel Thickness:. to 4 4-ø. Hole 9 N pprox. 4 P pprox. 4 N: No. of digits ( digits maximum) (Panel ut-out) N min. (When mounting more than digits) min ll dimensions in mm. 4

25 9 Series isplay Units Instructions Unit ombination [Removing End Plates] isengage the latches on top and bottom of the end plate using a screwdriver. o not apply excessive force to the latches, or the latches may be damaged. End Plate Panel Mounting Install end plates onto display units at both ends and install the units into panel cut-out, then install display units in the middle. End Plate 9-W- (pair) Only end plates snap onto 9 display units; display units cannot be combined with each other by snap fit. 9 rear mount units do not require end plate. [Installing End Plates] Press the end plate onto the side of the display unit. Recess Operation inarycoded 4 isplay haracter 4 9 s display Timing hart s display 9 lock iagram 4th igit rd igit inary-coded (ata ) nd igit 4th st rd nd ( ) st igit inarycoded (ata ) 4th igit rd igit nd igit st igit inary-coded (ata ) ata is read. T T T isplay Unit T ms T ms T ms Note: If the data input is changed in the period of T, the display will change. pplication of Function 4 4th igit rd igit nd igit st igit ata ata ata ata onnection to Terminals I and O [Ex. ] y connecting as shown below, is displayed when input is and is displayed when input is, eliminating unnecessary s in upper digits. 4th igit rd igit nd igit st igit I O I O I O I O Open Open Open [Ex. ] y connecting as shown below, is displayed when input is and is displayed when input is, with all s in upper digits displayed. 4th igit rd igit nd igit st igit I O I O I O I O Open Open Open Open isplay (Example) 4th igit rd igit nd igit st igit Notes:. Use O output only for connection to I input in the lower digit as shown in Ex. above. o not use the O for other purposes.. When zero blanking is not required, maintain I input in level L.

26 9 Series isplay Units Instructions. red filter is not provided for the front of the 9 series rear mount display unit.. When cleaning the surface of the filter and housing, use a soft cloth. o not use thinner or acid to clean the surface. When the display unit is mounted in a panel cut-out, do not place a metal object or power line within 4 mm from the end of the connector terminals at the rear of the display unit. 4. If the display unit is subjected to voltage surges, install a surge suppressor in the power line.. Use shielded cable or metal conduit for the input line. Run the input wiring as far away as possible from high-voltage and motor lines. Make the input line as short as possible.. When using display units in environments where a large amount of electrostatic noise is generated, such as where molding materials, powders, or fluids are transferred through pipe lines, keep the display units as far away as possible from electrostatic sources.. void using the display unit in a place where excessive and frequent vibration or impact may occur.. void using the display unit in a place where it is exposed to corrosive gas, water or oil splashes, dust or direct sunlight, or in a place where organic solvents are used. 9. The filter is made of polycarbonate. Make sure that machine oil does not touch the filter.. If the input is on when the 9 is powered up, the data input cannot be read correctly or wrong data may be maintained. o not turn on the input for. sec after the 9 is powered up.. When the 9 is powered up, an inrush current of.4 ( ms maximum) flows through the internal power supply circuit. Select an external power supply of sufficient capacity, taking inrush current into consideration.. When connecting a pull-up or pull-down resistor to the input terminals, ensure compatibility with the input resistor in the 9 internal circuit.

27 isplay Units

28 Head Office -4, Nishi-Miyahara--home, Yodogawa-ku, Osaka -4, Japan US IE orporation Tel: Germany PEM GmbH Tel: service@eu.idec.com Singapore IE Izumi sia Pte. Ltd. Tel: +-4- info@sg.idec.com Thailand IE sia (Thailand) o., Ltd Tel: sales@th.idec.com ustralia IE ustralia Pty. Ltd. Tel: sales@au.idec.com Taiwan IE Taiwan orporation Tel: service@tw.idec.com Hong Kong IE Izumi (H.K.) o., Ltd. Tel: info@hk.idec.com hina/shanghai IE (Shanghai) orporation Tel: +--- idec@cn.idec.com hina/shenzhen IE (Shenzhen) orporation Tel: idec@cn.idec.com hina/eijing IE (eijing) orporation Tel: +--- idec@cn.idec.com Japan IE orporation Tel: marketing@idec.co.jp Specifications and other descriptions in this brochure are subject to change without notice. IE orporation, ll Rights Reserved. EP- PRIL