7 SegmneDisplay Unit With High Bright Characters (D1SC-N : W32 H57mm, D1SA Series: W11 H22mm)

Transcription

1 SC-N/SA Series 7 Segment Display Unit 7 SegmneDisplay Unit With High Bright Characters (SC-N : W32 H57mm, SA Series: W H22mm) Features 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 (SA Series) Power source: 2-24VDC Wide range on signal input voltage level (Low: Max. 0-.2VDC, High: VDC) Easy multi-stages connection (SA Series) Zero Blanking function Applications Display for PLC Display for computer Various display SC-N (A) Photo-electric (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Sockets (H) Temperature Please read Caution for your safety in operation manual before using. SA Sereis (I) SSRs / Power Specifications Model SC-N SA-RN SA-GN Display method 7 Segment D display (red) 7 Segment D display (green) Power supply Allowable voltage range 2-24VDC 90 to 0% of rated voltage Current consumption Max. 70mA Max. 35mA Character size W32 H57mm W H22mm Display character 2 Decimal number: 0 to 9, decimal point Hexadecimal number: 0 to 9, A to F, decimal point Parallel: Parallel 4-bit data, latch, zero blanking, decimal point Serial: Serial 4-bit or 5-bit data, clock, zero blanking, latch, decimal point (for 4-bit input) resistance 2kΩ 20kΩ level Max. response CLO Output logic Noise strength Environ -ment Accessory High: VDC, Low: 0-.2VDC Max. 3kHz output (serial input), zero blanking output Selectable positive logic (PNP) or negative logic (NPN) (SC-N: by the function set switch, SA Series: by inner soldering) ±300V the square wave noise (pulse width: us) by the noise simulator Ambient temperature 0 to 60, storage: -0 to 85 Ambient humidity 35 to 85%RH Housing[5264-0], Terminal[5263 (PBT)], Sub-PCB for multi-stage connection : It is option 2: Only SC-N supports Minus displaying. The max. response CLO is when the duty ratio is :. Environment resistance is rated at no freezing or condensation. Connector (CT-0S), Cap Unit weight Approx. 00g Approx. 22g (including right/left caps) (J) Counters (K) Timers (L) Panel (M) Tacho / Speed / Pulse (N) Display Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ Logic Panels (S) Field Network Devices (T) Software N-2

2 SC-N/SA Series Terminal Layout And Function SC-N Function set jumper (SW) OFF SW 3 OFF SW2 JP 3 0 (rear terminal layout) 2 Function set switches (SW2, JP) S4 J2 J S3 S2 S JP Switch OFF Function SW2 3 4-bit 5-bit Serial input JP 7Segment Minus : For Serial input, set this as. For Parallel input, set this as OFF. SA Series Function set switches = (Short) OFF = (Open) <Factory default> Decimal Hexadecimal Characters 2 Parallel Serial 4 Used Not used Serial data output 5 Used Not used Zero Blanking Minus <Factory default> OFF <Factory default> OFF Function Pos. logic (NPN) Neg. logic (PNP) logic OFF 3 /Output terminals Terminal Parallel input Code Function Jumper Jumper pin Serial input Code Function 2-24VDC 2-24VDC 2 N C 3 Clock input input 4 input Terminals of and is corresponding :. : For serial input, set this as. For Parallel input, set this as OFF. Do not connect anything 5 DO output 6 Zero blanking input Zero blanking input 7 Zero blanking output Zero blanking output 8 Latch input Latch input 9 Decimal point input Decimal point input 0 0V 0V Switch OFF Function S Decimal Hexadecimal Characters S2 Parallel Serial S3 4-bit 5-bit Serial input J Used Not used Serial data output J2 Used Not used Zero Blanking S4 Neg. logic (NPN) Pos. logic (PNP) logic 2 /Output terminals Parallel input Serial input Terminal Code Function Code Function 2-24VDC 2-24VDC 2 N C Do not connect anything 3 Clock input input 4 input 5 DO output 6 Zero Blanking input Zero Blanking input 7 Zero Blanking output Zero Blanking output 8 input input 9 input input 0 0V 0V N-22

3 7 Segment Display Unit Block Diagram Parallel input (A) Photo-electric Power input - Decimal point - Stable power circuit circuit DECODER DRIVER (B) Fiber Optic (C) Door/Area (D) Proximity Zero blanking input - Zero blanking output - Serial input Power CLO - input - - Decimal point - output - DO Stable power circuit circuit circuit Zero blanking control circuit DECODER DRIVER (E) Pressure (F) Rotary Encoders (G) Connectors/ Sockets (H) Temperature (I) SSRs / Power Zero blanking input - Zero blanking output - circuit The 2 pin is not used. Zero blanking control circuit (J) Counters (K) Timers Dimensions SC-N Panel cut-out 72 N-3.5 (unit: mm) N: Number of units Panel thickness: 2 to 4mm (L) Panel (M) Tacho / Speed / Pulse (N) Display Units (O) Sensor (P) Switching Mode Power Supplies 0 Accessories OFF SW : Connector specification : Connector for multi-stage Connector maker: Korea Morex This connector must be used with Housing: connection PCB Header: A (Straight) and must be connected as Terminal: 5263 (PBT) below drawing. Using cable specification 8mm AWG28 to 22 (cable diameter: Max. Ø.9mm) Shielding length of wire cover: 2.4 to 2.9mm (Q) Stepper Motors & Drivers & (R) Graphic/ Logic Panels (S) Field Network Devices (T) Software 27mm Header Housing[5264-0] Terminal[5263 (PBT)] Multi-stage connector N-23

4 SC-N/SA Series SA Series 6 Panel cut-out (unit: mm) A Panel cut-out chart Digit (N) A (20 N+2) B (20 N+0) 32 30± ± ± ± ± ± ± ±0. B Accessory Sold separately Connector (Model: CT-0S) CAP Ø SA-RN: DAR (L) -R (left/right set) SA-GN: DAR (L) -BL (left/right set) Cap is optional (set). Chart Indication Negative input Positive input Minus Hexa decimal Decimal 7 Segment Hexa decimal Decimal 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 Blank Blank H L L L L H H H L H H H H L L L 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 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 terminal connect, 0 is displayed. When terminal is open, it is blank (not display) "X": Either high or low level can be input. : Only SC-N supports Minus display. Set the rear JP as OFF. Blank: If input signal as input DATA, it does not display. N-24

5 7 Segment Display Unit Circuit SC-N Positive logic (PNP) input (SW: OFF) 0kΩ 20kΩ 2kΩ IC Negative logic (NPN) input (SW: ) +5V 2kΩ 0kΩ 20kΩ IC (A) Photo-electric (B) Fiber Optic (C) Door/Area (D) Proximity level - High: VDC, Low: 0-.2VDC (E) Pressure SA Series Positive logic (PNP)input (SW: OFF) Negative logic (NPN) input (SW: ) (F) Rotary Encoders 20kΩ 00kΩ level IC High: VDC Low: 0-.2VDC 20kΩ 5V 00kΩ IC (G) Connectors/ Sockets (H) Temperature (I) SSRs / Power Method Parallel input 4-bit static parallel input (e.g.: displays ABCD.) (J) Counters (K) Timers 4-bit bit bit + 4-bit bit bit dynamic parallel input (e.g.: displays ACE007.) bit bit bit bit + 4-bit Pw 0 4 HLHL+L HLHH+L HHLL+L HHLH+H Clock: Max. 3kHz HLHL HHLL HHHL LLLL LLLL LHHH t t2 t3 (L) Panel (M) Tacho / Speed / Pulse (N) Display Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ Logic Panels (S) Field Network Devices (T) Software Pw=t+t2+t3 Pw: 0.33ms (Min.) t: 0.05ms (Min.) t2: 0.23ms (Min.) move t3: 0.05ms (Min.) N-25

6 SC-N/SA Series Serial input 6-bit serial input (e.g.: displays -20.8) Clock max. 3kHz In case of positive logic (PNP), hexadecimal number START SHIFT CLO 0.33ms ta: 0.23ms (Min.) tw: 0.05ms (Min.) ta tw -bit data L L H L L L H L L L L L H L L L MSB (3) LSB (3P) MSB (2) LSB (2) MSB () LSB () MSB (0) LSB (0) 2 : To display Minus, set the rear JP as OFF. 2: In case of 4-bit Serial input, to display decimal point, connect of the rear input terminal to. In case of negative logic (NPN), connect to. 5-bit seriai input (e.g.: displays A25.0) START ta: 0.23ms (Min.) tw: 0.05ms (Min.) SHIFT 0.33ms ta a tw w CLO -bit data L H L H L L L L H L H L H L H L L L L L D4 D4 D4 D4 MSB (3) LSB (3P) MSB (2) LSB (2) MSB () LSB () MSB (0) LSB (0) Multi-Stage Connection Method Parallel input: 4digit The below connection is example of SC-N. Fro SA, connection is same but the order of pin is reverse. (connector image (refer to N-4 page of the 9th catalogue), terminals of SC-N corresponds : and it is able to connect as depending on the need. When not using Zero Blanking, connect terminal to. Static parallel input (zero blanking method): These diagrams are to wire at rear layout of the unit. input From next digit (over 5digits) N-26

7 7 Segment Display Unit Dynamic parallel input (zero blanking method): These diagrams are to wire at rear layout of the unit input (A) Photo-electric (B) Fiber Optic From next digit (over 5digits) (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders Serial input: 4digit Serial input (zero blanking method): These diagrams are to wire at rear layout of the unit DO Zero Blanking Method? It is to remove "0" indication which is no meaning. Ex) When displaying 0 Using Zero Blanking 2 Not using Zero Blanking ("0" of, are no meaning and they are not displayed.) If indication data is "0", meaningful tens place "0" will be displayed. Using zero blanking for multi-stage Set 5 (Zero Blanking output) of the rear function set switch (SW2) as. For 0 (0) to display '0', set this as OFF. ) Using Zero Blanking DO DO DO input From next digit (over 5digits) (G) Connectors/ Sockets (H) Temperature (I) SSRs / Power (J) Counters (K) Timers (L) Panel (M) Tacho / Speed / Pulse (N) Display Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ Logic Panels (S) Field Network Devices 2) Not using Zero Blanking (T) Software N-27

8 SC-N/SA Series The Application Of PLC Program[Serial Type]. Display Unit SA- 2. 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 M00 M00 M00 M00 S00.09 [ SET S00.0 ] [ SET S00.02 ] [ SET S00.03 ] [ SET S00.04 ] [ SET S00.05 ] [ SET S00.06 ] [ SET S00.07 ] [ SET S00.08 ] [ SET S00.09 ] [ SET S00.00 ] Shift register Reset S00.0 S00.03 ( ) S00.05 S00.07 S00.09 S00.02 S00.04 (M00) S00.06 S00.08 S00.02 S00.04 (P00) CLO output S00.06 S00.08 P000 S00.0 S00.02 S00.03 M03 M02 ( MOV h000a M0 ) (P0) HEX "A" value Transmission order to M0 HEX "A" value data output "A" display S00.04 S00.05 M0 S00.06 S00.07 M00 S00.08 S00.09 (P02) Output [ END ] Visit our web site ( to download various applications of PLC program. N-28