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![9
CYCLIC OFF/ON
{OFF Start, (Sym, Asym)} [1]
CYCLIC ON/OFF
{ON start, (Sym, Asym)} [2]
FUNCTIONAL DIAGRAMS FOR V0DDTS1 V0DDTD1
ON DELAY [0] SIGNAL OFF DELAY [9]
ACCUMULATIVE DELAY
ON SIGNAL [4]
ACCUMULATIVE DELAY
ON INVERTED SIGNAL [5]
ACCUMULATIVE IMPULSE
ON SIGNAL [6]
INVERTED SIGNAL ON DELAY [8]
SIGNAL ON DELAY [7]
IMPULSE ON/OFF [A]
SIGNAL OFF/ON [b]
LEADING EDGE IMPULSE1 [C]
LEADING EDGE IMPULSE2 [d]
TRAILING EDGE IMPULSE1 [E]
TRAILING EDGE IMPULSE2 [F]
DELAYED IMPULSE [G]
INVERTED SIGNAL
ON DELAY-TYPE 2 [H]
IMPULSE ON ENERGIZING [3]](https://image.slidesharecdn.com/digitaltimer-180409100432/85/Get-Programmable-timers-Digital-Timer-Programmable-Digital-timer-timer-switch-GIC-India-4-320.jpg)
![12
ON DELAY
CONSTANT SUPPLY TYPE 2 [01]
ON DELAY
CONSTANT SUPPLY TYPE 3 [02]
FUNCTIONAL DIAGRAMS
ON DELAY [00]
CYCLIC ON/OFF
{ON start, (Sym, Asym)} [09]
CYCLIC OFF/ON
{OFF Start, (Sym, Asym)} [10]
ON DELAY (CONTROL SWITCH
RESETTABLE) [03]
INVERTED SIGNAL ON DELAY [05]
SIGNAL OFF DELAY [07]
OFF DELAY CONST.
SUPPLY TYPE 2 [08]
ASYMMETRIC CYCLE PULSE
START [11]
SIGNAL ON DELAY [04]
TON TOFF TON TOFF TON TON TOFF
ASYMMETERIC RECYCLER
PULSE START TYPE 2 [12]
SIGNAL ON OFF DELAY [13]INVERTED SIGNAL
ON DELAY-TYPE 2 [06]](https://image.slidesharecdn.com/digitaltimer-180409100432/85/Get-Programmable-timers-Digital-Timer-Programmable-Digital-timer-timer-switch-GIC-India-7-320.jpg)
![13
FUNCTIONAL DIAGRAMS
SIGNAL ON OFF DELAY
TYPE 2 [14]
LEADING EDGE IMPULSE2 [22]
ACCUMULATIVE DELAY
ON SIGNAL [18]
SIGNAL OFF/ON [15]
IMPULSE ON/OFF [17]
ACCUMULATIVE DELAY
ON INVERTED SIGNAL [19]
ACCUMULATIVE IMPULSE
ON SIGNAL [20]
TRAILING EDGE IMPULSE1 [23]
TRAILING EDGE IMPULSE2 [24]
DELAYED IMPULSE [25]
DELAYED PULSE (CONSTANT
SUPPLY) POWER BASED [27]
IMPULSE ON ENERGIZING [16]
DELAYED IMPULSE TYPE 2[26]
LEADING EDGE IMPULSE1 [21]](https://image.slidesharecdn.com/digitaltimer-180409100432/85/Get-Programmable-timers-Digital-Timer-Programmable-Digital-timer-timer-switch-GIC-India-8-320.jpg)
![FUNCTIONAL DIAGRAMS
TERMINAL TORQUE CAPACITY
' ( ) )
0 1 2
3 4 5 3 6 4 7 8 9 4 5 @ A 4 B C D
E
F G F 4 5 7 7 H I P B Q R H S T U C Q V Q W B T V
F G X Y S I F 9
MOUNTING DIMENSIONS (mm)
`
a b
b
c d e d f g h i p q r s i s
ON PULSE
(CONTROL SWITCH RESETTABLE) /
WATCH DOG TYPE [30]
CONNECTION DIAGRAM
DELAYED PULSE
(CONST. SUPPLY TYPE 1) [29]
LEADING EDGE BI-STABLE OR
STEP RELAY [32] `
a
ON PULSE (SUPPLY RESET)[31]
DELAYED PULSE
(REMOTE TRIG.) [28] `
a
Tt u u
Tt v
c d e d f g w x q y y i s € h i p r ‚ ƒ ƒ
`
T„ … …
T„ †
a
T„ … …
T„ †
`
c d e d f g h i p q r s i s
a
b
b
V7DFTS3 V7DDSS3
PANEL CUTOUT
GRID RING
7
8
65
4
3
2
1
9
10
11
14](https://image.slidesharecdn.com/digitaltimer-180409100432/85/Get-Programmable-timers-Digital-Timer-Programmable-Digital-timer-timer-switch-GIC-India-9-320.jpg)
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- 1. Ordering Information 6 Cat. No.Description
- 2. ¡ ¢£ ¤ ¥ ¦ § ¨ © EMI / EMC Environmental 7 Parameters V0DDTDV0DDTS V0DDTD1V0DDTS1Cat. No.
- 3. 8 FUNCTIONAL DIAGRAMS FORV0DDTS V0DDTD ON DELAY (A) CYCLIC OFF/ON {OFF Start, (Sym, Asym)}(b) CYCLIC ON/OFF {ON Start, (Sym, Asym)}(C) SIGNAL ON/OFF(d) SIGNAL OFF DELAY(E) INTERVAL(F) SIGNAL OFF / ON(G) ONE SHOT OUTPUT (H)
- 4. 9 CYCLIC OFF/ON {OFF Start,(Sym, Asym)} [1] CYCLIC ON/OFF {ON start, (Sym, Asym)} [2] FUNCTIONAL DIAGRAMS FOR V0DDTS1 V0DDTD1 ON DELAY [0] SIGNAL OFF DELAY [9] ACCUMULATIVE DELAY ON SIGNAL [4] ACCUMULATIVE DELAY ON INVERTED SIGNAL [5] ACCUMULATIVE IMPULSE ON SIGNAL [6] INVERTED SIGNAL ON DELAY [8] SIGNAL ON DELAY [7] IMPULSE ON/OFF [A] SIGNAL OFF/ON [b] LEADING EDGE IMPULSE1 [C] LEADING EDGE IMPULSE2 [d] TRAILING EDGE IMPULSE1 [E] TRAILING EDGE IMPULSE2 [F] DELAYED IMPULSE [G] INVERTED SIGNAL ON DELAY-TYPE 2 [H] IMPULSE ON ENERGIZING [3]
- 5. 10 Cat. No. Description OrderingInformation
- 6. EMI / EMC Environmental Parameters Cat.No. ! # $ % V7DFTS3 V7DDSS3 11
- 7. 12 ON DELAY CONSTANT SUPPLYTYPE 2 [01] ON DELAY CONSTANT SUPPLY TYPE 3 [02] FUNCTIONAL DIAGRAMS ON DELAY [00] CYCLIC ON/OFF {ON start, (Sym, Asym)} [09] CYCLIC OFF/ON {OFF Start, (Sym, Asym)} [10] ON DELAY (CONTROL SWITCH RESETTABLE) [03] INVERTED SIGNAL ON DELAY [05] SIGNAL OFF DELAY [07] OFF DELAY CONST. SUPPLY TYPE 2 [08] ASYMMETRIC CYCLE PULSE START [11] SIGNAL ON DELAY [04] TON TOFF TON TOFF TON TON TOFF ASYMMETERIC RECYCLER PULSE START TYPE 2 [12] SIGNAL ON OFF DELAY [13]INVERTED SIGNAL ON DELAY-TYPE 2 [06]
- 8. 13 FUNCTIONAL DIAGRAMS SIGNAL ONOFF DELAY TYPE 2 [14] LEADING EDGE IMPULSE2 [22] ACCUMULATIVE DELAY ON SIGNAL [18] SIGNAL OFF/ON [15] IMPULSE ON/OFF [17] ACCUMULATIVE DELAY ON INVERTED SIGNAL [19] ACCUMULATIVE IMPULSE ON SIGNAL [20] TRAILING EDGE IMPULSE1 [23] TRAILING EDGE IMPULSE2 [24] DELAYED IMPULSE [25] DELAYED PULSE (CONSTANT SUPPLY) POWER BASED [27] IMPULSE ON ENERGIZING [16] DELAYED IMPULSE TYPE 2[26] LEADING EDGE IMPULSE1 [21]
- 9. FUNCTIONAL DIAGRAMS TERMINAL TORQUE CAPACITY ' ( ) ) 0 1 2 3 4 5 3 6 4 7 8 9 4 5 @ A 4 B C D E F G F 4 5 7 7 H I P B Q R H S T U C Q V Q W B T V F G X Y S I F 9 MOUNTING DIMENSIONS (mm) ` a b b c d e d f g h i p q r s i s ON PULSE (CONTROL SWITCH RESETTABLE) / WATCH DOG TYPE [30] CONNECTION DIAGRAM DELAYED PULSE (CONST. SUPPLY TYPE 1) [29] LEADING EDGE BI-STABLE OR STEP RELAY [32] ` a ON PULSE (SUPPLY RESET)[31] DELAYED PULSE (REMOTE TRIG.) [28] ` a Tt u u Tt v c d e d f g w x q y y i s € h i p r ‚ ƒ ƒ ` T„ … … T„ † a T„ … … T„ † ` c d e d f g h i p q r s i s a b b V7DFTS3 V7DDSS3 PANEL CUTOUT GRID RING 7 8 65 4 3 2 1 9 10 11 14
- 10. 25 ‡ ˆ ‰‡ ‘ ’ “ ‰ ‡ ” • ‰ ‡ – — ˜ ˜ ™ d ™ e ˜ 110DT4, 120DT4, 150DT4, 11SDT0, 12SDT0 11ODT8, 12ODT8, 11BDT4, 12BDT4, 15BDT4 f g h i j i h k l m n o j k h k p q r s t q r s u q r s 1CMDT0, 1CJDT0, STAIRCASE TIMER MOUNTING DIMENSIONS (mm) VODDTS, VODDTD, VODDTS1, VODDTD1 STAIRCASE TIMER TERMINAL TORQUE CAPACITY 110DT4, 120DT4, 150DT4, 11SDT0, 12SDT0 11ODT8, 12ODT8, 11BDT4, 12BDT4, 15BDT4 1CMDT0, 1 CJDT0, STAIRCASE TIMER VODDTS, VODDTD, VODDTS1, VODDTD1 v w x y y w w w w z w { y y | } ~ k h j k h € j ‚ ƒ h „ … † ‡ ˆ ‰ f h k € € Š ‹ Œ „ Ž Š ‘ … ’ } „ ’ ˆ ‰ “ k ‹ ˆ k v w x y y w w w w z w { y y | } ~ k h j k h € j ‚ ƒ h „ … † ‡ ˆ ‰ f h k € € Š ‹ Œ „ Ž Š ‘ … ’ } „ ’ ˆ ‰ “ k ‹ ˆ k v w x y y w w w w x w { y y | } ~ k h ” k h € • h ˆ ‚ ƒ h „ … † ‡ “ ‰ “ h i € € Š ‹ Œ „ Ž Š ‘ … ’ } „ ’ “ ‰ “ k ‹ ˆ f 1CMDT0, 1CMDTB, 1CJDTB VODDTS, VODDTD, VODDTS1, VODDTD1 CONNECTION DIAGRAM 110DT4, 120DT4, 150DT4, 11SDT0, 12SDT0, 11ODT8, 12ODT8, 11BDT4, 12BDT4, 15BDT4 | ˆ | “ | – ˆ ˆ k — | ˜ “ f k — | ˜ ˆ “ — ™ ˜ | ˆ | “ | – “ f — | ˜ Ž ™ ˜ ˆ “ š “ f k — | ˜ Ž ™ ˜ | ˆ | “ › ˆ “ f š “ f k — | ˜ Ž ™ ˜ | ˆ | “ › ˆ VODDTD, VODDTD1, STAIRCASE TIMER 110DT4, 120DT4, 150DT4, 11SDT0, 12SDT0, 11ODT8, 12ODT8, 11BDT4, 12BDT4, 15BDT4,1CMDT0. 1CJDT0, VODDTS, VODDTS1 ˆ i ˆ ” ˆ j œ œ ž Ÿ Ÿ ž 1CJDT0