2. CYCLIC OFF/ON OFF Start, (Sym, Asym) 1 Timing Diagrams of Modes Programming Instructions 1. Apply power & hold the SET key for > 3 sec. OR Press both ADJ & SET key for > 3 sec. After power ON. 7. ACCUMULATIVE IMPULSE ON SIGNAL 6 Now follow the steps given below KEY DISPLAY RESULT Press ADJ key to select desired function (e.g. F) F 5:39 HM ADJ Confirms function Then Range indicator blinks F 5:39 SET HM 10. SIGNAL OFF DELAY 9 Press ADJ key to select range (e.g. HM range HM ) F 5:39 ADJ HM Confirms range selection. 12. SIGNAL OFF/ON B 1st digit of Preset time blinks. F 5:39 (For modes 1 , 2 & G two preset times SET HM On & Off to be set ) Press ADJ key to adjust desired F preset time digit (e.g.from 5 to 8) 8:39 HM ADJ Press Set to confirm 1st digit selection, now 2nd digit blinks F 8:39 HM Permanent supply required. when B1 is opened, R energizes Change with ADJ Key and de-energizes when timing is over. If B1 is closed during Timing DiagramsFunctional Description (e.g.from 3 to 0) F 8:09 timing R resets. HM 1. ON DELAY 0 16. TRAILING EDGE IMPULSE 2 F Permanent supply is required. When switch B1 is opened, R Confirms 2nd digit selection, energizes and will de-energize when timing is over. If B1 is now 3rd digit of Preset Time 2. CYCLIC OFF/ON OFF Start, (Sym, Asym) 1 pulsed during timing period it will have no effect on R. F 8:09 HM blinks. 17. DELAYED IMPULSE when switch B1 is closed, TOFF starts. Relay energizes at the end of TOFF period. Then, TON starts irrespective of signal level and Change with ADJ Key relay de-energizes at the end of TON period. (e.g. from 9 to 6) F 8:06 HM CONNECTIONS Now UP / DOWN Indicator blinks Supply DPST Relay SPDT Relay Connection Connection Connection F 8:06 HM 15 Change with ADJ Key (e.g.from DOWN to UP) 18 F 8:06 HM Confirms counting mode. 16 00.0 Program Over. F 8:06 8A, 240 V AC 8A, 240 V AC HM Timer starts working normally. 24V DC 24V DC 12.SIGNAL OFF/ON b 6. ACCUMULATIVE DELAY ON INVERTED SIGNAL 5 1. ON DELAY 0 Time commences as supply is present and switch B1 is closed. Opening 0 switch B1 pauses timing. Timing resumes when switch B1 is closed U again. R energizes at end of timing. 13. LEADING EDGE IMPULSE1 C When supply is ON, R energizes. When switch B1 is closed timing is suspended and remains suspended till switch B1 is opened again. Interrupting supply resets timer. 8. SIGNAL ON DELAY 7 Permanent supply required. Timing starts when switch B1 is closed. R energizes at end of timing period and de-energizes when B1 is opened. 3.CYCLIC ON/OFF ON start,(Sym,Asym) 2 14. LEADING EDGE IMPULSE2 d 9. INVERTED SIGNAL ON DELAY 8 Timing will commence when supply is present and switch B1 is open. R energizes after timing .If B1 is closed during timing period, timing resets to the beginning of cycle. Permanent supply is required. R energizes when switch B1 is closed. 4. IMPULSE ON ENERGIZING 3 Timing commences after S is opened and then the relay de-energizes. 15. TRAILING EDGE IMPULSE1 E 11. IMPULSE ON/OFF A Permanent supply is required. R energizes for the timing period when B1 is opened or closed. When timing commences, changing state of B1 does not affect R but resets timer. 5. ACCUMULATIVE DELAY ON SIGNAL 4 When switch B1 is closed or opened for preset time ,T, the relay changes 16. TRAILING EDGE IMPULSE2 F its state after time duration T. 13. LEADING EDGE IMPULSE 1 C A permanent supply is needed. When B1 is closed, output relay energizes until timing irrespective of any further action of B1. 6. ACCUMULATIVE DELAY ON INVERTED SIGNAL 5 17. DELAYED IMPULSE G 14. LEADING EDGE IMPULSE 2 d Permanent supply is required. when switch B1 is closed, and remains closed output relay energizes until timing is over. If B1 is opened 7. ACCUMULATIVE IMPULSE ON SIGNAL 6 during timing, R resets. 15.TRAILING EDGE IMPULSE 1 E 8. SIGNAL ON DELAY 7 Timing commences when supply is present.R energizes at the end of the timing period. 1 T-ON and T-OFF can be same or different. The relay(R) keeps on changing its status till power is removed. 9. INVERTED SIGNAL ON DELAY 8 3.CYCLIC ON/OFF On Start,(Sym,Asym) 2 This function is quite similar to the function 1 but initially the relay(R) is ON for period T-ON after the power is applied. 4.IMPULSE ON ENERGIZING 3 After power ON, R energizes and timing starts. R de-energizes after timing is over. 10. SIGNAL OFF DELAY 9 5.ACCUMULATIVE DELAY ON SIGNAL 4 Time commences as supply is present and switch B1 is open. Closing switch B1 pauses timing. Timing resumes when switch B1 is opened again. R energizes at the end of timing. 24 -240 V Important Note: AC/DC 11. IMPULSE ON/OFF A 1. Output de-energizes when device enters into PROGRAM MODE and starts new cycle after coming out of PROGRAM MODE. 2. Loads which have current requirement > 1mA, can only be used as Optional Load. For e.g. Contactor Coil, AC Relay Coil, etc. OPTIONAL LOAD > 1 mASERIES : DIGICON MULTI-FUNCTION DIGITAL TIMER Features : 17 functions Wide operating voltage : 24 to 240 V AC/DC Multi Range : 0.1 sec to 999 hrs. Up / Down counting modes 3 Digit LCD for Preset Time and Run Time Clear LED indication of Relay status Key lock Function Conforms to IEC standards of EMI/EMC Compact size (17.5 mm single width module) SET ADJ LED INDICATION FOR RELAY STATUS OVERALL DIMENSIONs 1. PRESET TIME: The Timer Duration selected by the user. 17.5 BASE MOUNTING 76.0 2. RUN TIME: In Down counting ( ) mode it indicates the remaining time while in Up counting ( ) mode it indicates the elapsed time. 3. Up/Down ( ) blinks during the Timer Duration (T) THE KEYS RESULT KEY OPERATION ALL DIMENSIONS ARE IN mm Apply Power & Hold Program Mode SETSET the key for >3 sec. OR Press both > 3 sec Program Mode 0.54 N.m (5 Lb.in) ADJ SET after power on 3.5 mm Press in Program mode Select, Edit parameter SETSET 2 1 X 0.2...2.5 mm Press in Program mode Edit blinking parameter ADJADJ Solid Wire / Single Press for > 3 sec. Reset Timer Wire Ferrule SETSET during Timer operation 2 2 X 0.2...0.5 mm Press for > 3 sec. Lock / Unlock Preset Time Insulated Twin ADJ during Timer operation Wire Ferrule Press during Timer Edit Preset Time SETSET operation during Timer operation AWG 1 X 23 to 13 TECHNICAL SPECIFICATIONS V0DDTS1 Caution : CAT. No. V0DDTD1 1. Always follow instructions stated in this SUPPLY CHARACTERISTICS product leaflet. Nominal Supply (U) 24 - 240 VAC / DC (50 - 60 Hz, +/-2 Hz) 2. Before installation, check to ensure that CAT. NOS.: V0DDTS1 -15 % to +10% of U Limits the specifications agree with the intended V0DDTD1 ~ 10 VA Power Consumption (Max.) application. RoHS RELAY OUTPUT CHARACTERISTICS 3. Installation to be done by skilled electrician. 1 C/O 2 NO 4. Automation & Control devices must Contact Arrangement be properly installed so that they are Contact Rating 240 VAC / 24 VDC 8A (resistive) 240 VAC / 24 VDC 8A (resistive) protected against any risk of involuntary Ag alloy Contact Material actuations. 7 Mechanical Life Expectancy 2 x 10 5 Electrical Life Expectancy 1 x 10 Switching Frequency (Max.) 1800 Operations / hr. rated load Status Indication on panel Red LED - Relay ON FEATURE CHARACTERISTICS Note : Product innovation being a Modes Available Refer Timing diagrams of modes. continuous process, we reserve the sec right to alter specification without any h:m m:s hr min Timing Ranges 9:59 999 prior notice. 9:59 999 999 99.9 99.9 99.9 +/-0.5% of selected range Repeat Accuracy Variation in timing due to voltage change +/-2% Variation in timing due to temperature change +/-5% Operating: -10 C to +55 C Temperature limits Storage: -20 C to +65 C Humidity (Non - Condensing) 93 % Rh Base / Din - Rail (35 mm Sym.) Mounting Weight (Unpacked) 85 gms (approx). 40 ms. Initiate Time Reset Time <200 ms. 2.5 kV Isolation (Between Input and Output) Degree of protection IP30(Enclosure) , IP20(Terminals) Utilization category AC-15 Ue Rated Voltage V 120/240 Ie Rated Current I 3.0/1.5 Utilization category DC-13 Ue Rated Voltage V 125/250 Ie Rated Current I 0.22/0.1 CE, RoHS CERTIFICATIONS Vibration IEC 60068-2-6 Fast Transients IEC 61000-4-4 Level IV Ed.2.0b-2004-07 Surges IEC 61000-4-5 Level IV Ed.2.0b-2005-11 Voltage Dips, short interruptions and voltage IEC 61000-4-29 (DC) Ed. 1.0b-2000-08 variations IEC 61000-4-11 (AC) Ed.2.0b-2004-11 Radiated Susceptibility IEC 61000-4-3 Level III Ed.3.0b-2006-02 EMC Conducted Emission CISPR-14, Class-A EMC Radiated Emission CISPR-14, Class-B Areas other than side surfaces are ESD sensitive ESD VLL006-01 100.0 C/C 67.0 45.0 89.0 DIN RAIL 35 - mm-SYMMETRICAL