ECMFT

## Technical Data: **ECMFT** Multi Function Timer **12-230V** AC/DC 

## **Important Safety** Notice 

It is the responsibility of the person installing the electrical equipment to ensure that the installation meets the requirements of the IET wiring regulations and is therefore ‘fit for purpose’. Factors such as correct selection of components, cable sizing, protective devices and Earth bonding are all critical and should be checked prior to full testing and power-up. Any other regulations applicable to the equipment being installed such as the Machinery Directive and current health and safety legislation must also be adhered to. All connections (including factory made) must be checked for the correct tightness prior to commissioning of the electrical installation. 

All connections should be checked periodically to ensure correct tightness. 

## **DO NOT USE POWER TOOLS ON THESE PRODUCTS** 

**Data** ~~BC~~ Function ~~RC~~ A, B, C, D, E, F, G, H, I, J Supply Terminals ~~Ps~~ A1 - A2 Voltage Range ~~ee~~ AC/DC 12-240V(50-60Hz) Burden AC 0.7-3VA/DC 0.5-1.7W Voltage Range AC 230V(50-60Hz) Power Input AC max.12VA/1.3W Supply Voltage Tolerance ~~PC~~ -15%;+10% Supply Indication green LED Time Ranges 0.1s - 10days, ON ,OFF Time Setting ~~PC~~ potentionmeter Time Deviation ~~PC~~ 5%-mechanical setting Repeat Accuracy 0.2%-set value stability Temperature Coecient 0.05%/[o] C,at=20[o] C(0.05%[o] F, at=68[o] F) Output ~~PC~~ 1 × SPDT Current Rating 16A/ AC1 ~~PC~~ Switching Voltage ~~RC~~ 250VAC / 24VDC Min Breaking Capacity DC ~~Ps~~ 500mW Output Indication ~~ee~~ red LED Mechanical Life 1×10[7] Electrical Life(Ac1) 1×10[6] Reset Time max.200ms ~~PC~~ Operating Temperature ~~PC~~ -20[o] C to +55[o] C(-4[o] F to 131[o] F) Storage Temperature -35[o] C to +75[o] C(-22[o] F to 158[o] F) Mounting/Din Rail Din rail EN/IEC 60715 Protection Degree ~~PC~~ IP40 for front panel / IP20 terminals Operating Position any Overvoltage Category III. Pollution Degree ~~Ps~~ 2 Max Cable Size (mm[2] ) ~~PC~~ solid wire max 1×2.5 or 2×1.5 / with sleeve max.1×2.5 (AWG 12) Dimensions 90 × 18 × 64mm Weight 1 × SPDT: W240 - 62g, A230 - 60g Standards ~~en~~ IEC / EN 61812-1, IEC / EN61010-1 

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**EDS** 1176-001 CL 

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Technical Data:  ECMFT<br>Multi Function Timer  12-230V  AC/DC<br>Functions Diagram<br>A:On Delay (Power On) F: Single Shot<br>When . . . _ . Upon application of input voltage U, the relay is ready to accept trigger<br>Betstheirthehelt inputstate slate voltageafter Vis time applied, timinge wine comp delay ete contacts{ begins. Relay. return con-to theS. Uponpreset application time t begins.of theDuring triggertime-out, signal S,the the triggerrelay contacts signal S Ris transferignored.<br>used in shelfthisstatefunction. when input voltage U is removed. Trigger switch is not relay resets by applying the trigger switch S when the relay is not<br>Bce A 3) s a t aff yI Un Rits.)6=STCUGRTti‘(‘(’.:SOSG } =:1it i ep ees, j ' s oR =eo 7 | C=|<br>B:Interval (Power On) : 7 ;<br>When input voltage U is applied, relay contacts R change state immediately G: Single Shot Trailing Edge (Non-Retriggerable) ;<br>and timing cycle begins. When time delay is complete, contacts return to Upon application of input voltage U, the relay is ready to accept trigger<br>shelf state. When input voltage U is removed, contacts will also return to S. Upon application of the trigger signal S, the relay contacts R transfer<br>their shelfstate. Trigger switch is not used in this function preset time t begins. At the end of the preset time t, the relay contacts R<br>: . their normal condition unless the trigger switch S is opened and closed<br>oe E-_F orf Un EE Ee time outS at a ratet (before faster than preset timethe preset timeelapses).willContinuous cause thecyclingrelay contactsof the triggerR to<br>BA e r } J1 oR = | = ! ' closed. If input voltage U is removed, relay contacts R return to their<br>daa S<br>C:Repeat Cycle (Starting Off<br>When ) 5 o h " it it<br>willtis repeatcomplete,inputuntil voltagerelayinputUcontacts voltageis applied,UR ischangetimeremoved. delaystateTriggertfor begins. time switch Whendelayist. time delaynotThis usedcycle H: On/Off Delay A i R :<br>in this function . . Input voltage U must be applied continuously. When trigger switch S is<br>closed, time delayt begins. When time delay t is complete, relay contacts<br>c ve bakg H Un as €§F~FSr—C—tCSS RIf changeinput voltage state Uandis removed,remain transferredrelay contactsuntil triggerR return switchto theirS isshelfesta opened.<br>mos; Rt Mtot<br>D:<br>WhenRepeainpu t  Cyclvoltag e  (StartingU is applied,On)relay contacts R change state imme- gA o oRJ R thie (+h<br>diately and time delay t begins. When time delay t is complete, contacts<br>return to their shelf state for time delay t. This cycle will repeat until input .<br>voltage U is removed. Trigger switch is not used in this function. I: Latching relay<br>Input voltage U must be applied continuously. Output changes state<br>EF Un with every trigger switch S closure. If input voltage U is removed, relay<br>B I<br>roeSCE mtaet contacts R return to the ir shelfue state.<br>c H S fi Mag<br>B |<br>E:<br>Off Delay (S Break) sab R_<br>Input voltage U must be applied continuously. When trigger switch S is clo-<br>sed, relay contacts R change state. When trigger switch S is opened, delay J: Pulse generator<br>| begins. when elay I Is complete, contacts F return ‘0 {helt shelf state. Upon application of input voltage U, a single output pulse of 0.5 seconds<br>rigger switch © Is closed betore time delay t Is complete, then time Is is delivered to relay after time delay t. Power must be removed and re-<br>reset. When trigger switch S is opened, the delay begins again, and relay applied to repeat pulse. Trigger switch is not used in this function.<br>contacts R remain in their energized state. If input voltage U is removed,<br>relay contacts R return to their shelf state.<br>2 ‘he Ss inal mo atehtesE Vn<br>2! 2 i BaE1 Rt \ PULS [i =0.5sf tial<br>Time Range<br>tom th 10h tom th 10h tom fh 10h ton fh 10h ton fh 10h tom fh 10h ‘om fh 10h ‘om fh 10h ‘tom th 10h ‘tm th 10h<br>10s ON 10s im ON 10s = jm ON 10s = jm ON 10s =| ON 10s ON 10s ON 10s ON 10s ON 10s ON<br>1m1s 1 %OFF 1mtsU E SOF 1m‘sc a OFF 1m‘scaeOFF 1m‘scaOFF 1m1spane:OFF 1m1sage:OFF tm1s 2 %OFF 1m1seoOFF 1mts Sgn OFF<br>0.1-1s 1- 10s 6 - 60 s 1 - 10min 6 - 60min 1 - 10hr 0.1 - 1day 1 - 10day only ON only OFF<br>Dimensions(mm)<br>Wiring Diagram<br>Panel Diagram<br>—_—_, Al 16 18<br>Supply indication(green)<br>i<br>Un R<br>un@ @e V 10m 1h 10h 1 I d<br>1m 10d Output indication(red)<br>Se 10s ON S A2 15<br>1s 3040 50 60OF70F80 16 18<br>1200 90 Time setting<br>D E F G<br>-bal : BCA ga HJI e Function  setting I | ¢fb}eM if<br>LOAD 15<br>Gd—— ial GRT8-M1<br>len o 4.2 64<br>95<br>**----- End of picture text -----**<br>


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**EDS** 1176-001