FINAL ASSEMBLY

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1 EXT SSEMLY 0E0 G O FIL SSEMLY PLS. PLS. O 0 0 0E0 ESIPTIO H ISIO HISTOY G Q S LELS //0 MS H emoved esistor MTG Hardware /0/0 MJ F IE PLG FO SS OPTIO 0//0 MM E Y PPOE TITIO OPTIO PLE LEL HEE FO H IE & OPPOSITE SIE FO LH OSTILESS OLY 0 0 LEL,OX,SPLT,IOMM LEL,SET,SPLT,ELET,IMII LGGE EET LELS Ø OFIGTIO SE LSS FSES OLY TE 0, 0 F L SE LSS FSES OLY TE 0, 0 F F PL LOGI IPTS & OTPTS O PL F K (ISOET SITH) L T X L T.O. L T (O TTO) 0 T LE HOL POE TIME LE OPTIOL SE LSS FSES OLY TE 0, 0 F O ELY ELY PL TOG 0.s 0s / OM O O OFIGTIO F / OM O SE LSS FSES OLY TE 0, 0 F F F XX XH XH K XX LSS II LO OLTGE OLY! Power Pres. Time dj. min to SE LSS FSES OLY TE 0, 0 F O LS O/ OM Freq. djust O TITO F om Ø 0, 0, emote elay, ct / Pass S elay Pres. / pulse elay Entry / Exit elay Pres. / pulse elay Entry / Exit Pulse 00ms / 00ms ot sed F IELESS HOST Ms 0 F POE SFETY LSG E 0 Y etect Loop sens. dj. SE LSS FSES OLY TE 0, 0 F 0 F F K HIGH OLTGE OLY! 0 PLS. G G G 0 PLS. O mm T T T T T T 0mm S L L L + H H H H T X PLS. PLS. OTES: L 0 LEL (ELOSE) TO KL (OT SHO) EXEPT 0 ESIO 0000 M0 H,IELESS HOST,IOMMII IELESS TITIO *SEE ITIO LOOP OPTIO ELO OPTIO 000 TL,IELESS T,T, 0 LEL,GE,HIGH OLTGE STILESS OTOL OX OPTIO 000 S,P,M,FLSH,LK, " 0000 ELO, PS, LOOP,LK, " " 0000 ELO, PS, LOOP, LK, " " ELO, PS, HOOK, LK, " IO OTOL OPTIO / 000 TS,E,,T / 00 TS,E,,T / 00 TS,E,,T 000,E,,,F ITIO LOOP OPTIO IG EIE ELY OPTIO PT O. OPTIOL OMPOETS G. O. *TEMIL,E,SELESS (LSO FO IELESS ) *I IL,LOPOFILE,/" (LSO FO IELESS OPTIO) H,ITIO LOOP,iOMMII TL,I LOOP,L,/ TEMIL,E,SELESS SOKET, ELY, POLE,, 0MP ELY, SPT,, 0MP LEL,SEIL ME LEL,Q,OO 00 LEL,GO 0 S,GO,#0/ 000 O,, STT, L/T, " ILE I TE STOKE T FIL SS'Y 00 XFM,.0K,00:0/0 000 IE,G,HT,MT 0 LEL,OX,O OT ILL ( PT LEL TOP & SIE OF OX) 000 MOT,LE TIE,X,PS 0000 SKT,LY,POLE,,0MP 0 00 LY,SPT,,0MP 0, 0,, 00 LEL,IG,HOT 00 S,PHLP,/TP,#X/ 00 ESISTO,IT,,HP 00 S,PHLP,/TP,#X/ 00, 000 ESISTO,IT,,HP Ø O 00 FSE,0MP,0,,KL 0000 FSE,MP,0,,KL 0 or O 0000 FSE,MP,0,,KL FSE,0MP,0,,KL 0000 M H,IE KIT,iOMII,S/Z 00 I IL,LOPOFILE,/" 00 S,E TEM,IOMII STOFF,YLO,P,/X 0000 POE SPPLY,I,,0,G 000 E0,H,,IESL,IOMMII FO / 000 TEMIL,,GE,0,HOLE 000 TEMIL,,GE,0,JMP,P 000 TEMIL,,GE,0,HOLE, 000 TEMIL,,GE,0,HOLE,G 0000 SH,LOK,IT/EXT,#0,Z 0 O 000 XFM,0,0//:/ 0 O 0 00 XFM,0,0/0/:/ TIE,LE,YLO,",# TEMIL,E,SELESS 000 TEMIL,E,FSE HOLE 000 S,ISOET,OTO 000 S,ISOET,0,0HP 00 S,P,EXT,G,LE,MM 00 S,FHH,#X/LK KLTH 0000 TEMIL,,GE,0,HOLE, 000 TEMIL,,GE,0,HOLE Ø 0000 FSE HOLE,POLE,0, M0 PLTE,MT,IOMM FSE HOLE,POLE,0, + IF ( O =} ELSE =} 0 / FSE HOLE,POLE,0, M FTG,PLG,0.." " 000 IE,G,G/YEL,0,L STILESS STEEL OPTIO 000 O,IG,G,/ ST 0 OE,ETHE,STLS O 0 M00 EL,STLS,XX,SLP TOP 0 0M0 EL,PH,OX,FGLS,000/XL FSE,MP,,TIME ELY 0, 0 Ø O 0000 FSE,MP,0,,TIME ELY FSE,.MP,0,TIME ELY I IL,LOPOFILE,." 000 0M0 KL,PH,X,/FLG 00 M LE,IETE,/ TP 0, O 000 I,HP,,PH,TL TEH 000 I,HP,,PH,TL TEH OT Ø O 0000 FSE HOLE,POLE,0,0 00 S,PHLP,/TP,#X/ ESIPTIO PTS LIST / MTEIL 0 OTE: SEE FSIG TLE O IIG IGM FO OET FSE TY. 0 PLS. 0 OT SHO TO TE () 'L SO THIS IG OES OOS OFIGE FTE 0//0 EIFY THT THIS IG HS OT EE SEE Y EE ISIO. OE PPLIES OLY HE IG IS ET. PIO / 0 ITEHITE OOS I. IH TOLEES OE P TO + / GLES +/ EG FIISH Y HEKE Y PPOE Y IITIL E ISSE EF O OT SLE IG MMYY L //0 OTOL OX,SPLIT SEO,IOMMII S/Z SIFITIO PKGE MOEL ME SLE PT # "=' G O 0E0 H

2 G O EXT SSEMLY FIL SSEMLY ISIO HISTOY 0E0 E00 M// ESIPTIO E Y PPOE OETIG TSFOME TP HT //0 MM HGE MOS LE //0 TH PIMY SIE TSFOME SETTIGS TPS LIE OLTGE HH HH HH HH HH HH HH HH HH HH HH HH SEOY SIE TSFOME TPS OTPT OLTGE 00 K 0 K G X X KK OMMO KELY K OT KK OMMO J 0 0 G H/OG OG GOE TO MOTIG PLTE F OM IE 0 //0 MS OPTIOL IELESS TITIO HOST IIG OO STYLE SPLITSEO TLE OF EOMMEE FEEE SEIE MGES LIE OLTGES 0, Ø 00 00, Ø 0, Ø Ø 0 0 0, Ø 0 KELY K OT K0K0 OMMO K0ELY K0 OT Y PHOTOEYE TEST Y OTPT Y0 OTPT J O/ESET SITH P FLT LMP J J 0 POE O LSG E Y SFETY IELESS HOST TITO LS F om O/ 0 emote OM SEE 0E0 FO PIIG ISTTIOS X X OO STYLE SPLITSEO. EIE F// F/ F F TLE OF OTOL OX FLL LO MP EQIEMETS LIE OLTGES 0, Ø 00 00, Ø 0, Ø, Ø Ø OTOL OX FSIG OLTGE ET TIG 0, Ø 0 MP 0, 0 Ø 0 Ø Ø 00. 0, 0, 0. MP 0 MP MP MP / MP MP MP.. OPTIOL OE ELY IIG OE ELY J J EOE TEMILS SEE FIEL IGM TOP O OTTOM O X0O P X0 X P X TITIO XLOSE P X XTOGGLE IPT X KE OTPT IPTS LYOT XTITIO X XTITIO X XIZOE (OPTIOL) X K X XIZOE (OPTIOL) X0PHOTOEYE LO X0 X XPHOTOEYE TOP G/YE LK G G F L EFE TO TLE FO SEOY SIE TSFOME TPS POE SPPLY PS + TSFOME 00 J J G H F La IZOE LM (OPTIOL) EFE TO TLE FO PIMY SIE TSFOME TPS J0 J I OM J J KE ELY MOS LE T T T OMMO IT 0 IGITL OT TOQE ESE IETE J POT H OETO TLE THIS TLE SHOS THE FTIO OF EH OF THE OETOS O THE IESL OTOLLE. THE OLTGES LISTE FO EH PI SSME THT EITHE THE IPT O OTPT IS TITE. O. PI # FTIO OLTGE J P POE OTPT ESET IPT () POE SPPLY IPT LOOP IPT (X) HIFLL POE OTPT FLT IPT (X). E. POE OTPT P LIGHT OT (Y) 0 I. LOOP POE OTPT IOMIG POE FOM E SE SPPLIE ISOET FSE F OT SET O SIGLE PHSE OTOLS ETL ETL OE OPTIO LIE OLTGE LIE OLTGE LIE OLTGE F F(L FO Ø F G G G LK G L T L T L T S0 ISOET X G G G H 0 H G F IE OT SE O Ø G/YE KIG ESISTO ETH GO G ESISTO ESISTO G G L L L + L L L O OT IE TO () TEMIL. ESISTO IS IE TO TEMIL FOM LEFT O OTTOM O FO SIGLE PHSE PPLITIOS SPPLY POE TO L & L O IETE 0 IZOE LM OTPT (Y) 0 IETE OTPT (). EIE OTPT (Y) 0 IETE OMMO () HIFLL OTPT (Y) 0 POE SPPLY IPT 0 S OTPT (Y) 0 I. LOOP POE OTPT 0 S + OMMITIOS ETH GO 0 0 S OMMITIOS OTES: LL IES E G LE, LESS OTHEISE MKE. LL OTOL IES E LE. Jx IITES OPPOSITE E OF IE IG: LL O IES E T POTETILLY LETHL OLTGES. ETH GO G ETH GO G ETH GO G TEMILS GOE TO KL TISTS/FT. MI ITIO LOOP ITIO LOOP TO J TO J TO J G/YE ELY ELY LP LP I I 0 ITIO LOOP OTOLLE 0 ITEHITE OOS I. IH TOLEES OE P TO + / GLES +/ EG FIISH Y HEKE Y PPOE Y IITIL E ISSE EF O OT SLE IG MMYY L //0 SLE PT O. IIG IGM MOEL ME "=' PT # G O PTS LIST / MTEIL ESIPTIO ITEHITE OOS I. SPLIT SEO, IOMM II S/Z SIFITIO PKGE 0E0

5 PT # G O EXT SSEMLY ISIO HISTOY 0E0 F ESIPTIO E Y PPOE E LZ LIFITIO //0 MM E Falcon, Eagle, MS0 X*** H X*** G not used YE E Motion s See X note PHOTOEYES Photoeye etroreflective or Thru eam eceiver. SET SITH TO: K = TITIO O LIGHT = ESE PHOTOEYES Thru eam Emitter OG Photoeye *** E IIS Presence Set to a value of everse See X note X** MS0 not used X*** O OM POE* POE* E Motion s *Power slots are interchangable See X note IO OTOL MHz adio ontrol eceiver H G. SET IP SITHES & TO OFF.. SS HOL LE /O ELY HILE ETELY SSIG TSMITTE TTO TIL LE LE O EEIE ILLMITES. *** E K Presence Set to a value of everse See X note X** not used not used H G PSHTTOS & PLLOS Switch S S ire Each device as shown. MISELLEOS TITIO E IS0 H X*** G not used YE H/LK *** G/LK not used YE/LK E IS0 Motion/Presence IS0 Hold Open Set to a value of (everse) See X note E TITIO O/LOSE/ PSHTTO STTIO oor O LOSE oor X0 X? X ote: onsult iomm manual to see which inputs can be assinged function. onnect to whichever input is selected to become. o other devices should be connected to this input. Terminal Must be assigned to through iomm menu on both doors. (i.e. If is to be assigned a function of, the menu ("Input Func ") should be set to a value of ""). E MTIX ITIO LOOP ITIO LOOP OTOLLE Standard configuration is combined mode with IP switches # in the OFF position and IP switch #0 in the O position. For independent mode and other IP switch settings, consult the E Matrix ser Manual. IELESS PSHTTOS & PLLOS : X** Host (eceiver).ghz ireless ctivation 0 To pair with a wireless device, first remove the plastic strip under the batteries in the remote unit to energize the device. On the Host (eceiver) press "emote ". The "F om" LE will begin to flash. ext press the pair button on the remote unit. The units will then pair. ctivate the door to test. epeat procedure if necessary. POE O 0 LSG E Y SFETY TITO LS F om O/ emote OM E LZi0 Monitoring Y G/H LK/H not used G not used H not used OG not used OG/LK H/ LZi0 Presence For sensor monitoring connect H/ wire to Y. The input must be changed to LZ In /. Set LZ relay to. E LZi0 o Monitoring G/H LK/H not used G not used H not used OG not used OG/LK H/ LZi0 Presence Set to everse. Set LZ relay to. OSEQETIL OO ITELOK oor oor oor onsequential Interlock ote: onsult iomm manual to see which inputs can be assigned interlock in function. onnect to whichever input is selected to become interlock in. o other devices should be connected to this input. Terminal must be assigned to Interlock through iomm menu on both doors. (i.e. If is to be assigned a function of Interlock Input, the menu ("Input Func ") should be set to a value of "0") Output (K0 relay) should remain at the default setting of "0" on both doors. oor YK YK YK YK oor YK YK E IO OTOL LIFITIO //0 MM f MS0 PHOTOEYE SITH IF //0 MM OSEQETIL OO ITELOK oor YK YK oor onsequential Interlock Only door may be open at a time. EQIE I/O SETTIGS: = 0 Interlock In (Must be on to open) = 0 Interlock Out (On when door closed) YK = 0 Interlock Out (On when door closed) oor YK YK OSEQETIL OO ITELOK oor YK YK YK YK EQIE I/O SETTIGS: = 0 Interlock In (Must be on to open) = 0 Interlock Out (On when door closed) YK = 0 Interlock Out (On when door closed) YK = 0 Interlock Out (On when door closed) oor YK YK YK YK oor YK YK YK YK oor onsequential Interlock Only door may be open at a time. STOE eacon/strobe ire ire arning evice Strobe dditonal elay equired.l. Listed.0 mp Max LM larm ire ire arning evice Strobe dditonal elay equired.l. Listed.0 mp Max IG EIE ELY J or OTOL OX IIG OE ELY J or Y_ OE EIES OTES This drawing assumes input functions are set to factory defaults. IG never connect motion sensors to a toggle input. Terminals "X", "X" are automatic reclose. Terminal X on the motor terminal strip can be used for activation devices such as motion sensors and pull cords. Terminals "" are common for inputs. F or L I TI ITELOK () ir urtain Ouput Output om ote: onsult iomm manual for available output functions. onnect & to ir urtain control. hange to (on when door not closed). ITELOKS I TI ITELOK () elay () () () () ir urtain Ouput Output om Y_ iomm ISTLL SPT ELY I OX OIL () () () () ote: onsult iomm manual for available output functions. onnect relay contact to ir urtain control. hange Y_ to (on when door not closed). Separate relay must be used for isolation with. SEQETIL ITELOK oor X YK YK oor YK YK X oor Sequential Interlock EQIE I/O SETTIGS: = 0 Interlock In X = Sequential ctivation In = 0 Interlock Out YK = Sequential ct. Out ote: ctivation of oor will automatically activate oor (and vice versa) after the first door has closed. Sequence resets after both doors have cycled once. PT O. ESIPTIO **For true toggle operation use terminal "X". (Pull cords, push button or radio controls only.) ***For everse hold open connect sensors to SE input. (i.e., X, or X and assign that input a function of "" in the iomm menu. Multiple sensors can be connected in parallel. onsult iomm manual and/or oor manual for additional instructions. 0 ITEHITE OOS I. OE GLES FIISH IH TOLEES P TO / EG + / Y HEKE Y PPOE Y IITIL E ISSE EF O OT SLE IG MMYY TH //0 //0 SLE MOEL ME "=' G O PTS LIST / MTEIL SPLITSEO SEIES TITIO IIG iomm II ITEHITE OOS I. 0E0 F

OPT. 2 PLCS. CR1 CR3. 10mm RS V POWER SAFETY CLSG 55 OPT. BKWY. Loop sens. Adj. OPT. Detect USE CLASS CC FUSES ONLY RATED 600V, 30A GND BRK

OPT. 2 PLCS. CR1 CR3. 10mm RS V POWER SAFETY CLSG 55 OPT. BKWY. Loop sens. Adj. OPT. Detect USE CLASS CC FUSES ONLY RATED 600V, 30A GND BRK EXT SSEMLY 0E00/ G O FIL SSEMLY PLS. PLS. O 0 0 0E00 ESIPTIO P ISIO HISTOY dd M00 Inverter //0 MS P EMOE ESISTO MTG HE //0 MJ M Q OE //0 MS E Y PPOE TITIO OPTIO PLE LEL HEE FO H IE & OPPOSITE SIE FO LH