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tions to products at any time when deemed necessary, maintaining the same intended use and functionality.

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Electromechanical gear motor for the automatic movement of sliding gates for residential use, 
complete with electronic control unit

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Z: 15; Module: 4; Step: 12.6 mm; Primitive diameter: 60mm

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12Nm; corresponding to the capacity to move a leaf with a dynamic friction of up to 400N

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6Nm; corresponding to the capacity to move a leaf with a dynamic friction of up to 200N

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0.18m/s

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0.34m/s

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10 minutes

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Estimated between 20.000 cycles and 180.000 cycles, depending on the conditions reported in 

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1 (a safety grounding system is required)

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With PS124 optional accessory

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also control small relays)

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Self-recognition of the gate length and calculation of the deceleration points and the partial open-
ing point.

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Summary of Contents for Slight

Page 1: ...Slight Instructions and warnings for installation and use Sliding gate opener ...

Page 2: ...194 0 10 191 0 50 194 0 10 191 0 50 20 30 198 191 408 85 1 3 4 5 b d c c g i b f h l e a E C F D C F A B 2 ...

Page 3: ...6 7 10 8 9 1 2 11 1 2 ...

Page 4: ...TX 24V 4W S C A MOFB CLOSE MOSE LUCYB OPEN RX NC NO C C NO NC FLASH S C A BLUEBUS STOP P P OPEN CLOSE 14 13 12 ...

Page 5: ...15 16 ...

Page 6: ... TX 1 2 24V 4W S C A 24V 4W S C A MOFB CLOSE MOSE LUCYB MASTER SLAVE OPEN STOP RX NC NO C C NO NC FLASH S C A BLUEBUS STOP P P OPEN CLOSE FLASH S C A BLUEBUS STOP P P OPEN CLOSE LUCYB BLUEBUS 1 2 BLUEBUS 17 ...

Page 7: ...20 ...

Page 8: ...21 ...

Page 9: ...QS NE SGD OQNCTBS QNGHAHSDC LNCHjB SHNMR B M NMKX KD C SN L KETMBSHNMR 3GD L MTE BSTQDQ CDBKHMDR KK KH AHKHSX ENQ C L FD B TRDC AX QAHSQ QX LNCHjB SHNMR SN SGD OQNCTBS q If the gate being automated has a pedestrian gate then the system must include a control device that will inhibit the operation of the motor when the pedestrian gate is open q QNUHCD CHRBNMMDBSHNM CDUHBD MNS RTOOKHDC HM SGD OK MS ...

Page 10: ...des q JD RTQD SG S SGD LDBG MHB K RSNOR QD RSTQCX DMNTFG MC SG S SGDQD HR MN QHRJ NE CDENQL SHNM DUDM HE SGD KD E GHSR SGD LDBG MHB K RSNO UHNKDMSKX q JD RTQD SG S SGD F SD RDBSHNM HR A K MBDC H D HS LTRS MNS LNUD HE KDES RSHKK HM any position q JD RTQD SG S SGD QD VGDQD SGD FD QLNSNQ HR jWDC HR MNS RTAIDBS SN kNNC ing iff necessary mount the gearmotor raised from the ground q JD RTQD SG S SGD HMR...

Page 11: ...BSNQ N B AKDR W LL2 QRWH 50m HWDC DCFDR N B AKD W LL2 QRWH 30m NU AKD DCFDR N B AKD W LL2 QRWH 30m QRWH 1RWH ONVDQ RTOOKX B AKD KNMFDQ SG M L L X AD TRDC OQNUHCDC HS G R K QFDQ F TFD D F W LL2 and that a safety earthing system is provided near the automation unit 1RWH E SGD f 4 42t B AKD HR KNMFDQ SG M L TO SN L W LL2 cable is needed 1RWH RHMFKD W LL2 B AKD B M AD TRDC HMRSD C NE SVN W LL2 cables ...

Page 12: ...NRHMF L MNDTUQD SN permit automatic adjustment of the mechanical limit switches PSRUWDQW l TQHMF SGHR L MNDTUQD BGDBJ SG S SGD Q BJ QTMR HM KHFMLDMS VHSG SGD OHMHNM VHSG L WHLTL LHR KHFMLDMS NE LL MC SG S SGDQD HR OK X NE LL ADSVDDM OHMHNM MC Q BJ KNMF HSR DMSHQD KDMFSG ƄJ RSKX L MT KKX ONRHSHNM SGD KD E G KEV X KNMF HSR SQ UDK MC KNBJ SGD FD Q LNSNQ HM OK BD VHSG SGD JDX OQNUHCDC QDEDQ SN O Q FQ ...

Page 13: ...l start immediately afterwards Wait for the control unit to fully close the gate E SGD ANUD BNMCHSHNMR QD MNS R SHRjDC XNT RGNTKC HLLDCH SDKX RVHSBG NEE SGD ONVDQ RTOOKX SN SGD BNMSQNK TMHS MC BGDBJ SGD DKDBSQHB K BNMMDBSHNMR LNQD B QD ETKKX SGDQ TRDETK HMENQL SHNM B M AD ENTMC HM SGD BG OSDQ f 3QNTAKDRGNNSHMFt E HS HR MDBDRR QX SN CITRS KHLHS RVHSBG ONRHSHNMR LNQD jMDKX TRD SGD CITRS LDMS JMNAR Ƅ...

Page 14: ... TRD SGD MMDWDC CDBK Q SHNM NE BNMENQLHSX BNOX NE SGD TSN mation system instruction manual and maintenance schedule Post a label on the door providing at least the following data type of auto mation name and address of manufacturer person responsible for the ŭBNLLHRRHNMHMFŭ RDQH K MTLADQ XD Q NE L MTE BSTQD MC ŭ ŭ L QJHMF Post a permanent label or sign near the gate detailing the operations for th...

Page 15: ...GHFG D F HE RMNV NQ HBD QD AKNBJHMF SGD KD E E SGD SGQTRS HR inactive the manoeuvre will start with a gradual acceleration 3UH ƅDVKLQJ 6HSG SGD OQD k RGHMF ETMBSHNM RDBNMC O TRD HR CCDC ADSVDDM SGD k RGHMF KHFGS RVHSBGHMF NM MC SGD ADFHMMHMF NE SGD L MNDTUQD HM NQCDQ SN V QM SGD TRDQ HM CU MBD NE ONSDMSH KKX C MFDQNTR RHST SHNM E OQD k RGHMF HR HM BSHUD SGD k RGHMF KHFGS VHKK RVHSBG NM VGDM SGD L ...

Page 16: ...Xt F SD Very heavy gate Super heavy gate Adjusts the system which controls the motor force in order to adapt it SN SGD VDHFGS NE SGD F SD 3GD ENQBD control system also measures the ambient temperature automatically increasing the force in the event of particularly low temperatures RUFH RI PRWRU 7 KDQJLQJ 21 2 XQFWLRQV Press and hold the Sett JDX ENQ ANTS RDBNMCR Release the Sett JDX VGDM SGD fL1t ...

Page 17: ...SGD f KV XR KNRDt ETMBSHNMR QD BSHUD SGD L1 and LEDs must remain on SET L1 L3 SET 3 s L1 SET L3 SET 10 s L1 L2 0 5 mt 1 mt 1 5 mt 2 mt 2 5 mt 3 mt 3 4 mt 4 mt Adjusts the measurement of the par tial opening Partial opening can be controlled with the 2nd radio com L MC NQ VHSG f 2 t HE SGD f KNRDt function is present this becomes f ODM O QSH KKXt 2SHQ 3DUWLDOO Note represents factory settings All t...

Page 18: ...CDUHBD BNMMDBSDC to BlueBUS is added or removed the control unit must go through the recogni SHNM OQNBDRR RDD O Q FQ OG f 1DBNFMHSHNM NE SGDQ DUHBDRt 6723 LQSXW 23 HR SGD HMOTS SG S RSNOR LNUDLDMS HLLDCH SDKX ENKKNVDC AX AQHDE QDUDQRD NE SGD L MNDTUQD DUHBDR VHSG BNMS BS SXODR NQL KKX ODM NQL KKX KNRDC NQ CDUHBDR VHSG BNMRS MS QDRHRS MBD NE 1 such as safety edges can be connected to this input TQH...

Page 19: ...LQ ZLWK QR SRODULW 3N HMRS KK 2 3 in the Master e Slave modes you must follow these opera tions q MRS KK SGD LNSNQR R HMCHB SDC HM SGD HFTQD S HR MNS HLONQS MS VGHBG LNSNQ is to function as Slave or Master when choosing one must consider the con venience of the connections and the fact that the Step by Step command of the Slave only allows the Slave leaf to be opened fully q NMMDBS SGD LNSNQR R RG...

Page 20: ...e Solemyo system for more information 3N BNMMDBS TO SGD 2NKDLXN RXRSDL OQNBDDC R RGNVM HM ƄJ 6SHFLDO IXQFWLRQV OZD V RSHQ IXQFWLRQ 3GD f KV XR NODMt ETMBSHNM HR BNMSQNK TMHS ED STQD VGHBG DM AKDR SGD TRDQ to control an opening manoeuvre when the Step by Step command lasts KNMFDQ SG M RDBNMCR 3GHR HR TRDETK ENQ BNMMDBSHMF SHLDQ BNMS BS SN SGD f2SDO AX 2SDOt SDQLHM K HM NQCDQ SN JDDO SGD F SD NODM E...

Page 21: ...M S ADDM QD BGDC Release the Sett JDX SET SET SET SET L1 or and 3s 3s L7 7 0DQRHXYUH FRXQWHU UHVHW Press and hold the Sett JDX ENQ ANTS RDBNMCR Release the Sett JDX VGDM SGD fL1t RS QS SN k RG Press the V or Wt JDX SN LNUD SGD k RGHMF NMSN H D SGD fHMOTS t ENQ SGD O Q LDSDQ f HMSDM MBD MNSHjB SHNMt Press and hold the Sett JDX SGD fSett JDX LTRS AD JDOS OQDRRDC CTQHMF RSDOR MC 6 HS OOQNW R ESDQ VGH...

Page 22: ...FRQWURO WKH JDWH EXW WKH RQ WKH WUDQVPLWWHU OLJKWV XS GDBJ SN RDD HE SGD SQ MRLHSSDQ G R ADDM LDLNQHRDC BNQQDBSKX HM SGD Q CHN QDBDHUDQ 1R PDQRHXYUH VWDUWV DQG WKH q OXH 86r GRHV QRW ƅDVK GDBJ SG S 2 3 HR ONVDQDC AX 5 L HMR RTOOKX GDBJ SN RDD HE SGD ETRDR MC QD AKNVM HE MDBDRR QX HCDMSHEX SGD QD RNM ENQ SGD E HKTQD MC SGDM replace the fuses with others having the same current rating and characteri...

Page 23: ...n trol unit Wait at least 30 seconds then try giving a command if the con dition persists it means there is a malfunction and the electronic board has to be replaced k RGDR 1 second pause k RGDR 3GD TSNL SHNM LDBG MHRL G R ADDM RSNOODC AX Stop automation mechanism command Release the automation mechanism by giving the Release auto mation mechanism command 7 7HUPLQDO V RQ FRQWURO XQLW OXHEXV DXVH 6...

Page 24: ...D refer to Paragraph 6 4 Recognition of the length of the leaf HVFULSWLRQ TQHMF MNQL K NODQ SHNM SGD CDUHBD HMCHB SDR f2S MCAXt HR HM BSHUD TQHMF MNQL K NODQ SHNM SGD CDUHBD HMCHB SDR f2S MCAXt HR BSHUD K RGHMF q TMBSHNM OQNFQ LLHMF HM OQNFQDRR q E HS k RGDR SNFDSGDQ VHSG HS LD MR SG S SGD TRDQ LTRS B QQX NTS SGD KD E KDMFSG QDBNFMHSHNM OG RD refer to Paragraph 6 4 Recognition of the length of the...

Page 25: ... depending on the conditions reported in 3 AKD 6 7 SRZHU VXSSO 5 B Y 7KUXVW PD LPXP DEVRUEHG SRZHU HTXLYD OHQW WR DPSHUHV 330W QVXODWLRQ FODVV 1 a safety grounding system is required PHUJHQF SRZHU VXSSO With PS124 optional accessory ODVKLQJ OLJKW RXWSXW NQ 4 8 k RGHMF KHFGSR 5 6 K LO 2SHQ DWH QGLFDWRU 2XWSXW NQ NMD 5 L WHLTL 6 ATKA SGD NTSOTS UNKS FD L X U QX ADSVDDM l MC MC B M also control small...

Page 26: ...0 6 2 2005 EN 61000 6 3 2007 In addition the product conforms to the following directive in accordance with the provisions applicable to partly completed machinery q HQDBSHUD 3 41 1 3 4 NE X QDF QCHMF L BGHMDR MC LDMCHMF CHQDBSHUD BNMRNKHC SDC SDWS q GDQDAX CDBK QD SG S SGD ODQSHMDMS SDBGMHB K CNBTLDMS SHNM G R ADDM CQ ESDC HM BBNQC MBD VHSG MMDW 5 NE HQDB SHUD MC SG S SGD ENKKNVHMF DRRDMSH K QDPT...

Page 27: ...QJ WKH SURGXFW HHS WKLV PDQXDO LQ D VDIH SODFH WR HQDEOH IXWXUH XVH 6 7 51 1 6 1 35 87 216 1 9 5 WRXFK SDUWV RI WKH DXWRPDWLRQ ZKLOH WKH JDWH LV PRYLQJ q DENQD TRHMF SGD TSNL SHNM ENQ SGD jQRS SHLD S JD B QD SN QD C SGHR NODQ ation manual provided by the automation installer Also ensure that you are ETKKX HMENQLDC NE KK NQHFHMR NE QDRHCT K QHRJR q DDO SGD L MT K ENQ BNMRTKS SHNM VGDM HM CNTAS MC D...

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