Order details. Power / voltage: Via Serie. Scalar Magnet encoder Industrial encoder

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1 Motor/central MAPUA S.A. Leonardo da Vinci, s/n Parc. TA nº Isla de la artuja, Edificio MP 09 - Sevilla (España) Telf Fax Order details Macpuarsa ref.: ontroller: Electrical: Hydraulic MicroBASI Speed Direct starting Power / voltage: Via Serie Speeds Star/delta starting 0. HP / 80 V VF (DSP) VF (OMO) VF (ZIEHL-ABEGG) Scalar Magnet encoder Industrial encoder Soft Starter Innovator Frequency 0 Hz Features Installation type: Universal umber of lifts: Simplex º of stops 6 Down selective Duplex Up selective Triplex P P P P P P6 P7 P8 P9 P0 P P P P P P6 Full selective Quadruplex Sequence: hange: - 0 emarks * The color of the cables can change without previous notify.

2 GEEAL TABLE OF OTETS Page Page name Page Page name over General table of contents Telephone Magnet layout Abbreviation definition for terminals and strips Filters. Standard installation scheme 6 Power wiring 7 Power wiring 8 Valves 9 Safety series 0 Main contactors Overload light Lighting Group of landing calls. Indication. Upper/Lower terminal stopping switch. Stop Group of car calls 6 box. 7 Shaft and car ground connection 8 MA magnetic switch 9 8 leveller. 0 Operator General table of contents Power / voltage: 0. HP / 80 V Page

3 Abbreviation definition for terminals and strips B0: Landing control station connector A: ar auxiliary connector AF: Pit power supply connector AH: Shaft lighting connector A: box power supply connector B: ontrol station - inspection box connector B: ar control station - controller connector : ar terminal strip connections : ar terminal strip connections : ar terminal strip connections A: ar auxiliary connector TF: ar control station - inspection box telephone connector S: omplete and overload connector F: Magnetic switch / photoswitch connector H: Shaft terminal strip connections H: Shaft terminal strip connections HA: Auxiliary shaft connector HTF: Pit telephone connector : box-controller connector P: MicroBASI PB strips P: MicroBASI PB strips P: MicroBASI PB strips P: MicroBASI PB strips B: onnector for string of lights B': ar roof light connector SMF: Machine room terminals. Power wiring. SMM: Machine room terminals. ontrol wiring TS: Thermal probe terminals XAFI: Lower terminal stopping switch connector XAFS: Upper terminal stopping switch connector XE: Landing locks series connector XT: Hatch contact connector XF: Final limit switch connector XTS: Shaft stop pushbutton connector XTL: Overspeed governor cable tension contact connector XLV: Overspeed governor contact connector XS: Door series lock connector XA: Landing locks series connector : Door operator connector A: box auxiliary connector TF: box telephone connector TS: Pit stop connector LA: Lighting power supply LF: Mains supply MLD: Load weighing device connector Abbreviation definition for terminals and strips Power / voltage: 0. HP / 80 V Page

4 Type A filter Type B filter Type filter Type D filter Valves filter connection (FV) 0 Kp 00V ontactor coil filter connection A 0Ohm W 0Kp 00V K Type A filter A A 00 Kp 00V TM Transformer filter connection B 0 0Vp 00Kp 00V 80 0 * * 0 Ω W 0 Ω W 0 Ω W Type B filter Three-phase operator filter connection B B B 8 0 0Vs PE UF--00 PAJIT (-) * Green Pink Yellow 0 Ω W V UF-00 PAJIT Brake filter connection SMM 06(+) 0 Ω W Type filter ESISTEE 70 Ohm / 0V 0 Ohm / 0V 00 Ohm / 60V ATTETIO! 0(-) (+) * UF--00 PAJIT V Orange SMM (-) UF-00 PAJIT am filter connection D LE(+) Type D filter (+) LE(-) 0.SOFEPA FLTALMB BY V UF-00 PAJIT Pink 00 nf MKTY OEDESTEI F SMF V UF-00 PAJIT V UF-00 PAJIT Line filter connection. Hydraulic controller. Green 00 nf MKTY OEDESTEI F Arrows filter connection V UF-00 PAJIT S V UF-00 PAJIT 00 nf MKTY OEDESTEI F V UF-00 PAJIT SMM YE+ YS Y YD Y T Pe Green-Yellow Brake voltage Filter type 0/80 Vac Type B filter ' U V W 0 Vac Type A filter H 7 8 Filters. Power / voltage: 0. HP / 80 V Page

5 Earth Pit telephone TF TF XTS XTS ADVISEMET: propouse of this graph is only for to give idea of standard installations. Any modification over standard will be not represented. XT XT XAF XAF TS XTL XTL Shaft wiring. STL OP's trailing cable. DH DH ontrol station Floor n ar top control box trailing cable of maniobra of Box of. B0 B0 9 SS XA XA Landing lock series PS PS + 07 SE SO Load weighing device XS XS S S Semi-automatic doors SP ar XF XF SFI Only electric lifts B B XAFI XAFI HL SAFI 6 ar control station DHn DHn B' B' ontrol station Floor B0n B0n Ventilation fan XAn XAn Landing lock series TF B SE TF B XSn XSn Semi-automatic doors SP XAFS XAFS HB' SAFS 8 XF XF SFS Operator XLV XLV TF TF box telephone SLV A A SAF XT XT Optional STH box SA B B Optional HB F F H H AH A B B' S TF TF H H AH A B B' S TF TF SMM SMF Motor/central Telephone ontroller Standard installation scheme Power / voltage: 0. HP / 80 V Page

6 PB MIOBASI XTS MES TS TS XE TS TS White White SMF S T L KVF L A A L M-TA (00V) M-T (0V) Phases monitor relay KM L L L KT L KE 0. T T T 0. T T T 0. T T T L L L L TM 0VA ontrol unit tranformer L 0 0 0VS VP B PE SO Over pressure contact STS TE Motor temperature thermistor QF A / I> S T I> I> S T QM 0A / F F SMF M U U Z V V M ~ Y W W X U V W FF 0A 00mA IΔ LF L S S L T T L Power supply L0VS/ 9.0 L0VS/ 8.0 L0VS/ 8.0 L0VP/ 7.0 L0VP/ 7.0 F / 7.0 / 7.0 omponents fitted in protection box. OT supplied in the controller Distribute to all ground connections ontrol unit tranformer Machine room temperature Power wiring Power / voltage: 0. HP / 80 V Page 6

7 6.9 /L0VP 6.9 /L0VP L0VP/ 8.0 L0VP/ / F KVF 6. SMM 8 F KVF 6. 8 KO G- 0 Vac A A B QIM 0A 6.9 /..... Do not connect 0 VD power supply VD input during rescue maneuvering. VD power supply VD output in power absence. ~ ~ ~ ~ AP-UPS I OUT Data Port UPS Uninterrupted power supply P 8. 0(H) /.0 LVD/ 8.0 9(H) /.0 L0VD/ 8.0 Power wiring Power / voltage: 0. HP / 80 V Page 7

8 PB MIOBASI / 0.0 FOP,A OPA OP / 0.0 / 0.0 S B M V ZS M P 0 9 P 6 P 7 P 0 9 P P PE KT 0. K00 KE KE 0. KO 7. KM 0. XE YD Y YS Y KP 0Vdc V V YD Descent valve (+) (-) Y High speed valve (+) (-) YS Ascent valve (+) (-) + 0Vdc Out SD + 0Vdc Out S V Valve heater resistor YD Position detector YS Position detector 6.9 /L0VS 7.9 /L0VP 7.9 /L0VP 6.9 /L0VS 7.9 /L0VD 7.9 /LVD +(XE)/.0 / / / 0.0 L0VS/ 9.0 L0VD/ 0.0 LVD/ 0.0 Valves Power / voltage: 0. HP / 80 V Page 8

9 PB MIOBASI MT 6 7 FM A PI 0 MT MP 8 PA 6 ZS ZS PI ME MT P H 0 0 P H 0 P 7 H 0 P P 7 x0.7 Green x XE 0 06 SE Level P XE SA Safety gear contact SFS Upper final limit switch XFS XFS SE XE Level P XE S STOP 6. stop push-button XTS 0 SEn XE Level pn SPB 6. Down push-button SPS 6. Up push-button SI 6. switch STOPF 6. Pit stop pushbuttom XTS 0 umber of stops according to order XE 6.9 /L0VS 8.9 / /L0VS omponents installed in the inspection box 00() / 9.0 / 0.0 0(PI) / / 0.0 L0VS/ 0.0 Safety series in car Safety series in shaft Landing lock series ar locks series Safety series Power / voltage: 0. HP / 80 V Page 9

10 PB MIOBASI Series communication A E J 8 T T P A E J P 8 P T T P KE KM LDF7 0Vac A A KT LDF7 0Vac A A A A KE LD8F7 0Vac A A A FV GV ET0 Valves rectifier ~ ~ ~ ~ FV + K00 G- Vdc A A BYT / 8.9 / / 9.9 /L0VS 9.9 / /L0VD 8.9 /LVD 0()/.0 L0VD/.0 LVD/.0 Motion contactor Triangle contactor Star contactor Valves rectifier 8. T L 6. T L 6. T L T L 6. T L 6. T L T L 6. T L 6. T L Main contactors Power / voltage: 0. HP / 80 V Page 0

11 PB MIOBASI 6 G H I F B K D P 6 P G H I F B K D P VA 6V U B 6 x0.7 XE Violet PS + BA 6 Orange SSB ontacto de sobrecarga P HLSB Overload light Buzzer 0.9 /LVD 0.9 /L0VD 8.9 /+(XE) K / 9.0 +(B)/.0 G(P) /.0 LVD/ 9.0 L0VD/ 9.0 Load weighing device in Machine room Overload light Power / voltage: 0. HP / 80 V Page

12 SALH. mm². mm². mm². mm². mm² FH H F XALHS A OA BF FH H XALB F x0.7 mm² XALB F QAH 0A / QA 6A /. mm². mm². mm². mm². mm². mm² XLP F mm² mm² FA A 0mA XALH A OA. mm² 0.7 mm². mm² 0.7 mm² 0.7 mm² 0.7 mm² 0.7 mm² L / 7.0 / 7.0. mm². mm² 0.7 mm² 0.7 mm² 0.7 mm². mm² FH. mm² H XB BF B HB xmm² 0,m Pe Gmm² m XAL F Pe Elements of protection in lighting supply. OT supplied with the controller. Pe SALH TS TF 0A F Pe HB HB xmm² m T 6A F box power socket ar roof light HA ar Lighting Shaft lighting switch Power socket in shaft TS String of lights Lighting Power / voltage: 0. HP / 80 V Page

13 PB MIOBASI A B D H A B D SPE P SPE P SPE P SPE P SPE P SPE P6 + A B D 0VD 0Vdc(H)/.0 +(H) / / 9(H) 7.9 / 0(H) SPE: Landing call pushbutton Binary position indicator MOD. 6 View sequence in the cover of this document Group of landing calls. Power / voltage: 0. HP / 80 V Page

14 PB MIOBASI 0 0VD H 0 0VD XAFI 6 XAFS 8 B0 LAFI LAFS XAFS + 0Vdc B0 XAFI + 0Vdc Violet Violet Violet White- VIOLET Pink SAFI Vdc Lower terminal stopping switch SAFS Vdc Upper terminal stopping switch VLO V Bussy ligth.9 /0Vdc(H).9 /+(H) +(H) / 6.0 Lower terminal stopping switch Upper terminal stopping switch Shaft indications Indication. Upper/Lower terminal stopping switch. Stop Power / voltage: 0. HP / 80 V Page

15 PB MIOBASI A B D A B D x0.7 x0.7 B 09 6 B + A B D (B) / 6.0 (B) / 6.0 SP P SP P SP P SP P SP P SP P6 + A B D 0VD V P V V P V V P V V P V V P V V P6 V.9 /+(B) 0.9 /0() 0Vcc(B)/ 6.0 +(B)/ 6.0 SP: ar call pushbutton V: ar call register View sequence in covert of this document Binary position indicator MOD. 6 Group of car calls Power / voltage: 0. HP / 80 V Page

16 PB MIOBASI V (PI) V 0 07 x0.7 x Vdc 0 07 SSE Door sensitivity switch B Green Green Green PAP STOP 9. stop push-button Violet SI 9. switch SPS 9. up push-button Inspectión box SPB 9. down push-button XTS 08 STOPF 9. Pit stop pushbutton Orange XTS + B Orange 9/BB' 0Vdc HL Level led. /(B). /(B) SPAP Door opening push-button B + S/x B/ 07(PI) / 9.0 E(A)/ / 8. 0Vcc()/ 7.0 +(B)/ ()/.0 OM/ 7.0 / /+(H).9 /+(B).9 /0Vcc(B) +(B)/.0 0Vcc(B)/ 7.0 box. Power / voltage: 0. HP / 80 V Page 6

17 PB MIOBASI 7 8 T T 7 8 t H t x0.7 A 7 Yellow 8 Green-Yellow t SLV PE SP PE V Emergency Led HPLB 6V Emergency Light SAL. Alarm buttom VB AL+ B 7 8 t SE PE B LED+ L+ - AL AL XJMB x0, m VLS V ar up light.9 / L.9 / FS x0, m XJMB VLB V ar down light 0Vdc FB Green-Yellow Pe. mm². mm² Green-Yellow Pe Box of 0Vac 0Vac F(0v) 0,A 0V Pink + O MA emergency system OM White 6 BAT 6V 70mAh +BAT Violet 7 Fbat,A -BAT Orange Siren Ω Orange PHOTOELETI ELL 8 0V + OUT XF 0V + OUT BLAK BOW BLUE Do not connect YELLOW BLUE BOW Photoelectric cell ALO GAVAZZI eceiver PET98 Emitter PET98 BAT-(X8)/ /0Vcc(B) 0Vcc(B)/ /OM /0Vcc() 6.9 /+(B) / 0Vcc()/ 8. +(B)/ 8. Shaft and car ground connection Power / voltage: 0. HP / 80 V Page 7

18 MA7 MA8P Pulses Level Level Level X Vdc FZS X8 AUX AUX BAT- E X8 + FS 0Vdc FB x0.mm² x0.mm² 6x0.mm² Yellow Grey White Grey / 0 /BAT-(X8) 7.9 /+(B) 7.9 /0Vcc() FB / 9.0 FS / 9.0 E / 9.0 AUX(XA)/.0 AUX(XA)/.0 FZS / 9.0 MA magnetic switch Power / voltage: 0. HP / 80 V Page 8

19 8 leveller. + - DL9 KFB 9.7 D7 LK 9. DL LK LK 9.6 LK 9. D8 7 DL8 D9 6 DL LK LD KFB 9.7 LK 9. 6 LK 9. KFS 9.8 LK 9.6 KFS KFB 9.7 D6 LK 9. LK 9. + LK DL6 LD 8 DL LK 9.6 DL LK 9. LK 9.6 LK 9. D V U KFB 9.7 KFS 9.8 LK 9. LK 9.6 LK 9. D KFB D KFS F,A D D 8 + GD K FV FZS 07 E FB FS /L0VD A FZS E FB FS x0.7.9 /LVD 6.9 / 6.9 0(PI) 9.9 /00() 9.9 /.9 / K 07(PI) /E(A) 8.9 / FZS / 8.9 / / E FB FS A FZS E FB FS leveller. Power / voltage: 0. HP / 80 V Page 9

20 PB MIOBASI 8. / 8. / 8. / 0VP x0.7 0VP Orange m V V EVEO II operator Operator Power / voltage: 0. HP / 80 V Page 0

21 8.9 /AUX(XA) 8.9 /AUX(XA) 6.9 /+(B) 7.9 /0Vcc(B) 6.9 /08() BA U x0.7 SAF Alarm button on car base SAI box alarm pushbutton SAP ar door completely open contact B U XAF L L XAI L L IS XA M M XAP M M J fonomac TEL 6 TEST J 7 SPH * 0 # P - + VOL Green-Yellow White- White- Grey White Grey Grey Grey Violet Grey Grey XLLT L L XF U IS GD 0V +Vin XMT M M VOL - + XTF t tfn tfn XPAL XF +V 0V ES ES XA V H L 0V XBU Pe XTF TF x0.7 TF SAL 7.6 ar alarm button TX TEL XTF.9 / G(P) TATE00 Telephone socket in controller Telephone Power / voltage: 0. HP / 80 V Page

22 OPEATIO MODE: SPEED (m/s),0,00 0,80 v=,0m/s P * y=,0m v=,00m/s P * y=,0m v=0,80m/s P * y=,00m,00,0,0,0,60,60,90,00,0,60,60,0.- Introduce the lift speed and distance between each floor and the next upper one in the control unit. The control unit it self will inform of which type of change is necessary (P,, or ) and the braking distance (y).it will coincide with the information in the attached diagram..- Place pulse magnets (P) for that floor, according to the type of change. Pn+ Pn+ Pn+ Pn 0,6 HAGE : L Lc L 0,00 0,0 Y >=0,m = = Y >=0,m P P P P P >=0,m >=0,m >=0,m Y >=0,m Y P * y=0,80m 0,80 Pa Pa Y,00 Y,0,0 Pn+ Pn L,80 HAGE P:,00 = = OPEATIO MODE: P,0,00 HAGE : Pn+ Pn L,0,00,0 Y >=0,m P P >=0,m >=0,m hange : Speed change with the first pulse (P) previous to the landing. HAGE : Speed change with the second pulse (P) previous to the landing. HAGE P: Speed change with the previous level () in runs between non-consecutive landings. In runs between consecutive landings speed is slow. Y Pn+ Pn L,00 HAGE : Y Y v=0,6m/s P P >=0,m DISTAE BETWEE FLOOS (m) KEY: Y = braking distance Y' = increased braking distance L = distance between floors Lc = distance between short floors = level screen (or magnet) P = pulse screen (or magnet) Pa = additional pulse screen (or magnet) FB: e-levelling screen in descent FS: e-levelling screen in ascent FZS: safety area In hydraulic lifts, level signal is composed of the intersection of other two, FB and FS, which overlap in D, within the safety area. APPLIATIO AGE: L<Y > HAGE Y<L<=Y+0, > HAGE P Y+0,<L<=Y+0, --> HAGE Y+0,<L<Y+0, --> HAGE * L>=Y+0, > HAGE * ange where change is applied, increasing braking distance on the basis of: Y'=(L+0,)/ MAHIE OOM OETIOS: = E = D FS FB FZS HAGE : In runs between non-consecutive landings speed change is made with the additional pulse (Pa). In runs between consecutive landings speed is slow. This type of change is not possible in several consecutive landings. hange is possible in upper and lower landings. In this case terminal stopping switch is installed at the height of the additional pulse (Pa). Signal is connected to terminal 07 of group. Signal P is connected to terminal 0 of group. Signal Pa is connected, according to type of installation, to the following terminals: 9-, 0-, 0-H. Magnet layout Power / voltage: 0. HP / 80 V Page

Order details. Power / voltage: Via Serie. Scalar Magnet encoder Industrial encoder

Order details. Power / voltage: Via Serie. Scalar Magnet encoder Industrial encoder Motor/central MACPUAR S.A. Leonardo da Vinci, s/n Parc. TA nº Isla de la Cartuja, Edificio MP 09 Sevilla (España) Telf. + 9 6 0 6 Fax + 9 9 Order details Macpuarsa ref.: 7_97 Controller: Electrical: Hydraulic