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Edition: October 1997

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1 GENERAL

These Installation Instructions are designed to give Planners of advanced Elevator
control systems the necessary information for installing the MFC 16 series Inverters.
For commissioning, please see the separate Commissioning Instructions.

1.1 Safety Instruction

a)

  Work on the Frequency Converter may only be carried out by qualified personnel.

All safety rules and regulations as may internationally and locally apply must be
strictly observed and all persons must have been informed of the dangers of electric
current.

b)

  When installing the Inverter, all relevant laws, safety regulations and procedures

as may apply must be followed, (including VDE 0160).

c)

  Electrical Energy may still be present in the Converter and the external braking

resistor, even after switching off, because off the charge in the intermediate circuit
condensors. This applies in particular when there is a defect in the system. An
appropriate safety warning is affixed to the unit and must also appear in the
operating instructions of the Elevator control.

d)

  The heat-sink in the unit may reach a temperature in excess of 60 degrees

Celsius during operation and shortly after switching off, may still retain this
temperature.

e)

  The housing of the braking resistor unit can exceed a temperature of 80 degrees

Celsius during operation. All necessary precautions must be taken. In particular,
when the unit is wall mounted, care must be taken to ensure that no flammable
material is nearby.

These safety instructions do not claim to be complete and no legal liability shall be
deemed to arise therefrom.

Summary of Contents for MFC 16 12

Page 1: ...ulation Resistance 7 1 4 7 Discharge Time of the Radio Interference Filter 7 1 4 8 Electronic Ground 8 1 4 9 Motor Contacter 8 1 4 10 Internal Fan 8 2 INTERFACE 8 2 1 CIRCUIT CONNECTION DIAGRAM 8 2 2...

Page 2: ...POWER SUPPLY FILTER 14 3 5 INSTALLATION OF OTHER WIRES AND CABLES 14 4 APPENDIX 14 4 1 DIMENSIONS DIAGRAM OF MFC 16 15 4 2 FRONT VIEW MFC 16 12 26 15 4 3 FRONT VIEW MFC 16 40 16 4 4 FRONT VIEW MFC 16...

Page 3: ...Energy may still be present in the Converter and the external braking resistor even after switching off because off the charge in the intermediate circuit condensors This applies in particular when th...

Page 4: ...it must be ensured If installed in a control cabinet there must bi suitable ventilation louvres In the case of impurities in the cooling air which could affect the functioning of the Inverter suitable...

Page 5: ...dity 65 Contamination grade 2 to DIN VDE 0160 Line Feedback EMV EMC Radio Interference Level as in prEN 12015 Interference Tolerance as in prEN 12016 EN 50082 1 When built into a control cabinet using...

Page 6: ...utput Current for 10 seconds A 22 30 43 67 100 Loss at Nominal Power W 480 500 540 620 835 Efficiency 0 96 0 97 Mechanical Data Dimensions Width mm 339 363 Height mm 493 658 Depth mm 270 285 Minimum c...

Page 7: ...rrents each of 3 5 mA Therefore in accordance with VDE 0160 6 5 2 1a the earth wire cross section of the power supply must be at least 10mm Cu 1 4 5 Fault Current A D C fault current can occur in the...

Page 8: ...predetermined time after the end of a journey 2 INTERFACE 2 1 Circuit Connection Diagram The circiut connection diagram see Appendix gives an overview of all connections necessary for the operation o...

Page 9: ...net 2 2 4 Internal Voltage The voltage adaptation for the internal fan and for the internal electronic voltage is made by an appropriate bridge on the terminal strip X3 L 380V L 400V or L 415V 2 2 5 E...

Page 10: ...be clamped both on the side of the unit as well as on the plug housing for EMV reasons The sensor feed cable length should not exceed 40 metres The impulse count of the Encoder is 4096 increments per...

Page 11: ...contacter status acknowledgement Alternative to QSP QSP1 ditto 24 V DC 50 mA Pin 10 Output Signals from MFC 16 to Elevator Control Plug X2 IPV Switch on Signal for Supply overload relay ESP Relay out...

Page 12: ...Edition October 1997 12 2 5 3 Switching Sequence Diagramm...

Page 13: ...ring Diagramm This must be displayed in the control cabinet immediately adjacent to the Inverter Connecting wiring up to 50cm must be twisted Longer cables must be screened Screening of the wires and...

Page 14: ...utation effects on the line voltage to a permissable value 3 4 Power Supply Filter Correct installation of the power supply filter in accordance with regulations will reduce the radio interference to...

Page 15: ...bottom 100mm oben top 150mm MFC16 12 26 200mm MFC16 40 60 Typ A B C D E F MFC16 12 339 493 270 250 460 7 MFC16 18 339 493 270 250 460 7 MFC16 26 339 493 270 250 460 7 MFC16 40 339 493 270 250 460 7 MF...

Page 16: ...Edition October 1997 16 4 3 Front View MFC 16 40...

Page 17: ...Edition October 1997 17 4 4 Front View MFC 16 60...

Page 18: ...Edition October 1997 18...

Page 19: ...Edition October 1997 19 4 5 Circuit Wiring Diagram...

Page 20: ...60 K 305 940 1 753 445 008 MFC 16 26 1 560 445 227 B 84143A 25 R 0 860 000 061 K 306 945 1 753 445 009 MFC 16 40 1 560 445 228 FN 351 36 33 0 860 000 054 NK 307 34 0 43 1 753 445 011 MFC 16 60 1 560 4...

Page 21: ...Edition October 1997 21 4 6 2 Dimension Diagrams a Power Supply Filter L1 B 84143 A12 R B 84143 A16 R weight ca 2 2 kg B 84143 A25 R Weight ca 3 7 kg...

Page 22: ...kg Dimensions in mm A B E F J K L M V 250 200 65 115 150 120 135 6 5 M6 b Power Supply Choke L2 Dimensions in mm Weight Type a b c n1 n2 d kg K 305 125 75 120 45 100 5 2 3 K 306 125 85 120 55 100 5 3...

Page 23: ...Edition October 1997 23 c Braking Resistor R1 Type l h AAFW A 2 75 6 23 10 1 5 kW 205 220 AAFW A 4 94 6 14 10 3 0 kW 325 220 AAFW A 5 94 6 14 10 4 0 kW 385 220 AAFW A 9 94 6 7 10 6 5 KW 565 250...

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