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INTRO TO LiSA-10

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INTRO TO LiSA-10

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  1. 1. Folie 1
  2. 2. Construction of the LISA-10
  3. 3. Technical Data LiSA 10: • 32 Bit Microcontroller. • 64 kB RAM Memory. • 1024 KB Parameter Memory (EEprom) (pre- 2003 512kB). • Real time Clock. • 4 serial ports. (Group connection, PC-Connection, Connection to Car, DCP) • KeyBoard-Display • Electronic Monitoring • Controll relays for external outputs along with 2 built in free programable.
  4. 4. IO – Board (IO16) IO Board IO16
  5. 5. Folie 6 Car Electronics APO12 APO 12 LBM 09
  6. 6. LiSA-Bus-Driver (LBD-02)
  7. 7. LiSA BUS Example with Ind Open
  8. 8. Results of Shaft Learn Slow down in Pulse operation is recorded from the shaft switch activation and pulses from encoder. : gggggggggg Max deceleration is calculated from VO/VU
  9. 9. Floor level Adjustment (002) Adjustment from LiSA-10 (002) Deceleration Up/Dn or Step Correction 002 Lift stop 15 mm low in the up direction Adjustment in 002
  10. 10. Step Correction Example Example 1 using Step Correction: The lift approaches the 2nd floor in the up direction and stops 8mm high. • To adjust the level we must adjust “STEP CORRECTION – UP TO LANDING 2.
  11. 11. Ride Quality using Multi Speed LiSA-10 Multi Speed Commands.
  12. 12. General Elevator Parameters General elevator Times Travel Time / Impulses Inputs Addresses Outputs addresses Key Addresses Relay Addresses Display Functions Door Open Function Learning Travel Values Special Parameter
  1. 1. Folie 1
  2. 2. Construction of the LISA-10
  3. 3. Technical Data LiSA 10: • 32 Bit Microcontroller. • 64 kB RAM Memory. • 1024 KB Parameter Memory (EEprom) (pre- 2003 512kB). • Real time Clock. • 4 serial ports. (Group connection, PC-Connection, Connection to Car, DCP) • KeyBoard-Display • Electronic Monitoring • Controll relays for external outputs along with 2 built in free programable.
  4. 4. IO – Board (IO16) IO Board IO16
  5. 5. Folie 6 Car Electronics APO12 APO 12 LBM 09
  6. 6. LiSA-Bus-Driver (LBD-02)
  7. 7. LiSA BUS Example with Ind Open
  8. 8. Results of Shaft Learn Slow down in Pulse operation is recorded from the shaft switch activation and pulses from encoder. : gggggggggg Max deceleration is calculated from VO/VU
  9. 9. Floor level Adjustment (002) Adjustment from LiSA-10 (002) Deceleration Up/Dn or Step Correction 002 Lift stop 15 mm low in the up direction Adjustment in 002
  10. 10. Step Correction Example Example 1 using Step Correction: The lift approaches the 2nd floor in the up direction and stops 8mm high. • To adjust the level we must adjust “STEP CORRECTION – UP TO LANDING 2.
  11. 11. Ride Quality using Multi Speed LiSA-10 Multi Speed Commands.
  12. 12. General Elevator Parameters General elevator Times Travel Time / Impulses Inputs Addresses Outputs addresses Key Addresses Relay Addresses Display Functions Door Open Function Learning Travel Values Special Parameter

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