5 Menu tree
5.5 MAIN MENU – Positioning
FST-2_HB.EN12/05
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5.5 MAIN MENU – Positioning
All menu items with adjustable values can be deactivated by entering the
value “0”.
Menu item
Description
Setting range
Floor –
Position ABS
Absolute levelling position of a floor. Do not change this value
(see Installation & Commissioning).
0 .. 9999999 mm
Floor –
Position REL
Levelling position of a floor relative to the bottom floor. This
value is entered for each floor according to the system
drawing or determined automatically during the learn drive
(see Installation & Commissioning).
-2500 .. 250000 mm
Floor –
Position UP
Switch-on point for the internally generated levelling signal UP
if the car is below the actual levelling position. This value
corresponds to the braking distance of the crawling speed
upwards and is determined automatically during the
calibration drive (see Installation & Commissioning).
0 .. 5000 mm
Floor –
Position DOWN
Switch-on point for the internally generated levelling signal
DOWN if the car is above the actual levelling position. This
value corresponds to the braking distance of the crawling
speed downwards and is determined automatically during the
calibration drive (see Installation & Commissioning).
0 .. 5000 mm
Floor –
Zone Sw.UP
Switch-on point for the internally generated door zone signal
above the actual levelling position.
Linear positioning: Set value to 200 mm!
Incremental positioning: Do not change the value determined
automatically during the learn drive! (See Installation &
Commissioning.)
0 .. 2500 mm
Floor –
Zone Sw.DOWN
Switch-on point for the internally generated door zone signal
below the actual levelling position.
Linear positioning: Set value to 200 mm!
Incremental positioning: Do not change the value determined
automatically during the learn drive! (See Installation &
Commissioning.)
0 .. 2500 mm
Landing –
Landing UP
Approach distance of the different drive speeds V1 .. V8 for
upward travel. The values correspond to the braking distance
for each speed when moving up. The values are determined
automatically during the calibration drive. (See Installation &
Commissioning.)
0 .. 99999 mm
Landing –
Landing DOWN
Approach distance of the different drive speeds V1 .. V8 for
downward travel. The values correspond to the braking
distance for each speed when moving down. The values are
determined automatically during the calibration drive. (See
Installation & Commissioning.)
0 .. 99999 mm
Global –
Resolutn.
Resolution of the absolute value encoder. This value
determines how many bits are sent by the encoder for each
millimetre of car movement. If this value is set incorrectly, the
distances between floors are wrong and the car can run into
the end switch at full speed during the calibration drive (see
Installation & Commissioning).
0 .. 999.9999 bit/mm
Global –
Direction
Direction of rotation of the absolute value encoder for upward
travel.
Left
Right
Summary of Contents for FST-2
Page 6: ...Table of contents 4 FST 2_HB EN12 05...
Page 98: ...5 Menu tree 5 1 General 96 FST 2_HB EN12 05 Fig 5 1 FST 2 Controller menu tree part 1...
Page 99: ...5 Menu tree 5 1 General FST 2_HB EN12 05 97 Fig 5 2 FST 2 Controller menu tree part 2...
Page 100: ...5 Menu tree 5 1 General 98 FST 2_HB EN12 05 Fig 5 3 FST 2 Controller menu tree part 3...
Page 101: ...5 Menu tree 5 1 General FST 2_HB EN12 05 99 Fig 5 4 FST 2 Controller menu tree part 4...
Page 102: ...5 Menu tree 5 1 General 100 FST 2_HB EN12 05 Fig 5 5 FST 2 Controller menu tree part 5...
Page 103: ...5 Menu tree 5 1 General FST 2_HB EN12 05 101 Fig 5 6 FST 2 Controller menu tree part 6...
Page 104: ...5 Menu tree 5 1 General 102 FST 2_HB EN12 05 Fig 5 7 FST 2 Controller menu tree part 7...
Page 105: ...5 Menu tree 5 1 General FST 2_HB EN12 05 103 Fig 5 8 FST 2 Controller menu tree part 8...
Page 174: ...6 Programmable inputs and outputs 172 FST 2_HB EN12 05...