1 Menu tree
1.5 MAIN MENU – Positioning
FST_HB.EN04/03
133
Global –
Encoder type
Type of shaft positioning:
-
Absolute: Linear positioning with absolute value encoder
and tooth belt.
-
Incremt.: Incremental positioning with incremental encoder
on motor or speed limiter.
Absolute
Incremt.
Global –
Max.Floor
Number of floors of the lift system, starting with zero.
(Example: 8 floors –> Setting = 7)
0 ... 63
Global –
Crawl Distance
Length of desired crawling distance. The set value is added to
the approach distance for each speed (V1 … V8) determined
during the calibration drive.
(Setting = 0 –> Direct approach)
-500 ... 500 mm
Global –
Insp.FAST
Measured deceleration distance of fast inspection speed. The
set value shows the deceleration points of the fast inspection
drive before the levelling position of the top and bottom
landings. If this distance is set too short the car can run into
the limit switch. This value should always be checked after a
calibration drive and extended if necessary.
0 ... 5000 mm
Global –
Insp.UP
Measured deceleration distance of slow inspection speed
when moving up. The set value shows the switch-off point of
the inspection drive before the levelling position of the top
landing. If this distance is set too short the car can run into the
limit switch. This value should always be checked after a
calibration drive and extended if necessary.
-5000 ... 5000 mm
Global –
Insp.DOWN
Measured deceleration distance of slow inspection speed
when moving down. The set value shows the switch-off point
of the inspection drive before the levelling position of the
bottom landing. If this distance is set too short the car can run
into the limit switch. This value should always be checked after
a calibration drive and extended if necessary.
-5000 ... 5000 mm
Global –
ZoneB Output
-
Output of the internally generated encoder-B signal (also
see “Output encoder-B simulation” on page 42). The output
is 0V if the car is outside the door zone.
YES
NO
Global –
ZoneB Out.Inv.
Inverts the output of the internally generated encoder-B signal
(also see “Output encoder-B simulation” on page 42).
-
YES: The output is 0V if the car is in the door zone.
-
NO: The output is 0V if the car is outside the door zone.
YES
NO
Global –
Virt.Zone
Determines whether the values set in
Positioning –
Floor – Zone Sw.UP/DOWN
are real or virtual zone
signals. With linear positioning this parameter should always
be set to
YES
, with incremental positioning always to
NO
!
Incorrect setting of this value can lead to problems with door
control and levelling positions after adjusting the levelling!
YES
NO
Relevel. Limits –
Limit UP ON
The relevelling when moving up starts at the set distance
between car and levelling position (see “Relevel. Limits” on
page 138).
0 ... 2500 mm
Relevel. Limits –
Limit UP OFF
The relevelling when moving up stops at the set distance
between car and levelling position (see “Relevel. Limits” on
page 138).
0 ... 2500 mm
Relevel. Limits –
Limit DN ON
The relevelling when moving down starts at the set distance
between car and levelling position (see “Relevel. Limits” on
page 138).
0 ... 2500 mm
Menu item
Description
Setting range
Содержание FST
Страница 1: ...Manual Field Bus Controller ...
Страница 6: ...Table of Contents 4 FST_HB EN04 03 ...
Страница 43: ...4 Technical Data 4 2 FST Controller FST_HB EN04 03 41 Fig 4 2 FST Controller ...
Страница 98: ...4 Technical Data 4 13 Trailing cable 96 FST_HB EN04 03 Fig 4 14 Trailing cable version 1 ...
Страница 102: ...4 Technical Data 4 13 Trailing cable 100 FST_HB EN04 03 ...
Страница 104: ...1 Menu tree 1 1 General 102 FST_HB EN04 03 Fig 1 1 FST Controller menu tree part 1 ...
Страница 105: ...1 Menu tree 1 1 General FST_HB EN04 03 103 Fig 1 2 FST Controller menu tree part 2 ...
Страница 106: ...1 Menu tree 1 1 General 104 FST_HB EN04 03 Fig 1 3 FST Controller menu tree part 3 ...
Страница 107: ...1 Menu tree 1 1 General FST_HB EN04 03 105 Fig 1 4 FST Controller menu tree part 4 ...
Страница 108: ...1 Menu tree 1 1 General 106 FST_HB EN04 03 Fig 1 5 FST Controller menu tree part 5 ...
Страница 109: ...1 Menu tree 1 1 General FST_HB EN04 03 107 Fig 1 6 FST Controller menu tree part 6 ...
Страница 110: ...1 Menu tree 1 1 General 108 FST_HB EN04 03 Fig 1 7 FST Controller menu tree part 7 ...
Страница 111: ...1 Menu tree 1 1 General FST_HB EN04 03 109 Fig 1 8 FST Controller menu tree part 8 ...
Страница 112: ...1 Menu tree 1 1 General 110 FST_HB EN04 03 Fig 1 9 FST Controller menu tree part 9 ...
Страница 138: ...1 Menu tree 1 5 MAIN MENU Positioning 136 FST_HB EN04 03 Fig 1 14 Parameters for linear positioning ...
Страница 139: ...1 Menu tree 1 5 MAIN MENU Positioning FST_HB EN04 03 137 Fig 1 15 Additional parameters for incremental positioning ...
Страница 145: ...1 Menu tree 1 7 MAIN MENUE System FST_HB EN04 03 143 Event Channels Fig 1 17 Event Channels of the FST Controller ...
Страница 149: ...1 Menu tree 1 8 MAIN MENUE Doors FST_HB EN04 03 147 Door times diagram Fig 1 18 Door times of the FST Controller ...
Страница 160: ...6 Error List 6 4 Error messages 158 FST_HB EN04 03 ...
Страница 173: ...7 Index of Key words FST_HB DE04 03 171 ...