Magnetek HPV 900 Series 2, Техническое руководство

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S-Curves A2 Submenu
63
Parameter
[Alphanumeric]
Description Units Range Default
Hidden
item
Run
lockout
Decel Rate 4
NTSD Deceleration rate
ft/s
2
0.00
– 7.99
5.00
N Y
[A226]
m/s
2
0.000
– 3.999 0.800
Accel Jerk In 4
NTSD Rate of increase of acceleration, up to
ACCEL RATE, when increasing elevator speed
ft/s
3
0.0
– 29.9
0.0
N Y
[A227] m/s
3
0.00
– 9.99
0.00
Accel Jerk Out 4
NTSD Rate of decrease of acceleration to zero
when approaching contract elevator speed
ft/s
3
0.0
– 29.9
0.0
N Y
[A228]
m/s
3
0.00
– 9.99
0.00
Decel Jerk In 4
NTSD Rate of increase of deceleration, up to
DECEL RATE, when decreasing elevator speed
ft/s
3
0.0
– 29.9
0.0
N Y
[A229] m/s
3
0.00
– 9.99
0.00
Decel Jerk Out 4
NTSD Rate of decrease of deceleration to zero
when slowing the elevator to leveling speed
ft/s
3
0.0
– 29.9
0.0
N Y
[A230] m/s
3
0.00
– 9.99
0.00
Table 10: S-Curve A2 Submenu
Setting Acceleration, Deceleration and Jerk Rates
parameter
description
default units
Suggested adjustment
ACCEL RATE 0 Acceleration rate limit 0.8 m/s
2
Reduce if the acceleration is
too aggressive.
Increase if the acceleration is
too gentle
DECEL RATE 0 Deceleration rate limit 0.8 m/s
2
Reduce if the deceleration is
too aggressive.
Increase if the deceleration is
too gentle
ACCEL JERK IN 0 Rate of increase of
acceleration, up to
ACCEL RATE, when
increasing elevator
speed 0.6
m/s
3
Reduce to give a softer
acceleration from standstill
into the acceleration segment
Increase to give a more
aggressive transition into the
acceleration segment
ACCEL JERK OUT 0 Rate of decrease of
acceleration to zero
when approaching
contract elevator speed 0.6 m/s
3
Reduce to give a softer
transition to commanded
speed from acceleration
segment
Increase to give a more
aggressive transition to
commanded speed from
acceleration segment
DECEL JERK IN 0 Rate of increase of
deceleration, up to
DECEL RATE, when
decreasing elevator
speed 0.6 m/s
3
Reduce to give a softer
transition to the deceleration
segment from commanded
speed into the deceleration
segment.
Increase to give a more
aggressive transition from
commanded speed into the
deceleration segment.
DECEL JERK OUT 0 Rate of decrease of
deceleration to zero
when slowing the
elevator to leveling
speed 0.6 m/s
3
Reduce to give a softer
transition to Leveling speed
and to stop from the
deceleration segment.
Increase to give a more
aggressive transition to
Leveling speed and to stop
from the deceleration
segment.