gefran ADV200 ASY, Инструкция по эксплуатации

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ADV200-HC Manual Page 21 of 55
MENU PAR Description UM Type Def Min Max ACCESS
26.06.01 11024 Speed Up Selector ENUM none * * R/W
Selector to enable the HOIST SPEED UP or POWER SPEED UP function.
0 none
1 Speed up
2 Power up
26.06.03 11070 Spd up FWD trq thr % INT 30 0 200 R/W
SPEED UP
Threshold (FWD), used to determine if handled load is “light.”
In V/f mode, the parameter is a % of nominal current of the motor.
In FOC CL or FOC OL mode, the Spd up FWD thr parameter is a % of nominal torque of the
motor.
26.06.04 11072 Spd up FWD speed rpm FLOAT 3000 0 6000 R/W
SPEED UP
Speed reference (FWD) used after it is determined that the load is “light”.
26.06.05 11076 Spd up REV trq thr % INT 30 0 200 R/W
SPEED UP
Threshold (REV), used to determine if handled load is “light.”
In V/f mode, the parameter is a % of nominal current of the motor.
In FOC CL or FOC OL mode, the parameter is a % of nominal torque of the motor.
26.06.06 11078 Spd up REV speed Rpm FLOAT 3000 0 6000 R/W
SPEED UP
Speed reference (REV) used after it is determined that the load is “ligh.”.
26.06.07 11080 Spd up Test time ms INT 600 0 10000 R/W
SPEED UP
Duration of test, during which it is determined that the torque (current) delivered (absorbed) by
the motor is below “Spd up FWD(REV) thr.”
!! ATTENTION!!
If the entered value is too high, the test may take longer than necessary and slow the
operations.
26.06.08 11082 Spd up test speed rpm FLOAT 700 0 6000 R/W
SPEED UP
Speed temporarily maintained during the test.
26.06.09 11102 PWR UP FWD pwr ref % INT 90 0 120 R/W
POWER UP
This is the maximum power to be delivered to lift the load. Net of friction it equals the product
of:
Mass[kg]*9.81*linear speed of load [m/s]
It refers to motor power.
This parameter refers to the rise, where the load helps braking. The set default value refers to
a lift system where at nominal load 50% of motor torque is used to support the load and 50%
for acceleration.
26.06.10 11170 PWR UP REV pwr ref % INT 50 0 120 R/W
POWER UP
This is the maximum power to be delivered to lower the load. Net of friction it equals the product
of: