ARKEL Elektrik Elektronik Ltd.
Ş
ti. www.arkel.com.tr
08.2012
ADrive
56
2.0 – Motor type
(Induction / Synchronous)
The type of lift motor. If synchronous motor is selected,
6.1
control type parameter can only
be set to closed loop.
2.1-Nominal Speed
(VN: 0.10 – 5.00 m/s )
The nominal speed of the elevator machine. This value is given by the machine manufacturer
and shown on the machine plate.
The suspension ratio of the elevator system is also determines the nominal speed. By using a
2:1
suspension ratio, the elevator nominal speed will be a half of the motor nominal speed.
Nominal speed may be calculated by this formula:
sionRatio
RopeSuspen
GearRatio
m
MotorNomRp
ve
actionShea
RadiusofTr
Vnom
*
*
60
*
*
*
2
For example radius of traction sheave = 40cm, Motor nominal rpm = 1430, Gear ratio = 1 / 60 and
rope suspension ratio
=
1:1
s
m
Vnom
/
1
1
*
60
*
60
1430
*
4
.
0
*
*
2
2.2-Motor RPM At Nominal Speed
(Rpm_Motor: 100 – 5000 rpm)
The motor RPM at which nominal speed is gained.
2.3-Incremental Encoder Resolution
(Pulse: 100 – 5000 Pulse/Rev.)
The pulse of the incremental encoder per revolution. This parameter is not used for absolute
value encoders.
2.4-Line Voltage
(Vline: 300 – 420 Volt)
Line voltage applied to L1, L2, L3 terminals.
2.5 -Motor Nominal Voltage
(Vmotor: 100 – 400 Volt)
Voltage that must be applied to motor for full speed. This value is specified on the motor
plate by the motor manufacturer. The voltages are different for star and delta connections so
don’t forget to check the connection type.
2.6-Motor Nominal Current
(Imotor)
Nominal current of the motor. This value is specified on the motor plate by the motor
manufacturer.
2.7-Motor Nominal Frequency
(Fmotor: 10 – 100 Hz)
Nominal frequency of the motor. This value is specified on the motor plate by the motor
manufacturer.