Item
Unit
NPS-FIH*
-113
-153
-223
-303
-373
Input power
Integrated control power source type
Main power AC400/440V, 50/ 60Hz, 3 phase
Voltage range
AC360V~AC484V *2
Main circuit method
IPM 4 quadrant bridge sine wave PWM control
Continuous output current(rms)
A
34
46
65
89
115
nstantaneous output current(rms)
A
62
81
112
154
210
Instantaneous output torque
%
200% (some motor combination 300%)
Control method
Semi-closed loop by encoder feedback
Brake method
Regenerative braking (option: Power regeneration)
Career frequency
Hz
10k
7.5k
(7.5KHz, 10KHz, 15KHz, selectable)
Speed control
Speed regulation
%
±0.01
±0.05
±0.3
(Digital setting, Average value: Temp./0~40℃, Load/ Voltage fluctuation)
(Analog setting, Average value: Load/ Voltage fluctuation)
(Analog setting, Average value: Temp./0~40℃)
Speed control range
1 : 5000 *1
Field control range
1.3 (Max. speed 6000rpm)/ Rated output (Some motor type: Reduced rated output)
Speed command
External analog speed command: DC0~+10V(±10V/ rated speed),
Input resistance about 20kΩ(resolution: 12bits)
Internal digital speed command: 7 speeds (parameter)
Torque limit
External analog torque limit command (DC voltage): 0~+10V (+3.3V/ Rate torque), Input resistance about 20kΩ(resolution:10bits), Forward/ Reverse: 1 channel, each(total 2ch)
Internal digital torque limit value: Forward/ Reverse: 1 channel, each (parameter)
Torque control
Torque command
External torque command (DC voltage): 0~+10V (+3.3V/ Rate torque), Input resistance about 20kΩ(resolution:12bits),
Internal torque command: 3 commands (parameter)
Linearity
±3% (up to rated toque, repeatability)
Command resolution
1 : 500
Speed limit
External speed limit(DC voltage): Common to External speed command ±10V/ rated speed (common to forward and reverse)
Internal speed limit: 1 point (parameter)
Position control
Pulse train control
Max. frequency 1Mpps
Pulse train command method
Line driver method (directional pulse): Max.250Kpps
Line driver method (90° phase different 2 phase pulse): Max.250Kpps
Open collector method (directional pulse): Max.200Kpps
Pulse train compensation
1/100 ≦ A/B ≦ 100 (A,B : 1~65535)
Position detection
Pulse output 90°phase different 2 phase pulse signal, Marker signal
Output style: Line driver output
Division ratio: 1/N (N=1~32)
Serial communication
RS-422A, Start/ Stop synchro. Multi-drop wiring is possible, (Communication condition parameter set is possible.) 56kbps
Monitor function
LCD module (installed),: Status display, Diagnostic display, I/O signal display, Alarm display (last 5 cause history)
Analog monitor: Speed, Torque, Deviation, etc. (Selection by parameter)
Control function
2 free degree control, FF control, Vibration filter, R2 compensation, Auto. tuning, Non-interacting compensation, Dead time compensation
Protective function
IPM fault, Over voltage, Under voltage, Over speed, Over load, Encoder fault, Deviation over flow, Communication error, Each data and parameter error , etc.(Last 5 cause history is stored.)
Input signal
Deviation clear(CLR), Command pulse input inhibit(CIH), Mode select.(MD1, MD2), Local/ Remote(PC), Start(DR), Reset(RST), Emergency stop(EMG※), Speed selection 1~3 (SS1,SS2,SS3), Torque limit(TL), Servo ON(SON), Forward over travel(FOT), Reverse over travel(ROT),
Output signal
Servo ready(RDY), Alarm(ALM), Warning(WNG), Speed zero(SZ), Positioning complete(PN),
In Speed/ Torque limit(LIM), Brake release(BRK)
Option
Data Input Unit (MDI unit), Servo ready display, Cables, etc.
Applicable encoder
6000 ( 2000 ) ppr (Selection by parameter)
Load inertia
10 times or less of motor rotor inertia
Power caPACity *3
kVA
21
30
41
58
70
No-fuse breaker (rated current)*4
A
50
75
100
125
150
Applicable motor
NA100-
550F-20H
1100F-10H
NA100-
750F-20H
NA20-
1500-10H
NA100-
750F-20H
1100F-20H
NA20-
2200-10H
NA20-
1500-20H
2700-10H
NA100-
1100F-20H
NA20-
1800-20H
3700-10H
Weight
kg
14.5
27.0
36.0
36.0
63.5
Accessories
Regenerative resistor
※1. Speed control is defined that in the range a motor does not stop with 100% load.
※2. When power source voltage drops, rated output and rated speed is not guaranteed.
※3. It changes according to power source impedance.
※4. Please choose sufficient shut down capacity type to conduct protective coordinate with power source capacity.
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