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E6581301
J-5
10
10. 4 Application and functions of options
Separate type options shown below are prepared for the inverter VF-AS1
No-fuse
breaker
(MCCB)
N.F
moto
r
IM
Magnetic
contactor
(MC)
Power supply
(1) Input AC reactor
(ACL)
(3) High attention radio
noise filter
(5) Zero-phase reactor
ferrite core type radio
noise filter
(6) EMC filter for CE
compliance
(4) Simple radio
noise filter
(2) DC reactor
(DCL)
(
7
)
Brakin
g
resisto
r
(5) Zero-phase
reactor ferrite
core type radio
noise filter
VF-AS1
N.F
(9) Motor end surge
voltage suppression
filter (for 400V
models only)
(10) Control power supply
backu
p
o
p
tion
(8) Motor noise
reduction filter
(
7
)
Brakin
g
resistor/Brakin
g
unit
(200kW models and larger)
Sorts of separate-type options
No. Option name Function, purpose.
(1)
Input AC reactor
(ACL)
(2)
DC reactor(DCL)
To be used for improvement of input power-factor of the inverter power source, for reducing
higher harmonic or suppressing external surge. The input reactor can be installed when the
power capacity is 500 kVA or more and it is 10 times or more as high as the inverter capacity
or there are some source distorted wave generation such as a thyristor, etc. and a high
capacity inverter connected with the same distribution system.
The DC reactor is superior to the input AC reactor in power-factor improvement. For the
inverter system that is required to be high reliable, it is recommended to use the input AC
reactor that effectually suppresses external surge together with the DC reactor.
* If you are using a 200V/55kW model or larger or a 400V/90kW model or larger, be sure to
connect a DC reactor. (No DC reactor is required when the inverter is powered from a DC
power supply.)
(3)
High attenuation
radio noise filter (LC
filter) NF type,
(manufactured by
Soshin Electric Co.,
Ltd.)
• Effectual to prevent audio equipment used near the inverter from radio interference.
• Install this filter in the inverter’s input side.
• Excellent attenuation characteristic for wide frequency band from AM radio band nearly to
10 MHz.
• To be used when electric appliances that are easily affected by noise are installed in the
periphery of the inverter
(4)
Simple radio noise
filter (capacitive
filter) (Manufactured
by Malcon
Electronics Co., Ltd.)
• Effectual to prevent audio equipment used near the inverter from radio interference.
• Install this filter in the inverter’s input side.
• Attenuation characteristic for a certain frequency band. Effectual for noise reduction of
specific AM radio broadcastings (weak radio wave in mountain area).
• Leak current increases because of the condenser type. If ELCB is installed in the power
supply side, avoid using multiple units.
(5)
Radio noise reduction filter
Zero-phase reactor
(Inductive filter)
(Ferrite core type,
manufactured by
Soshin Electric Co.,
Ltd.)
• Effectual to prevent audio equipment used near the inverter from radio interference.
• Effectual to reduce noise in the input and output sides of the inverter.
• Excellent attenuation characteristic for several decibels in wide frequency band from AM
radio band nearly to 10 MHz.
(6)
EMC filter for CE
compliance
(VW3A44**)
If EMC filter is installed in proper connection, the inverter has consistency with EMC
commands. 200V/0.4kW to 200V/7.5kW models and 400V/0.75 to 400V/500kW models come
standard with built-in noise filters. The effectiveness of the built-in filter can, however, be
increased by adding an EMC filter.
Effect
Harmonic suppressionType of
reactor
Power-factor
improvement
200V, 3.7/4.0kW
or less
Other
combination
External surge
suppression
Input AC
reactor
Effective Effective Effective Effective
DC reactor Very effective Effective Very effective Not effective
- E6581301Ԙ 1
- I. Safety precautions 3
- Danger 4
- II. Introduction 9
- E6581301 11
- - Contents 11
- 1. Read first 17
- 1.3.1 Names and functions 18
- 1) Outside view 18
- 1.3.2 Detaching the cover 25
- 1.4 Notes on the application 30
- 1.4.1 Motors 30
- 1.4.2 Inverters 32
- ■ Disposal 32
- Warning 33
- 1.4.4 Installation 35
- ■ Installation environment 35
- ■ How to install 36
- 2. Connection equipment 41
- 2.2 Standard connections 43
- 2.3 Description of terminals 48
- 3. Operations 55
- Status monitor mode 56
- Standard monitor mode 56
- (when the power is turned on) 56
- Setting monitor mode 56
- Deceleration 57
- 3.2.2 Panel operation 61
- 4.1 How to set parameters 64
- 5. Basic parameters 67
- CW : Automatic torque boost 69
- ■ Preset speed operation 74
- + The inverter is factory 75
- +To save the frequency 75
- HE and the set 75
- 5.6 Selecting control mode 77
- 2) Decreasing output voltage 78
- 3) Increasing starting torque 78
- 5.8 Base frequency 81
- 5.9 Maximum frequency 82
- Estimation of temperature 90
- 5.17 PWM carrier frequency 96
- Warning 97
- Surge killer 103
- 5.20 Standard default setting 107
- ( ) 109
- 5.22 EASY key function 110
- 6. Extended parameters 113
- 6.2 Input signal selection 115
- Internal command 116
- Servo lock status 120
- Command selected 123
- Operation frequency 125
- 6.8 DC braking 126
- 6.10 Jog run mode 131
- Jumping width 2 135
- Jumping width 1 135
- 6.14.1 Retry function 136
- 6.15 Drooping control 139
- Load portion torque input 141
- 6.20 PID control 145
- 6.22 Setting motor constants 148
- Setting motor constants 150
- 6.24 Torque control 152
- 6.25 Torque limit 154
- Positive torque 155
- Negative torque 155
- • Function 158
- 6.31 Pattern operation 163
- 6.32 Preset speed mode 165
- 6.33 Protection functions 166
- 6.33.3 Emergency stop 167
- H : Emergency stop 167
- 6.34 Override 175
- 6.35 Adjustment parameters 177
- Function 179
- ■ Example of setting 1 181
- ■ Example of setting 2 181
- 6.37 Tracing functions 183
- Trace data 1 184
- Trigger input 184
- 6.38 Communication function 187
- 1) 2-wire RS485 188
- 2) 4-wire RS485 190
- Host computer 191
- 6.39 My function 193
- 6.40 Traverse function 194
- 7.1 External operation 195
- B-contact switch 196
- Input terminal 196
- Inverter 196
- Programmable controller 197
- 7.2.4 Analog input filter 203
- 8.2 Monitoring the status 210
- 8.4.1 Trip code display 216
- 9.1.1 EMC directive 221
- Contact your supplier 222
- Use the 224
- EMC FILTER 226
- Ferrite core 1 227
- Shielded cable or [Note 1] 227
- Noise cut plate 228
- AIC, Fuse and Wire sizes 229
- Ｅ６５８１３００ 232
- Note on wiring 233
- 11. Table of parameters 239
- 12. Specifications 285
- E6581301 286
- ■ Outside dimensions and mass 289
- (Installation dimension) 290
- Before making a service call 295
- Cautions about cleaning 303
- 14.2 Periodical inspection 304
- ■ Check items 304
- 15. Warranty 307
- Warning 309
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