V/f Speed Control Method
V/f Control Method Of Ac Drive

V/f Speed Control Method

California Proposition 65 Warning
For distributor, only. Manuals in website are latest information.
ALL	(PDF;9 M byte)
Cover	(PDF;0 M byte)
Information of new software version	(PDF;0.3 M byte)
I.Safty precautions	(PDF;0.3 M byte)
II.Introduction	(PDF;0.1 M byte)
Contents	(PDF;0.2 M byte)
1.Read first	(PDF;2.4 M byte)
2.Connection equipment	(PDF;1.1 M byte)
3.Operations	(PDF;0.5 M byte)
4.Searching and setting parameters	(PDF;0.4 M byte)
5.Basic parameters	(PDF;0.9 M byte)
6.Extended parameters6.1.Input/output parameters	(PDF;0.7 M byte)
6.Extended parameters6.10.Jog run mode	(PDF;0.6 M byte)
6.Extended parameters6.21.Stop position control	(PDF;0.6 M byte)
6.Extended parameters6.33.Protection functions	(PDF;0.7 M byte)
7.Operation with external signal	(PDF;0.4 M byte)
8.Monitoring the operation status	(PDF;0.3 M byte)
9.Measures to satisfy the standards	(PDF;0.9 M byte)
10.Selection of peripheral devices	(PDF;0.5 M byte)
11.Table of parameters	(PDF;0.6 M byte)
12.Specifications	(PDF;0.7 M byte)
13.Before making a service call	(PDF;0.2 M byte)
14.Inspection and maintenance	(PDF;0.2 M byte)
15.Warranty	(PDF;0.1 M byte)
16.Disposal of the inverter	(PDF;0.1 M byte)
Back cover	(PDF;0 M byte)

Function manual	Applied for
ATEX guide	VF-AS1, VF-PS1
CC-LINK function	VF-AS1, VF-PS1, CCL001Z
CC-LINK function	VF-AS1, VF-PS1, CCL001Z1
Commercial/Inverter switching	VF-AS1, VF-PS1
Current and speed control gain adjustment method	VF-AS1, VF-PS1
DeviceNet function	VF-AS1, VF-PS1, DEV002Z
EtherNet/IP communication function manual	VF-AS1, VF-PS1, IPE001Z
Explanation of functions for lift application (Adjustment method for braking functions)	VF-AS1
Explanation of functions for lift application (Basic chapter)	VF-AS1
Explanation of functions for lift application (Function of high-speed operation at low-load)	VF-AS1
Modbus TCP option unit Function Manual	VF-AS1, VF-PS1, MBE001Z
My function	VF-AS1, VF-PS1
PID control fucntion	VF-AS1, VF-PS1
PROFIBUS DP function	VF-AS1, VF-PS1, PDP002Z
RS485 Communicating manual	VF-AS1
Torque control function	VF-AS1
Traverse function	VF-AS1
VF-AS1 with V3 motor (PG feedback option: VEC007Z)	VF-AS1

Option manual	Applied for
Braking unit	VF-AS1, VF-PS1
CC-LINK Option	VF-AS1, VF-PS1, CCL001Z1
CC-LINK Option	VF-AS1, VF-PS1, CCL001Z
DC choke kit installation sheet	VF-AS1, VF-PS1
DeviceNet Option	VF-AS1, VF-PS1, DEV002Z
EMC plate	VF-AS1, VF-PS1
EtherNet/IP communication option manual	VF-AS1, VF-PS1, IPE001Z
Expansion IO Card Option 1	VF-AS1, VF-PS1, ETB003Z
Expansion IO Card Option 2	VF-AS1, VF-PS1, ETB004Z
Heatsink Outside Mounting Kit	VF-AS1, VF-PS1
Heatsink Outside Mounting Kit	VF-AS1, VF-PS1
Heatsink Outside Mounting Kit	VF-AS1, VF-PS1
LCD Remote Keypad	VF-AS1, VF-PS1, RKP004Z
manual of dV/dt filter	VF-AS1. VF-PS1
ModbusTCP option unit Instruction Manual	VF-AS1, VF-PS1, MBE001Z
Optional Control Power Supply Backup	VF-S15, VF-AS1, VF-PS1, CPS002Z
PG feedback board option	VF-AS1, VF-PS1
PROFIBUS DP Option	VF-AS1, VF-PS1, PDP002Z
Remote Keypad	VF-S15, VF-AS1, VF-PS1, VF-FS1, VF-S11, VF-nC3, RKP002Z
RFI filter (EMC filter)	VF-AS1, VF-PS1
RFI filter (Foot mount type EMC filter)	VF-AS1, VF-PS1
Sinusoidal filter	VF-AS1, VF-PS1
USB-to-Serial Conversion Unit	VF-AS1, VF-PS1, VF-FS1, VF-S11, VF-nC3, USB001Z

Parameter list

Parameter list (V154)

Parameter list for V150

Parameter list for VF-AS1

Parameter list for VF-AS1 (V130~V136: WP1,WN1 model)

Parameter list for VF-AS1 (V130~V136: WP1,WN1 model)

Other

Compliance with UL Standard

Precautions of using 4-20mA input signal

Appication manual

Check and maintenance

Energy-saving effect with inverter driving for the control of Fans and pumps

Inverter Noise Countermeasures

Inverter's calorific value

Leakage Current

Motor-end Surge Voltage by Inverter Drive

Selecting capacity of inverter

V/f Control Method Of Ac Drive

The one advantage to this method is that it allows control over which VF is inserted into the VM, whereas the virtual network pool of adapters method does not. This method of injecting an SR-IOV VF network adapter into a KVM VM is the most complex to set up and provides the fewest host device model options. Vector Control Of the above mentioned methods, V/f Control is the most popular and has found widespread use in industrial and domestic applications because of its ease-of-implementation. However, it has inferior dynamic performance compared to vector control. Thus in areas where precision is required, V/f Control are not used.

Vf Control Method