Yaskawa VS606 V74X V7 to V1000 - Manual (Page 25)

PL.V1000-4X.01 Transition Guide 6/22/10
Page 25 of 32
Yaskawa America, Inc.
Product Transition Guide
PL. V1000-4X.01 Rev: 6/22/10
Upper voltage limit for
energy saving at 60Hz
n159 120%
- - - No setting available.
Upper voltage limit for
energy saving at 6Hz
n160 16%
Power detection hold
during voltage tuning
n161 10%
Power detection filter
time constant
n162
5
(20 ms)
b8-05 20 ms
PID output gain n163 1.0 b5-10 1.0
PID feedback value
selection
n164 0
H3-09 2
V74X V1000-4X
n164 0
Term. A2:
H3-09 0, H3-10 B
H3-10 0
n164 1
Term. A2:
H3-09 2, H3-10 B
n164 2
Term. A2:
H3-09 3, H3-10 B
n164 3
– (no operator poti)
H6-01 0
n164 4
n164 5
H6-01 = 1
When terminal A2 is used always check
the position of DIP switch S1
Braking resistor over
heat protection
(ERF type)
n165 0 L8-01 0
n165 0 L8-01 0
n165 1 L8-01 1
Input open phase
detection level
n166 0%
L8-05
o2-09
dep.
The input phase loss detection level and
time can not be set in V1000-4X. The
phase loss detection can be enabled/
disabled by setting L8-05.
Input open phase
detection time
n167 0.0 sec
Output open phase
detection level
n168 0%
L8-07
o2-09
dep.
The output phase loss detection level and
time can not be set in V1000-4X. The
phase loss detection can be enabled/
disabled by setting L8-07.
Output open phase
detection time
n169 0.0 sec
Memobus Enter
command selection
n170 0 - -
V1000-4X accepts Enter commands at
any time.
Frequency reference bias
upper limit (up/down2)
n171 0.0% d4-08 0.0%
Frequency reference bias
lower limit (up/down2)
n172 0.0% d4-09 0.0%
DC braking P-gain n173 83
– – – No need to set up in V1000-4X
DC braking integral time n174 25
Low speed carrier
frequency reduction
n175 0 L8-38 0
n175 0 L8-38 0
n175 1 L8-38 1
COPY function selection n176 rdy o3-01 0
n176 rdy –
n176 rEd o3-01 1
n176 CPy o3-01 2
n176 vFy o3-01 3
n176 vA –
n176 Sno –
Drive
Parameter
Function
V74X V1000-4X
Note Param.
No.
Initial
Value
Set
Value
Param.
No.
Initial
Value
Set
Value