E6580724①
Parameter Writer Operation Manual
PWU001Z-1
Table of Contents
1. OVERVIEW ････････････････････････････････････････････････････････････････････････ 4
2. NAMES AND FUNCTIONS OF MAIN PARTS･･･････････････････････････････････････････ 5
3. CONNECTION AND START-UP ･･････････････････････････････････････････････････････ 6
4. FUNCTIONS IN DETAIL ･････････････････････････････････････････････････････････････ 7
4.1. Copying function “copy” ･････････････････････････････････････････････････････ 7
4.2. Simply copying function･･････････････････････････････････････････････････････････ 8
4.3. Comparing function “comp” ･････････････････････････････････････････････････ 9
4.4. Memory protection function “prot” ･･･････････････････････････････････････････ 11
4.5. Memory initializing function “clr”････････････････････････････････････････････ 12
4.6. Function to serve as remote keypad･･････････････････････････････････････････････ 12
5. INDICATIONS ON DISPLAY･････････････････････････････････････････････････････････ 13
6. RESETTING FUNCTION････････････････････････････････････････････････････････････ 14
7. SPECIFICATIONS ･････････････････････････････････････････････････････････････････ 14
8. WARRANTY･･･････････････････････････････････････････････････････････････････････ 14
This Parameter Writer cannot use at TOSVERT VF-S7/S7e inverter has a CPU whose version
is V100 to V103.
For checking the version number of the CPU, refer to the “Monitor” paragraph in the instruction
manual of the inverter.
NOTES
1. Make sure that this instruction manual is delivered to the end user of the Parameter Writer.
2. Read this manual before installing or operating the Parameter Writer. And keep it in a safe
place for reference.
© Toshiba Corporation 1996
All Rights Reserved.
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E6580724
Carefully read the following notes
Safety precautions
On the inverter and in its instruction manual, important information is contained for preventing injuries
to users and damages to assets and for proper use of the device. Read the instruction manual
attached to the inverter along with this instruction manual for completely understanding the safety
precautions and adhere to the contents of these manuals.
■Handling in general
Danger
▼ Never disassemble, modify or repair the product.
Disassembling the inverter could cause electric shocks, fire or injuries.
Never
For repairs, call your agency.
Disassemble
Prohibited
▼ Do not remove connectors when the power is on.
It could lead to electric shocks.
▼ Do not put or insert foreign objects such as waste cable, bars, or wires into the product.
It could lead to electric shocks or fire.
▼ Do not splash water over the product.
It could lead to electric shocks or fire.
▼ Wiring should be conducted after turning the inverter power off.
▼ Turn off the power immediately in case any abnormalities such as smokes, smells or
abnormal noise are found.
Neglect of these conditions could lead to fire.
Mandatory
For repairs, call your agency.
■Transportation and installation
Danger
▼ Do not install or operate the inverter if it is damaged or any part is missing from it.
Operating the inverter in a defective condition could lead to electric shocks or fire.
For repairs, call your agency.
▼ Do not put any inflammable material near the product.
It could catch fire if the product sparks because of a breakdown and the like.
▼ Do not install the product where it could be splashed with water and the like.
It could lead to electric shocks or fire.
Prohibited
▼ The product must be used under environmental conditions prescribed in this instruction
manual.
Using the product under conditions not specified by the instruction manual could lead to
breakdown.
Mandatory
Prohibited
Cautions
▼ Do not install the product in any place subject to vibrations or it could fall.
Otherwise it can cause injury to people.
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E6580724
■ Caution on operation
Danger
▼
▼
Do not operate keys with a wet hand or wipe with a wet duster.
Not following this instruction could cause electrocution.
Do not shock the Parameter Writer (do not fall down).
Not following this instruction could cause malfunction or breakdown.
Do not pull the transmission cable.
Prohibited
▼
Not following this instruction could cause malfunction or breakdown.
■ Caution on disposing of Parameter Writer
Warning
Dispose of the Parameter Writer as industrial waste.
Not following this instruction could cause injury.
▼
Mandatory
Notes on operation
NOTES
▼ Install the unit avoiding a place where ambient temperature or/and
humidity change sharply.
▼ Arrange the transmission cable apart from the power cable of the
inverter to prevent the inverter from malfunctioning to be caused by
electromagnetic noise.
▼ Install the unit on the panel of a cabinet if it is used as a remote keypad.
The unit not installed on the panel of a cabinet could cause the unit
falling, resulting in damage and malfunction of the unit.
▼ Install a magnetic contactor etc. to the power supply of the inverter, so
that an emergency stop can be executed securely from outside.
▼ The integrity of data storage is guaranteed for up to 10 years.
▼ The operating life of EEPROM (data storage device) is 10000
operations.
Do not execute writing operations more than 10000 times.
▼
Do not turn off power or remove the connection cable between the
inverter and the parameter writer while a copying operation of parameter
writer is executed. If the inverter power is turned off or the connection
cable is removed while parameters are being copied, data cannot be
written correctly.
P7,8
▼
▼
Do not copy data from the parameter writer to inverter while the inverter
is running. Some of the parameters cannot be written when the inverter
is in operation.
Make sure to execute “comp” (compare) function to check copied data
when “copy” (copy) function is executed. Depending on
circumstances, data writing of copying operation may not have been
successful.
P7,8
P7-9
▼ When a copying operation is executed between two inverters with
different capacities, some of the parameters that vary with the capacity
of inverters will also be copied. Therefore, when you have executed a
copying operation between the inverters with different capacities, we
suggest you initialize the copied parameters of the inverter in
accordance with the level of inverter’s capacity. See the inverter
instruction manual on how to initialize parameters.
P13
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E6580724
1.Overview
Following six functions are available with this parameter writer.
1. Copying function
Data can be copied from a memory to another memory among four memories, three (memories A, B,
C) of the parameter writer and one of the inverter.
(1) Data copy from parameter writer to inverter
(2) Data copy from inverter to parameter writer
(3) Data copy from a memory to another memory of the parameter writer
2. Simply copying function
Data stored in a memory of the parameter writer can be copied to the inverter's memory by simple
operation of two keys.
3. Comparing function
Data written on two memories among four memories, three of the parameter writer and one of the
inverter, can be compared with each other.
(1) Comparing data of the parameter writer with data of the inverter.
(2) Comparing data of the inverter with data of the parameter.
(3) Comparing data of two memories of the parameter writer with each other.
4. Memory protecting function
Data written on the inverter's memory and the memories A, B and C of the parameter writer are
protected by this function (to inhibit data writing).
5. Memory initializing function
A selected memory (memory A, B, C) or all of memories including system memory of the parameter
writer, if selected, are initialized by this function.
6. Function to serve as remote keypad
The parameter writer can be used as an operation panel of the inverter.
■Memory configuration
The parameter writer has three memories of A, B and C to retain three kinds of parameters for the
inverter.
Parameter writer
Memory Ｂ
Memory Ａ
To Inverter
Memory Ｃ
Communication cable between parameter writer
and inverter (To be purchased separately)
To Inverter
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2. Names and functions of main parts
PARAMETER WRITER lamp
When the parameter writer is
set for the original function to
write parameters, this lamp is
LED display
Shows data and other
indications.
RUN
VEC
ECN
MON
PRG
on.
REMOTE KEYPAD lamp
When the parameter writer is
set to function as a remote
keypad, this tamp is on.
PARAMETER WRITER
REMOTE KEYPAD
Keys for parameter
writer function
(Refer to the following
table.)
Ａ
Ｂ
Ｃ
ＲＵＮ
ＳＴＯＰ
ＭＯＮ
ＥＮＴ
SFT keys for parameter writer
function
(Refer to the following table.)
Keys for remote keypad
function
ＳＦＴ
△
ＥＳＣ
▽
ENT key common to
parameter writer
function and remote
keypad function
(Refer to the following
table.)
UP and DOWN keys for emote
keypad function
(Refer to the following table.)
Communication connector
■Operation keys and their functions
(Functions of operation keys explained in the following table are in the condition that the parameter
writer is used for the original purpose to copy, write, compare and protect data. When the parameter
writer is used as a remote keypad, respective operation keys function as same as operation keys on
the inverter. For details of those functions, refer to the operation manual of the inverter.)
Operation
key
Operation
key
Function
Function
Memory A key
SFT key
(Exclusive key for simply copying)
To be used for selecting a function
(copying, comparing, protecting data) or
for selecting a memory (from among
inverter's memory, memory A, B and C of
parameter writer).
Ａ
ＳＦＴ
△
In the simply copying function, this key is
used to specify the memory A of the
parameter writer as the origin to transmit
data. (In remote keypad function: RUN key)
ＲＵＮ
(In remote keypad function: UP key)
ESC key
Memory B key
(Exclusive key for simply copying)
In the simply copying function, this key is
used to specify the memory B of the
parameter writer as the origin to transmit
data. (In remote keypad function: STOP key)
Memory C key
To be used to return to the status one
before. (In remote keypad function:
DOWN key)
Ｂ
ＥＳＣ
▽
ＳＴＯＰ
ENT key
(Exclusive key for simply copying)
In the simply copying function, this key is
used to specify the memory C of the
parameter writer as the origin to transmit
data. (In remote keypad function: MON key)
To be used to decide a function or memory
or to execute the decided function.
(In remote keypad function: ENT key)
Ｃ
ＥＮＴ
ＭＯＮ
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3. Connection and start-up
Connect the Parameter Writer with the inverter according to the procedure mentioned below.
(1) Turn off the inverter and wait for 10 minutes or more. Then, make sure that the CHARGE lamp of
the inverter is off.
(2) Connect the communication connectors of the parameter writer to the inverter, which has common
serial option(communication) connector, with the optional cable. (See the instruction manual of
inverter)
(3) Turn on the inverter, and the parameter writer is automatically started up with the display being on.
(4) When this unit is used for the parameter writer, confirm that the PARAMETER WRITER lamp is on.
Or when this unit is used for the remote panel, confirm the REMOTE PANEL lamp is on.
(5) If a change from the PARAMETER WRITER function to the REMOTE PANEL function mutually
takes place, turn off the power of the inverter and confirm that the LED display on the operation
panel is turned off. Then, turn on the power of the parameter writer while pressing the ENT key of
the parameter writer.
When disconnecting the parameter writer from the inverter, do it according to the step 1 ) of the above-
mentioned procedure.
■ Connection example of parameter writer and inverter
PARAMETER WRITER
REMOTE KEYPAD
Example of VF-A7
Example of VF-S7
VF-A7
VF-S7
Connector for common
serial option
Connector for common
serial option
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4. Functions in detail
4.1. Copying function “copy”
Data stored in a memory can be copied to another memory which memories are selected from among
four memories that are the inverter's memory, memories A, B and C of the parameter writer.
Note: To copy data to the inverter’s memory, do it when the inverter is stopped. If you copy data to the
inverter while the inverter is running, some of the parameters fail to be copied. Furthermore, make
sure to check the copied data by executing data comparison (comp) between the source and the
destination memories after the copying operation.
Operating procedure
Key
LED indication
“chc ”→“init”
→“c0py”
Key operation and description
When the parameter writer is turned on as it is connected with the inverter,
"chc" appears on the display first and then "init" appears to indicate that
the power supply is being initialized. Lastly, the display shows " copy".
－ Selecting a desired function －
“c0py”→“c0mp”
→“pr0t”→“clr”
→“c0py”
Select “copy” (copying function) with the SFT key.
Each time the SFT key is pressed. indication on the display changes from
“copy” to “comp” (comparing function),”prot" (memory protecting
function). “clr” (memory initializing function) and to..”copy” again in this
order.
SFT
△
－Entering the selected function－
After selecting "copy" with the SFT key, press the ENT key and in"
(selecting inverter memory) appears on the display.
“c0py”→“in”
ENT
SFT
－Selecting a memory to copy its data－
Select a memory to copy its data with the SFT key.
“in”→“a”→“b”
Each time the SFT key is pressed, indication on the display changes from “in”
(Selecting inverter memory) to “a" (selecting memory A), “b" (Selecting
memory B), "c" (selecting memory C)" and to ''in" again in this order.
－Entering the memory to copy its data－
After selecting "in" (selecting inverter memory, by way of example) with the
SFT key, press the ENT key and "in-a” appears on the display.
→“c”→“in”
△
“in”→“in-a”
ENT
－Selecting a memory to transcribe copied data－
“in-a”→“in-b”
Select a memory to transcribe copied data with the SFT key.
Each time the SFT key is pressed, indication on the display changes from "in-
a” (copying data from inverter memory to memory A) to "in-b" (copying data
from inverter memory to memory B), “in-c” (copying data from inverter
memory to memory C), and to “in-a" again in this order.
If the memory A is selected as the origin to copy data. indications differently
appear as shown in parentheses.
SFT
→“in-c”→“in-a”
△
(“a-in”→“a-b”
→“a-c”→“a-in”)
－Entering the selected memory to transcribe copied data－
After selecting “in-a” (selecting memory A, by way of example) with the SFT
key, press the ENT key and the display shows "f_ _ _” that is the
communication number of the parameter being copied.
－Copying is complete－
With completion of data copy, “end” appears on the display first and then “_ _”
of a check data (check sum of the origin of copied data) appears. Value of the
check data changes depending on the condition of the original data.
－Ending copying－
“in-a”→“f000”
ENT
→“f_ _ _”
“end”→“_ _”
(two digits)
“_ _”→“c0py”
Press the ENT key and indication on the display returns to “copy".
Make sure to check the data with data comparison function (comp) after this
operation.
ENT
・If the ESC key is pressed, the parameter writer returns to the status one before.
・When the memory protection function is actuated, the parameter writer inhibits to copy data with "prot''
appearing on the display.
・If there is no data in the memory A of the parameter writer though it is selected as the origin to copy
data, the display shows ''err.a'' and copying data is of course impossible. (When the memory B is
selected in the same condition, ''err.b'' appears on the display. When the memory C is selected in
the same condition, ''err.c'' appears on the display.)
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4.2. Simply copying function
Data stored in the memory A, B or C of the parameter writer can be copied to the inverter's memory with
simple operation of two keys to select one of the memories A, B and C. Use this function to set the
same parameters to more than two inverters. What differs from the “Copying function” in Section 4.1 is
the key operation and the contents of parameters to be copied are the same for both functions.
It is impossible to copy data from the inverter's memory to a memory of the parameter writer in this
mode.
Note: To copy data to the inverter’s memory, do it when the inverter is stopped. If you copy data to the
inverter while the inverter is running, some of the parameters fail to be copied. Furthermore, make sure
to check the copied data by executing data comparison (comp) between the source and the
destination memories after the copying operation.
Operating procedure
Key
LED indication
“chc ”→“init”
→“c0py”
Key operation and description
When the parameter writer is turned on as it is connected with the inverter,
“chc” appears on the display first and then “init” appears to indicate
that the power supply is being initialized. Lastly, the display shows “copy”.
－Selecting and entering a memory to copy its data－
Press the key corresponding to the memory to select as the origin to copy
data while “copy” is being displayed.
“c0py”→“a-in”
Ａ
“A” key: To copy data from the memory A to the inverter's memory.
“B'' key: To copy data from the memory B to the inverter's memory.
“C'' key: To copy data from the memory C to the inverter's memory.
(When the memory A is selected to copy its data to the inverter's memory
for example, indication on the display changes from "copy" to ''a-in"
(copying data from memory A to inverter's memory)).
RUN
－Executing copying－
“a-in”→“f000”
In the status that "in-a” is appearing on the display, press the ENT key
and the indication on the display changes to "f_ _ _” of the communication
number of the parameter being copied.
ENT
ENT
→“f_ _ _”
－Copying is complete－
“end”→“_ _”
With completion of data copy, "end'' appears on the display first and then
“_ _” of a check data (check sum of the origin of copied data) appears. Value
of the check data changes depending on the condition of the original data.
－Ending copying－
Press the ENT key and indication on the display returns to “copy".
Make sure to check with data comparison function (comp) after this
operation.
(two digits)
“_ _”→“copy”
・If the ESC key is pressed, the parameter writer returns to the status one before.
・When the memory protection function is actuated, the parameter writer inhibits to copy data with ''prot''
appearing on the display.
・ If there is no data in the memory A of the parameter writer though it is selected as the origin to copy data, the
display shows ''err.a" and copying data is of course impossible. (When the memory B is selected in the
same condition, "err.b'' appears on the display. When the memory C is selected in the same condition,
''err.c'' appears on the display.)
The same operation as below can be used to copy data from memory B or memory C of the parameter
writer to the inverter.
Ｂ
Ｃ
→ 、 →
ENT
ENT
RUN
RUN
Since the ''A'', ''B'' and ''C'' keys are provided to be used exclusively for the simply copying function, those
keys cannot be used for other functions.
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4.3. Comparing function “comp”
This function enables the operator to compare data stored in two memories that are selected from
among four memories of the parameter writer's memories A, B and C and the inverter's memory as well
as to search a parameter which is different in the setting value from others.
The comparing function cannot be used for editing data because it is provided for searching parameters
which are different in setting values from others.
Use the “Remote keypad” function described in Section 4.6 to edit data.
Operating procedure
Key
LED indication
“chc ”→“init”→
“c0py”
Key operation and description
When the parameter writer is turned on as it is connected with the inverter,
“chc” appears on the display first and then “init” appears to indicate that
the power supply is being initialized. Lastly, the display shows “copy”.
－Selecting a desired function－
･･･
“c0py”→“c0mp”
Select to “comp” (comparing function) with the SFT key.
Each time the SFT key is pressed, indication on the display changes from
"copy' to “comp” (comparing function). "prot" (memory protecting
function), “clr” (memory initializing function) and to "copy" again in this
order.
SFT
△
－Entering the selected function－
After selecting "comp" with the SFT key, press the ENT key and "in"
(selecting inverter memory) appears on the display.
“c0mp”→“in”
ENT
SFT
－Selecting a memory to compare its data with another－
“in”→“a”→“b”
Each time the SFT key is pressed, indication on the display changes from
''in” (selecting inverter memory) to "a'' (selecting memory A), “b”' (Selecting
memory B), “c” (selecting memory C) and to “in" again in this order.
Select the copy destination area.
→“c”→“in”
△
－Entering the memory to compare its data with another－
After selecting ''in'' (selecting inverter memory, for example) with the SFT
key, press the ENT key and ”in a" appears on the display.
“in”→“in a”
ENT
－Selecting a memory to compare its data with that of the previously selected
memory－
“in a”→“in b”
Each time the SFT key is pressed, indication on the display changes from “in
a" (comparing data between inverter memory and memory A) to “in b”
(comparing data between inverter memory and memory B),”in c”
(comparing data between inverter memory to memory C), and to “in a”
again in this order.
→“in c”→“in a”
SFT
(“a in”→“a b”
△
→“a c”→“a in”)
If the memory A is selected as the memory storing the original data, indications
differently appear as shown in parentheses.
－Entering the selected memory to compare its data with the original－
After selecting “in a” (selecting memory A to compare its data with that of
the inverter's memory for example) with the SFT key, press the ENT key and
the parameter writer starts comparing data of the two memories with each
other.
“in a”
ENT
－Executing comparing data (searching different parameters)－
After confirming that “f000” is appearing on the display, execute comparison
of data in order of communication number (refer to the Table of communication
numbers.). When the parameter writer searches a parameter different from the
other, it discontinues comparing operation and shows the parameter's
communication number in blinking numerals.
“f000”→“f002”
(If no parameter different
from the other is
searched,
the display shows
ENT
“end”)
Press the ENT again to continue the comparing operation.
－Comparing is complete－
“end”→“＿＿”
With completion of data comparison, “end” appears on the display first and
then “_ _” of a check data (check sum of the original data) appears. Value of
the check data changes depending on the condition of the original data.
－Ending comparing－
“＿＿”→“comp”
Press the ENT key and indication on the display returns to “comp”.
ENT
・If the ESC key is pressed, the parameter writer returns to the status one before.
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E6580724
■Table of communication numbers
The communication numbers for basic parameters are as follows. As to extended parameters, the titles
and communication numbers of parameters are the same. See the inverter instruction manual.
Table of communication numbers
Communication
Title
Function
number
f000
au1
au2
au3
Automatic acceleration/deceleration time
Automatic torque boost
f001
f002
f003
f004
f005
f006
f007
f008
f009
f010
f011
f012
f013
f014
f015
f016
f017
f018
f019
f020
f021
f022
f023
f024
Automatic environment
cmod Operation command mode selection
fmod Speed setting mode selection
fmsl FM terminal meter selection
fm
typ
fr
FM terminal meter adjustment
Standard setting mode selection
Forward/reverse selection (At panel control only)
Acceleration time #1
acc
dec
fh
Deceleration time #1
Maximum frequency
ul
Upper limit frequency
ll
Lower limit frequency
vl
Base frequency #1
pt
Motor control mode selection
Manual torque boost #1
Selection of electronic thermal protection characteristics
Preset - speed #1
vb
olm
sr1
sr2
sr3
sr4
sr5
sr6
sr7
Preset - speed #2
Preset - speed #3
Preset - speed #4
Preset - speed #5
Preset - speed #6
Preset - speed #7
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E6580724
4.4. Memory protection function “prot”
The memory protection function protects the selected memory so as to prevent it from erroneous
replacement of its data with different data copied from another memory.
When this function is actuated for a selected memory, it inhibits transcribing copied data to the memory
but permits to read data from the memory.
At the time of shipment or when all the memories are initialized by memory initialization function (clr),
LED indications are as follows:
“in”、“a”、“b”、“c=“off”、“sup”=“on”
Operating procedure
Key operation and description
Key
LED indication
When the parameter writer is turned on as it is connected with the inverter.
“chc” appears on the display first and then “init” appears to indicate that
the power supply is being initialized. Lastly, the display shows “copy”.
－Selecting a desired function－
“
chc ”→“init
”
→“c0py
”
“
c0py”→“comp
”
Select “prot" (memory protecting function) with the SFT key.
Each time the SFT key is pressed. indication on the display changes from
“copy” (copying function) to “comp” (comparing function),”prot" (memory
protecting function). “clr” (memory initializing function) and to..”copy” again
in this order.
→“pr0t
”
SFT
△
－Entering the selected function－
pr0t”→“in
“ ”
After selecting “prot" with the SFT key, press the ENT key and “in”
(selecting inverter memory) appears on the display.
ENT
－Selecting a memory to protect its data－
“
in”→“
”→“sup
→“in
”→“ ”
a b
Each time the SFT key is pressed, indication on the display changes from “in”
(selecting inverter memory) to “a” (selecting memory A), “b” (selecting memory
B), “c” (selecting memory C), “sup” (special parameter selection*1) and to
“in” again in this order. Select the memory to protect its data.
→“
c
”
SFT
△
”
－Entering the memory to protect its data－
“
(
in”→“off
When the memory is
protected, the display
changes to on from
”
After selecting “in” (selecting inverter memory, by way of example) with the SFT
key, press the ENT key and the display shows the present memory protection
status. (When “on” appears on the display, the selected memory is protected.
When “off” appears on the display, the Selected memory is not protected.)
ENT
“
”
“
in
”
)
－Protecting the selected memory－
“
off”→“on
”
SFT
Each time the SFT key is pressed, indication on the display changes between "
on" (protecting the selected memory) and “off” (cancelling protection of the
selected memory) alternately.
→“off
”
△
－Executing protection of the selected memory－
on”→“pr0t
“ ”
After selecting ''on" (protecting the selected memory, by way of example) with
the SFT key, press the ENT key. The parameter writer starts protecting the
selected memory (canceling protection in case of “off”) and indication of the
display returns to “port”.
ENT
・If the ESC key is pressed, the parameter writer returns to the status one before.
(*1) Protecting operation of “sup” is different from that provided for other memories and is shown below.
With the same inverter types (capacities):
With different inverter types (capacities):
○ Protection disabled
(write permitted)
Standard
parameter parameter
Special
Standard
parameter parameter
Special
sup
on
sup
on
× Write protected
(write prohibited)
○
○
×
○
○
×
×
×
off
(Note)
off
Note: When inverter types (capacities) are different, copying operation of parameters
(including special parameters) is prohibited.
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E6580724
4.5. Memory initializing function “clr”
A selected memory (memory A, B, C or system memory of the parameter writer) or all of them, if selected, are
initialized by this function.
Operating procedure
Key operation and description
Key
LED indication
When the parameter writer is turned on as it is connected with the inverter,
“chc” appears on the display first and then “init” appears to indicate that
the power supply is being initialized. Lastly, the display shows “copy”.
“
chc ”→“init
”
→“c0py
c0py”→“comp
→“prot”→“clr
”
－Selecting a desired function－
“
”
”
Select “clr”(memory initializing function) with the SFT key.
Each time the SFT key is pressed, indication on the display changes from
“c0py” (copying function) to “comp”(comparing function), “prot”
(memory protecting function), “clr” in this order.
－Entering the selected function
SFT
･
△
“clr”→“a”
After selecting “clr” with the SFT key, press the ENT key and "a" (selecting
memory A) appears on the display.
ENT
－Selecting a memory to initialize－
“a
”→“b
”→“c
”
Select the desired memory to initialize with “SFT” key.
Each time the SFT key is pressed, indication on the display changes from
“a”(selecting memory A) to “b”(selecting memory B), “c”(selecting memory
C),”sys”(selecting all memories: status of factory setting (including “prot”))
in this order.
SFT
→“sys”→“
a
”
△
－Entering the memory to initialize－
After selecting “a” (selecting memory A, by way of example) with the SFT key,
press the ENT key and “off” appears on the display.
“a”→“off”
ENT
－Initializing the selected memory－
“
0ff”→“0n
”
SFT
Each time the SFT key is pressed, indication on the display alternately changes
between “on”(to initialize selected memory) and "0ff" (not to initialize the
selected memory).
→“0ff
”
△
－Executing initialization of the selected memory－
“
0n”→“init
”
After selecting "on" (selecting inverter's memory for example) with the SFT key,
press the ENT key and the parameter writer starts initializing the selected memory
with indication of "init" appearing on the display.
When initialization of the selected memory is complete, indication of the display
returns to "copy”.
→“c0py
”
ENT
・If the ESC key is pressed, the parameter writer returns to the status one before.
4.6. Function to serve as remote keypad
(for VF-S7/S7e series inverter whose CPU version is V104 or after)
The parameter writer can be used as an operation panel (remote keypad) of a VF-S7/S7e series inverter
whose CPU version is V104 or after by means of the procedure mentioned below. For recovering the
parameter writer's original function from the status to serve as remote keypad, do the same operation as that
for actuating the remote keypad function. When the parameter writer is set to serve as a remote keypad, refer
to the operation manual of the inverter for operations of the remote keypad because operations are the same
as those on the inverter's operation panel.
■ Procedure to switch the parameter writer's mode to function as a remote keypad or to function as
parameter writer.
Following to the procedure of ''3. Connection and start-up", turn on the parameter writer while
pressing the
key.
ENT
■ Checking the setting mode of the parameter writer (for remote keypad function or parameter writer
function)
When the parameter writer is turned on and the PARAMETER WRITER lamp is on, the parameter
writer is set to function as the parameter writer. When the REMOTE KEYPAD lamp is on, the
parameter writer is set to function as the remote keypad.
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E6580724
5. Indications on display
Messages appearing on the display are classified into three, namely, title indications, malfunction
indications and alarm indications.
■Title indications (function indications): Indicated by LED lamps
LED indication
init
Description
In initialization
chc
In checking of initial communication with inverter
copy
comp
prot
clr
Copying function
Comparing function
Memory protecting function
Memory initializing function
a，b，c，in， Name of objective a(memory A), b(memory B), c(memory C)
sys，sup
＿ ＿-＿ ＿
＿ ＿=＿ ＿
end
memory
Copying from ＿ to＿
Comparing data of ＿ with that of ＿
End of copying or comparing
in(inverter's memory), sys(all memories), sup(Special data)
0ff，0n
On/Off status of memory protection function or memory initializing function
(ON: to execute, OFF: not to execute)
f___
Communication number of parameter
00- ff
Result of check sum (hexadecimal number)
■Malfunction indications: Indicated by blinking LED
LED indication
Description
RAM built in the parameter writer is abnormal.
If the same indication appears after resetting the parameter writer, it needs to repair.
ROM built in the parameter writer is abnormal.
raMe
roMe
eePe
cpUe
coMe
If the same indication appears after resetting the parameter writer, it needs to repair.
E2PROM built in the parameter writer is abnormal.
If the same indication appears after writing (copying) data again, it needs to repair.
CPU of the parameter writer is abnormal.
If the same indication appears after resetting the parameter writer, it needs to repair.
Abnormal communication
When communication is normally operated after the indication, the alarm mode (indication)
is automatically cancelled. If the same indication appears after checking connection of the
inverter's serial communication cable and resetting the parameter writer, the unit needs to repair.
■Alarm indications (warning indications): Indicated by blinking LED
LED indication
prot
Description
The target memory to copy data or to initialize is write protected. You cannot copy data to the
memory or initialize that memory.
deVe
The type of device is different (different in type or capacity of inverter).
If you press the ENT key when you are copying between two inverters of different capacities, the
system executes a copying operation forcefully but the system ends the operation if you press the
ESC key. If you set “sup” (system area parameters) to “off” (protection disabled) with
“prot(memory protection)” function, you cannot write data even if you press the ENT key.
If you have written data forcefully between two inverters with different capacities, we suggest you
execute a parameter initialization for each level of inverter capacity. See the inverter instruction
manual on how to initialize parameters.
erRa
erRb
erRc
When memory A (or B or C) is selected as the source of copying operation or when it is selected
with comparison and protection functions with no data in either case in the memory (including the
case when power was turned off during the previous copying operation), or when a check sum
error occurred, this indication appears.
Write data other than zero to the memory.
f___
clr
Indicates the communication number of the parameter whose setting value is different.
If you press the “STOP key” while an alarm message is displayed, “clr” flickers for one
second. If you press the “STOP key” again when “clr” flickers, the parameter writer will be
reset.
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Ｅ６５８０７２４
6. Resetting function
Reset the computer inside the parameter writer as follows if an alarm occurs.
[Resetting method]
Ｂ
→ “clr”→
Ｂ
STOP
STOP
If “STOP key” is pressed while an alarm message is displayed, “clr” flickers for one second. If
you press the “STOP key” again when “clr” flickers, the parameter writer will be reset.
7. Specifications
Item
Specifications
ＰＷＵ００１Ｚ－１
Model
Service environment Indoor lower than 1000m above sea level, not subject to direct sunlight,
corrosive or explosive gas, vapor, dust, chips, cutting oil, grinding agent, etc.
-10℃ to +50℃
Ambient temperature
Storage temperature
Relative humidity
Vibration
-25℃ to +65℃
20 to 90 % (no condensation allowed)
5.9 m/s2
Cooling
Self cooling
8. Warranty
The Parameter Writer will be adjusted or repaired free of charge under the following conditions.
1. When the Parameter Writer has a trouble under correct installation and operation within one year
after delivery and the trouble clearly originated in the design or manufacture of the unit, the
manufacturer is responsible for the trouble and the unit will be repaired by it free of charge.
2. The warranty applies to the delivered Parameter Writer only.
3. The user will be charged for the following repair service though the term of the warranty is not
expired.
1) Trouble or damage caused by wrong operation, unauthorized repair or modification.
2) Trouble or damage caused by transportation, dropping or wrong handling of the unit after it was
delivered to the user.
3) Trouble or damage caused by fire, salt water/breezes, noxious gas, earthquake, flood or strong
wind, lightning, abnormal mains voltage or other natural calamity.
4) Trouble or damage caused by wrong use of the unit as it is used for a purpose other than the
original application of the Parameter Writer.
4. I the case there is another warranty specially provided for the unit, it has priority over the above-
mentioned articles.
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14E
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