Toshiba BACnet BCN001Z Parts list manual
·'
TOSHIBA
E6581440
TOSVERTVF-PS1 series
BACnet® Option unit Function Manual
BCN001Z
NOTICE
1.
Make sure that this instruction manual is delivered
to
the end user
of
BACnet®
Option unit.
2. Read this manual before installing
or
operating the BACnet® Option unit. Keep it
in a safe place
for
reference.
3.
All information contained in this manual are subject to change without notice.
Please confirm the latest information on ourweb site
TOSHIBA
E6581440
Introduction
Thank
you
for purchasing the BACnet® Option unit (BCN001Z) for VF-PS1 series
inverter.
Before using BACnet® Option unit, carefully read this function manual in order to
completely and correctly utilize its excellent performance.
After reading this function manual, please keep
ii
handy for future reference.
For details of its general handling, see
an
instruction manual attached with the option
unit.
• TOSVERT VF-PS1 Instruction Manual .................................E6581386
• BCN001Z Instruction Manual ................................................E6581438
* BACnet® is a registered trademark of ASHRAE.
(ASHRAE : American Society
of
Healing, Refrigerating and Air-Conditioning Engineers)
•
Handling in general & Warnina
(S)
"'
Do
not connect or disconnect a network cable while the Inverter power is on.
Prohibited It may lead to electric shocks or fire.
0
"'
See the instruction manual attached with the option unit for cautions the handling.
Mandatory Otherwise, ii may lead to electric shocks, fire, injuries or damage to product.
•Network
control
& Warnina
(S)
"'
Do
not send the value out of
the
valid range to network variables.
Prohibited Otherwise, the motor may suddenly starUstop and that may result
in
injuries.
0
"'
Use an additional safety device with your system to prevent a serious accident due to
the network malfunctions. Usage without an additional safety device may cause
an
Mandatory accident. & Caution
"'
Set
up
"Communication error trip function (see below)" to stop the Inverter when the
option unit is deactivated
by
an unusual event such as tripping, an operating error,
power outage, failure, etc.
0 -Network Time-Out, Inverter operation at disconnection, Preset speed operation
selection
Mandatory
(f
83
2 ,f
851
and f
85
2,
see the Inverter instruction manual for details)
Deactivated option unit may cause
an
accident,
if
the "Communication error trip
function" is not properly set
up.
"'
Make sure that the operation signals are STOP before resetting Inverter's fault. The
motor may suddenly start
and
that may result
in
injuries.
•Notes
on operation Notes
"'When
the control power is shut
off
by the instantaneous power failure,
communication will be unavailable
for
a while.
"'
The Life of EEPROM is approximately 100000 limes. Avoid writing a command more
than 100000 times to the same parameter of the Inverter and the communication board.
TOSHIBA
E6581440
Table
of
Contents
1.
OVERVIEW...........................................................................................................................................3
2.
NAMES AND FUNCTIONS ...................................................................................................................3
2.1. Outline............................................................................................................................................3
2.2. BACnet® Connector .......................................................................................................................3
2.3. LED indicator..................................................................................................................................4
2.4. MAC address setting.......................................................................................................................5
3.
VF-PS1 PARAMETERS ........................................................................................................................7
3.1. Communication parameters............................................................................................................7
3.2. Network Baudrate (f"8 3 1 )............................................................................................................8
3.3. Network error detection
("f
832,
f"
851,
"f
852)
........................................................................8
3.4. Instance
Number(f"833,
f"834)
..............................................................................................8
3.5. MaxMaster (
f"
8 3
5)
......................................................................................................................8
3.6. Maxlnfoframe
(f"836)
..................................................................................................................8
3.7. MAC address
monitor(f"853)
.......................................................................................................8
3.8. Number
of
motor poles for communication(
f"
8 5
6)
.......................................................................8
4.
FUNCTIONS .........................................................................................................................................9
4.1. Object I Property support Matrix .....................................................................................................9
4.2. Drive 1/0 Objects..........................................................................................................................
10
4.2.1. Binary Input Object Instance ..................................................................................................
10
4.2.2. Binary Output Object Instance ...............................................................................................
11
4.2.3. Binary Value Objects Instance ...............................................................................................
12
4.2.4. Analog Input Object Instance .................................................................................................13
4.2.5. Analog Output Object Instance ..............................................................................................13
4.2.6. Analog Value Object Instance................................................................................................14
4.3. Device Objects .............................................................................................................................15
5.
MAILBOX FUNCTION POINTS ..........................................................................................................16
5.1. VF-PS1 Fault code .......................................................................................................................17
6.
SPECIFICATIONS ..............................................................................................................................18
TOSHIBA
E6581440
1.
Overview
The BACnet® option unit(BCN001Z) allows the VF-PS1 inverter to
be
connected into a BACnet®
network.
BCN001Z is applicable for VF-PS1 software version V620 or later.
2.
Names
and
functions
The drawing below shows names and functions
of
main parts.
2.1. Outline Connector to the inverter
0
Don't use this connecter
---+
Don't use this switch
BACnet LED indicator
(See 2.3)
MS/TP MAC address switches
(See 2.4)
Termination
i
resistor
0
BACnet Connector (See 2.2)
(Terminal
connector
:
MSTB 2,5/4-STF-5.08 PHOENIX CONTACT)
2.2. BACnet® Connector
Terminal Function Electrical specifications
svmbol
B Communication sianal I+l
A Communication sianal 1-l
GND BACnet® Sianal common
communication signal
SCR EIA-485 Shield terminal.
Panel mounting tabs
Earth
Internal circuits
B
~kf7k
4.7
~
A I
4.7k
~
47k
I<
GNDrlERM~
SCR
)
120
SW10
I
TOSHIBA
E6581440
2.3. LED indicator
The LED shows the present status
of
the network and error.
•Layout
of
LED
COM
2.1
ERR 2.2
2.3
2.4
2.5
I>
COM
(Green)
__
O~F~F~--11--~0~F~F--11
ON
JUUL_[
JUUUl
!<
2s
)«
1s)
OFF
OFF
ERR
(Red)
1s
:-
-:
JlIU1Ilflf
JUUL_[
_fl____Jl
11
__
0=F'-'-F
___
1
1
.---00c.c.F'-F
_
ic
2s
)!C
1s
3!
'c
1s
3;
OFF
A B c D E F G
State LEDs Comment
A COM LED: OFF BCN001Z board failure.
ERR LED: Flashing 5 times in 1 second
COM LED: OFF Communication loss was detected.
B ERR LED: 3 times in 2 seconds,
OFF
for 1 second Confirm the network condition and
connection
of
the cable.
Invalid configuration was detected.
c COM LED: ON (MAC address > max master)
ERR LED:
OFF
0.5s. ON 0.5s (Note)When inverter occurred in E-23 or
E-24, the LED becomes this state.
COM LED: 3 times in 2 seconds, OFF for 1
D second Waiting
for
Auto baudrate detection
ERR LED:
OFF
E COM LED: Flashing Valid message was received
for
this node
ERR LED:
OFF
F COM LED:
OFF
Invalid message was received (any node)
ERR LED: Flashing
COM LED:
OFF
No
communication
G ERR LED:
OFF
Check the network condition and
connection
of
the cable.
TOSHIBA
E6581440
2.4.
MAC
address setting
~
ID
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
The DIP switch
on
the circuit board
of
the option is used to set a MSfTP MAC address.
Each DIP switch is
ON
when it is flipped to the lower position.
The MAC address must
be
unique
and
not match any other device
on
a network
segment.
.j.
z
0
1 2 3 4 5 6 7 8
' '
1 2 3 4 5 6 7 I 8
~
1 I 2 3 4 5 6 7 8
ID
OFF 1
0FF
OFF OFF OFF OFF OFF OFF
32
OFF OFF ON OFF OFF OFF OFF OFF
OFF OFF OFF OFF OFF OFF OFFI
ON
33
OFF OFF ON OFF OFF OFF OFF
ON
OFF OFF OFF IOFF OFF OFF ON iOFF
34
OFF OFF ON OFF OFF OFF ON OFF
OFF OFF IOFF IOFF OFF OFF
ONiON
35
OFF OFF
ON
OFF OFF OFF
ON ON
OFF OFFIOFF OFF OFF ON OFFIOFF
36
OFF OFF
ON
OFF OFF
ON
OFF OFF
OFFiOFFJOFF OFF OFF
ON
!OFF!
ON
37
OFF OFF
ON
OFF OFF
ON
OFF ON
OFF IOFF OFF OFF OFF
ON
I
ON
IOFF
38
OFF OFF
ON
OFF
OFF1
ON
ON OFF
OFFIOFF OFF OFF OFF
ON
i
ON
ION
39
OFF/OFF
ON
OFF OFF/ ON ON
ON
OFFIOFF OFF OFF ON IOFF'OFF OFF
40
OFF1
0FF
ON OFF ON iOFF OFF OFF
OFF OFF OFF OFF ON OFF OFF! ON
41
OFF OFF ON OFF
ON
iOFF OFF
ON
OFF OFF OFF OFF ON OFF ON IOFF
42
OFF OFF ON OFF
ON
iOFF ON OFF
OFF OFF OFF OFF!
ON
OFF
ON.ON
43
OFF OFF ON OFF
ON
!OFF ON
ON
OFF OFF IOFF OFFI
ON
ION
loFF!OFF
44
OFF OFF
ON
OFF
ON
i
ON
JOFF
OFF
OFF OFFiOFF OFFI
ON
ION OFFi
ON
45
OFF OFF
ON
OFF
ON
I
ON
'OFF
ON
OFF OFF[OFF1
0FF!
ON
ON ON iOFF
46
OFF OFF
ON
OFF
ON
I
ON
ON OFF
OFF OFF OFF OFFI
ON
ON
ON!ON
47
OFF OFFI
ON
OFF
ON
1
ON ON
ON
OFF OFF OFF
ON
OFF OFF OFF!OFF
48
OFF OFFI
ON ON
OFF OFF OFF OFF
OFF OFF OFF
ON
OFF OFFIOFF!
ON
49
OFF OFF
ON
ON OFF OFF OFF ON
OFF OFF OFF ON OFF OFFI ON !OFF
50
OFF OFF ON ON OFF OFF ON OFF
OFFiOFF OFF ON OFF OFF[
ON
ON
51
OFF OFF ON ON OFF OFF ON
ON
OFF/OFF OFF ON OFF
ON
loFFIOFF
52
OFF OFF ON ON OFF ON OFF OFF
OFF[OFF OFF
ON
OFF
ON
iOFF ON
53
OFF OFF ON ON OFF ON OFF
ON
OFF OFF IOFF
ON
OFF
ON!
ON
OFF
54
OFFIOFF ON
ON
OFF
ON
ON OFF
OFF OFFiOFF
ON
OFF '
ON
ON ON
55
OFF!OFF ON
ON
OFF
ON'
ON
ON
OFF OFF OFF'
ON
ON OFF OFF OFF
56
OFF'OFF ON
ON ON
OFF OFF OFF
OFF OFF OFF
ON
ON OFF OFF ON
57
OFF OFF ON
ON ON
OFF OFF
ON
OFF OFF OFF
ON ON
OFF
ON
OFF
58
OFF OFF ON
ON ON
OFF
ON
OFF
OFF OFF OFF
ON ON
OFF ON ON
59
OFF OFF
ON ON
ON OFF ON ON
OFF OFF OFF
ON ON
ON OFF OFF
60
OFF OFF
ON ON
ON ON OFF OFF
OFF OFF OFF
ONION
1
0N
OFF ON
61
OFF OFF
ON
ON ON ON OFF ON
OFF OFF OFF
ON ON
ON ON OFF
62
OFF OFF
ON
ON ON ON ON OFF
OFF.OFF OFF
ON
ON
ON
ON ON
63
OFF OFF ON ON ON ON ON
ON
.
TOSHIBA
E6581440
I~
I 1 2 3 4 5 6 7 8
~
ID 1 2 3 4 5 6 7 8
64 OFF ON
OFFiOFFiOFF
OFF.OFF OFF 96 OFF ON ON OFF OFF OFFJOFF OFF
65 OFFi ON OFFIOFF OFF OFF OFF ON 97 OFF ON ON OFF
OFFIOFFIOFFI
ON
66 OFF! ON
OFFiOFFiOFF
OFF. ON OFF 98 OFF ON
ON
OFF OFFIOFF I ON !OFF
67 OFF ON
OFFlOFF'OFFiOFF
ON.
ON 99 OFF ON ON OFF OFFIOFFI ON ON
68 OFFi ON
IOFFlOFFIOFFI
ON
OFF OFF
100
OFF ON ON OFF OFFI
ON
lOFFIOFF
69 OFF
ON
OFFiOFFiOFF
ON OFF ON
101
OFF ON ON OFF OFF' ON IOFF ON
70 OFFI
ON
IOFF OFFlOFF
ON,ON
OFF
102
OFF ON ON iOFF OFF ON I ON IOFF
71
OFFi
ON
/OFF/OFF/OFF
ON,ON
ON 103 OFF ON ON /OFF OFFI ON
JON
j ON
72 OFFI ON OFF IOFF ON OFF OFF OFF 104 OFF
ONi
ON
lOFF ON
IOFFlOFFiOFF
73 OFF! ON OFFIOFF ON OFF OFF ON 105 OFF ON I
ON
IOFF ON OFF!OFF ON
74 OFFI ON
loFFlOFFI
ON IOFF ON OFF 106 OFF ON I ON
!oFFI
ON OFFl ON !OFF
75 OFFI ON
lOFFiOFFI
ON
IOFF ON ON 107 OFF
ONi
ON OFF! ON OFFI
ONION
76
OFF
ON
OFF OFF ON ON
·oFF'OFF
108 OFF ON ON IOFFI ON ON
iOFFiOFF
77 OFFi
ON
IOFF OFFI ON ON OFF: ON 109 OFF ON ION !OFF
ON'
ON IOFF ON
78 OFF
ON
OFF'OFF
ON ON ON OFF 110 OFF ON
ON
OFFi ON
ON/
ON
iOFF
79 OFF ON OFF OFF ON ON ON ON
111
OFF ON I
ON
IOFF ON
ONI
ON
,ON
80 OFF ON OFF ON ,OFF OFF·OFF·OFF 112 OFF
ONi
ON
ON OFF
OFFiOFFiOFF
81
OFF ON OFFI ON OFF OFF.OFF ON 113 OFF ON I
ON
I ON OFF OFFIOFFI ON
82 OFF
ON
OFFI ON OFF OFF· ON :OFF 114 OFF ON ON ON OFFIOFFI ON OFF
83 OFFI
ON
OFF' ON OFF OFF' ON ON 115 OFF ON ON ON iOFFIOFFI ON ON
84 OFFi
ON
OFFi ON OFFI ON iOFF OFF 116 OFF ON ON ON OFF! ON OFFiOFF
85 OFFi
ON
'OFF
ON
/OFF/ ON OFF ON
117
OFF ON ON ON ;OFF ON OFF ON
86 OFF
ON
OFF
ON
OFF ON ON 'OFF 118 OFF ON
ON
ON OFF ON
ON
OFF
87 OFF ON OFF ON OFF• ON
ON'ON
119 OFF ON
ON ON
OFF
ONi
ON'ON
88 OFF ON OFF ON ON OFF OFF OFF 120 OFF! ON I
ON
i
ON
ON OFF!OFF OFF
89 OFF ON OFF ON
ON
OFF OFF
ON
121
OFFI ON I
ON ON
ON OFF OFF
ON
90 OFF ON OFF ON ON OFF
ON
,OFF 122 OFFi ON
ON
ON,
ON OFFi ON OFF
91
OFF
ON
OFFI ON
ON
OFF
ON'
ON
123 OFF' ON I ON ON i ON OFF ON ON
92 OFF
ON
OFF' ON ON
ON
'OFF OFF 124 OFFI ON
ONI
ON ON ON IOFFIOFF
93
OFF
ON
OFF' ON
ONI
ON
OFF' ON 125 OFF! ON ON ON
ON.ON
OFF ON
94
OFF
ON
OFF; ON ON
ON
ON OFF 126 OFFi
ON
ON ON
ON
ON ON OFF
95 OFF
ON
OFF ON ON
ON·
ON ON 127 OFF
ON.
ON ON
ON'
ON
ON
ON
TOSHIBA
E6581440
3.
VF-PS1 Parameters
3.1. Communication parameters
·!!:'
Set
up
the
inverter
parameters
as
follows.
To
update, reset
of
inverter. If these parameters
are
not set
to
correct value, this unit can not
work
normally.
Title Function Description Factory
setting
0:
AUTO
adaptive,1: 9600bps,2: 19200bps,
f831
Network Baudrate (*1) (*2) 3: 38400bps,4: 76800bps,Over 5
is
AUTO
adaptive. 0000
0: No action
f832
Network Time-Out (*1) (*2) Unit
0.1
sec, Setting range: 1- 65535 0000
f833°
-
..
)..'":5
··~
1'1~l
4»nl
Instance No.=
f833x1000
+
f834
0000
f834
< 1000
,,,
~
Instance numbe • ) *2)
•
f834
/ Instance No. < 4194304 0000
..
f835
f836
f851
f852
f853
f856
f899
fe66
fe67
'
i<•f<../
Uc.J~=-
Setting range : 0 to 127
MaxMaster(*1) ("2) Over 127 is limited 127. 0000
Maxinfoframe("1) ("2) Setting range : 0 to 100
0 same as
1.
Over 100 is limited 100 internally. 0000
0: Inverter stop, communication command, frequency
mode open (by
cmod,
fmod)
Inverter operation at the
1:
None (continued operation)
communications
loss
action
2: Deceleration stop
3:
Coast stop 0
(Network wire breaks) 4: Network error (e r r 8 trip)
5:
Preset speed operation by f 8 5 2 setting
Preset speed operation O:None 0
1-15:Presetspeed operation (by parameter setting)
selection
MAC address ("2) BCN001Z MSfTP MAC address monitor. -
(Read Only) (Set DIP switches on the board)
Number of motor poles for 1-B:Number
of
motorpole pairs 2(4 poles)
communication ("2) (It is used to monitor the rotational speed of the motor)
O:None 0
Network option reset setting 1:Reset option unit and inverter
Add-on option 1 CPU -
version(Under side option) Option unit software version number.
Add-on option 2 CPU If this monitor value is '123',that means version '1.23'. -
version(Panel side)
("1) These parameters are displayed by the Panel as a hexadecimal number.
("2) This parameter
is
effective by reset. Please reset (power supply reset or
f899=1)
after
changing a set point.
TOSHIBA
E6581440
3.2. Network Baudrate
(f831)
Set the network baudrate to F8 3 1 . Set the same baudrate in the network. If set AUTO
baudrate. the option unit detects network baudrate automatically.
3.3. Network error detection
(f832,
f851,
f852)
Set the network communication loss action time to r 8 3
2.
The network loss detection
starts from the first receiving of the proper frame message. The action of the network
communication loss is set
by
F 8 5 1 .
If F8
51
is set other than
4,
·
t'
alarm appear at the inverter panel display when
communication loss was detected.
In
addition, in the case of
F851
= 5, the inverter output designated frequency
in
"Preset
speed operation selection( F8 5 2
)".
3.4. Instance Number
(f833,
f834)
Set BACnet® Object Instance number. The instance number should not be duplicate
in
the network. The instance number is 22bit data length, and set the number
of
the option
board as below.
Instance
number=
F833
x 1000 +
F834
r834
< 1000
Instance number< 4194304
3.5.
Max
Master (f 8 3
5)
Set the maximum master number of the segment. The BACnet® option unit polls master
station node from 0 to MaxMaster,
so
set MaxMaster to
be
small number to
be
a fast
response time.
3.6. Maxlnfoframe (f 8 3
6)
Set the max information frame number to
send
from this node. Not need to change.
3.7.
MAC
address
monitor(f853)
Set the station MAC address to a switch(SW102)
on
the option board. This station MAC
address should
be
a unique number
on
the MS/TP network segment.
r 8 5 3 is the monitor parameter of MAC address that is set to the address switch
on
the
option board.
3.8. Number of motor poles for
communication(f856)
Set the number
of
motor pole pairs to calculate the motor rotational speed.
This parameter is used only when the motor rotational speed is monitored with a
communication.
TOSHIBA
E6581440
4.Functions
This
option board is based on BACnet® "Application Specific Controller" (B-ASC).
4.1. Object I Property support Matrix
This
option board supports below table objects and properties.
Object Type
Property Device Binary Binary Binary Analog Analog Analog
Input Output Value Input Output Value
Object Identifier
,/
,/ ,/
,/
,/
,/ ,/
Obiect Name
,/ ,/
,/ ,/
,/
,/ ,/
Object Type
,/
,/ ,/
,/
,/
,/ ,/
System Status
,/
Vendor Name
,/
Vendor Identifier
,/
Model Name
,/
Finnware
Revision
,/
Appl Software Revision
,/
Protocol Version
,/
Protocol Revision
,/
Services Supported
,/
Object Types Supported
,/
Object List
,/
MaxAPDU Length
,/
Segmentation Support
,/
APDU Timeout
,/
NumberAPDU Retries
,/
Max Master
,/
Max Info Frames
,/
Device Address Binding
,/
Database Revision
,/
Present Value
,/
,/ ,/ ,/
,/ ,/
Status Flags
,/ ,/
,/
,/ ,/
,/
Event State
,/
,/
,/
,/ ,/
,/
Out-of-Service
,/
,/
,/
,/
,/
,/
Units
,/
,/
,/
Prioritv Array
./*2
./
*1
*2
,/
,/
·1
Relinquish Default
,/
,/
·1
,/
,/
·1
Polaritv
,/ ,/
Active Text
,/ ,/ ,/
Inactive Text
,/ ,/ ,/
*1: For commandable object only.
*2: Priority Array 6 are not supported.
TOSHIBA
E6581440
4.2. Drive 1/0 Objects
4.2.1. Binary Input Object Instance
Binary input objects
allow
to
monitor
the
inverter actual terminal
ON/OFF
status.
These objects
are
read only.
If
it is necessary
to
read
inverter
terminal output
status
via
BACnet®
network, Binary input object can be used to. Binary input #0 is FL labeled
terminal monitor.
Whatever
function
is
set
to
the
FL terminal by parameter r 1 3
2,
it
indicate a terminal level that
inverter
would
try
to
output.
Instance
ID
Object Name Description
Binarv input #0
RO
1 ACT Inverter
FL
terminal monitor
Binary input
#1
R02ACT
Inverter
OUT1
terminal monitor
Binarv input #2
R03ACT
Inverter OUT2 terminal monitor
Binary inPut
#3
•
R04ACT
Inverter
R2
terminal monitor
Binarv input
#4
•
RO
5ACT
Inverter OUT5 terminal monitor
Binarv input #5 •
R06ACT
Inverter OUT6 terminal monitor
Binarv input
#6
DI
1 ACT Inverter F terminal monitor
Binarv input
#7
DI
2ACT
Inverter Rterminal monitor
Binarv input #9
DI
4ACT
Inverter
RES
terminal monitor
Binarv inout #10
DI
5ACT
Inverter
S1
terminal monitor
Binarv input
#11
DI
6ACT
Inverter
S2
terminal monitor
Binarv input #12
DI
7 ACT Inverter
S3
terminal monitor
Binarv input #13
DI
BACT
Inverter RR/S4 terminal monitor
Binarv input #14 •
DI
9ACT
Inverter Ll5 terminal monitor
Binary input #15 •
DI
10
ACT Inverter Ll6 terminal monitor
Binarv input #16 •
DI
11
ACT Inverter
LI?
terminal monitor
Binary inout #17 •
DI
12ACT
Inverter
LIB
terminal monitor
•These
are enabled with ETB004Z(Expansion
10
card option).
••These parameters affect the function of terminals.
R=Read-only, W=Writable, C=Commandable.
Active I
Acee
Inactive SS
1r1
32
..
l
ON/OFF
R
cr130
..
>
ON
/OFF
R
1r1
31
..
l
ON
I OFF R
cr138**l
ON
I OFF R
<r136
..
)
ON/OFF
R
1r1
37
··>
ON/OFF
R
ON/OFF
R
ON/OFF
R
ON
/OFF
R
ON
/OFF
R
ON/OFF
R
ON
/OFF
R
ON
/OFF
R
ON/OFF
R
ON/OFF
R
ON/OFF
R
ON/OFF
R
TOSHIBA
E6581440
4.2.2. Binary Output Object Instance
Binary output objects allow to control output terminals via BACnet® network.
Set the terminal function parameter(see below table) before control output terminals.
These commandable objects can be used
for
priority-array and relinquish-default
property.
Instance
ID
Object Name Description
Binarv Outout
tl-0
RO
1 CMD
FL
terminal control.
(f132
=92)
Binarv Output
#1
R02CMD
OUT1
terminal control.
(f130=94)
Binarv Outout#2
R03CMD
OUT2 terminal control.
(f
1
31
= 96)
Binarv Outnut #3
R04CMD
R2
terminal control.
(f138=98)
Binarv Outout #4
R05CMD
OUT3 terminal control.
(f136=100)
Binary Output #5
R06CMD
OUT4 terminal control.
(f137=102)
Binary Output #3.#4.#5:
These
are
enabled
with
ETB004Z(Expansion
10
card
option).
R=Read-only. W=Writable. C=Commandable.
Active I Access
Inactive
ON
I OFF c
ON
/OFF
c
ON
/OFF
c
ON/OFF
c
ON/OFF
c
ON
/OFF
c
TOSHIBA
E6581440
4.2.3.
Binary
Value
ID
tlO
#1
#2
#4
#U
#7
#8
#10
#11
#14
#15
#16
#18
#19
#20
#21
#22
Binary Value Objects Instance
Binary
value
objects
allow
to
monitor
inverter status and send command such
as
RUN/STOP command.
Commandable objects can be used
for
priority-array and relinquish-default property.
Object Name Description Active/ Access
Inactive Text
Indicates the drive
run
status
RUN/STOP ACT RUNS/READY R
(This obiect access to oarameter f
dO
1 bit10l
Indicates the motorrotation's direction
FWD/REV ACT REV/FWD R
(This object access to parameter f
dO
1 bit9)
FAULT ACT Indicates the drive's fault status FAULTED/NONE R
HAND/AUTO ACT Indicates ifthe drive is locally controlled
or
not HAND/AUTO R
MAINTREQ
Commutative operation time alarm status YES/NO R
(This obiect access to parameter f c
91
bit10)
The VSD
is
ready and waits a start command READY/NOT
DRIVE READY R
(This object access to parameter f d O 1 bit14) READY
ATSETPOINT
The VSD has reached the target speed REACHED/NO R
RUN/STOP CMD Commands a drive start START/STOP c
FWD/REVCMD
Commands a motor direction's change REV/FWD c
FAULT RESET Command to reset faults RESET/NO c
MBOX READ Command to read parameter READ/RESET w
MBOXWRITE
Command to write parameter WRITE/RESET w
SP1PRESET Preset speed operation frequency 1 SP1/NONE c
SP2PRESET Preset speed operation frequency 2 SP2/NONE c
SP3PRESET Preset soeed ooeration freauencv 3 SP2/NONE c
SPTSEL Frequency priority selection ENABLED/OFF c
(This object access to parameter f
a06
bit14)
CMDSEL Command priority selection ENABLED/OFF c
(This obiect access to oarameter f
a06
bit15)
R=Read-only, W=Writable, C=Commandable.
TOSHIBA
E6581440
4.2.4.
4.2.5.
Analog Input Object Instance
The analog input objects allow to monitor inverter analog input terminal level.
These objects only read inverter parameters those are prepared as read only monitor
parameters(from f e 3 5 to f e 3 9
).
These objects present-value unit is "%" unit. and present-value=100.0% mean analog
input terminals are a full range input level.
Instance
ID
Object Name Description
Analoa lnout
#-0
ANALOG INPUT 1 RR/S4 analoa inout level.
Analoa Input
#1
ANALOG INPUT 2 VI/II analoa inout level.
Analoq Input #2 ANALOG INPUT 3 RX analoa inout level.
Analoq Input #3 ANALOG INPUT4
Al1
analoa input level.
Analoq Input #4 ANALOG INPUT 5 Al2 analoq input level.
Analog Input #3,#4 :
These
are
enabled
with
ETB004Z(Expansion
10
card
option).
R=Read-only, W=Writable. C=Commandable.
Analog Output Object Instance
Access
{fe35)
R
{fe36)
R
{fe37l
R
lfe38l
R
lfe39)
R
The analog output objects allow to central inverter analag(AM,FM,...) output levels, and
also can be used priority-array and relinquish-default praperty.
These objects only write to inverter parameters(
fa
51-fa5
4
).
It is necessary to set
meterfunction selection parameters(see below table} to 31.
Instance
ID
Obiect Name Description Access
Analoa output #0
A01COMMAND
Set
fms
I to
31,
in
orderto
use
inverter
FM
terminal.
Analoa output
#1
A02COMMAND
Set
ams
I to
31,
in
order to use inverter AM terminal.
Analog output #2
A03COMMAND
Set f 6 7 2 to
31,
in
order to
use
MON
1 terminal on
the exoansion
10
card option.
Analog output #3
A04COMMAND
Set f 6 7 4 to
31,
in
order to
use
MON2 terminal or
pulse output terminal
on
the exnansion
10
card option.
Analog output #2,#3 :
These
are
enabled
with
ETB004Z(Expansion
10
card
option).
R=Read-only, W=Writable, C=Commandable.
w
w
w
w
TOSHIBA
E6581440
4.2.6. Analog Value Object Instance
The
analog
value
objects
allow
to
monitor
drive
status such as
output
frequency, current
and voltage. Additionally,
drive
speed reference can be set
as
Analog
Value #16.
Binary Object Name Description UNIT Access
Value
ID
OUTPUT Output speed[min-1](Calculate from f
dOO)
min-
1
#0 R
SPEED
#1
OUTPUT FREQ Outout freauencvfHzlC f d
00)
Hz R
#2 DC BUS VOLT DC bus voltaae (Calculate from f
e04
l v R
#3 OUTPUT VOLT Motor voltaaelCalculate from f
e05
l v R
#4 CURRENT Motor currentlCalculate from f
e03
l A R
#5 TORQUE
MotorTorauelfe1
8)
% R
#6 POWER Motor Power(Calculate from f
e30)
100%=/""3xVSD rate voltage xMotor rate current % R
#7 DRIVE TEMP Drive Thermal State(f d 2
4)
% R
OL1
will be caused, if this value reaches 100%,
#8 KWH (R) Enerav counter(Calculate from f d 7
6,
f d 7
7)
KWH R
#10 PRC PID FBCK PID reaulatorfeedback
(fe22
/ v I *100.00) % R
#14 RUN TIME Cumulate operation time (f e 1
4)
hour R
#16 INPUT REF 1 Speed reference
If
a07/v
I *100) % c
#18 LAST FLT Current fault code( f c 9 0 l -R
#19 PREV FLT 1 Past fault code(most recent fault)( f e 1
0)
-R
#20 PREV
FLT2
Past fault code(fault before most recent)( f e 1 1 ) -R
#23 ACCEL1 TIME * Acceleration time(a
cc)
SEC w
#24 DECEL1 TIME * Deceleration time(
de
c)
SEC w
#25
MBOXPARAM
Parameter number -w
#26
MBOXDATA
Parametervalue -w
..
*Avoid
frequently writing
to
these obiects, because
the
Life
of
EEPROM
1s
approximately
100,000 times.
R=Read-only,
W=Writable,
C=Commandable.
TOSHIBA
E6581440
4.3. Device Objects
Device object properties are below.
Property Name Property Value
Object Name "VF-PS1"'
Object Type 8 (device)
Vendor Name "TOSHIBA"
Vendor Identifier 203
Model Name "VFPS1-2007P" (depend
on
the VSD model)
Firmware Revision "V1.00" (depend
on
the option software version)
Application Software Version "V6.20" (depend on the VSD software version)
Protocol Version 1
Protocol Revision 2
'
TOSHIBA
E6581440
5.
Mailbox
Function
Points
Mail box object allow
to
read/write inverter parameters
via
BACnet®
network.
Object
ID
Object Name Description
Set parameter individual communication number.
Communication address is normally consist of characters
from
0 to
9,
but
Analog value
#25
MBOXPARAM Interpreted hexadecimal code internally.
Set
the
real
float
number
converted hexadecimal code to decimal
code.
Type ofpresent-value is a BACnet®
real
number.
Set
parameter value to read/write.
The
data unit
is
depend
on
the
Analog value
#26
MBOXDATA parameter specification. Refer to the inverter instruction manual and the
communication function manual (E6581413).
Type of present-value is a BACnet® real number.
Read
command
If
MBOX
READ
command value is
set
to
"1",
the parameter specified
by
Binary value #15 MBOXREAD
MBOX
PARAM
is
read
from the inverter
to
MBOX
DATA,
and
MBOX
READ
value is cleared to
"O"
automatically.
If parameter reading is denied or specified communication number
is
illegal,
MBOX
READ
value remains
"1".
It allow to
check
read
failure.
Write Command
If
MBOX
WRITE command value is set to
"1",
the inverter parameter
Binary value
#16
MBOXWRITE specified
by
MBOX
PARAM
is written the data specified
by
MBOX
DATA,
and
MBOX
WRITE
set
to
"O"
automatically.
If parameter writing is denied or specified communication number
is
illegal,
MBOX
WRITE value remains
"1".
It allow to check write failure.
Example Read:
Read acceleration time.(a
cc
Communication
number
is 0010 )
a) In
order
to set
MBOX
PARAM=0010H,
Set
"16.0"
to
Analog value #25.
b) Set "1" to Binary
value
#15(MBOX
READ).
c)
Wait
until Binary
value
#15
is cleared
to
"O".
d) Read the data from Analog
value
#26(MBOX
DATA).
If
read
value
is
"100.0", it means 10.0[sec].
Example Write:
Write
deceleration time.(
de
c Communication
number
is 0011 )
a)
In
order
to
set
MBOX
PARAM=0011H,
Set
"17.0"
to
Analog
value
#25.
b)
In
order
to
set
MBOX
DATA
=12.3[sec],
Set
"123.0"
to
Analog
value
#26.
c)
Set
"1"
to
Binary
value
#16(MBOX WRITE).
d)
Wait
until Binary
value
#16
is
cleared to
"O".
Do
not write the
same
parameter
to
the
EEPROM
more than 100,000 times.
The
life
time
of
EEPROM is approximately 100,000 times.
TOSHIBA
E6581440
5.1.
VF-PS1
Fault code
VF-PS1 Fault Code Table
Code Code
(Dec) (Hex) Description Display
0 0 No error
nerr
1 1 Over-current during acceleration
oc1
2 2 Over-current durina deceleration
oc2
3 3 Over-current durina constant soeed aoeration
oc3
4 4 Over-current
in
load at startuo
ocl
5 5 U-ohase arm avercurrent
ocai
6 6 V-ohase arm avercurrent
oca2
7 7 W-ohase arm avercurrent
oca3
8 8 lnout ohase failure
ephi
9 9 Outout ohase failure
eoho
10
A Overvoltaae durina acceleration
op1
11
B Overvoltaae durina deceleration
002
12
c Overvoltaae durina constant speed operation
op3
13
D Over-LOAD in inverter 0 11
14
E Over-LOAD in motor
012
15 F Dvnamic brakina resistor overload o
Ir
16 10
Overheat
oh
17
11
Emeraencv stao e
18
12
EEPROM fault
eeo1
19 13 Initial read error
eep2
20
14
Initial read error
eeo3
21
15 Inverter
RAM
fault
err2
22 16 Inverter
ROM
fault
err3
23 17 CPU fault
er
r4
24 18 Communication time-out error
err5
25 19 Gate arrav fault
er
r6
26
1A
Output current detector error
err7
27
1B
Ootian error
er
r8
29 1D Law current operation status
UC
30 1E Undervoltaae (main circuit!
up1
32 20 Over-toraue trio
ot
33
21
Ground fault trio
ef1
34 22 Ground fault trio
ef2
36 24 Dvnamic brakina abnormal element
ocr
37 25 Overcurrent durina acceleration Ielement averheatl
oc1o
38 26 Overcurrent durina deceleration (element overheat)
oc2p
39 27 Overcurrent durina fixed soeed ooeration (element overheat!
oc3o
40 28 Tunina error
etn
41
29 Inverter rvne error
etvo
42 2A Analoa input terminal overvaltaae
e-10
43 2B Abnormal brake seauence
e-11
44 2C Disconnection of encoder
e-12
45 2D Soeed error
e-13
46 2E External thermal
oh2
47 2F Steo-out (for
PM
motors onlv•
sout
50 32 Terminal input error
e-18
51
33 Abnormal CPU2 communication
e-19
52
34
V
/f
control error
e-20
53 35
CPU1
fault
e-21
54 36 Abnormal logic input voltage
e-22
55 37 Ootion 1 error
e-23
56 38 Option 2 error
e-24
57 39 Stoo nosition retainina error
e-25
58 3A CPU2 fault
e-26
61
3D Control circuit ootion error
e-29
84
54 f 4 1 0 tunino error
etn1
85 55 f 4 1 2 tunina error
etn2
86 56 Motor constant settina error
etn3
'
TOSHIBA
E6581440
,,
6.
Specifications
< Environmental specification >
Item Specification
Model
number
BCN001Z
Service environment Conforms to VF-PS1
Ambient
temperature
Conforms to VF-PS1
Storaqe temperature -25 to +65°(
Relative humidity 20 to 93%(free from condensation and vipor)
Vibration less than 5.9m/s2,10 to 55Hz
Power
suooly
24VDC
supplied
from
the
inverter.
<Network specification >
Item Specification
Data
link
/physical
layer
Master-Slave/Token
Passing(MS/TP)
Node
tvoe
Master
node
Maximum connection units Maximum
32
units within one sei:iment
Communication baudrate 9600, 19200, 38400, 76800bps
Auto adaptive is sunnorted.
Bias resistor
and
termination Local bias resistors are mounted.
Termination resistor (120 ohm)
can
be select
by
SW.
Detachable terminal block 4-pole (5.08mm pitch)
Terminal block Manufacturer: PHOENIX CONTACT
Tvne-Form : MSTB 2,5/4-STF-5.08
This manual suits for next models
1
Table of contents
Other Toshiba Inverter manuals
Toshiba
Toshiba TOSVERT VF-S11 User manual
Toshiba
Toshiba VF5X User manual
Toshiba
Toshiba VF5X-4575 User manual
Toshiba
Toshiba TOSVERT VF-S15 series User manual
Toshiba
Toshiba E3 User manual
Toshiba
Toshiba G3 TOSVERT-130 User manual
Toshiba
Toshiba TOSVERT VF-nC3 User manual
Toshiba
Toshiba VFA7-2370P1 User manual
Toshiba
Toshiba TOSVERT VF-S15 series Instruction manual
Toshiba
Toshiba TOSVERT VF-AS1 Series Parts list manual
Toshiba
Toshiba Power Inverter User manual
Toshiba
Toshiba S11 ASD Guide
Toshiba
Toshiba TOSVERT VF-A7 Parts list manual
Toshiba
Toshiba TOSVERT VF-S15 series User manual
Toshiba
Toshiba PDP002Z Parts list manual
Toshiba
Toshiba TOSVERT VF-AS1 Series User manual
Toshiba
Toshiba LONWORKS option unit Parts list manual
Toshiba
Toshiba TOSVERT VF-S11 User manual
Toshiba
Toshiba TOSVERT VF-AS3 User manual
Toshiba
Toshiba TOSVERT VF-A7 User manual
