Toshiba TOSVERT BCN001Z Parts list manual

E6581440
TOSVERT VF-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 our web site.

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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 it 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 Heating, Refrigerating and Air-Conditioning Engineers)
Handling in general
Warning
Prohibited
Do not connect or disconnect a network cable while the Inverter power is on.
It may lead to electric shocks or fire.
Mandatory
See the instruction manual attached with the option unit for cautions the handling.
Otherwise, it may lead to electric shocks, fire, injuries or damage to product.
Network control
Warning
Prohibited
Do not send the value out of the valid range to network variables.
Otherwise, the motor may suddenly start/stop and that may result in injuries.
Mandatory
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 accident.
Caution
Mandatory
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.
- Network Time-Out, Inverter operation at disconnection, Preset speed operation
selection
(f832 ,f851 and f852, 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 times. Avoid writing a command more
than 100000 times to the same parameter of the Inverter and the communication board.

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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 (f831) ................................................................................................................8
3.3. Network error detection (f832,f851,f852)............................................................................8
3.4. Instance Number (f833, f834)...................................................................................................8
3.5. MaxMaster (f835) ...........................................................................................................................8
3.6. MaxInfoframe (f836) .......................................................................................................................8
3.7. MAC address monitor(f853) ...........................................................................................................8
3.8. Number of motor poles for communication(f856)...........................................................................8
4. FUNCTIONS ...............................................................................................................................................9
4.1. Object / Property support Matrix ..........................................................................................................9
4.2. Drive I/O 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

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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
2.2. BACnet®Connector
Terminal
symbol Function Electrical specifications Internal circuits
B Communication signal (+)
A Communication signal (-)
GND Signal common
SCR
BACnet®
communication signal
EIA-485 Shield terminal.
B
A
GND
SCR
47k
47k
4.7k
4.7k
120
SW102
TERM
Don’t use this connecter
Connector to the inverter
MS/TP MAC address switches
(See 2.4)
Don’t use this switch
BACnet Connector（See 2.2）
(Terminal connector :
MSTB 2,5/4-STF-5.08 PHOENIX CONTACT
)
BACnet LED indicator
（
See 2.3
）
Termination
resistor SW
(
SW102
)
Panel mounting tabs
Earth

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2.3. LED indicator
The LED shows the present status of the network and error.
■Layout of LED
State LEDs Comment
A COM LED: OFF
ERR LED: Flashing 5 times in 1 second BCN001Z board failure.
B
COM LED: OFF
ERR LED: 3 times in 2 seconds, OFF for 1
second
Communication loss was detected. Confirm
the network condition and connection of
the cable.
C COM LED: ON
ERR LED: OFF 0.5s, ON 0.5s
Invalid configuration was detected.
(MAC address > max master)
(Note)When inverter occurred in E-23 or
E-24, the LED becomes this state.
D
COM LED: 3 times in 2 seconds, OFF for 1
second
ERR LED: OFF
Waiting for Auto baudrate detection
E COM LED: Flashing
ERR LED: OFF Valid message was received for this node
ＦCOM LED: OFF
ERR LED: Flashing Invalid message was received (any node)
G COM LED: OFF
ERR LED: OFF
No communication
Check the network condition and
connection of the cable.
2.2
2.3
2.4
2.5
2.1
COM
ERR
COM
(Green)
ERR
(Red)
2s
OFF
1s
B E
OFF
F
OFF
1s
ON
C
2s
OFF
1s
D
1s
OFF
A G
OFF
OFF

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2.4. MAC address setting
The DIP switch on the circuit board of the option is used to set a MS/TP 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.
SW
ID 1 2 3 4 5 6 7 8 SW ID 1 2 3 4 5 6 7 8
0 OFF OFF OFF OFF OFF OFF OFF OFF 32 OFF OFF ON OFF OFF OFF OFF OFF
1 OFF OFF OFF OFF OFF OFF OFF ON 33 OFF OFF ON OFF OFF OFF OFF ON
2 OFF OFF OFF OFF OFF OFF ON OFF 34 OFF OFF ON OFF OFF OFF ON OFF
3 OFF OFF OFF OFF OFF OFF ON ON 35 OFF OFF ON OFF OFF OFF ON ON
4 OFF OFF OFF OFF OFF ON OFF OFF 36 OFF OFF ON OFF OFF ON OFF OFF
5 OFF OFF OFF OFF OFF ON OFF ON 37 OFF OFF ON OFF OFF ON OFF ON
6 OFF OFF OFF OFF OFF ON ON OFF 38 OFF OFF ON OFF OFF ON ON OFF
7 OFF OFF OFF OFF OFF ON ON ON 39 OFF OFF ON OFF OFF ON ON ON
8 OFF OFF OFF OFF ON OFF OFF OFF 40 OFF OFF ON OFF ON OFF OFF OFF
9 OFF OFF OFF OFF ON OFF OFF ON 41 OFF OFF ON OFF ON OFF OFF ON
10 OFF OFF OFF OFF ON OFF ON OFF 42 OFF OFF ON OFF ON OFF ON OFF
11 OFF OFF OFF OFF ON OFF ON ON 43 OFF OFF ON OFF ON OFF ON ON
12 OFF OFF OFF OFF ON ON OFF OFF 44 OFF OFF ON OFF ON ON OFF OFF
13 OFF OFF OFF OFF ON ON OFF ON 45 OFF OFF ON OFF ON ON OFF ON
14 OFF OFF OFF OFF ON ON ON OFF 46 OFF OFF ON OFF ON ON ON OFF
15 OFF OFF OFF OFF ON ON ON ON 47 OFF OFF ON OFF ON ON ON ON
16 OFF OFF OFF ON OFF OFF OFF OFF 48 OFF OFF ON ON OFF OFF OFF OFF
17 OFF OFF OFF ON OFF OFF OFF ON 49 OFF OFF ON ON OFF OFF OFF ON
18 OFF OFF OFF ON OFF OFF ON OFF 50 OFF OFF ON ON OFF OFF ON OFF
19 OFF OFF OFF ON OFF OFF ON ON 51 OFF OFF ON ON OFF OFF ON ON
20 OFF OFF OFF ON OFF ON OFF OFF 52 OFF OFF ON ON OFF ON OFF OFF
21 OFF OFF OFF ON OFF ON OFF ON 53 OFF OFF ON ON OFF ON OFF ON
22 OFF OFF OFF ON OFF ON ON OFF 54 OFF OFF ON ON OFF ON ON OFF
23 OFF OFF OFF ON OFF ON ON ON 55 OFF OFF ON ON OFF ON ON ON
24 OFF OFF OFF ON ON OFF OFF OFF 56 OFF OFF ON ON ON OFF OFF OFF
25 OFF OFF OFF ON ON OFF OFF ON 57 OFF OFF ON ON ON OFF OFF ON
26 OFF OFF OFF ON ON OFF ON OFF 58 OFF OFF ON ON ON OFF ON OFF
27 OFF OFF OFF ON ON OFF ON ON 59 OFF OFF ON ON ON OFF ON ON
28 OFF OFF OFF ON ON ON OFF OFF 60 OFF OFF ON ON ON ON OFF OFF
29 OFF OFF OFF ON ON ON OFF ON 61 OFF OFF ON ON ON ON OFF ON
30 OFF OFF OFF ON ON ON ON OFF 62 OFF OFF ON ON ON ON ON OFF
31 OFF OFF OFF ON ON ON ON ON 63 OFF OFF ON ON ON ON ON ON
1 2 3 4 5 6 7 8
ＯＮ←

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SW
ID 1 2 3 4 5 6 7 8 SW ID 1 2 3 4 5 6 7 8
64 OFF ON OFF OFF OFF OFF OFF OFF 96 OFF ON ON OFF OFF OFF OFF OFF
65 OFF ON OFF OFF OFF OFF OFF ON 97 OFF ON ON OFF OFF OFF OFF ON
66 OFF ON OFF OFF OFF OFF ON OFF 98 OFF ON ON OFF OFF OFF ON OFF
67 OFF ON OFF OFF OFF OFF ON ON 99 OFF ON ON OFF OFF OFF ON ON
68 OFF ON OFF OFF OFF ON OFF OFF 100 OFF ON ON OFF OFF ON OFF OFF
69 OFF ON OFF OFF OFF ON OFF ON 101 OFF ON ON OFF OFF ON OFF ON
70 OFF ON OFF OFF OFF ON ON OFF 102 OFF ON ON OFF OFF ON ON OFF
71 OFF ON OFF OFF OFF ON ON ON 103 OFF ON ON OFF OFF ON ON ON
72 OFF ON OFF OFF ON OFF OFF OFF 104 OFF ON ON OFF ON OFF OFF OFF
73 OFF ON OFF OFF ON OFF OFF ON 105 OFF ON ON OFF ON OFF OFF ON
74 OFF ON OFF OFF ON OFF ON OFF 106 OFF ON ON OFF ON OFF ON OFF
75 OFF ON OFF OFF ON OFF ON ON 107 OFF ON ON OFF ON OFF ON ON
76 OFF ON OFF OFF ON ON OFF OFF 108 OFF ON ON OFF ON ON OFF OFF
77 OFF ON OFF OFF ON ON OFF ON 109 OFF ON ON OFF ON ON OFF ON
78 OFF ON OFF OFF ON ON ON OFF 110 OFF ON ON OFF ON ON ON OFF
79 OFF ON OFF OFF ON ON ON ON 111 OFF ON ON OFF ON ON ON ON
80 OFF ON OFF ON OFF OFF OFF OFF 112 OFF ON ON ON OFF OFF OFF OFF
81 OFF ON OFF ON OFF OFF OFF ON 113 OFF ON ON ON OFF OFF OFF ON
82 OFF ON OFF ON OFF OFF ON OFF 114 OFF ON ON ON OFF OFF ON OFF
83 OFF ON OFF ON OFF OFF ON ON 115 OFF ON ON ON OFF OFF ON ON
84 OFF ON OFF ON OFF ON OFF OFF 116 OFF ON ON ON OFF ON OFF OFF
85 OFF 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 ON ON ON
88 OFF ON OFF ON ON OFF OFF OFF 120 OFF ON ON ON ON OFF OFF OFF
89 OFF ON OFF ON ON OFF OFF ON 121 OFF ON ON ON ON OFF OFF ON
90 OFF ON OFF ON ON OFF ON OFF 122 OFF ON ON ON ON OFF ON OFF
91 OFF ON OFF ON ON OFF ON ON 123 OFF ON ON ON ON OFF ON ON
92 OFF ON OFF ON ON ON OFF OFF 124 OFF ON ON ON ON ON OFF OFF
93 OFF ON OFF ON ON ON OFF ON 125 OFF ON ON ON ON ON OFF ON
94 OFF ON OFF ON ON ON ON OFF 126 OFF 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

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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
f831Network Baudrate (*1) (*2)
0: AUTO adaptive,1: 9600bps,2: 19200bps,
3: 38400bps,4: 76800bps,Over 5 is AUTO adaptive. 0000
f832Network Time-Out (*1) (*2)
0: No action
Unit 0.1 sec, Setting range: 1 – 65535 0000
f8330000
f834
Instance number(*1) (*2)
Instance No.= f833 x 1000 + f834
f834 < 1000
Instance No. < 4194304 0000
f835 MaxMaster(*1) (*2) Setting range : 0 to 127
Over 127 is limited 127. 0000
f836 Maxinfoframe(*1) (*2) Setting range : 0 to 100
0 same as 1. Over 100 is limited 100 internally. 0000
f851
Inverter operation at the
communications loss action
(Network wire breaks)
0: Inverter stop, communication command, frequency
mode open (by cmod, fmod)
1: None (continued operation)
2: Deceleration stop
3: Coast stop
4: Network error (err8 trip)
5: Preset speed operation by f852 setting
0
f852 Preset speed operation
selection
0:None
1~15:Preset speed operation (by parameter setting) 0
f853 MAC address (*2)
(Read Only)
BCN001Z MS/TP MAC address monitor.
(Set DIP switches on the board) －
f856 Number of motor poles for
communication (*2)
1~8:Number of motor pole pairs
(It is used to monitor the rotational speed of the motor) 2(4 poles)
f899 Network option reset setting
0:None
1:Reset option unit and inverter 0
fe66 Add-on option 1 CPU
version(Under side option)
－
fe67 Add-on option 2 CPU
version(Panel side)
Option unit software version number.
If this monitor value is ‘123’,that means version ‘1.23’.
－
(*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.

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3.2. Network Baudrate (f831)
Set the network baudrate to f831. 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 f832. The network loss detection
starts from the first receiving of the proper frame message. The action of the network
communication loss is set by f851.
If f851 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(f852)”.
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
f834 < 1000
Instance number < 4194304
3.5. MaxMaster (f835)
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. MaxInfoframe (f836)
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.
f853 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.

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4.Functions
This option board is based on BACnet®“Application Specific Controller” (B-ASC).
4.1. Object / Property support Matrix
This option board supports below table objects and properties.
Object Type
Property Device Binary
Input
Binary
Output
Binary
Value
Analog
Input
Analog
Output
Analog
Value
Object Identifier   
Object Name 
Object Type 
System Status 
Vendor Name 
Vendor Identifier 
Model Name 
Firmware Revision 
Appl Software Revision 
Protocol Version 
Protocol Revision 
Services Supported 
Object Types Supported 
Object List 
Max APDU Length 
Segmentation Support 
APDU Timeout 
Number APDU Retries 
Max Master 
Max Info Frames 
Device Address Binding 
Database Revision 
Present Value 
Status Flags 
Event State 
Out-of-Service 
Units 
Priority Array *2 *1 *2 *1
Relinquish Default *1 *1
Polarity 
Active Text 
Inactive Text 
*1: For commandable object only.
*2: Priority Array 6 are not supported.

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4.2. Drive I/O 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 f132, it
indicate a terminal level that inverter would try to output.
Instance ID Object Name Description Active /
Inactive
Acce
ss
Binary input #0 RO 1 ACT Inverter FL terminal monitor (f132 **) ON / OFF R
Binary input #1 RO 2 ACT Inverter OUT1 terminal monitor (f130 **) ON / OFF R
Binary input #2 RO 3 ACT Inverter OUT2 terminal monitor (f131 **) ON / OFF R
Binary input #3 * RO 4 ACT Inverter R2 terminal monitor (f138 **) ON / OFF R
Binary input #4 * RO 5 ACT Inverter OUT5 terminal monitor (f136 **) ON / OFF R
Binary input #5 * RO 6 ACT Inverter OUT6 terminal monitor (f137 **) ON / OFF R
Binary input #6 DI 1 ACT Inverter F terminal monitor ON / OFF R
Binary input #7 DI 2 ACT Inverter R terminal monitor ON / OFF R
Binary input #9 DI 4 ACT Inverter RES terminal monitor ON / OFF R
Binary input #10 DI 5 ACT Inverter S1 terminal monitor ON / OFF R
Binary input #11 DI 6 ACT Inverter S2 terminal monitor ON / OFF R
Binary input #12 DI 7 ACT Inverter S3 terminal monitor ON / OFF R
Binary input #13 DI 8 ACT Inverter RR/S4 terminal monitor ON / OFF R
Binary input #14 * DI 9 ACT Inverter LI5 terminal monitor ON / OFF R
Binary input #15 * DI 10 ACT Inverter LI6 terminal monitor ON / OFF R
Binary input #16 * DI 11 ACT Inverter LI7 terminal monitor ON / OFF R
Binary input #17 * DI 12 ACT Inverter LI8 terminal monitor ON / OFF R
* These are enabled with ETB004Z(Expansion IO card option).
** These parameters affect the function of terminals.
R=Read-only, W=Writable, C=Commandable.

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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 Active /
Inactive Access
Binary Output #0 RO 1 CMD FL terminal control. (f132 = 92) ON / OFF C
Binary Output #1 RO 2 CMD OUT1 terminal control. (f130 = 94) ON / OFF C
Binary Output #2 RO 3 CMD OUT2 terminal control. (f131 = 96) ON / OFF C
Binary Output #3 RO 4 CMD R2 terminal control. (f138 = 98) ON / OFF C
Binary Output #4 RO 5 CMD OUT3 terminal control. (f136 = 100) ON / OFF C
Binary Output #5 RO 6 CMD OUT4 terminal control. (f137 = 102) ON / OFF C
Binary Output #3,#4,#5 : These are enabled with ETB004Z(Expansion IO card option).
R=Read-only, W=Writable, C=Commandable.

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4.2.3. 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.
Binary
Value ID Object Name Description Active/ Inactive Text Access
#0 RUN/STOP ACT
Indicates the drive run status
(This object access to parameter fd01 bit10)
RUNS/READY R
#1 FWD/REV ACT
Indicates the motor rotation’s direction
(This object access to parameter fd01 bit9)
REV/FWD R
#2 FAULT ACT Indicates the drive’s fault status FAULTED/NONE R
#4 HAND/AUTO ACT Indicates if the drive is locally controlled or not HAND/AUTO R
#6 MAINT REQ
Commutative operation time alarm status
(This object access to parameter fc91 bit10)
YES/NO R
#7 DRIVE READY
The VSD is ready and waits a start command
(This object access to parameter fd01 bit14)
READY/NOT
READY
R
#8 AT SETPOINT The VSD has reached the target speed REACHED/NO R
#10 RUN/STOP CMD Commands a drive start START/STOP C
#11 FWD/REV CMD Commands a motor direction’s change REV/FWD C
#14 FAULT RESET Command to reset faults RESET/NO C
#15 MBOX READ Command to read parameter READ/RESET W
#16 MBOX WRITE Command to write parameter WRITE/RESET W
#18 SP1PRESET Preset speed operation frequency 1 SP1/NONE C
#19 SP2PRESET Preset speed operation frequency 2 SP2/NONE C
#20 SP3PRESET Preset speed operation frequency 3 SP2/NONE C
#21 SPTSEL
Frequency priority selection
(This object access to parameter fa06 bit14)
ENABLED/OFF C
#22 CMDSEL
Command priority selection
(This object access to parameter fa06 bit15)
ENABLED/OFF C
R=Read-only, W=Writable, C=Commandable.

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4.2.4. 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 fe35 to fe39).
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 Access
Analog Input #0 ANALOG INPUT 1 RR/S4 analog input level. (fe35) R
Analog Input #1 ANALOG INPUT 2 VI/II analog input level. (fe36) R
Analog Input #2 ANALOG INPUT 3 RX analog input level. (fe37) R
Analog Input #3 ANALOG INPUT 4 AI1 analog input level. (fe38) R
Analog Input #4 ANALOG INPUT 5 AI2 analog input level. (fe39) R
Analog Input #3,#4 : These are enabled with ETB004Z(Expansion IO card option).
R=Read-only, W=Writable, C=Commandable.
4.2.5. Analog Output Object Instance
The analog output objects allow to control inverter analog(AM,FM,…) output levels, and
also can be used priority-array and relinquish-default property.
These objects only write to inverter parameters(fa51-fa54). It is necessary to set
meter function selection parameters(see below table) to 31.
Instance ID Object Name Description Access
Analog output #0 AO1 COMMAND Set fmsl to 31, in order to use inverter FM terminal. W
Analog output #1 AO2 COMMAND Set amsl to 31, in order to use inverter AM terminal. W
Analog output #2 AO3 COMMAND Set f672 to 31, in order to use MON1 terminal on
the expansion IO card option.
W
Analog output #3 AO4 COMMAND Set f674 to 31, in order to use MON2 terminal or
pulse output terminal on the expansion IO card option.
W
Analog output #2,#3 : These are enabled with ETB004Z(Expansion IO card option).
R=Read-only, W=Writable, C=Commandable.

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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
Value ID Object Name Description UNIT Access
#0 OUTPUT SPEED Output speed[min-1](Calculate from fd00) min-1 R
#1 OUTPUT FREQ Output frequency[Hz](fd00) Hz R
#2 DC BUS VOLT DC bus voltage (Calculate from fe04) V R
#3 OUTPUT VOLT Motor voltage(Calculate from fe05) V R
#4 CURRENT Motor current(Calculate from fe03) A R
#5 TORQUE Motor Torque(fe18) % R
#6 POWER
Motor Power(Calculate from fe30)
100%=√3×VSD rate voltage ×Motor rate current % R
#7 DRIVE TEMP
Drive Thermal State(fd24)
OL1 will be caused, if this value reaches 100%,
% R
#8 KWH (R) Energy counter(Calculate from fd76,fd77) KWH R
#10 PRC PID FBCK PID regulator feedback (fe22 / vl*100.00) % R
#14 RUN TIME Cumulate operation time (fe14) hour R
#16 INPUT REF 1 Speed reference (fa07/vl*100) % C
#18 LAST FLT Current fault code(fc90) - R
#19 PREV FLT 1 Past fault code(most recent fault)(fe10) - R
#20 PREV FLT 2 Past fault code(fault before most recent)(fe11) - R
#23 ACCEL1 TIME * Acceleration time(acc) SEC W
#24 DECEL1 TIME * Deceleration time(dec) SEC W
#25 MBOX PARAM Parameter number - W
#26 MBOX DATA Parameter value - W
* Avoid frequently writing to these objects, because the Life of EEPROM is approximately 100,000 times.
R=Read-only, W=Writable, C=Commandable.

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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

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5.Mailbox Function Points
Mail box object allow to read/write inverter parameters via BACnet®network.
Object ID Object Name Description
Analog value #25 MBOX PARAM
Set parameter individual communication number.
Communication address is normally consist of characters from 0 to 9, but
Interpreted hexadecimal code internally. Set the real float number
converted hexadecimal code to decimal code.
Type of present-value is a BACnet®real number.
Analog value #26 MBOX DATA
Set parameter value to read/write. The data unit is depend on the
parameter specification. Refer to the inverter instruction manual and the
communication function manual (E6581413).
Type of present-value is a BACnet® real number.
Binary value #15 MBOX READ
Read command
If MBOX READ command value is set to “1”, the parameter specified by
MBOX PARAM is read from the inverter to MBOX DATA, and MBOX
READ value is cleared to “0” automatically.
If parameter reading is denied or specified communication number is
illegal, MBOX READ value remains “1”. It allow to check read failure.
Binary value #16 MBOX WRITE
Write Command
If MBOX WRITE command value is set to “1”, the inverter parameter
specified by MBOX PARAM is written the data specified by MBOX DATA,
and MBOX WRITE set to “0” 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.(acc 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 “0”.
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.(dec 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 “0”.
Do not write the same parameter to the EEPROM more than 100,000 times. The life time of
EEPROM is approximately 100,000 times.

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5.1. VF-PS1 Fault code
VF-PS1 Fault Code Table
Code
(Dec)
Code
(Hex) Description Display
0 0 No error nerr
1 1 Over-current during acceleration oc1
2 2 Over-current during deceleration oc2
3 3 Over-current during constant speed operation oc3
4 4 Over-current in load at startup ocl
5 5 U-phase arm overcurrent ocai
6 6 V-phase arm overcurrent oca2
7 7 W-phase arm overcurrent oca3
8 8 Input phase failure ephi
9 9 Output phase failure epho
10 A Overvoltage during acceleration op1
11 B Overvoltage during deceleration op2
12 C Overvoltage during constant speed operation op3
13 D Over-LOAD in inverter ol1
14 E Over-LOAD in motor ol2
15 F Dynamic braking resistor overload olr
16 10 Overheat oh
17 11 Emergency stop e
18 12 EEPROM fault eep1
19 13 Initial read error eep2
20 14 Initial read error eep3
21 15 Inverter RAM fault err2
22 16 Inverter ROM fault err3
23 17 CPU fault err4
24 18 Communication time-out error err5
25 19 Gate array fault err6
26 1A Output current detector error err7
27 1B Option error err8
29 1D Low current operation status uc
30 1E Undervoltage (main circuit) up1
32 20 Over-torque trip ot
33 21 Ground fault trip ef1
34 22 Ground fault trip ef2
36 24 Dynamic braking abnormal element ocr
37 25 Overcurrent during acceleration (element overheat) oc1p
38 26 Overcurrent during deceleration (element overheat) oc2p
39 27 Overcurrent during fixed speed operation (element overheat) oc3p
40 28 Tuning error etn
41 29 Inverter type error etyp
42 2A Analog input terminal overvoltage e-10
43 2B Abnormal brake sequence e-11
44 2C Disconnection of encoder e-12
45 2D Speed error e-13
46 2E External thermal oh2
47 2F Step-out (for PM motors only) 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 Option 1 error e-23
56 38 Option 2 error e-24
57 39 Stop position retaining error e-25
58 3A CPU2 fault e-26
61 3D Control circuit option error e-29
84 54 f410 tuning error etn1
85 55 f412 tuning error etn2
86 56 Motor constant setting error etn3

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6.Specifications
< Environmental specification >
Item Specification
Model number BCN001Z
Service environment Conforms to VF-PS1
Ambient temperature Conforms to VF-PS1
Storage temperature -25 to +65℃
Relative humidity 20 to 93%(free from condensation and vipor)
Vibration less than 5.9m/s2,10 to 55Hz
Power supply 24VDC supplied from the inverter.
<Network specification >
Item Specification
Data link /physical layer Master-Slave/Token Passing(MS/TP)
Node type Master node
Maximum connection units Maximum 32 units within one segment
Communication baudrate 9600, 19200, 38400, 76800bps
Auto adaptive is supported.
Bias resistor and termination Local bias resistors are mounted.
Termination resistor (120 ohm) can be select by SW.
Terminal block
Detachable terminal block 4-pole (5.08mm pitch)
Manufacturer: PHOENIX CONTACT
Type-Form : MSTB 2,5/4-STF-5.08