Toshiba TOSVERT VF-FS1 series Function Manual

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E6581404

TOSVERT VF-FS1 series

BACnet® option unit

Communication Function Manual

NOTICE

1. Make sure that this function 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 “www.inverter.co.jp”.

E6581404

Introduction

Thank you for purchasing the “BACnet® option unit” for TOSVERT VF-FS1 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-FS1 Instruction Manual ･･･････････････････････････････････ E6581381 ･TOSVERT VF-FS1 Communications Function Instruction Manual ････････ E6581393 ･BCN002Z Instruction Manual ････････････････････････････････････････････ E6581402

* BACnet is a registered trademark of ASHRAE.

Handling in general

Danger

Do not connect or disconnect a network cable while the Inverter power is on.

It may lead to electric shocks or fire.

Prohibited

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.

Mandatory

Network control

Danger

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.

Prohibited

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.

Warning

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.

- Communication error trip time, Operation at communication error (f803 ,f892 and f851, 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.

Mandatory

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 10000 times. Avoid writing a command more than

10000 times to the same parameter of the Inverter and the communication board.

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Table of Contents

1. Scope ..................................................................................................................................................3

1.1. Overview ....................................................................................................................................3

2. Names and functions of main parts.....................................................................................................3

2.1. Name of main parts....................................................................................................................3

2.2. Use of RS485 communication port........................................................................................... .4

2.3. LED indicator..............................................................................................................................4

2.4. Command & Setpoint selection (Local/Remote)........................................................................5

2.5. Description of terminals .............................................................................................................6

2.6. Network cable connection..........................................................................................................7

2.7. Network configuration ................................................................................................................7

2.8. Wiring of a control terminal ........................................................................................................8

3. Parameters..........................................................................................................................................9

3.1. Communication parameters.......................................................................................................9

3.2. Communication setting between option board.........................................................................10

3.3. Communication error detection between inverter and option board........................................10

3.4. Selection of the communication protocol (f829).................................................................10

3.5. Number of motor poles for communication (f856)..............................................................10

3.6. Network address (f890)......................................................................................................10

3.7. Network baud rate (f891)....................................................................................................10

3.8. Instance Number (f893, f894).......................................................................................10

3.9. MaxMaster (f895) ...............................................................................................................10

3.10. MaxInfoFrames (f896)........................................................................................................10

3.11. Use the communication option.................................................................................................11

4. Functions...........................................................................................................................................12

4.1. Object / Property support Matrix..............................................................................................12

4.2. Drive I/O Objects......................................................................................................................13

4.2.1. Binary Input Object Instance...........................................................................................13

4.2.2. Binary Input Object Instance...........................................................................................13

4.2.3. Analog Output Object Instance .......................................................................................13

4.3. Control objects.........................................................................................................................14

4.3.1. Binary Value Objects Instance........................................................................................14

4.3.2. Analog Value Objects Instance.......................................................................................15

4.4. Device Objects.........................................................................................................................15

4.5. Parameter access....................................................................................................................16

4.6. Option Error..............................................................................................................................16

5. Specifications ....................................................................................................................................17

5.1. BACnet Protocol Implementation Conformance Statement ....................................................18

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1. Scope

1.1. Overview

Thank you for purchasing a “BACnet communication Option (BCN002Z)” for TOSVERT VF-FS1 inverter. This option can connect with open field network BACnet MS/TP network and data communications with the network through installing this option in the VF-FS1 and using it. BACnet MS/TP supports a maximum of 32 nodes for one segment. By attaching BCN002Z to VF-FS1, the monitor of run/stop and the setting change of the parameter become possible from the network, and it can cope with various application.

This manual is also aimed at the operator using "VF-FS1 BACnet option", so please use it for future maintenance and inspection.

2. Names and functions of main parts

2.1. Name of main parts

Detachable terminal Network communication

Communication condition monitor LED

Input terminal SINK/SOURCE VIB/PTC select SW

Optional RS485 communication port RS485 communication option can be used. However it makes BACnet Communication be disabled.

B A GND SCR

Connector

Termination

resistor SW

Terminal board fixing screw hole

(M3 screw)

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2.2. Use of RS485 communication port

Serial communication (2-wire RS485) option can be used. However, while it is connected, the internal communication line is switched to RS485 then the communication via BACnet network is disabled and the data can not be refreshed. In this case, communication error trip time (f803) is also active. Use RS485 serial communication option specified by Toshiba.

2.3. LED indicator

The option has two LEDs. Those functions are below table.

COM Green

ERR Red

OFF

1s 1s

ABC EF

OFF

State

LEDs

Comment

Green LED : OFF Red LED : Flashing 5 times in 1 second

BACnet board failure

Green LED : OFF Red LED :

Flashing 3 times in 2 seconds, Off for 1 second

Communication loss detected. Confirm the network condition and connection of the cable.

Green LED : ON Red LED : OFF 0.5s, ON 0.5s

Invalid configuration detected (ADR > max master), or an option is connected to RJ45.

Green LED :

Flashing 3 times in 2 seconds, Off for 1 second

Red LED : OFF

Waiting for Auto baudrate detection

Green LED : Flashing Intermittent Green Red LED : ---

Valid message received for this node

Green LED : --Red LED : Flashing Intermittent Red

Invalid message received (any node)

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2.4. Command & Setpoint selection (Local/Remote)

Indication to display Local/Remote mode is on the inverter unit (Refer to the inverter instruction manual for details). BACnet option command and setpoint are activated on Remote mode

. Inverters have some switches to select the command and setpoint location. Following figure shows the diagram. Refer to the inverter instruction manual for the parameter in detail.

*1 Be careful that cmod command and fmod setpoint are activated for a short time just after the

inverter power turned on. Set cmod and fmod to “network” to prevent this problem.

Command

Setpoint

Control T e rminal Operation Pan el

Serial Com.(BACnet)

VIB

Operation Pan el

Serial Com.(BACnet)

UP/DOWN

Operation

Panel

Serial Com.

(BACnet)

Operation

Panel

Local/Remote　key

cmod

fmod

Logic input = 48 (SC/LC)

Network cancel switch

1 2 3 4 5

0 1 2

REM

LOC

Serial Com.

(BACnet)

Binary Value #22

REM

LOC

Binary Value #21

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2.5. Description of terminals

Terminal

symbol

Function Electrical specifications Internal circuits

B Communication signal (+) A Communication signal (-)

GND Signal common

SCR

BACnet communication signal EIA-485

Shield terminal. Connect to network ground

B A

GND

SCR

47k

4.7k

120

SW4

TERM

Multifunctional programmable contact input.

SINK/SOURCE can be selected with SW.

No voltage contact input 24V

, 5mA or less

N.B. Use contact parts for low

current.

F, R

P24

4.7k

PTC

SOURCESINK

820

VIB

Multifunction programmable analog input. with internal pull-up resistor for PTC

0 to 10V

input Using this terminal as PTC input, set SW2 to PTC side and set the parameters (f645 and f646) to proper value.

VIB

15k

VIB

P10

PTC

15k

3.3k

Control circuit’s equipotential terminal

P24 24 VDC power supply output 24VDC-50mA

P24

PTC

FLA FLB FLC

Multifunctional programmable relay contact outputs

1c contact 30V

-0.5A

250V

-1A (cosφ =1）

250V

-0.5A (cosφ =0.4)

FLA FLB

FLC

Danger

Prohibited

Do not change switches settings while the power is on.

It may lead to electric shocks or damage.

Mandatory

Turn off the motor operation signals before setting the parameter and the switch

(SW), when changing the VIB function. Otherwise, the motor may suddenly start and that may result in injuries.

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2.6. Network cable connection

Connect the BACnet network cable to communication option as follows.

Title Description

Wire type Shielded twisted cable

Characteristic impedance Between 100 and 130 ohm

Distributed impedance between

conductors

Less than 100pF per meter

Distributed impedance between

conductors and shield

Less than 200pF per meter Foil or braided shields are acceptable.

Length of an MSTP segment 1200 meters with AWG18 (0.8mm2)

Cable sheath should be peeled off by about 7mm. For wiring work, use a flat blade screwdriver with a 0.6mm thick and

3.5mm width blade. Tightening torque for the terminal block is 0.5Nm.

* Fix a cable so that a communication connector may be not taken the weight of wire.

７

2.7. Network configuration

Make up the network as follows.

- Transmission/reception signals (A, B) Make up the communication path by connecting all transmission/reception data cables.

- Signal common (GND) GND is the signal common.

- Grounding the shield of cable (SCR) Connect the all shield lines of network cable. The shield shall be grounded at one end only prevent currents from being created.

- Termination resistor A termination resistance of 120 ohms plus or minus 5% shall be connected at each of the two ends of the segment medium. This option has a termination resistor, so if use, set up the termination resistor SW. (Refer to

2.1Name of main parts) At least one set, and no more than two sets, of network bias resistors shall exist for each segment. This option has local bias resistors.

Termination

GND

510

Node with network

bias resistors

120

GND

Node without bias resistors

GND

47k

Node with local bias resistors

This option board

47k

4.7k

Termination

120

SCR

Communication

cable

Communication

cable

SCRSCR

SW4

TERM

N.B.:Do not connect the SCR terminal to the power ground of inverters or other units.

Keep the network cables 20cm or more separate from the power cables to prevent from malfunctioning due to electromagnetic noise.

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2.8. Wiring of a control terminal

Observe the following when wiring.

- Use 0.3 to 1.5mm2 solid/stranded wire (AWG 22 to 16) for control cables.

- Remove the sheath of a cable about 7mm (6mm for FLA, FLB, FLC and G/E) from the end of cable.

- Use a flat-headed screwdriver with its blade 0.6mm in thickness and 3.5mm in width.

- Screw tightening torque for the terminal block screws should be 0.5 to 0.6Nm.

N.B.: Keep the control signal cables 20cm or more separate from the power cables

to prevent from

malfunctioning due to electromagnetic noise.

N.B.: Provide an inter-lock system stated in below, when using a programmable controller that has the

open collector output. When the programmable controller is turned off with the inverter is on, the difference between each control power potential will cause wrong signals to the inverter as shown in below figure. Provide an inter-lock so that the programmable controller cannot be turned off when the inverter power is alive.

COM

+24V

Inverter internal +24V

External +24V supply

VF-FS1 + BCN002ZProgrammable controller

Input terminal

Fuse blowout detection circuit

Fuse

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3. Parameters

3.1. Communication parameters

Set up the inverter parameters as follows. To update, reset the power of inverter. If these parameters are set to correct value, this unit can not work normally.

Title Function Description

Shipment

setting

BACnet

cmod Command mode selection

0: Terminal board 1: Operation panel 2: Serial communication

0 2

fmod

Frequency setting mode selection 1

1: VIA 2: VIB 3: Operation panel 4: Serial communication 5: UP/DOWN from external contact

1 4

f800 Communication rate Set “1: 19200bps” (default). 1 1 f801 Parity Set “1: Even” (default). 1 1

f803 Communication error trip time

Set communication time out period. The way of stop is selected by f603.

0 ---

f829 Communication protocol Set “4: BACnet protocol” 0 4

f851

Operation at communication error by disconnection

0: Inverter stop, communication command,

frequency mode open (by cmod,

fmod) 1: None (continued operation) 2: Deceleration stop 3: Coast stop 4: Communication error (err5 trip) or Network error (err8 trip)

4 ---

f856

Number of motor poles for communication

1: 2 poles

5: 10 poles

2: 4 poles 6: 12 poles 3: 6 poles 7: 14 poles 4: 8 poles 8: 16 poles

2 ---

f890 Address Set node address 0 ---

f891 Network baud rate

0: AUTO adaptive 1: 9600 2: 19.2kbps 3: 38.4kbps 4: 76.8kbps Over 5 is AUTO adaptive.

0 ---

f892 Network Time-Out

0: No action Unit 0.1sec, Setting range : 1 to 65535

0 ---

f893 0 --- f894

Instance number Instance No.= f893 x 1000 + f894

0 ---

f895 MaxMaster

Setting range : 0 to 127 Over 127 is limited 127.

0 ---

f896 MaxInfoFrame

Setting range : 0 to 100 Over 100 is limited 100.

0 ---

Warning

Mandatory

Set up “Communication error trip function (f803, see the inverter instruction manual

for details)” to stop the inverter when this option unit is deactivated by an unusual event such as tripping, an operating error, power outage, failure, etc. Deactivated option unit may cause an accident, if the “Communication error trip function” is not properly set up.

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3.2. Communication setting between option board

Do not change communication rate (f800), parity (f801) and communication waiting time (f805) from shipment setting. If change the setting, the option board does not work properly.

3.3. Communication error detection between inverter and option board

Set the communication loss action time to f803 between the inverter and the option board. And the network communication loss action time to f892. The network loss action function starts from receiving the properly frame message. The action of the network communication loss is set by f851. When set the communication loss action time f803 and connect the option to the RJ45 connector, the communication between the inverter and the option is disabled, so the communication loss may be detected.

3.4. Selection of the communication protocol (f829)

Set the communication protocol f829 to “4:BACnet protocol”. The communication protocol of RJ45 is set to MODBUS, so when communicate with PC, use MODBUS protocol.

3.5. Number of motor poles for communication (f856)

Set the motor pole number of using. This parameter is for the calculation of min-1 unit motor speed of BACnet data.

3.6. Network address (f890)

Set the network address of this node. Do not set same address number in the segment, and not set over MaxMaster (f895). If set wrong number, the option board does not work properly.

3.7. Network baud rate (f891)

Set the network baud rate to f891. Set the same baud rate data in the network. If set AUTO baud rate, when the option detect network baud rate, the option sets the baud rate data to f891 automatically.

3.8. Instance Number (f893, f894)

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 this option board as below.

Instance number = f893 x 1000 + f894

3.9. MaxMaster (f895)

Set the max master number of this segment. The network poles to MaxMaster address to find master node, so set MaxMaster to be small number to be a small response time.

3.10. MaxInfoFrames (f896)

Set the max information frame number to send from this node. Not need to change.

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3.11. Use the communication option

Serial communication (2-wire RS485) option can be used. However, while it is connected, the internal communication line is switched to RS485 then the communication via BACnet network is disabled. In this case, communication error trip time (f803) is also active. Use RS485 serial communication option specified by Toshiba

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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   *1   *1

Relinquish Default   *1   *1

Polarity  

Active Text   

Inactive Text   

*1: For commandable values only.

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4.2. Drive I/O Objects

4.2.1. Binary Input Object Instance

The output terminals and the input terminals can be monitored.

Binary Input

Instance ID Object Name VFFS1 Description

Active / Inactive

Access

Binary input #0 RO 1 ACT FL Output terminal monitor ON / OF F R Binary input #1 RO 2 ACT RY Output terminal monitor ON / OF F R Binary input #2 --- --- Reserve --- --Binary input #3 --- --- Reserve --- --Binary input #4 --- --- Reserve --- --Binary input #5 --- --- Reserve --- --Binary input #6 DI 1 ACT F Input terminal monitor ON / OFF R Binary input #7 DI 2 ACT R Input terminal monitor ON / OFF R

4.2.2. Binary Input Object Instance

The output terminals can be controlled via network. Set the terminal function parameter before control via network.

Binary Output

Instance ID Object Name VFFS1 Description

Active / Inactive

Access

Binary Output #0 RO 1 CMD FL

Output terminal function Set f132 to 38.

ON / OFF C

4.2.3. Analog Output Object Instance

The analog input value can be monitored.

Analog Input

Instance ID Object Name VFFS1 Description Units Access

Analog Input #1 ANALOG INPUT 2 VIB Analog input monitor % R

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4.3. Control objects

4.3.1. Binary Value Objects Instance

Binary Value Object Instance

Binary

Value ID

Object Name Description

Active/

Inactive Text

Access

#0 RUN/STOP ACT Indicates the drive status RUNS/ READY R #1 FWD/REV ACT Indicates the motor rotation’s direction REV/ FWD R #2 FAULT ACT Indicates the drive’s fault status FAULTED/NONE R #3 --- --- - / - ---

HAND/AUTO

ACT

Indicates if the drive is locally controlled or not

HAND/

AUTO

#5 --- --- - / - --- #6 MAINT REQ Commutative operation time alarm status YES / NO R

#7 DRIVE READY The VSD is ready and waits a start command

READY/

NOT READY

#8 AT SETPOINT The VSD has reached the target speed

REACHED/

#9 --- --- - / - ---

#10

RUN/STOP

CMD

Commands a drive start

START/

STOP

#11 FWD/REV CMD Commands a monitor direction’s change

REV/ FWD

#12 --- --- - / - --- #13 --- --- - / - ---

#14 FAULT REST Resets faults

RESET/

#15 MBOX READ Command to read parameter

WRITE/

RESET

#16 MBOX WRITE Command to write parameter

WRITE/

RESET

#17 --- --- - / - --- #18 SP1PRESET Preset speed operation frequency 1

SP1/

NONE

#19 SP2PRESET Preset speed operation frequency 2

SP2/

NONE

#20 SP3PRESET Preset speed operation frequency 3

SP3/

NONE

#21 STPSEL Frequency priority selection ENABLED/OFF C #22 CMDSEL Command priority selection ENABLED/OFF C

R = Read-only, W=Writable, C=Commandable. Commandable values support the priority arrays and relinquish defaults.

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4.3.2. Analog Value Objects Instance

Analog Value Object Instance

Analog

Value ID

Object Name Description Units

Access

OUTPUT

SPEED

Output speed min-1 R

#1 OUTPUT FREQ Output frequency Hz R #2 DC BUS VOLT DC bus voltage *1 V R #3 OUTPUT VOLT Motor voltage V R #4 CURRENT Motor current A R #5 TORQUE Motor Torque % R

#6 POWER

Motor Power 100%=√3×VSD rate voltage×Motor rate current

% R

#7 DRIVE TEMP Drive Thermal State % R #8 KWH (R) Energy counter KWh R #9 --- --- --- ---

#10 PRC PID FBCK PID regulator feedback *1 % R #11 --- --- --- --#12 --- --- --- --- #13 --- --- --- --- #14 RUN TIME Operating time H R #15 --- --- --- ---

#16 INPUT REF 1

Speed reference from Bus 100%=vl (Base frequency), Setting range=+,- fh / vl x100

% C

#17 --- --- --- --- #18 LAST FLT Error code --- --#19 PREV FLT 1 Previous fault (occurred before LASTFLT) --- --#20 PREV FLT 2 Previous fault (occurred before FLT1) --- --#21 --- --- --- --- #22 --- --- --- --- #23 ACCEL1 TIME Acceleration time s W #24 DECEL1 TIME Deceleration time s W #25 MBOX PARAM Parameter number --- W #26 MBOX DATA Parameter value --- W

R = Read-only, W=Writable, C=Commandable. Commandable values support the priority arrays and relinquish defaults. *1: The value are hold when the inverter trip.

4.4. Device Objects

Object Name “VF-FS1” Object Type “8” (device) Vendor Name “TOSHIBA” Model Name “VFFS1-2007PM” Firmware Revision “V1.02” Application Software Version “V1.08” (VSD software version) Protocol Version “1” Protocol Revision “2”

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4.5. Parameter access

Using below objects, inverter parameters can be read and written.

Object ID Object Name

Description

Analog value #25

MBOX PARAM

Parameter No. Set the parameter number (hexadecimal) to decimal value number.

Analog value #26

MBOX DATA

Parameter value. The data unit is depend on the parameter specification. Refer to the inverter instruction manual and the communication function manual (E6581393).

Binary value #15

MBOX READ Command to read parameter

Binary value #16

MBOX WRITE Command to write parameter

1) Read Acc. time (Communication number of ACC1 is 0010 ) a) Set “16 (16 dec=0010 hex)” to Analog value #25. b) Set “1” to Binary vale #15. c) Read the data (ACC1) from Analog value #26. The unit is 0.1s.

2) Write Dec. time (Communication number of DEC1 is 0011 ) a) Set “17 (17 dec=0011 hex)” to Analog value #25. b) Set “110 (110=11.0 sec” to Analog value #26. c) Set “1” to Binary value #16.

4.6. Option Error

If the option detects the hardware or software error, the error status is indicated as LEDs on the board. Refer to 2.3 LED indicator.

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5. Specifications

< Environmental specification >

Item Specification

Service environment Conforms to VF-FS1

Operation temperature Conforms to VF-FS1

Storage temperature

-25 to +65℃

Relative humidity 20 to 93% (free from condensation and vapor)

Vibration 5.9m/s2 (0.6G) or less (10 to 55 Hz) (To be complied with JIS C0040.)

< BACnet option terminal specification >

Item Specification Note

Communication between

inverter

VF-FS1

Only one board connection is available.

Applicable model Communication method MODBUS-RTU Baud rate 19200bps

Set the inverter parameter (refer to section

3.1)

Parity Even number

Control power supply 5 V Supplied from inverter

2 circuits (F,R)

Logic input terminal Slide switch (SW) enable to select

logical configurations (Source/Sink).

Not isolated

Logic output terminal Nothing

1 circuit (FL): 30V

-0.5A

Relay contact output terminal

250V

-1A (cosφ =1）

Isolated

250V

-0.5A (cosφ =0.4)

(R1 circuit (VIB): 10V

DC IN

30kohm)

Not isolated Analog input terminals

Analog output terminals Nothing Power supply output 24V -50mA Current limit function

< BACnet option network specification >

Item Specification Data link / Physical layers Master-Slave / Token Passing (MS/TP) Node type Master node Maximum node 32 nodes per segment

9600bps, 19.2kbps, 38.4kbps, 76.8kbps

Communication baud rate

supports auto-baud detection 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

Type-Form : MSTB 2,5/4-ST-5.08

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5.1. BACnet Protocol Implementation Conformance Statement

Oct. 2006

Date

Toshiba Schneider Inverter Corporation

Vendor Name

Low Voltage AC Motor Drive

Product Name

VF-FS1

Product Model Number

V1.08 (VSD software version)

Applications Software Version

V1.02

Firmware Revision

BACnet Protocol Revision

BACnet Option board is designed for VF-FS1 series.

Product Description

All standard MS/TP baud rates are supported, as well as master mode functionality. Over BACnet, the drive can be fully controlled as a standard adjustable frequency drive.

BACnet Standardized Device Profile

□ BACnet Operator Workstation (B-OWS)

(Annex L)

□ BACnet Building Controller (B-BC) □ BACnet Advanced Application Controller (B-AAC)

■ BACnet Application Specific Controller (B-ASC) □ BACnet Smart Sensor (B-SS) □ BACnet Smart Actuator (B-SA)

List all BACnet Interoperability Building

DS-RP-B, DS-WP-B, DM-DDB-B, DM-DOB-B, DM-DCC-B, DM-RD-B

Blocks Supported (Annex K) Segmentation Capability

□ Segmented requests supported. Window Size ____ □ Segmented responses supported. Window Size ____

Standard Object Types Supported:

An object type is supported if it may be present in the device. For each standard Object Type supported provide the following

1) Whether objects of this type are dynamically creatable using the CreateObject service

2) Whether objects of this type are dynamically detectable using the DeleteObject service

3) List of the optional properties supported 4) List of all properties that are writable where not otherwise required by this standard

5) List of proprietary properties and for each its property identifier, datatype, and meaning

6) List of any property range restrictions

Data Link Layer Options:

□ BACnet IP, (Annex J) □ BACnet IP, (Annex J), Foreign Device □ ISO 8802-3, Ethernet (Clause 7) □ ANSI/ATA 878.1, 2.5 Mb. ARCNET (Clause 8) □ ANSI/ATA 878.1, RS-485 ARCNET (Clause 8), baud rate(s) ___

■ MS/TP master (Clause 9),

baud rate(s): 9600, 19200, 38400, 76800

□ MS/TP slave (Clause 9), baud rate(s): ___ □ Point-To-Point, EIA 232 (Clause 10), baud rate(s): ___ □ Point-To-Point, modem, (Clause 10), baud rate(s): ___ □ LonTalk, (Clause 11), medium: __________ □ Other: __________

Device Address Binding:

□ Yes

Is static device binding supported? (This is currently necessary for two-way communication with MS/TP slaves and certain other devices.)

■ No

Networking Options:

□ Router, Clause 6 - List all routing configurations, e.g., ARCNET-Ethernet, Ethernet-MS/TP, etc.

□ Annex H, BACnet Tunneling Router over IP □ BACnet/IP Broadcast Management Device (BBMD)

Does the BBMD support registrations by

□ Yes

Foreign Devices?

□ No

- 18 E -

E6581404

- 19 E -

Character Sets Supported:

Indicating support for multiple character sets does not imply that they can all be supported simultaneously.

■ ANSI X3.4 □ ISO 8859-1 □ ISO 10646 (UCS-4)

□ IBM™/Microsoft™ DBCS □ ISO 10646 (UCS-2) □ JIS C 6226

If this product is a communication gateway, describe the types of non-BACnet equipment/networks(s) that the gateway supports:

Toshiba TOSVERT VF-FS1 series Function Manual

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