Bosch BMS-BAC Bedienungsanleitung

6720862469 (16/04)

Before using your bacnet, please read this manual carefully and keep it for future reference.

CLIMATE 5000 VRF

Building Management System Gateway Card (Bacnet)

BMS-BAC

User manual

CONTENTS

1. CONNECTING DIAGRAM..................................................3

2. FUNCTION DESCRIPTION ................................................3

3. CONFIGURATION ILLUSTRATION......................................3

4. OBJECT TABEL ...............................................................4

2 | CONTENTS

6720862469 (16/04) CLIMATE 5000 VRF

1. CONNECTING DIAGRAM

1.1. BMS-BAC interfaces illustration

Ethernet interface, connect with BACnet/

IP network

1.2. System connecting illustration

CAUTION

1) BMS-BAC net can connect to the centralised controller, or the

outdoor master unit. The address on the centralised controller

must be (0) and the outdoor master unit must be set to (16).

2) BMS-BAC net series must connect with Building Control

System with the same IPsubnet! Otherwise the unit will not work

correctly.

2. FUNCTION DESCRIPTION

This unit must be installed between the air conditioning system and

the BMS. BACnet interfaces create a way for air conditioning systems

to communicate with a BMS.

Once BACnet is conﬁgured correctly, any units connected to the

system will be able to be controlled and read with a BMS.

2.1. Operation control

This unit will provide the BMS with seven setting functions including

‘operation mode selection’, ‘time on setting’, ‘time oﬀ setting’, ‘swing

function’. Refer to object table for more information.

CAUTION

There will be a 10-20 second delay for the BMS to send or read

information.

3. CONFIGURATION ILLUSTRATION

Before using the BACnet, an initial setting conﬁguration is required.

After installation is complete, you will need to input the IP address of

the BACnet into a web browser.

3.1. Control setting

The local network code range will be between 0 and 63. The name

of the network will automatically conﬁgure, which can be changed

to something more memorable. After the demand has been set

andthe equipment has been restarted, the equipment will modify the

changes. The control code has been set randomly before ex-factory,

“*” means of control code in“CONTROL-UNIT-*”.

3.2. Time and date setting

You can set the time and date to all corresponding systems connected

to the BACnet. After setting the time and date, the system will require

restarting.

3.3. Safe setting

If the controller requires resetting this can be achieved by using the

default admin password. Default administrator name is “admin” and

the passwordis“12345”.

CAUTION

For safety, passwords should be changed from the factory set

ones.

3.4. Network setting

This device adapts Ethernet as the network interface. An IP address

of ‘192.168.1.8’ has been factory set which must be modiﬁed to the

appropriate network address.

CAUTION

BMS BAC net series must connect with a Building Control System

using the same IP subnet. Once IP has conﬁgured, click ‘apply’

and restart the equipment.

Four groups of 485 interfaces, each one connects with a

universal centralised monitor controller or Indoor/Outdoor

conditioning unit.

BMS-BAC

F1 F2 E Indoor Central Controller

Outdoor Central Controller

BACnet/IP Network

CLIMATE 5000 VRF 6720862469 (16/04)

CONNECTING DIAGRAM |3

3.5. BACnet setting

The BACnet network code represents only one of the BACnet

centralised controllers in the range between 0 to 65535. Once the

address has been set, the device will need to be reset for the changes

to be eﬀective.

Each BACnet has a unique network number. This BACnet network

number is required when multiple BACnet or centralised controllers

are connected.

The calculation formula for the indoor and outdoor air conditioning

units are:

Device ID=BTXX;

B is the bus Number 0-3;

T means type 0-indoor unit,1-outdoor unit;

XX is the indoor unit Number 0-63 or outdoor unit 0-31;

3.6. Factory Reset

To delete settings and return to factory setting, connect 1 and 2 of

485. This will restore factory settings of the BACnet.

4. OBJECT TABEL

This device provides with diﬀerent objects tables for the diﬀerent

types of outdoor units which are in using for the VRF system. System

will automatically identify using outdoor unit and generate the BACnet

object.

4.1. Indoor objects

This equipment provides with fourteen types of BACnet object, show

as the following table, for connecting with indoor unit using in the

Building Management System (BMS) or other system which suitable

for BACnet Protocol.

Number Content

1Device Information

2Operation mode

3Fan state

4Preset Temperature

5Indoor temperature

6Set on time

7Set oﬀ time

8Swing function

9Electric heater function

10 Malfunction state

11 Protection state

12 Mode query

13 Speed query

14 Temp set query

4 | OBJECT TABEL

6720862469 (16/04) CLIMATE 5000 VRF

Detailed infromation of corresponding objects refer to under-table

1) Device infromation

Attribute Identiﬁer Data mode Attribute value Read/write

Object Identiﬁer BACnetObjectIdentiﬁer Device + Acnumber R

Object Name CharacterString Indoor * * R

Object Type BACnetObjectType Device R

Device Status BACnetDeviceStatus Operational R

Producer Name CharacterString AC Inc R

Producer Identiﬁer Unisgned16 1 1 1 (Unsigned) R

Model Name CharacterString Get one of these from protocolanalysis: Wall Mounted Tpye Floor Tpye Embedded

Tpye Duct Tpye Floor&ceiling Tpye AC Auxiliary Machine Tpye Digital Mutil-

connection Tpye Frequency Conversion Tpye Digital Rotation Tpye

Firmware Edition CharacterString 1.0 R

Application Software Edition CharacterString 1.0 R

Protocol Edition Unsigned 1 R

Protocol Correspondency Type Unsigned 3 R

Protocol Service Support BACnetServiceSupport ReadProperty R

Protocol Object Types Support BACnetObjectTypesSupport AnalogInput R

Object Array BACnetArray[n] Array all object R

Max length of APDU support Unsigned 1476 R

Segmentation support BACnetSegmentation Segmented both(0) R

Local Time Time R/W

Local Date Date R/W

APDU Segmentation Timeover Unsigned 2000 O

APDU Timeover Unsigned 3000 R

APDU Resend Times Unsigned 3 R

Device Address Binding AddressBinding ASN.1 ‘’ R

Operation instruction The CURRENT VALUE attribute of the selected object reﬂects the COMPRESSOR 1 ELECTRIC CURRENT (it’s unsettable). The

MINIMAL VALUE stands for the MINIMUM ELECTRIC CURRENT, while the MAXMUN VALUE stands for the MAXIMUM ELECTRIC

CURRENT.

2) Running mode

Attribute Identiﬁer Data mode Attribute value Read/write

Object Identiﬁer BACnetObjectIdentiﬁer Multistate-output 1 R

Object Name CharacterString AC_OModeSetting R

Object Type BACnetObjectType Multistate-output R

Description CharacterString Operation mode setting O

Current value Unsigned W

Status Flags BACnetStatusFlags F F F F R

Event states BACnet EventStates Normal R

Take oﬀ service BOOLEAN F R

States number Unsigned 6 R

States text BACnet ARRAY[N]

CharacterString

Auto

Cool

Heat

Dehumidify

FanOnly

Stop

Priority Array BACnetPriorityArra NULL R

Release default Unsigned 0 R

Time delay Unsigned 2 O

Publicly type Unsigned 1701 O

Feedback value Unsigned 6

CLIMATE 5000 VRF 6720862469 (16/04)

OBJECT TABEL |5

Event enable BACnetEventTransitionBits T T T O

Aﬃrm transform BACnetEventTransitionBits T T T O

Notify Type BACnetNotifyType alarm O

Operation instruction The CURRENT VALUE attribute of the selected object reﬂects the current OPERATION MODE (it’s writeable and settable).

Thereinto, the CURRENT VALUE 1 means HEATING MODE; the CURRENT VALUE 2 means COOLING MODE; the CURRENT

VALUE 3 means DEHUMIDIFIED MODE; the CURRENT VALUE 4 means AIR SUPPLY; the CURRENT VALUE 5 means AUTO MODE;

the CURRENT VALUE 6 means SHUT OFF.

3) Fan states

Attribute Identiﬁer Data mode Attribute value Read/write

Object Identiﬁer BACnetObjectIdentiﬁer Multistate-output 2 R

Object Name CharacterString AC _OFanSpeed R

Object Type BACnetObjectType Multistate-output R

Description CharacterString Fan Speed Setting O

Current value Unsigned W

Status Flags BACnetStatusFlags F F F F R

Event states BACnet EventStates Normal R

Take oﬀ service BOOLEAN F R

States number Unsigned 5 R

States text BACnet ARRAY[N]

CharacterString

Auto

Low

Middle

High

Stop

Priority Array BACnetPriorityArra NULL R

Release default Unsigned 5 R

Time delay Unsigned 1 O

Publicly type Unsigned 1701 O

Feedback value Unsigned 5

Event enable BACnetEventTransitionBits T T T O

Aﬃrm transform BACnetEventTransitionBits T T T O

Notify Type BACnetNotifyType alarm O

Operation instruction The CURRENT VALUE attribute of the selected object reﬂects the current FAN SPEED (It’s writable and settable). Thereinto,

the CURRENT VALUE 1 means HIGH SPEED; the CURRENT VALUE 2 means MEDIUM SPEED; the CURRENT VALUE 3 means

LOW SPEED; the CURRENT VALUE 4 means AUTO SPEED; the CURRENT VALUE 5 means FAN STOP. The thing is, during air

conditioner operating, the CURRENT VALUE would be set as to 5 (the order of stop the fan) for ensuring the normal operate,

however, this default setting would be omitted by the system automatically.

4) Preset temperature

Attribute Identiﬁer Data mode Attribute value Read/write

Object Identiﬁer BACnetObjectIdentiﬁer Analog-output 1 R

Object Name CharacterString AC_OTempSetting R

Object Type BACnetObjectType Analog-output R

Current value REAL W

Description CharacterString Temperature Setting O

Status Flags BACnetStatusFlags F F F F R

Event states BACnet EventStates Normal R

Take oﬀ service BOOLEAN F R

Unit BACnetEngineering Units Degree-Celsius R

Minimum REAL 16 O

Maximum REAL 32 O

Priority array Value BACnetPriorityArra NULL R

Default release REAL 25 R

Distinguishability REAL 1 O

COV increment REAL 1 O

6 | OBJECT TABEL

6720862469 (16/04) CLIMATE 5000 VRF

Low valve value REAL 16 O

High valve value REAL 32 O

Width valve value REAL 1 O

Enable valve value BACnetLimitEnable T T O

Event enable BACnetEventTransitionBits T T T O

Notify Type BACnetNotifyType alarm O

Publicly type Unsigned 1701 O

Time delay Unsigned 1 O

Aﬃrm transform BACnetEventTransitionBits T T T O

Operation instruction The CURRENT VALUE attribute of the selected object reﬂects the current SETTNG TEMPERATURE (it’swritable and settable).

The MINIMAL VALUE stands for the min. temperature, while the MAXMUN VALUE stands for the max. temperature. The setting

temperature could not exceed than the range.

5) Room temprature

Attribute Identiﬁer Data mode Attribute value Read/write

Object Identiﬁer BACnetObjectIdentiﬁer Analog-iutput 1 R

Object Name CharacterString AC _ITempIndoor R

Object Type BACnetObjectType Analog-iutput R

Current value REAL R

Description CharacterString Indoor temperature O

Status Flags BACnetStatusFlags F F F F R

Event states BACnet EventStates Normal R

Reliability BACnetReliability NO-FAULT-DETECTED R

Take oﬀ service BOOLEAN F R

Unit BACnetEngineering Units Degree-Celsius R

Minimum REAL -20 O

Maximum REAL 100 O

Distinguishability REAL 1 O

Time delay Unsigned 1 O

Publicly type Unsigned 1701 O

Low valve value REAL -20 O

High valve value REAL 100 O

Width valve value REAL 1 O

Enable valve value BACnetLimitEnable T T O

Event enable BACnetEventTransitionBits T T T O

Notify Type BACnetNotifyType event O

Operation instruction The CURRENT VALUE attribute of the selected object reﬂects the current ROOM TEMPERATURE (its read only, could not be

set). The MINIMAL VALUE stands for the min. temperature, while the MAXMUN VALUE stands for the max. Temperature.

6) Set on time

Attribute Identiﬁer Data mode Attribute value Read/write

Object Identiﬁer BACnetObjectIdentiﬁer Analog-output 2 R

Object Name CharacterString AC _ IOnTime R

Object Type BACnetObjectType Analog-intput R

Current value REAL W

Description CharacterString On Time Setting O

Status Flags BACnetStatusFlags F F F F R

Event states BACnet EventStates Normal R

Reliability BACnetReliability NO-FAULT-DETECTED R

Take oﬀ service BOOLEAN F R

Unit BACnetEngineering Units Hours R

Minimum REAL 0 O

CLIMATE 5000 VRF 6720862469 (16/04)

OBJECT TABEL |7

Maximum REAL 24 O

Distinguishability REAL 0.25 O

Priority Array BACnetPriorityArra NULL R

Default release REAL 0 R

COV INCREMENT REAL 0.25 O

Low valve value REAL 0 O

High valve value REAL 24 O

Width valve value REAL 0.5 O

Enable valve value BACnetLimitEnable T T O

Event enable BACnetEventTransitionBits T T T O

Notify Type BACnetNotifyType alarm O

Publicly type Unsigned 1701 O

Time delay Unsigned 1 O

Aﬃrm transform BACnetEventTransitionBits T T T O

Operation instruction The CURRENT VALUE attribute of the selected object reﬂects the current TIMING ON time (it is read only, could not beset).

From 0 to 24 means during the 24 hours without timing has been set.

7) Set oﬀ time

Attribute Identiﬁer Data mode Attribute value Read/write

Object Identiﬁer BACnetObjectIdentiﬁer Analog-output 3 R

Object Name CharacterString AC _ OOﬀTime R

Object Type BACnetObjectType Analog-output R

Current value REAL W

Description CharacterString Oﬀ Time Setting O

Status Flags BACnetStatusFlags F F F F R

Event states BACnet EventStates Normal R

Take oﬀ service BOOLEAN F R

Unit BACnetEngineering Units Hours R

Minimum REAL 0 O

Maximum REAL 24 O

Distinguishability REAL 0.25 O

Reliability BACnetReliability NO-FAULT-DETECTED O

Priority Array BACnetPriorityArra NULL R

Default release REAL 0 R

COV INCREMENT REAL 0.25 O

Low valve value REAL 0 O

High valve value REAL 24 O

Width valve value REAL 0.5 O

Enable valve value BACnetLimitEnable T T O

Event enable BACnetEventTransitionBits T T T O

Notify Type BACnetNotifyType alarm O

Publicly type Unsigned 1701 O

Time delay Unsigned 1 O

Aﬃrm transform BACnetEventTransitionBits T T T O

Operation instruction The CURRENT VALUE attribute of the selected object reﬂects the current TIMING OFF time (it is read only, could not be set).

From 0to 24 means during the 24 hours without timing has been set.

8) Swing function

Attribute Identiﬁer Data mode Attribute value Read/write

Object Identiﬁer BACnetObjectIdentiﬁer Binary-output 1 R

Object Name CharacterString AC _OSwing R

8 | OBJECT TABEL

6720862469 (16/04) CLIMATE 5000 VRF

Object Type BACnetObjectType Binary-output R

Current value BACnetBinaryPV inactive W

Discription CharacterString Swing Setting O

Status Flags BACnetStatusFlags F F F F R

Event states BACnet EventStates Normal R

Take oﬀ service BOOLEAN F R

Polarity BACnetPolarity Normal R

Inactive text CharacterString Turn oﬀ O

Active text CharacterString Turn on O

Time delay Unsigned 1 O

States change time BACnetDateTime O

States change times Unsigned O

Change time to 0BACnetDateTime O

Publicly type Unsigned 1701 O

Feedback value BACnetBinaryPV inactive O

Event enable BACnetEventTransitionBits T T T R

Aﬃrm transform BACnetEventTransitionBits T T T O

Priority Array BACnetPriorityArra NULL R

Default release BACnetBinaryPV inactive R

Notify Type BACnetNotifyType alarm O

Operation instruction The CURRENT VALUE attribute of the selected object reﬂects the current SWING STATUS. INACTIVE means SWING OFF, while

ACTIVE means SWING ON.

9) Electric heater function

Attribute Identiﬁer Data mode Attribute value Read/write

Object Identiﬁer BACnetObjectIdentiﬁer Binary-output 2 R

Object Name CharacterString AC _OElecHeat R

Object Type BACnetObjectType Binary-output R

Current value BACnetBinaryPV Inactive W

Discription CharacterString Elecheat Setting O

Status Flags BACnetStatusFlags F F F F R

Event states BACnet EventStates Normal R

Take oﬀ service BOOLEAN F R

Polarity BACnetPolarity Normal R

Inactive text CharacterString Turn oﬀ O

Active text CharacterString Turn on O

Time delay Unsigned 1 O

States change time BACnetDateTime O

States change times Unsigned O

Change time to 0 BACnetDateTime O

Publicly type Unsigned 1701 O

Feedback value BACnetBinaryPV inactive O

Event enable BACnetEventTransitionBits T T T R

Aﬃrm transform BACnetEventTransitionBits T T T O

Priority Array BACnetPriorityArra NULL R

Default release BACnetBinaryPV inactive R

Notify Type BACnetNotifyType alarm O

Operation instruction The CURRENT VALUE attribute of this selected object reﬂects the current ELECTRIC HEATER working status. INACTIVE means

ELECTRIC HEATER OFF, while ACTIVE means ELECTRIC HEATER ON. The thing is, when air conditioner in the COOLING MODE or

other mode, the CURRENT VALUE would be set as ELECTRIC HEATER ON forensuring the normal operate, however, this default

setting would be omitted by the system automatically.

CLIMATE 5000 VRF 6720862469 (16/04)

OBJECT TABEL |9

10) Malfunction states

Attribute Identiﬁer Data mode Attribute value Read/write

Object Identiﬁer BACnetObjectIdentiﬁer Multistate-input 1 R

Object Name CharacterString AC _IMalfunction R

Object Type BACnetObjectType Multistate-input R

discription CharacterString Malfunction State O

current value Unsigned R

Status Flags BACnetStatusFlags F F F F R

Event states BACnet EventStates Normal R

Take oﬀ service BOOLEAN F R

States number Unsigned 17 R

States text BACnet ARRAY[N]

CharacterString

No E

Time delay Unsigned 1 O

Publicly type Unsigned 1701 O

Event enable BACnetEventTransitionBits T T T O

Aﬃrm transform BACnetEventTransitionBits T T T O

Notify Type BACnetNotifyType alarm O

Operation instruction The CURRENT VALUE attribute of the selected object reﬂects the current MALFUNCTION (it’s read only). In case ofthe CURRENT

VALUE shows as No E, that means without malfunction, while other information displaying means the relevant malfunction. For

detail, please refer to TROUBLESHOOT & MAINTENANCE BROCHURE, or contact with After-sales agent. Provided that more the

one malfunction occurs simultaneously, only the minimal No. of the error would be showed.

11) Pretection states

Attribute Identiﬁer Data mode Attribute value Read/write

Object Identiﬁer BACnetObjectIdentiﬁer Multistate-input 2 R

Object Name CharacterString AC _IProtect R

Object Type ACnetObjectType Multistate-input R

Discription CharacterString Protect State O

Current value Unsigned R

Status Flags BACnetStatusFlags F F F F R

Event states BACnet EventStates Normal R

Take oﬀ service BOOLEAN F R

States number Unsigned 11 R

States text BACnet ARRAY[N]

CharacterString

No P

10 | OBJECT TABEL

6720862469 (16/04) CLIMATE 5000 VRF

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