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ABB ACH550-01-04A1-4+B055 BACnet протокол онлайн [18/32] 453944
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18 ACH550 BACnet User’s Manual
Diagnostics
Faults 32...33 - EFB2...EFB3
Two EFB fault codes (fault codes 32...33) listed for the drive in the “Diagnostics”
section of the ACH550 User’s Manual are not used.
Incorrect Baud Rate
If the baud rate setting does not match the network’s rate, the value of 5308, EFB
UART ERRORS, increases and the value of 5306, EFB OK MESSAGES, remains fixed.
Intermittent Off-line Occurrences
The problems described above are the most common problems encountered with
ACH550 serial communication. Intermittent problems might also be caused by:
• Marginally loose connections.
• Wear on wires caused by equipment vibrations.
• Insufficient grounding and shielding on both the devices and on the
communication cables.
• Missing network terminations (stations at both ends of a network require
termination resistors).
Содержание
- Bacnet protocol ach550 ac drives 1
- Protocol ach550 ac drives 1
- Ach550 bacnet user s manual 2
- Safety 3
- Use of warnings and notes 3
- Diagnostics 5
- Installation 5
- Safety 5
- Start up 5
- Table of contents 5
- Technical data 5
- Analog value object instance summary 28 6
- Installation 7
- Intended audience 7
- Introduction 7
- Overview 7
- Control interface 8
- Hardware installation 8
- Planning 8
- Ach 550 rs485 terminal block x1 9
- Ach550 bacnet user s manual 9 9
- Alternate two conductors and a shield 9
- Building automation controller 9
- Conductor cable tie shield wire to agnd x1 31 9
- Installation 9
- Preferred three conductors and a shield 9
- See note 2 9
- Set switch j2 to off bus termination is an active network pull up pull down bias resistors are on board the ach550 drive 3 tie shield wires together at drive agnd do not terminate at scr 9
- Terminated terminated station station station station 9
- To reduce noise on the network terminate the rs485 network using 120 ω resistors at both ends of the network see following diagram and table 9
- Ach550 bacnet user s manual 10
- Communications setup 10
- Drive parameter group 53 10
- Drive parameter group 53 defines features unique to bacnet as described below 10
- Start up 10
- Ach550 bacnet user s manual 11 11
- Changes made to drive parameter group 53 efb protocol do not take affect until you perform one of the following 11
- Cycle the drive power off and on or 11
- Enable bacnet protocol set drive parameter 9802 11
- It should read x5xx where x is any value 11
- Note if you cannot see the desired selection on the panel your drive does not have that protocol software in the application memory 11
- Quick start sequence 11
- Set parameter 5302 to 0 and then back to a unique mac id or 11
- Start up 11
- The following steps summarize the process for enabling and configuring bacnet on the ach550 11
- To confirm this selection read drive parameter 5301 11
- Use the reinitializedevice service 11
- Activate drive control functions 12
- Controlling the drive 12
- Ach550 bacnet user s manual 13 13
- Drive parameter values set as defined below 13
- Fieldbus controller supplied command s in the appropriate location 13
- Fieldbus controller supplied reference word s in the appropriate location 13
- Input reference select 13
- Miscellaneous drive control 13
- Note ext1 ref 1 ext 2 ref 2 ref 2 normally used for pid setpoint commands 13
- Start stop direction control 13
- Start up 13
- Using the fieldbus for miscellaneous drive control requires 13
- Using the fieldbus for start stop direction control of the drive requires 13
- Using the fieldbus to provide input references to the drive requires 13
- Ach550 bacnet user s manual 14
- Analog output control 14
- Communication fault 14
- Drive parameter values set as defined below 14
- Fieldbus controller supplied analog value s in the appropriate location 14
- Fieldbus controller supplied binary coded relay command s in the appropriate location 14
- Only make these drive programming changes if you require control via bacnet 14
- Relay output control 14
- Start up 14
- Using the fieldbus for analog output control requires 14
- Using the fieldbus for relay output control requires 14
- When using fieldbus control specify the drive s action if serial communication is lost 14
- Ach550 bacnet user s manual 15 15
- Drive parameter bacnet access point 15
- Drive parameter value bacnet access point 15
- Feedback from the drive 15
- Has a resolution of 0 sec which means that in the drive and in the mailbox the value 1 0 seconds so a mailbox value of 10 translates to 1 second a mailbox value of 300 translates to 30 seconds etc refer to the parameter listing in the ach550 user s manual for each parameter s resolution and units of measure 15
- Inputs to the controller drive outputs have pre defined meanings established by the protocol this feedback does not require drive configuration the following table lists a sample of feedback data for a complete listing see input word point object listings in the technical data section 15
- Mailbox read write 15
- Note relay status feedback occurs without configuration as defined below 15
- Note you must read and write mailbox values using the drive s internal scaling for example the parameter 2202 15
- Pre defined feedback 15
- Relay 1 3 status bi0 bi1 bi2 15
- Relay 4 6 status bi3 bi4 bi5 15
- Start up 15
- The ach550 provides a mailbox function to access parameters that have not been pre defined by the protocol using mailbox any drive parameter can be identified and read mailbox can also be used to adjust parameter settings by writing a value to any parameter identified the following table describes the use of this function 15
- Diagnostic situations 16
- Diagnostics 16
- Fault queue for drive diagnostics 16
- Serial communication diagnostics 16
- Protocol implementation conformance statement pics 19
- Technical data 19
- Ach550 bacnet user s manual 21 21
- Statement 21
- Technical data 21
- This statement is part of this standard and is required for its use 21
- Ach550 bacnet user s manual 22
- Technical data 22
- Ach550 bacnet user s manual 23 23
- Object definitions 23
- Object property support matrix 23
- Technical data 23
- The following table summarizes the object types properties supported 23
- Ach550 bacnet user s manual 24
- Binary input object instance summary 24
- Binary output object instance summary 24
- Note for present value access types r read only w writeable c commandable commandable values support priority arrays relinquish defaults 24
- Technical data 24
- The following table summarizes the binary input objects supported 24
- The following table summarizes the binary output objects supported 24
- Ach550 bacnet user s manual 25 25
- Binary value object instance summary 25
- Note for present value access types r read only w writeable c commandable commandable values support priority arrays relinquish defaults 25
- Technical data 25
- The following table summarizes the binary value objects supported 25
- Ach550 bacnet user s manual 26
- Technical data 26
- Ach550 bacnet user s manual 27 27
- Analog input object instance summary 27
- Note for present value access types r read only w writeable c commandable commandable values support priority arrays relinquish defaults 27
- Technical data 27
- The following table summarizes the analog input objects supported 27
- Ach550 bacnet user s manual 28
- Analog output object instance summary 28
- Analog value object instance summary 28
- Note for present value access types r read only w writeable c commandable commandable values support priority arrays relinquish defaults 28
- Technical data 28
- The following table summarizes the analog output objects supported 28
- The following table summarizes the analog value objects supported 28
- Ach550 bacnet user s manual 29 29
- Technical data 29
- Ach550 bacnet user s manual 30
- Note for present value access types r read only w writeable c commandable commandable values support priority arrays relinquish defaults 30
- Technical data 30
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