Hobart Ground Power - Modbus (RTU and TCP) and BACnet and HTMLGateway
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Hobart Ground Power - Modbus (RTU and TCP) and BACnet and HTMLGateway


The Hobart Ground Power (HGP) Gateway serves data from a HGP controller as Modbus, BACnet or Web data.  The gateway supports all these options simultaneously. Use the data you want and ignore the other. This is a preconfigured product that is ready for deployment out the box. Simply connect cables and you are ready to consume the data. Test tools and software are provided so you can leave site confident that your installation is ready for the Building Management / Control System and you will not have to return to site.
  • The Gateway connects to the HGP controller, reads data and stores it internally.
  • When a remote system requests data, this data is served in a form that is appropriate to the protocol. 
  • In the event that the connection to the HGP controller is lost, or data cannot be read, the  gateway can signal this to the remote data client. 
  • The gateway requires minimal configuration and can be considered a plug and play component  of a system, in that it is ready to operate out of the box with the default configuration. 
PRICE: $1,495.00 
SKU: CAS-2700-01

CONFIGURATION & OPTIONS
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CAS-2700-01 Hobart Ground Power - Modbus (RTU and TCP) and BACnet and HTML Gateway

Description

The HOBART Ground Power Serial Driver allows the Gateway to poll Hobart devices for status, real time and configuration data. Thus the driver can be used to read current, voltage, phase, power and other variables from the Hobart device.

The Hobart Ground Power (HGP) Gateway serves data from a HGP controller as Modbus, BACnet or Web data. The gateway supports all these options simultaneously. Use the data you want and ignore the other.

The Gateway connects to the HGP controller, reads data and stores it internally. When a remote system requests data, this data is served in a form that is appropriate to the protocol. In the event that the connection to the HGP controller is lost, or data cannot be read, the gateway can signal this to the remote data client.

The gateway requires minimal configuration and can be considered a plug and play component of a system, in that it is ready to operate out of the box with the default configuration.

The driver is a serial driver using a RS232 serial port to connect between the Gateway and the HOBART unit.

  • UL and ULc approved
  • 10/100BaseT with RJ-45 connector
  • 1x RS232 Port
  • 1x RS485 Port (Different Models have additional ports)
  • 2MBytes flash memory, 8MBytes of SDRAM
  • Power: 5-24VDC
  • Operating Temperature: 0°C to 70° C
  • Dimensions: 4.2" x 3.25" x 1"
  • LEDs: Link, Speed/Data, Power

Max Nodes Supported
Gateway Mode Nodes Comments
Client
1
Only 1 Hobart device per connection
Server
0
Not supported or documented

Connection information - Port 1 : Hobart Port
Connection Type EIA232
Baud Rates
Driver Supports - 9600: 19200 Baud
HOBART supports - 9600
Data Bits
Driver Supports - 7, 8
HOBART supports 8
Stop Bits Driver Supports - 1, 2
HOBART supports 1
Parity Driver Supports - Odd, Even, None
HOBART supports None
Hardware Interface N/A
Multidrop Capability No

Connection information - Port 2 : MODbus RTU Server Port
Connection Type RS485 [Jumper change to RS232]
Baud Rates
9600: 19200 Baud
Data Bits
8
Stop Bits 1
Parity None
Hardware Interface N/A
Multidrop Capability Yes

Devices Tested
Device Tested [FACTORY, SITE]
Hobart Model xxxxxx
Tested

Communication Functions Supported Functions.Not all Hobart communication functions are supported. Most that report status info are provided. Those used to configure the unit are not included. Please review this list in determining whether this driver is fit for your purpose.

The driver will not send the next command until a response has been received from the previous or until a timeout has expired.
Support
This driver was developed by Chipkin Automation Systems (CAS). CAS are proud to provide support for the driver. For support please call CAS at (866) 383-1657.

COMMAND CONFIGURATION DATA
C00 DEVICE IDENTIFIER 0 CMD
C01 DEVICE IDENTIFIER 1 CMD
C02 DEVICE IDENTIFIER 2 CMD
C03 RECORD POINTER CMD
C04 MAN VOLT ADJUST - ADJUST VALUE CMD
C05 LINE DROP COMP ADJUST - VAKUE CMD
C06 TOTAL ACCUM KILOWATS 0 CMD
C07 TOTAL ACCUM KILOWATS 1 CMD
C08 TOTAL ACCUM KILOWATS 2 CMD
C09 TOTAL ACCUM KILOWATS 3 CMD
C10 CURRENT TIME HOURS CMD
C11 CURRENT TIME MINUTES CMD
C12 CURRENT TIME SECONDS CMD
C13 CURRENT DATE YEAR CMD
C14 CURRENT DATE MONTH CMD
C15 CURRENT DATE DAY CMD
C16 PREVIOUS DATE MONTH CMD
C17 KVA RATING CMD
C18 TRANSFORMER 12 PULSE PRESENT CMD
C19 CONTRACTOR SENSE NUMBER CMD
C29 RECORD OVERFLOW FLAG CMD
C21 SPARE 8 BIT 1 CONFIG CMD
C22 CURRENT LIMIT ADJUST VALUE 0 CMD
C23 CURRENT LIMIT ADJUST VALUE 1 CMD
C24 DC MAN VOLT ADJUST VALUE CMD
C25 TR CONFIGURATION CMD
COMMAND REAL TIME DATA
D00 EVENT DESCRIPTION CMD
D01 ADVCOMM COMMAND CMD
D02 AVD FAULT 2 CMD
D03 START TIME HOURS CMD
D04 START TIME MINUTES CMD
D05 START TIME SECONDS CMD
D06 START DATE YEAR CMD
D07 START DATE MONTH CMD
D08 START DATE DAY CMD
D09 MAX CURRENT TIME HOURS CMD
D10 MAX CURRENT TIME MINUTES CMD
D11 MAX CURRENT TIME SECONDS CMD
D12 EF WARNING CMD
D13 FRONT PANEL STATUS CMD
D14 KILOWATTS CMD
D15 OUTPUT STATUS CMD
D16 SPARE 8 BIT 4 DATA CMD
D17 SPARE 8 BIT 3 DATA CMD
D18 SPARE 8 BIT 2 DATA CMD
D19 SPARE 8 BIT 1 DATA CMD
COMMAND REAL TIME DATA
E00 ELAPSED TIME MINUTES TIMER CMD
E01 PHASE A VOLTS CMD
E02 PHASE B VOLTS CMD
E03 PHASE C VOLTS CMD
E04 PHASE A B VOLTS CMD
E05 PHASE B C VOLTS CMD
E06 PHASE C AB VOLTS CMD
E07 PHASE 1A AMPS CMD
E08 PHASE 1B AMPS CMD
E09 PHASE 1C AMPS CMD
E10 PHASE 2A AMPS CMD
E11 PHASE 2B AMPS CMD
E12 PHASE 2C AMPS CMD
E13 HIGHEST OUTPUT AVE AMPS CMD
E14 NEUTRAL AMPS CMD
E15 DC OUTPUT CURRENT CMD
E16 KILOWATT HOURS CMD
E17 OUTPUT FREQUENCY CMD
E18 BUS VOLTAGE CMD
E19 MAX CURRENT CMD
E29 DC OUTPUT VOLTAGE CMD
E21 SPARE 16 BIT 1 DATA CMD

Driver Operation
The driver can be configured to execute any of the commands in the 'supported function' list. The data sent is stored internally in the Gateway and is made available to other protocols (Modbus RTU, Modbus TCP, BACnet IP and HTML) .

The frequency with each data point is read is configurable. The driver retries on errors or timeouts. If the data cannot be read then after some configurable time it is marked as out of service.

Configuration
Via Web Page. Configure IP settings, Node ID's, Baud Rate and other parameters.


Schematic and PDF Documents
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Hobart Pdf
Hobart Connection Diagram