Automation and Control Product Matrix - Revision history

Dragan: /* Automation and Control Product Matrix */

2011-07-14T16:32:00Z

Automation and Control Product Matrix

← Older revision		Revision as of 16:32, 14 July 2011
Line 6:		Line 6:
	<!-- \|+align="bottom" style="bold" \|''Table: Comparison of HW and SW features'' -->		<!-- \|+align="bottom" style="bold" \|''Table: Comparison of HW and SW features'' -->
	!width="145" \|		!width="145" \|
	!width="120" bgcolor="#~~F00~~" align="center" style="color:#~~FFF~~;"\| Barionet 50		!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"\| Barionet 50
	!width="120" bgcolor="#~~F00~~" align="center" style="color:#~~FFF~~;"\| Barionet 100		!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"\| Barionet 100
	!width="120" bgcolor="#~~F00~~" align="center" style="color:#~~FFF~~;"\| IO12		!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"\| IO12
	!width="120" bgcolor="#~~F00~~" align="center" style="color:#~~FFF~~;"\| R6		!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"\| R6
	!width="120" bgcolor="#~~F00~~" align="center" style="color:#~~FFF~~;"\| X8		!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"\| X8
	\|-		\|-
	!bgcolor="#~~DDD~~"\| Device Type		!bgcolor="#DDDDDD"\| Device Type
	\|bgcolor="#~~DDD~~" align="center" \| Programmable Controller		\|bgcolor="#DDDDDD" align="center" \| Programmable Controller
	\|bgcolor="#~~DDD~~" align="center" \| Programmable Controller		\|bgcolor="#DDDDDD" align="center" \| Programmable Controller
	\|bgcolor="#~~DDD~~" align="center" \| Modbus I/O		\|bgcolor="#DDDDDD" align="center" \| Modbus I/O
	\|bgcolor="#~~DDD~~" align="center" \| Modbus I/O		\|bgcolor="#DDDDDD" align="center" \| Modbus I/O
	\|bgcolor="#~~DDD~~" align="center" \| Modbus I/O		\|bgcolor="#DDDDDD" align="center" \| Modbus I/O
	\|-		\|-
	! Ethernet		! Ethernet
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	\|\|		\|\|
	\|-		\|-
	!bgcolor="#~~DDD~~"\| Modbus Type (TCP)		!bgcolor="#DDDDDD"\| Modbus Type (TCP)
	\|bgcolor="#~~DDD~~" align="center" \| Slave (RTU)		\|bgcolor="#DDDDDD" align="center" \| Slave (RTU)
	\|bgcolor="#~~DDD~~" align="center" \| Slave (RTU)		\|bgcolor="#DDDDDD" align="center" \| Slave (RTU)
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|-		\|-
	! Modbus Type (RS-485)		! Modbus Type (RS-485)
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	\|align="center"\| Slave		\|align="center"\| Slave
	\|-		\|-
	!bgcolor="#~~DDD~~"\| RS-485 Baudrate		!bgcolor="#DDDDDD"\| RS-485 Baudrate
	\|bgcolor="#~~DDD~~" align="center" \| 300..230400		\|bgcolor="#DDDDDD" align="center" \| 300..230400
	\|bgcolor="#~~DDD~~" align="center" \| 300..19200		\|bgcolor="#DDDDDD" align="center" \| 300..19200
	\|bgcolor="#~~DDD~~" align="center" \| 9600/19200		\|bgcolor="#DDDDDD" align="center" \| 9600/19200
	\|bgcolor="#~~DDD~~" align="center" \| 9600/19200		\|bgcolor="#DDDDDD" align="center" \| 9600/19200
	\|bgcolor="#~~DDD~~" align="center" \| 9600/19200		\|bgcolor="#DDDDDD" align="center" \| 9600/19200
	\|-		\|-
	! RS-422 (4-wire)		! RS-422 (4-wire)
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	\|\|		\|\|
	\|-		\|-
	!bgcolor="#~~DDD~~"\|RS-232 Signals		!bgcolor="#DDDDDD"\|RS-232 Signals
	\|bgcolor="#~~DDD~~" align="center" \| TxD, RxD, RTS, CTS, GND		\|bgcolor="#DDDDDD" align="center" \| TxD, RxD, RTS, CTS, GND
	\|bgcolor="#~~DDD~~" align="center" \| TxD, RxD, RTS, CTS, GND		\|bgcolor="#DDDDDD" align="center" \| TxD, RxD, RTS, CTS, GND
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|-		\|-
	! RS-232 Baudrate		! RS-232 Baudrate
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	\|\|		\|\|
	\|-		\|-
	!bgcolor="#~~DDD~~"\|Wiegand input		!bgcolor="#DDDDDD"\|Wiegand input
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~" align="center" \| 2 <sup>[1]		\|bgcolor="#DDDDDD" align="center" \| 2 <sup>[1]
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|-		\|-
	! Dallas 1-Wire bus		! Dallas 1-Wire bus
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	\|align="center"\| 0..8 <sup>[2]		\|align="center"\| 0..8 <sup>[2]
	\|-		\|-
	!bgcolor="#~~DDD~~"\| Analog Inputs		!bgcolor="#DDDDDD"\| Analog Inputs
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~" align="center" \| 4 <sup>[3]		\|bgcolor="#DDDDDD" align="center" \| 4 <sup>[3]
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~" align="center" \| 0..8 <sup>[2]		\|bgcolor="#DDDDDD" align="center" \| 0..8 <sup>[2]
	\|-		\|-
	! Digital Inputs		! Digital Inputs
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	\|align="center"\| 0..8 <sup>[2]		\|align="center"\| 0..8 <sup>[2]
	\|-		\|-
	!bgcolor="#~~DDD~~"\| Digital Outputs		!bgcolor="#DDDDDD"\| Digital Outputs
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~" align="center" \| 4 (24VDC 0.1A sink)		\|bgcolor="#DDDDDD" align="center" \| 4 (24VDC 0.1A sink)
	\|bgcolor="#~~DDD~~" align="center" \| 12 (32VDC 0.7A source)		\|bgcolor="#DDDDDD" align="center" \| 12 (32VDC 0.7A source)
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|-		\|-
	! Relay Outputs		! Relay Outputs
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	\|\|		\|\|
	\|-		\|-
	!bgcolor="#~~DDD~~"\| DIN rail mounting		!bgcolor="#DDDDDD"\| DIN rail mounting
	\|bgcolor="#~~DDD~~" align="center" \| ✔		\|bgcolor="#DDDDDD" align="center" \| ✔
	\|bgcolor="#~~DDD~~" align="center" \| ✔		\|bgcolor="#DDDDDD" align="center" \| ✔
	\|bgcolor="#~~DDD~~" align="center" \| ✔		\|bgcolor="#DDDDDD" align="center" \| ✔
	\|bgcolor="#~~DDD~~" align="center" \| ✔		\|bgcolor="#DDDDDD" align="center" \| ✔
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|-		\|-
	\| colspan="6" \| <sup>		\| colspan="6" \| <sup>

Dragan: /* Automation and Control Product Matrix */

2010-11-09T16:09:04Z

Automation and Control Product Matrix

← Older revision		Revision as of 16:09, 9 November 2010
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	\|bgcolor="#DDD"\|		\|bgcolor="#DDD"\|
	\|-		\|-
	\| colspan="6" \| <sup>		\| colspan="6" \| <sup>
	\|-		\|-
	\| colspan="6" \| <sup>[1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.		\| colspan="6" \| <sup>[1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.

Dragan: /* Automation and Control Product Matrix */

2010-11-09T16:08:21Z

Automation and Control Product Matrix

← Older revision		Revision as of 16:08, 9 November 2010
Line 127:		Line 127:

	Back to [[Main Page]]		Back to [[Main Page]]

	~~=Automation and Control Product Matrix=~~
	Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.

Dragan: /* Comparison of HW and SW features */

2010-11-09T16:08:11Z

Comparison of HW and SW features

← Older revision		Revision as of 16:08, 9 November 2010
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	=Automation and Control Product Matrix=		=Automation and Control Product Matrix=
	Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.		Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.

	~~==Comparison of HW and SW features==~~
	{\|
	~~<!-- \|+align="bottom" style="bold" \|''Table: Comparison of HW and SW features'' -->~~
	~~!width="145" \|~~
	~~!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| Barionet 50~~
	~~!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| Barionet 100~~
	~~!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| IO12~~
	~~!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| R6~~
	~~!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| X8~~
	\|-
	~~!bgcolor="#DDD"\| Device Type~~
	~~\|bgcolor="#DDD" align="center" \| Programmable Controller~~
	~~\|bgcolor="#DDD" align="center" \| Programmable Controller~~
	~~\|bgcolor="#DDD" align="center" \| Modbus I/O~~
	~~\|bgcolor="#DDD" align="center" \| Modbus I/O~~
	~~\|bgcolor="#DDD" align="center" \| Modbus I/O~~
	\|-
	~~! Ethernet~~
	~~\|align="center"\| 10/100 auto~~
	~~\|align="center"\| 10/100 auto~~
	\|\|
	\|\|
	\|\|
	\|-
	~~!bgcolor="#DDD"\| Modbus Type (TCP)~~
	~~\|bgcolor="#DDD" align="center" \| Slave (RTU)~~
	~~\|bgcolor="#DDD" align="center" \| Slave (RTU)~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	\|-
	~~! Modbus Type (RS-485)~~
	~~\|align="center"\| Master~~
	~~\|align="center"\| Master~~
	~~\|align="center"\| Slave~~
	~~\|align="center"\| Slave~~
	~~\|align="center"\| Slave~~
	\|-
	~~!bgcolor="#DDD"\| RS-485 Baudrate~~
	~~\|bgcolor="#DDD" align="center" \| 300..230400~~
	~~\|bgcolor="#DDD" align="center" \| 300..19200~~
	~~\|bgcolor="#DDD" align="center" \| 9600/19200~~
	~~\|bgcolor="#DDD" align="center" \| 9600/19200~~
	~~\|bgcolor="#DDD" align="center" \| 9600/19200~~
	\|-
	~~! RS-422 (4-wire)~~
	\|\|
	~~\|align="center"\| ✔~~
	\|\|
	\|\|
	\|\|
	\|-
	~~!bgcolor="#DDD"\|RS-232 Signals~~
	~~\|bgcolor="#DDD" align="center" \| TxD, RxD, RTS, CTS, GND~~
	~~\|bgcolor="#DDD" align="center" \| TxD, RxD, RTS, CTS, GND~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	\|-
	~~! RS-232 Baudrate~~
	~~\|align="center"\| 300..230400~~
	~~\|align="center"\| 300..19200~~
	\|\|
	\|\|
	\|\|
	\|-
	~~!bgcolor="#DDD"\|Wiegand input~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD" align="center" \| 2 <sup>[1]~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	\|-
	~~! Dallas 1-Wire bus~~
	~~\|align="center"\| 1~~
	~~\|align="center"\| 1~~
	\|\|
	\|\|
	~~\|align="center"\| 0..8 <sup>[2]~~
	\|-
	~~!bgcolor="#DDD"\| Analog Inputs~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD" align="center" \| 4 <sup>[3]~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD" align="center" \| 0..8 <sup>[2]~~
	\|-
	~~! Digital Inputs~~
	~~\|align="center"\| 4 dry contact<br>(fixed pull-up)~~
	~~\|align="center"\| 8 dry contact / 0..5VDC<br>(selectable pull-up)~~
	~~\|align="center"\| 12 Opto isolated 0..32VDC~~
	\|\|
	~~\|align="center"\| 0..8 <sup>[2]~~
	\|-
	~~!bgcolor="#DDD"\| Digital Outputs~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD" align="center" \| 4 (24VDC 0.1A sink)~~
	~~\|bgcolor="#DDD" align="center" \| 12 (32VDC 0.7A source)~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	\|-
	~~! Relay Outputs~~
	~~\|align="center"\| 4 NO (30V 0.5A)~~
	~~\|align="center"\| 2 NO (250V 5A)~~
	\|\|
	~~\|align="center"\| 6 NO (250V 10A)~~
	\|\|
	\|-
	~~!bgcolor="#DDD"\| DIN rail mounting~~
	~~\|bgcolor="#DDD" align="center" \| ✔~~
	~~\|bgcolor="#DDD" align="center" \| ✔~~
	~~\|bgcolor="#DDD" align="center" \| ✔~~
	~~\|bgcolor="#DDD" align="center" \| ✔~~
	~~\|bgcolor="#DDD"\|~~
	\|-
	~~\| colspan="6" \| <sup> ~~
	\|-
	~~\| colspan="6" \| <sup>[1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.~~
	\|-
	~~\| colspan="6" \| <sup>[2] Select either Analog In, Digital In, Digital Out or Dallas 1-Wire® support for each of the 8 I/Os independently.~~
	\|-
	~~\| colspan="6" \| <sup>[3] Inputs 1 to 4 are hardwired to both analog and digital detection circuits/registers.~~
	\|}

	~~Back to [[Main Page]]~~

Dragan: /* Automation and Control Product Matrix */

2010-11-09T16:07:51Z

Automation and Control Product Matrix

@@ Line 1: / Line 1: @@
 =Automation and Control Product Matrix=
 Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.
 =Automation and Control Product Matrix=

Dragan: /* Comparison of HW and SW features */

2010-11-09T16:07:08Z

Comparison of HW and SW features

← Older revision		Revision as of 16:07, 9 November 2010
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	\|bgcolor="#DDD"\|		\|bgcolor="#DDD"\|
	\|-		\|-
	\| colspan="6" \| <sup>		\| colspan="6" \| <sup>
	\|-		\|-
	\| colspan="6" \| <sup>[1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.		\| colspan="6" \| <sup>[1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.

Dragan: /* Comparison of HW and SW features */

2010-11-09T16:06:07Z

Comparison of HW and SW features

← Older revision		Revision as of 16:06, 9 November 2010
Line 1:		Line 1:
			=Automation and Control Product Matrix=
			Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.

	=Automation and Control Product Matrix=		=Automation and Control Product Matrix=
	Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.		Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.
Line 4:		Line 7:
	==Comparison of HW and SW features==		==Comparison of HW and SW features==
	{\|		{\|
	\|+align="bottom" style="bold" \|''Table: Comparison of HW and SW features''		<!-- \|+align="bottom" style="bold" \|''Table: Comparison of HW and SW features'' -->
	!width="145" \|		!width="145" \|
	!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| Barionet 50		!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| Barionet 50
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	\|bgcolor="#DDD" align="center" \| ✔		\|bgcolor="#DDD" align="center" \| ✔
	\|bgcolor="#DDD"\|		\|bgcolor="#DDD"\|
			\|-
			\| colspan="6" \| <sup>
	\|-		\|-
	\| colspan="6" \| <sup>[1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.		\| colspan="6" \| <sup>[1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.

Dragan: /* Automation and Control Product Matrix */

2010-11-09T16:04:12Z

Automation and Control Product Matrix

← Older revision		Revision as of 16:04, 9 November 2010
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	\|\|		\|\|
	\|-		\|-
	!bgcolor="#DDD"\|Wiegand IF		!bgcolor="#DDD"\|Wiegand input
	\|bgcolor="#DDD"\|		\|bgcolor="#DDD"\|
	\|bgcolor="#DDD" align="center" \| 2 <sup>[1]		\|bgcolor="#DDD" align="center" \| 2 <sup>[1]
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	\|bgcolor="#DDD"\|		\|bgcolor="#DDD"\|
	\|-		\|-
	! 1-Wire IF		! Dallas 1-Wire bus
	\|align="center"\| 1		\|align="center"\| 1
	\|align="center"\| 1		\|align="center"\| 1
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	\|bgcolor="#DDD"\|		\|bgcolor="#DDD"\|
	\|-		\|-
	! ~~Relais Out~~		! Relay Outputs
	\|align="center"\| 4 NO (30V 0.5A)		\|align="center"\| 4 NO (30V 0.5A)
	\|align="center"\| 2 NO (250V 5A)		\|align="center"\| 2 NO (250V 5A)

Dragan at 15:11, 9 November 2010

2010-11-09T15:11:08Z

← Older revision		Revision as of 15:11, 9 November 2010
Line 4:		Line 4:
	==Comparison of HW and SW features==		==Comparison of HW and SW features==
	{\|		{\|
	\|+align="bottom" style="bold" \|''Comparison of HW and SW features"		\|+align="bottom" style="bold" \|''Table: Comparison of HW and SW features''
	!width="145" \|		!width="145" \|
	!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| Barionet 50		!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| Barionet 50
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	\|bgcolor="#DDD" align="center" \| ✔		\|bgcolor="#DDD" align="center" \| ✔
	\|bgcolor="#DDD"\|		\|bgcolor="#DDD"\|

			\|-
			\| colspan="6" \| <sup>[1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.
			\|-
			\| colspan="6" \| <sup>[2] Select either Analog In, Digital In, Digital Out or Dallas 1-Wire® support for each of the 8 I/Os independently.
			\|-
			\| colspan="6" \| <sup>[3] Inputs 1 to 4 are hardwired to both analog and digital detection circuits/registers.
	\|}		\|}
	~~<sup>[1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.~~
	~~<sup>[2] Select either Analog In, Digital In, Digital Out or Dallas 1-Wire® support for each of the 8 I/Os.~~
	~~<sup>[3] Inputs 1 to 4 are hardwired to both analog and digital detection circuits/registers.~~


	Back to [[Main Page]]		Back to [[Main Page]]

Dragan at 15:03, 9 November 2010

2010-11-09T15:03:21Z

← Older revision		Revision as of 15:03, 9 November 2010
Line 1:		Line 1:
	==Automation and Control Product Matrix==		=Automation and Control Product Matrix=
	Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.		Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.

	Comparison of HW and SW features		==Comparison of HW and SW features==
	{\|		{\|
	\|+align="bottom" style="bold" \|''Comparison of HW and SW features"		\|+align="bottom" style="bold" \|''Comparison of HW and SW features"
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	\|bgcolor="#DDD"\|		\|bgcolor="#DDD"\|
	\|}		\|}
			<sup>[1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.
			<sup>[2] Select either Analog In, Digital In, Digital Out or Dallas 1-Wire® support for each of the 8 I/Os.
			<sup>[3] Inputs 1 to 4 are hardwired to both analog and digital detection circuits/registers.


	Back to [[Main Page]]		Back to [[Main Page]]

← Older revision		Revision as of 16:32, 14 July 2011
Line 6:		Line 6:
	<!-- \|+align="bottom" style="bold" \|''Table: Comparison of HW and SW features'' -->		<!-- \|+align="bottom" style="bold" \|''Table: Comparison of HW and SW features'' -->
	!width="145" \|		!width="145" \|
	!width="120" bgcolor="#~~F00~~" align="center" style="color:#~~FFF~~;"\| Barionet 50		!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"\| Barionet 50
	!width="120" bgcolor="#~~F00~~" align="center" style="color:#~~FFF~~;"\| Barionet 100		!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"\| Barionet 100
	!width="120" bgcolor="#~~F00~~" align="center" style="color:#~~FFF~~;"\| IO12		!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"\| IO12
	!width="120" bgcolor="#~~F00~~" align="center" style="color:#~~FFF~~;"\| R6		!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"\| R6
	!width="120" bgcolor="#~~F00~~" align="center" style="color:#~~FFF~~;"\| X8		!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"\| X8
	\|-		\|-
	!bgcolor="#~~DDD~~"\| Device Type		!bgcolor="#DDDDDD"\| Device Type
	\|bgcolor="#~~DDD~~" align="center" \| Programmable Controller		\|bgcolor="#DDDDDD" align="center" \| Programmable Controller
	\|bgcolor="#~~DDD~~" align="center" \| Programmable Controller		\|bgcolor="#DDDDDD" align="center" \| Programmable Controller
	\|bgcolor="#~~DDD~~" align="center" \| Modbus I/O		\|bgcolor="#DDDDDD" align="center" \| Modbus I/O
	\|bgcolor="#~~DDD~~" align="center" \| Modbus I/O		\|bgcolor="#DDDDDD" align="center" \| Modbus I/O
	\|bgcolor="#~~DDD~~" align="center" \| Modbus I/O		\|bgcolor="#DDDDDD" align="center" \| Modbus I/O
	\|-		\|-
	! Ethernet		! Ethernet
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	\|\|		\|\|
	\|-		\|-
	!bgcolor="#~~DDD~~"\| Modbus Type (TCP)		!bgcolor="#DDDDDD"\| Modbus Type (TCP)
	\|bgcolor="#~~DDD~~" align="center" \| Slave (RTU)		\|bgcolor="#DDDDDD" align="center" \| Slave (RTU)
	\|bgcolor="#~~DDD~~" align="center" \| Slave (RTU)		\|bgcolor="#DDDDDD" align="center" \| Slave (RTU)
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|-		\|-
	! Modbus Type (RS-485)		! Modbus Type (RS-485)
Line 40:		Line 40:
	\|align="center"\| Slave		\|align="center"\| Slave
	\|-		\|-
	!bgcolor="#~~DDD~~"\| RS-485 Baudrate		!bgcolor="#DDDDDD"\| RS-485 Baudrate
	\|bgcolor="#~~DDD~~" align="center" \| 300..230400		\|bgcolor="#DDDDDD" align="center" \| 300..230400
	\|bgcolor="#~~DDD~~" align="center" \| 300..19200		\|bgcolor="#DDDDDD" align="center" \| 300..19200
	\|bgcolor="#~~DDD~~" align="center" \| 9600/19200		\|bgcolor="#DDDDDD" align="center" \| 9600/19200
	\|bgcolor="#~~DDD~~" align="center" \| 9600/19200		\|bgcolor="#DDDDDD" align="center" \| 9600/19200
	\|bgcolor="#~~DDD~~" align="center" \| 9600/19200		\|bgcolor="#DDDDDD" align="center" \| 9600/19200
	\|-		\|-
	! RS-422 (4-wire)		! RS-422 (4-wire)
Line 54:		Line 54:
	\|\|		\|\|
	\|-		\|-
	!bgcolor="#~~DDD~~"\|RS-232 Signals		!bgcolor="#DDDDDD"\|RS-232 Signals
	\|bgcolor="#~~DDD~~" align="center" \| TxD, RxD, RTS, CTS, GND		\|bgcolor="#DDDDDD" align="center" \| TxD, RxD, RTS, CTS, GND
	\|bgcolor="#~~DDD~~" align="center" \| TxD, RxD, RTS, CTS, GND		\|bgcolor="#DDDDDD" align="center" \| TxD, RxD, RTS, CTS, GND
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|-		\|-
	! RS-232 Baudrate		! RS-232 Baudrate
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	\|\|		\|\|
	\|-		\|-
	!bgcolor="#~~DDD~~"\|Wiegand input		!bgcolor="#DDDDDD"\|Wiegand input
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~" align="center" \| 2 <sup>[1]		\|bgcolor="#DDDDDD" align="center" \| 2 <sup>[1]
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|-		\|-
	! Dallas 1-Wire bus		! Dallas 1-Wire bus
Line 82:		Line 82:
	\|align="center"\| 0..8 <sup>[2]		\|align="center"\| 0..8 <sup>[2]
	\|-		\|-
	!bgcolor="#~~DDD~~"\| Analog Inputs		!bgcolor="#DDDDDD"\| Analog Inputs
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~" align="center" \| 4 <sup>[3]		\|bgcolor="#DDDDDD" align="center" \| 4 <sup>[3]
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~" align="center" \| 0..8 <sup>[2]		\|bgcolor="#DDDDDD" align="center" \| 0..8 <sup>[2]
	\|-		\|-
	! Digital Inputs		! Digital Inputs
Line 96:		Line 96:
	\|align="center"\| 0..8 <sup>[2]		\|align="center"\| 0..8 <sup>[2]
	\|-		\|-
	!bgcolor="#~~DDD~~"\| Digital Outputs		!bgcolor="#DDDDDD"\| Digital Outputs
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~" align="center" \| 4 (24VDC 0.1A sink)		\|bgcolor="#DDDDDD" align="center" \| 4 (24VDC 0.1A sink)
	\|bgcolor="#~~DDD~~" align="center" \| 12 (32VDC 0.7A source)		\|bgcolor="#DDDDDD" align="center" \| 12 (32VDC 0.7A source)
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|-		\|-
	! Relay Outputs		! Relay Outputs
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	\|\|		\|\|
	\|-		\|-
	!bgcolor="#~~DDD~~"\| DIN rail mounting		!bgcolor="#DDDDDD"\| DIN rail mounting
	\|bgcolor="#~~DDD~~" align="center" \| ✔		\|bgcolor="#DDDDDD" align="center" \| ✔
	\|bgcolor="#~~DDD~~" align="center" \| ✔		\|bgcolor="#DDDDDD" align="center" \| ✔
	\|bgcolor="#~~DDD~~" align="center" \| ✔		\|bgcolor="#DDDDDD" align="center" \| ✔
	\|bgcolor="#~~DDD~~" align="center" \| ✔		\|bgcolor="#DDDDDD" align="center" \| ✔
	\|bgcolor="#~~DDD~~"\|		\|bgcolor="#DDDDDD"\|
	\|-		\|-
	\| colspan="6" \| <sup>		\| colspan="6" \| <sup>

← Older revision		Revision as of 16:08, 9 November 2010
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	=Automation and Control Product Matrix=		=Automation and Control Product Matrix=
	Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.		Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.

	~~==Comparison of HW and SW features==~~
	{\|
	~~<!-- \|+align="bottom" style="bold" \|''Table: Comparison of HW and SW features'' -->~~
	~~!width="145" \|~~
	~~!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| Barionet 50~~
	~~!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| Barionet 100~~
	~~!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| IO12~~
	~~!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| R6~~
	~~!width="120" bgcolor="#F00" align="center" style="color:#FFF;"\| X8~~
	\|-
	~~!bgcolor="#DDD"\| Device Type~~
	~~\|bgcolor="#DDD" align="center" \| Programmable Controller~~
	~~\|bgcolor="#DDD" align="center" \| Programmable Controller~~
	~~\|bgcolor="#DDD" align="center" \| Modbus I/O~~
	~~\|bgcolor="#DDD" align="center" \| Modbus I/O~~
	~~\|bgcolor="#DDD" align="center" \| Modbus I/O~~
	\|-
	~~! Ethernet~~
	~~\|align="center"\| 10/100 auto~~
	~~\|align="center"\| 10/100 auto~~
	\|\|
	\|\|
	\|\|
	\|-
	~~!bgcolor="#DDD"\| Modbus Type (TCP)~~
	~~\|bgcolor="#DDD" align="center" \| Slave (RTU)~~
	~~\|bgcolor="#DDD" align="center" \| Slave (RTU)~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	\|-
	~~! Modbus Type (RS-485)~~
	~~\|align="center"\| Master~~
	~~\|align="center"\| Master~~
	~~\|align="center"\| Slave~~
	~~\|align="center"\| Slave~~
	~~\|align="center"\| Slave~~
	\|-
	~~!bgcolor="#DDD"\| RS-485 Baudrate~~
	~~\|bgcolor="#DDD" align="center" \| 300..230400~~
	~~\|bgcolor="#DDD" align="center" \| 300..19200~~
	~~\|bgcolor="#DDD" align="center" \| 9600/19200~~
	~~\|bgcolor="#DDD" align="center" \| 9600/19200~~
	~~\|bgcolor="#DDD" align="center" \| 9600/19200~~
	\|-
	~~! RS-422 (4-wire)~~
	\|\|
	~~\|align="center"\| ✔~~
	\|\|
	\|\|
	\|\|
	\|-
	~~!bgcolor="#DDD"\|RS-232 Signals~~
	~~\|bgcolor="#DDD" align="center" \| TxD, RxD, RTS, CTS, GND~~
	~~\|bgcolor="#DDD" align="center" \| TxD, RxD, RTS, CTS, GND~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	\|-
	~~! RS-232 Baudrate~~
	~~\|align="center"\| 300..230400~~
	~~\|align="center"\| 300..19200~~
	\|\|
	\|\|
	\|\|
	\|-
	~~!bgcolor="#DDD"\|Wiegand input~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD" align="center" \| 2 <sup>[1]~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	\|-
	~~! Dallas 1-Wire bus~~
	~~\|align="center"\| 1~~
	~~\|align="center"\| 1~~
	\|\|
	\|\|
	~~\|align="center"\| 0..8 <sup>[2]~~
	\|-
	~~!bgcolor="#DDD"\| Analog Inputs~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD" align="center" \| 4 <sup>[3]~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD" align="center" \| 0..8 <sup>[2]~~
	\|-
	~~! Digital Inputs~~
	~~\|align="center"\| 4 dry contact<br>(fixed pull-up)~~
	~~\|align="center"\| 8 dry contact / 0..5VDC<br>(selectable pull-up)~~
	~~\|align="center"\| 12 Opto isolated 0..32VDC~~
	\|\|
	~~\|align="center"\| 0..8 <sup>[2]~~
	\|-
	~~!bgcolor="#DDD"\| Digital Outputs~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD" align="center" \| 4 (24VDC 0.1A sink)~~
	~~\|bgcolor="#DDD" align="center" \| 12 (32VDC 0.7A source)~~
	~~\|bgcolor="#DDD"\|~~
	~~\|bgcolor="#DDD"\|~~
	\|-
	~~! Relay Outputs~~
	~~\|align="center"\| 4 NO (30V 0.5A)~~
	~~\|align="center"\| 2 NO (250V 5A)~~
	\|\|
	~~\|align="center"\| 6 NO (250V 10A)~~
	\|\|
	\|-
	~~!bgcolor="#DDD"\| DIN rail mounting~~
	~~\|bgcolor="#DDD" align="center" \| ✔~~
	~~\|bgcolor="#DDD" align="center" \| ✔~~
	~~\|bgcolor="#DDD" align="center" \| ✔~~
	~~\|bgcolor="#DDD" align="center" \| ✔~~
	~~\|bgcolor="#DDD"\|~~
	\|-
	~~\| colspan="6" \| <sup> ~~
	\|-
	~~\| colspan="6" \| <sup>[1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.~~
	\|-
	~~\| colspan="6" \| <sup>[2] Select either Analog In, Digital In, Digital Out or Dallas 1-Wire® support for each of the 8 I/Os independently.~~
	\|-
	~~\| colspan="6" \| <sup>[3] Inputs 1 to 4 are hardwired to both analog and digital detection circuits/registers.~~
	\|}

	~~Back to [[Main Page]]~~

← Older revision		Revision as of 16:04, 9 November 2010
Line 68:		Line 68:
	\|\|		\|\|
	\|-		\|-
	!bgcolor="#DDD"\|Wiegand IF		!bgcolor="#DDD"\|Wiegand input
	\|bgcolor="#DDD"\|		\|bgcolor="#DDD"\|
	\|bgcolor="#DDD" align="center" \| 2 <sup>[1]		\|bgcolor="#DDD" align="center" \| 2 <sup>[1]
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	\|bgcolor="#DDD"\|		\|bgcolor="#DDD"\|
	\|-		\|-
	! 1-Wire IF		! Dallas 1-Wire bus
	\|align="center"\| 1		\|align="center"\| 1
	\|align="center"\| 1		\|align="center"\| 1
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	\|bgcolor="#DDD"\|		\|bgcolor="#DDD"\|
	\|-		\|-
	! ~~Relais Out~~		! Relay Outputs
	\|align="center"\| 4 NO (30V 0.5A)		\|align="center"\| 4 NO (30V 0.5A)
	\|align="center"\| 2 NO (250V 5A)		\|align="center"\| 2 NO (250V 5A)