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CPU |
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CPU-700-C3
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CPU
Module for the LC700 Hybrid Controller. It works with 1024
Discrete I/Os and a range of 200 to 4000 analog points depending
on the memory used for the application configuration. Supports
6 Remote I/O sub-systems for better I/O distribution. Uses
the free Windows ™ CONF700 v5 configurator. |
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CPU-700-D3 |
As
a super set of the CPU-700C3 above, this advanced single board
CPU module got extra protection for EMI and EDS and extra
capability. It is compatible with the new line of Hot-Swap
Modules with plug and play ID, which recognizes the Module
type. Automatic or Manual MODBUS address generation. User
can control and assign the address for the MODBUS variables.
All new features are supported by the new free CONF700 v7
Windows ™ configurator. New function-block for leak
detection (based on API 11.1) and also a status function-block
to take advantage of the self-diagnosis feature. |
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CPU-700-D3R |
Additionally
to the above, this CPU can be connected with another set
of Power-Supply, CPU, Ethernet Module and Rack for redundancy.
I/Os are all received from a common Remote I/O sub-system
that connects with both CPUs for redundancy. Control switching
is fast once the Main CPU constantly verifies the Standby
CPU and the remote I/O access conditions. |
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CPU-700-E3 |
More
powerful than ever, it handles larger configurations, complete
online/offline editing, faster communication response and
the unique "instant recovery" feature. It is compatible
and it is a super-set of all the above models. |
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CPU-700-E3R |
Same
as above but support redundant architecture. |
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Remote
I/O |
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RIO-700-3 |
Remote
Communication Controller. Used to interface
with the Main CPU module remotely. |
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Power
Supply |
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PS-AC-R |
Power
Source to input: 90 to 264 Vac and for outpour: 5 Vdc @ 3
A and 24 Vdc @ 300mA (isolation between them) |
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PS-DC-R |
Power
Supply for 20 to 30 Vdc Input to 5 Vdc @ 3 A and 24 Vdc @
300 mA (isolation between all of them) |
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PSI302P-2 |
Power
Supply Impedance for Foundation Fieldbus (2 ports) |
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PS302P |
Power
Supply for Foundation Fieldbus |
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PSI302P-4 |
Power
Supply Impedance for Foundation Fieldbus (4 ports) |
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Digital
Input |
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M-001 |
2
Groups of 8 24VDC Inputs (Optically Isolated) |
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M-002 |
2
Groups of 8 48VDC Inputs (Optically Isolated) |
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M-003 |
2
Groups of 8 60VDC Inputs (Optically Isolated) |
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M-004 |
2
Groups of 8 125VDC Inputs (Optically Isolated) |
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M-005 |
2
Groups of 8 24VDC Inputs-Sink (Optically Isolated) |
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M-010 |
2
Groups of 4 120VAC Inputs (Optically Isolated) |
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M-011 |
2
Groups of 4 240VAC Inputs (Optically Isolated) |
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M-012 |
2
Groups of 8 120 VAC Inputs (Isolated) |
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M-013 |
2
Groups of 8 240 VAC Inputs (Isolated) |
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M-020 |
1
Group of 8 On/Off Switches Inputs |
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Digital
Output |
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M-101 |
2 Groups of 8 Open Collector Driver Outputs (Optically Isolated) |
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M-102 |
2
Groups of 8 Transistor Outputs (source) |
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M-110 |
2
Groups of 4 120/240VAC Outputs (Optically Isolated) |
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M-111 |
2
Groups of 8 120/240VAC Outputs (Optically Isolated) |
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M-120 |
2
Groups of 4 NO Relay Outputs (Double Level of Isolation) |
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M-121 |
2
Group of 4 NC Relay Outputs (Double Level of Isolation) |
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M-122 |
1
Group of 4 NO and 4 NC Relay Outputs (Double Level of Isolation) |
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M-123 |
2
Groups of 8 NO Relays Outputs (Double Level of Isolation) |
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M-124 |
2
Groups of 4 NO Relays Outputs (optically Isolation) |
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M-125 |
2
Groups of 4 NC Relay Outputs (optically isolated) |
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M-126 |
1
Group of 4 NO and 1 Group of 4 NC Relay Outputs |
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M-127 |
2
Groups of 8 NO Relays Outputs with RC |
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Digital
Input/Output |
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M-201 |
1
Group of 8 24VDC Inputs and 1 Group of 4 NO Relays Outputs
(Optically Isolated) |
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M-202 |
1
Group of 8 48VDC Inputs and 1 Group of 4 NO Relays Outputs
(Optically Isolated) |
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M-203 |
1
Group of 8 60VDC Inputs and 1 Group of 4 NO Relays Outputs
(Optically Isolated) |
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M-204 |
1
Group of 8 24VDC Inputs and 1 Group of 4 NC Relays Outputs
(Optically Isolated) |
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M-205 |
1
Group of 8 48VDC Inputs and 1 Group of 4 NC Relays Outputs
(Optically Isolated) |
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M-206 |
1
Group of 8 60VDC Inputs and 1 Group of 4 NC Relays Outputs
(Optically Isolated) |
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M-207 |
1
Group of 8 24VDC Inputs and 1 Group of 2 NO and 2 NC Relays
Outputs (Optically Isolated) |
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M-208 |
1
Group of 8 48VDC Inputs and 1 Group of 2 NO and 2 NC Relays
Outputs (Optically Isolated) |
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M-209 |
1
Group of 8 60VDC Inputs and 1 Group of 2 NO and 2 NC Relays
Outputs (Optically Isolated) |
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Pulse
Input |
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M-302 |
2
Groups of 8 Pulse Inputs - Low Frequency (24VDC) |
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M-303 |
2
Groups of 8 Pulse Inputs - High Frequency (24VDC) |
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M-304 |
2
Groups of 8 Pulse Inputs - High Frequency - AC |
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M-305 |
2
Groups of 8 Pulse Inputs - High Frequency (5VDC) |
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Analog/Temperature
Input |
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M-401 |
1
Group of 8 Analog Inputs for Current and Voltage |
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M-401-R |
1
Group of 8 Analog Inputs with Shunt Resistors |
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M-401-DR |
1
Group of 8 Differential Analog Inputs with Shunt Resistors |
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M-402 |
1
Group of 8 Low Signal Inputs for RTD, TC, mV, Ohm |
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Analog
Output |
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M-501 |
4
Analog Outputs with Individual Terminals for Current and Voltage |
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Communication |
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ENET-710 |
MODBUS/TCP,
CDBUS/TCP 10/100 Base-T Ethernet to 5 Serial Channel bridge. |
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SW-700 |
Industrial
10/100 Base-T auto-sensing Ethernet Switch. |
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ENET-700 |
Modbus/TCP
10 Base-T Ethernet Module |
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OPT-700 |
EIA
RS-232/485 for Fiber Optical Converter |
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FB-700 |
One
H1 Fieldbus Foundation Channel (Isolated) |
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MB-700 |
Modbus
RTU and TCP/IP Processor |
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SI-700 |
EIA
RS232/RS485 Interface |
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SB312 |
Intrinsic
Safety Barrier for Foundation Fieldbus |
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RP312 |
Repeater
for Foundation Fieldbus |
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Generic |
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GM-8DI |
Generic
Module with 1 Group of 8 Discrete Inputs |
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GM-16DI |
Generic
Module with 2Group of 8 Discrete Inputs |
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GM-8DO |
Generic
Module with 1 Group of 8 Discrete Outputs |
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GM-16DO |
Generic
Module with 2Group of 8 Discrete Outputs |
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M-000 |
Empty
Module (Box) |