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LC700
Programmable Controller
The LC700 is a powerful Universal Hybrid Controller that can be used as a stand-alone or a full participant of Smar System302. Smar's excellence in design was consistently applied to the LC700 to make it more reliable and dependable even in the most demanding industrial environments and applications.
Experience
The LC700 is the seventh generation of controllers from Smar, and our experience from a wide range of industries is reflected
in this device. Since its introduction it has been successfully field proven in many simple and complex installations in a
wide range of industries, e.g., petrochemical, water treatment, pharmaceutical, food industry, sugar mill, power plants,
pollution control among others.
Universal Hybrid Controller
As a Universal Hybrid Controller, the LC700 was designed from the beginning with traditional discrete manufacturing automation tasks, continuous regulatory process control, and batch control in mind.
As a hybrid controller, it has the logic capability and speed of a traditional programmable logical controller, and the regulator features and power of a DCS. A powerful hardware platform with a wide range of conventional I/O modules and field communications modules for leading industrial networks combined with an extensive set of programming function blocks and logic elements makes the LC700 extremely versatile.
Smar can be a one-stop solution for many different applications. Today, Smar offers a complete line of Controllers, Software, Field Devices and Industrial Networking all integrated for your convenience. Moreover, your purchasing and vendor relations become simplified.
The CONF700 is a Windows based configurator for the LC700.
Get the CONF700 FREE
- True Industrial Universal Hybrid Controller.
- Slim hardware and code for reliability and dependability.
- Fault tolerant for high availability with many levels of redundancy.
- Compact, modular and scaleable.
- Remote I/O for distributed and long distance data transfer.
- Ready for Foundation Fieldbus, Profibus, DeviceNet and Modbus.
- Modbus/TCP and Modbus RTU for control network.
- Ethernet and/or Serial OPC server for HMI clients.
General Specifications:
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Power Voltage |
90-264 Vac (45-65Hz) / 20-40 Vdc |
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Consumption |
35 VA |
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Operating Temperature |
0 ?C to 60 ?C (32 ?F to 140 ?F) or 0 ?C to 50 ?C (32 ?F to 122 ?F) see specifications module |
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Cooling Method |
Air Convention |
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Storage Temperature |
-20 ?C to 80?C (-4 ?F to 176 ?F) |
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Ambient Humidity |
20 to 90% (no condensing) |
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Vibration Humidity |
5 Hz a 2 Khz, 0.4 mm pp/2.5 g de panel mounted, 1 hr per axis |
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Shock Humidity |
10 g, 2 Times |
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Noise Immunity |
1.000 Vpp, 1 ?s |
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Ambient Atmosphere |
No corrosive gases or dust accumulation |
Functional Specifications:
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Universal True Hybrid Controller |
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Discrete and Analog operation
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1024 Discrete Points*
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1024 Analog points*
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Complete set of logical elements
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Process control Function Blocks; PID, PID Step, A/M,...
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Setpoint generator, linearization, crossed limits... |
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Redundancy |
Hot standby redundancy for power supply, controller, rack, control network, Remote I/O and OPC Server |
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IEC-61131-3 |
Ladder Logic with Function Blocks and Boolean equation (for click to write) |
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Control network |
Ethernet (Modbus TCP) or Serial Modbus RTU |
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Field Network |
- Remote I/O
- Foundation Fieldbus
- Profibus-DP and Profibus-PA
- DeviceNet
- Modbus RTU
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Programming Cycle and I/O Scan |
Float scan from 5 ms (depending on the program size) |
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Modularity |
Up to 15 local racks and up to 6 sub-systems (remote I/O) |
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Remote I/O |
Up to 6 Rio sub-systems (maximum of 15 racks per system) |
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OPC Server |
Multichannel OPC Server (Serial and Ethernet Combination) |
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Documentation |
Many selectable configurations (CONF700) |
CPU Modules Processor:
|
Model |
CPU-700-D3 |
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Number of Ports |
3 Independent Ports
P1 - Modbus RTU (RS-232C)
P2 - Modbus RTU (RS-485)
P3 - Modbus RTU or E/S Remota (RS-485) |
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Connection of Ports |
P1 - DB9 Female
P2 and P3 Terminals |
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Remote I/O Type |
Master |
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Baud Rates: |
P1 - 1200bps to 57.6Kbps
P2 - 1200bps to 115.2Kbps
P3 - as Modbus RTU 1200bps to 115.2Kbps
P3 - (as Remota I/O) 57.6Kbps to 230.4Kbps |
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EIA-485 Isolation |
1600Vrms @ 1 minute
2000Vrms @ 1 second |
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Configuration Memory |
NVRAM |
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Remote I/O Works with |
RIO-700-D3 |
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Operation LEDs and Diagnostic |
Power Supply
Functioning
Hold
Safe
Communication
Fail |
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Internal Power Supply Current Consumption 5Vdc |
240 mA |
* Remote I/O Port Works in Conjunction with RIO-700-D3.
Remote I/O Interface:
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Model |
RIO-700-D3 |
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Modbus RTU Port |
EIA-232 (DB9 Female) |
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Redundant Remote I/O Ports |
Two EIA-485 (Terminals) |
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Remote I/O Port
Type |
Slave |
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Baud Rates: |
Modbus RTU Port 1200bps to 57.6Kbps
Remote I/O Ports 57.6Kbps to 230.4Kbps |
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Isolation
on RS-485 |
1600Vrms @ 1 minute
2000Vrms @ 1 second |
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Configuration Memory |
NVRAM |
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Works with |
CPU-700-D3
CPU-700-D3R |
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Operation and Diagnostic
LEDs |
Power Supply
Functioning
Hold
Safe
Communication
Fail |
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Internal Power Supply
Current Consumption
5Vdc |
200 mA |
Power Supply Module (Redundancy Capacity):
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Model |
PS-AC-R (for AC input voltage)
PS-DC-R (for DC input voltage) |
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Operation Mode |
Main or Backup |
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Operating Voltages |
90 to 264 Vdc PS-AC-R
20 to 30 Vdc PS-DC-R |
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Outputs (all isolated) |
5,2 Vdc +/- 2% @ 3A
24 Vdc +/- 10% @ 300 mA |
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Diagnostic LEDs |
5 Vdc Indicator
24 Vdc Indicator
Failure Indicator |
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Relay for Failure
Announcement |
Normally Closed |
Redundant Processor Module (CPU):
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Model |
CPU-700-D3R |
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Redundancy Type |
Hot Standby |
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Configuration |
Main or Backup CPU |
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Specific Features |
Controller Switchover in 40 ms
Automatic Configuration and Parameters Bypass
Self Configurable Based on Controlling CPU |
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Number of Ports |
4 Independent Ports
P1 - Modbus RTU (RS-232C)
P2 - Modbus RTU (RS-485)
P3 - E/S Remote (RS-485)
ICP - Inter-CPU-Port for data Updating |
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Port Connections |
P1 - DB9 Female
P2 e P3 Terminals
ICP Connection for Redundancy |
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Remote I/O Port Type |
Master |
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Baud Rates: |
P1 - 1200bps to 57.6Kbps
P2 - 1200bps to 115.5Kbps
P3 - 57.6Kbps to 230.4Kbps |
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Isolation on RS-485 |
1600Vms @ 1 minute
2000Vms @ 1 second |
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Configuration Memory |
NVRAM |
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Remote I/O Works with |
RIO-700-D3 |
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Operation and Diagnostic
LEDs |
Power Supply
Functioning
Hold
Safe
Communication
Fail |
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Internal Power Supply Current Consumption 5Vdc |
240 mA |
* The P3 Remote I/O Port works with the R-700-D3 module.
Serial Interface:
|
Model |
SI-700 |
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Communications Channel |
1 |
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Data Communication Interface |
RS232 / RS485 |
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Baud Rates |
Up to 200 Kbps |
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RS232 |
Half duplex mode or full duplex |
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Isolation |
1600 Vms @ 1 minute |
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Internal Power Supply Current Consumption 5Vdc |
100 mA |
Optical Interface:
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Model |
OPT-700 |
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Communications Channel |
1 |
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Data Communication Interface |
62,5 or 50/125?m optical cable with ST connections |
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Baud Rates |
4000 m |
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RS232 |
Half duplex mode or full duplex |
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Isolation |
1600 Vms @ 1 minute |
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Current Consumption |
Internal IMB power supply 12-30Vdc 200mA |
Scanner DeviceNet*:
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Model |
DN-700 |
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Number of Channels |
1 |
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Maximum number of Nodes |
64 |
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Baud Rates |
125, 250 and 500 Kbps |
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Isolation |
Optical 500V |
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Field Connector |
Standard Phoenix 5-pin Terminal |
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Configuration Memory |
Flash |
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Operation LEDs |
Run Ready
Network
Module |
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PC Port |
RS-232C / DB-9 Male (Firmware updates) |
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Internal Power Supply Current Consumption 5Vdc |
310 mA |
Scanner Profibus-DP*
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Model |
DP-700 |
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Number of Channels |
1 |
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Maximum number of Nodes |
125 |
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Baud Rates |
9.6 K up to 12 Mpbs |
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Isolation |
500V Optical |
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Field Connector |
DB-9 Female |
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Configuration Memory |
Flash |
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Operation LEDs |
Run
Ready State
Error |
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PC Port |
RS-232C / DB-9 Male (Firmware Updates) |
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Internal Power Supply Current Consumption 5Vdc |
610 mA |
* Under request
Modbus/TCP Ethernet Module
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Model |
ENET-700 |
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Open TCP Connections |
Maximum of 8 |
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Communication Channels |
10 Base-T (RJ45)
RS-232C (DB-9 Female)
RS-485 (Terminals) |
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Serial Baud Rates |
300 bps to 38.4 Kbps |
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RS-485 Isolation |
1600Vrms @ 1 minute
2000Vrms @ 1 second |
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Compatibility |
Ethernet Version 2.0/IEEE 802.3 |
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Management |
Telnet Login and SNMP (read only) |
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Diagnostic LEDs |
L1-Good Link
L2-Error Code
L3-Error Code
L4-Error Code |
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Firmware |
New Software can be downloaded via TFTP or serial port |
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Internal Power Supply Current Consumption 5Vdc |
270 mA |
Modbus RTU and TCP/IP Processor
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Model |
MB700 |
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Open Connection |
Maximum 40 |
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Communication Ports |
| Ethernet |
1 Port ethernet @ 10 Mbits 10 Base-T (RJ-45 Connector) |
| Serial |
1 Port EIA 232 @ 9,6 Kbps-115,2 Kbps (RJ11 Connector) |
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1 Port EIA 485 @ 9,6 Kbps-115,2 Kbps |
| H1 |
1 Port for redundance | |
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EIA485 Isolation |
1600 Vms @ 1 minute
2000 Vms @ 1 second |
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Compatability |
Ethernet version 2.0 / IEEE 802,3 |
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Status Indication |
Ethernet Version 2.0/IEEE 802.3 |
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Firmware |
Telnet Login and SNMP (read only) |
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Diagnostic LEDs |
| +5 Vdc: |
Green LED indicating module energizing |
| Run: |
Green LED indicating program running |
| Hold: |
Yellow LED indicating program is hold |
| Fail: |
Red LED indicating processor failure |
| 232/485TX: |
Green LED indicating transmission of EIA 232 and EIA 485 data |
| ETH 10: |
Green LED indicating Ethernet cable connected |
| FF H1: |
Green LED indicating transmission of Fieldbus H1 data |
| Standby: |
Green LED indicating Standby mode (waiting mode when the MB700 is redundant) |
| Force: |
Not used | |
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Firmware |
New Software can be update through serial port or ethernet |
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Internal Power Supply Current Consumption 5Vdc |
950 mA |
Basic Components
| Name |
Description |
Part Number |
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CPU Module |
CPU module with 128 Kbytes of non-volatile memory and a microcontroller of 15 MHz with real time clock and remote I/O (Master)*
CPU module with 128 Kbytes of non-volatile memory and a microcontroller of 15 MHz with real time clock and remote I/O (Redundant Module)* |
CPU-700-D3
CPU-700-D3R |
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Power Supply Module |
Power Supply for IMB: Input: 90 to 264 Vac output: 5 Vdc @ 3 A and 24 Vdc @ 300mA with redundancy capability (isolation between them)
Power Supply for IMB: Input: 20 to 30 Vdc output: 5 Vdc @ 3 A and 24 Vdc @ 300mA with redundancy capability (isolation between them) |
PS-AC-R
PS-DC-R |
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Rack |
Rack with 4 slots |
R-700-4 |
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Terminator |
Terminator for the last rack |
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Flat Cable |
Flat cable to connect 2 racks - length 6,5 cm
Flat cable to connect 2 racks - length 65,0 cm
Flat cable to connect 2 racks - length 81,5 cm
Flat cable to connect 2 racks - length 98,0 cm
Flat cable to connect 2 racks - length 114,0 cm |
FC-700-0
FC-700-1
FC-700-2
FC-700-3
FC-700-4 |
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Flat Cable Connection Kit |
Flat cable connection kit |
FCC-CONN |
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Configurator of the LC700 |
Software for Hardware settings, programming and optimization (Windows 95, Windows NT, Windows 98, Windows 2000, Windows XP) |
CONF700 |
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Blind Module |
Blind module to fill empty slots |
M-000 |
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Inter-CPU Cable |
Cable used for connection of redundant CPUs |
ICP-700-D3 |
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OPC-Server |
OPC-Server for the LC700 system |
OPC-700 |
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(extension kit) |
Extension for DB9 connector |
DB9-EXT |
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Cable for Local Configuration (RS-232) |
Cable EIA-232 computer -LC700 (183 cm) |
C232-700 |
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Serial Cable |
EIA RS-232 Cable to connect CPU-700-D3 and ENET-700 |
C232-1-700 |
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Serial Cable |
EIA 232 Cable to connect redundant CPU-700-D3R and ENET-700 |
C232-2-700 |
* Memory available for configuration CPU-700-D3:28 Kbytes, CPU-700-D3R:24 Kbytes
Modules I/O
| Name |
Description |
Part Number |
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DC Input |
2 groups of 8 24 Vdc inputs (optically isolated)
2 groups of 8 48 Vdc inputs (optically isolated)
2 groups of 8 60 Vdc inputs (optically Isolated)
2 groups of 8 125 Vdc inputs (optically isolated)
2 groups of 8 24 Vdc inputs (optically isolated) (sink) |
M-001
M-002
M-003
M-004
M-005 |
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AC Input |
2 groups of 4 120 Vac inputs (optically isolated)
2 groups of 4 240 Vac inputs (optically isolated)
2 groups of 8 120 Vac inputs (optically isolated)
2 groups of 8 240 Vac inputs (optically isolated) |
M-010
M-011
M-012
M-013 |
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On/Off Switches |
1 group of 8 push-button On/Off inputs (optically isolated) |
M-020 |
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Transistor Output |
1 group of 16 Open Collector Outputs (optically isolated)
2 groups of 8 Transistor Outputs Source (optically isolated) |
M-101
M-102 |
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Triac Output |
1 group of 8 120/240 Vac Outputs (optically isolated)
2 groups of 8 120/240 Vac Outputs (optically isolated) |
M-110
M-111 |
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Relay Output |
2 groups of 4 N.O. Relay Outputs with internal RC (optically isolated)
2 groups of 4 N.C. Relay Outputs with internal RC (optically isolated)
1 group of 4 N.O. and 1 Group of 4 N.C. Relay Outputs with internal RC (optically isolated)
2 groups of 8 N.O. Relays Outputs (optically isolated)
2 groups of 4 N.O. Relay Outputs (optically isolated)
2 groups of 4 N.O. Relay Outputs (optically isolated)
1 group of 4 N.O. and 1 Group of 4 N.C. Relay Outputs (optically isolated)
2 groups of 8 N.O. Relay Outputs with internal RC (optically isolated) |
M-120
M-121
M-122
M-123
M-124
M-125
M-126
M-127 |
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DC Input / Relay Output |
1 group of 8 24 Vdc Inputs and 1 Group of 4 N.O. Relay Outputs (optically isolated)
1 group of 8 48 Vdc Inputs and 1 Group of 4 N.O. Relay Outputs (optically isolated)
1 group of 8 60 Vdc Inputs and 1 Group of 4 N.O. Relay Outputs (optically isolated)
1 group of 8 24 Vdc Inputs and 1 Group of 4 N.C. Relay Outputs (optically isolated)
1 group of 8 48 Vdc Inputs and 1 Group of 4 N.C. Relay Outputs (optically isolated)
1 group of 8 60 Vdc Inputs and 1 Group of 4 N.C. Relay Outputs (optically isolated)
1 group of 8 24 Vdc Inputs and 1 Group with 2 N.O. and 2 N.C. Relay Outputs (optically isolated)
1 group of 8 48 Vdc Inputs and 1 Group with 2 N.O. and 2 N.C. Relay Outputs (optically isolated)
1 group of 8 60 Vdc Inputs and 1 Group with 2 N.O. and 2 N.C. Relay Outputs (optically isolated) |
M-201
M-202
M-203
M-204
M-205
M-206
M-207
M-208
M-209 |
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Analog Input |
8 Voltage/Current Analog Inputs with internal Shunt Resistor (optically isolated)
8 Voltage/Current Analog Inputs with internal Shunt Resistor (optically isolated)
8 Low Level Signal (TC, RTD, mV, .) Inputs (optically isolated) |
M-401-R
M-401-DR
M-402 |
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Analog Output |
4 Current and Voltage Analog Outputs (optically isolated) |
M-501 |
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Pulse Input |
2 groups of 8 pulse inputs 0-100 Hz-24Vdc (optically isolated)
2 groups of 8 pulse inputs 0-10 KHz- 24 Vdc (optically isolated)
2 groups of 8 pulse inputs 0-10 KHz- AC (optically isolated)
2 groups of 8 pulse inputs 0-10 KHz- 24 Vdc (optically isolated) |
M-302
M-303
M-304
M-305 |
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Fieldbus Module |
One H1 Fieldbus Foundation Channel (Isolated) |
FB-700 |
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Ethernet Module |
Modbus/TCP 10Base-T Ethernet Module |
ENET-700 |
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Profibus Module** |
Profibus-DP and Profibus-PA high performance master |
DP-700 |
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DeviceNet Module** |
High performance Device Net master |
DN-700 |
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Modbus Module |
Modbus RTU and TCP/IP Processor |
MB-700 |
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Optical Interface Module |
EIA 232/485 for Fiber Optical Converter |
OPT-700 |
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Serial Interface Module |
EIA 232 / EIA RS485 Interface |
SI-700 |
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Rio interface Module |
I/O Interface module with 6 kbytes of EEPROM for configuration and a microcontroller of 15 MHz and remote I/O (Slave) |
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