1.Simatic 1500

Advanced Controller SIMATIC S7-1500 can be used in the entire automation industry in applications that are medium-sized to high-end machines with high demands on performance, communication, flexibility and technological features.

2.SIMATIC S7-300

The SIMATIC S7-300 universal Controllers saves on installation space and features a modular design. A wide range of modules can be used to expand the system centrally or to create decentralized structures according to the task at hand, and facilitates a cost-effective stock of spare parts. SIMATIC is known for continuity and quality.

3.ET 200S

The solution of technological tasks, high-performance function modules are available that perform these tasks largely autonomously and relieve the CPU significantly. Used directly on site; e.g. for counting, measuring and positioning tasks.

1..Melsec iQ-R Series

To succeed in highly competitive markets, it’s important to build automation systems that ensure high productivity and consistent product quality.
The MELSEC iQ-R Series has been developed from the ground up based on common problems faced by customers and rationalizing them into seven key areas: Productivity, Engineering, Maintenance, Quality, Connectivity, Security and Compatibility.

2.Melsec iQ-F Series

Designed on the concepts of outstanding performance, superior drive control and user centric programming, Mitsubishi’s MELSEC-F Series has been reborn as the MELSEC iQ-F Series.
From stand alone use to networked system applications, MELSEC iQ-F Series brings your business to the next level of industry.

3.Melsec Q Series

With its nano-order speed basic command processes, the next generation MELSEC-Q Series dramatically improves system and machine performance.
As equipment and manufacturing facilities continue to evolve on a daily basis, the series enables high-speed, high-accuracy and large volume data processing and machine control.

4.MELSEC-L Series

he L Series is a compact-class controller, part of the MELSEC products renowned for exceptional cost verses performance and strong reliability.
It provides the performance, functions, and capabilities required for today’s demanding applications in a small package.
MELSEC-L Series greatly expands the range of functionality traditionally associated with compact programmable controllers and through user-centric design, pushes the limits of ease of use.

5.MELSEC-L Series

The L Series is a compact-class controller, part of the MELSEC products renowned for exceptional cost verses performance and strong reliability.
It provides the performance, functions, and capabilities required for today’s demanding applications in a small package.
MELSEC-L Series greatly expands the range of functionality traditionally associated with compact programmable controllers and through user-centric design, pushes the limits of ease of use.

6.MELSEC-F Series

The MELSEC-F series PLC incorporates power supply, CPU, and I/Os into a single compact unit.
Meets the needs of a variety of user applications with options for I/O, analog, positioning, and open network expansion.

7.ALPHA2

The easy to use entry model controller for simple applications.
The ALPHA2 controllers offer simple, reliable control for a range of automation applications

8.FP7

Equipped with a large memory capacity (up to 220k program steps or up to 500k data words) and a high-speed processor (11ns/step)
Local & remote connectivity
The standard CPU boards with Ethernet interface offer connectivity without limits, from remote programming to monitoring and data logging to FTP server, MEWTOCOL (client/server), EtherNet/IP  and Modbus TCP. Together with the Mini-USB and the RS232C port, it is possible to connect up to 272 devices. Supported services include FTP client/server (file exchange), HTTP Client (data exchange / services with a HTTP server / cloud), and sending e-mails with attachments.
The integrated web server allows access to the variables of the system / program or diagnostic information using a predefined page or a user-defined page created with the graphical tool “Web Creator” based on HTML5 technology. HTML pages can be viewed from any Internet browser even from mobile devices (smartphones and tablets).
Security & reliability
Built-in program backup. Production can resume in the event of fault. Original program is immediately to hand.
Traceability
Operational and program editing events are logged. Automatic logs of program download and upload are useful, especially for program debugging.
Maintenance
Hour meter operation. The built-in clock/calendar function can be adjusted via Ethernet.

9.FP0R
– with enhanced, advanced functionality and performance

Our customers stand to benefit from the advanced features of the FP0R control units.

Ultra high-speed processing enhances productivity
An ultra high speed of 0.08µs/step for basic instructions for the first 3000 steps and 0.58µs/step thereafter.
The FP0R is ideal for positioning and process automation applications, e.g. in labeling machines.
Large programming capacity of 16k or 32k steps
Generous data register of up to 12k or 32k words
Independent comment memory
USB2.0 port provides high-speed program transfer
The new F-type FP0R provides maintenance-free and complete backup of all data without requiring a battery.
Industry’s first!
Highly advanced, built-in positioning functions
– Jog operation
– Individual settings for acceleration and deceleration for ramp functions
– Target speed can be changed by an external signal input during jog operation or trapezoidal control
– Can read encoder signals of up to 50kHz (pulse frequency measurement)
– 6-channel high-speed counters and 4-axis pulse outputs can be used simultaneously
FP0R units provide various kinds of networking communication using a built-in interface or expansion units
– Ethernet (Modbus TCP/IEC60870)
– Profibus
– CC-Link
– MEWNET-W0
– C-NET
– RS232C or RS485 serial communication
FP0R – same ultra compact size as FP0
The FP0R control unit has the same dimensions as the FP0: W25 x H90 x D60mm.
You can connect up to 3 FP0 expansion units to the FP0R,
yielding up to 128 I/O points at a total width of just 100mm!

FP0R – fully compatible with FP0 units
FP0R control units are the same size and color,
and have the same pin assignment and wiring as the FP0 control units.
The FP0R can use existing FP0 programs without needing to change them,
making replacement as simple as “plug and play”. Of course, the FP0R can use all FP0 expansion units.

10.FP-Sigma

The FP-Sigma features the very latest control technology and a compact structural design. It is able to communicate with all major factory automation products. Of course you can program the FP-Sigma using our FPWIN Pro software (conforming to IEC 61131-3), and it is compatible with all Panasonic controllers.

Other highlights:

Large program memory (32k commands)
Large data memory (32k words)
Efficient motion control functions
– 50kHz fast counter input
– 100kHz pulse output
– convenient positioning commands
Fastest processing time, 0.32µs/basic command
Real-time clock
Compact design (W 30 x H 90 x D 60mm)
Top communication performance thanks to 3 possible serial interfaces on the CPU
MODBUS RTU Master/Slave standard in all CPUs

11.FP2SH

A high-performance model for high-speed operation
Scanning time of 1ms for 20k steps. With an operating speed at the top of its class, super high-speed processing is made possible. The result is a dramatically decreased tact time and high-speed device.
Large programming capacity of up to 120k steps
Large programming capacities of 60k and 120k are available, depending on the model.

Combine modules like building blocks
I/O units, intelligent units, power supply units and backplanes can be used together for the FP2 and the FP2SH. I/O units can be located anywhere on the backplane.

Optional small PC card is also available
The small PC card is available for programming backup or data memory expansion. This allows you to process great amounts of data.

Built-in comment and real-time clock functions
These functions, optional with the FP2, are built right into the FP2SH.

12.FP Web Server

The FP Web-Server module connects all FP Series controllers to the Ethernet.
No changes to the PLC programs are necessary.
Simply assign an IP address to the FP Web-Server and
connect the PLC to the FP Web-Server via the serial RS232 interface.
A standard browser, e.g. MS Internet Explorer, Firefox, Opera, Safari or Chrome, can be used for access at the PC. The HTML page can be created with common tools such as Eclipse (platform-independent development tool), Microsoft Expression Web or a text editor with syntax highlighting.
FP Web-Server advantages

Uses existing Intranet, saves wiring
Uses standard browser, saves Scada software
Remote control
Remote monitoring
Remote programming
Alarm information via e-mail
Data logging (with FPWEBEXP)
FP Web-Server highlights

Web-server:
– Display PLC data on HTML or XML pages
– Access via standard Internet browser or smartphone
– Modify PLC data via HTML input fields or Java Applets
E-mail:
– PLC can send e-mails
– E-mail via LAN, e-mail server or Web mail
– E-mail text, predefined or PLC-defined
– PLC data as e-mail attachment
– Data saved on SD memory card as attachment
Ethernet <-> RS232C converson (MEWTOCOL)
Transparent RS232C data circuit via Ethernet
Programming and visualization access via TCP or UDP
Dial-up via modem (dial-up networking):
– A modem can dial up the FP Web-Server
– One remote gateway for multiple FP Web-Servers in a local network
– The FP Web-Server can establish an Internet connection (and stay online)
– Various wireless communication methods via GPRS supported
OpenVPN:
– Secure connection for transferring data thanks to encoding and certificates.
Modbus-TCP protocol:
– Communication using industrial Ethernet standard protocol (server and client)
– Gateway for Modbus-RTU stations (master and slave)
IEC 60870-5-101 and IEC 60870-5-104 protocol:
– Communication via RS232C, RS485 adapter, leased-line modem, PSTN modem or Ethernet
Time synchronization using network server:
– Correction of the PLC real-time clock using NTP server
SNMPv1 agent:
– Data exchange using SNMP management system
– Flexible SNMP MIB structures
FTP client:
– Current or logged data can be sent to a remote FTP server
Data logger:
– Logging of PLC data and saving it on an SD memory card or transmitting it via FTP
(only possible when FPWEBEXP is attached)

Easy data collection and logging

Simply connect the Datalogger unit (DLU) to target equipment to collect and log data. Realize numerous applications, such as measuring energy consumption in buildings, remote temperature control of facilities, monitoring operation log data of production lines.
Web Datalogger Unit advantages

No special software is required to configure the DLU or monitor data. Simply use the Internet Explorer to open the setting screen (HTML file) stored on the F-ROM in the DLU.
There are three ways to collect data: serial communication, direct bus connection and pulse input. The data is saved on a CF card in CSV format.
The CSV files can be downloaded in three different ways: via CF card (off-line), using FTP in a LAN environment, and remote downloading using the DLU as a PPP server.
A timing trigger in the DLU can be set to generate CSV log files and send them as an e-mail attachment to a computer.