INDUSTRIAL AUTOMATION, TELEMETRY / SCADA
I-DCS DISTRIBUTED CONTROL SYSTEMS

We aim to develop software and hardware products adapted according to the original engineering designs and different industrial control goals based on a fundamental platform, on the subject of i- DCS (Distributed, Digital Control Systems). This platform  named according to i-NOSS is  being able to use in fields of Telemetry-Remote Management & SCADA,  Interelectronical Systems Control ( Machine to Machine, M2M ),  Mobile Control Systems,  Unmanned Vehicles,  Inspection and Management Sub Systems, Intelligent Buildings and  Industrial Automation , according to sectored requirements.

i- DCS has adopted as principle that all the products that it has supplied to the market as should be original designs developed by its own engineers, in its own Research- Development Centre. On the other hand,  since it has  targeted that  the developed products have an occasion of  getting marketed  in all world markets;  compliance with international standards and  internationally competitive conditions  are the  factors that have to  be always taken into account  permanently.

i-NOSS     DISTRIBUTED, INDUSTRIAL AUTOMATION PLATFORM

i-NOSS (Network Operated Surveillance System) is a concept of "Distributed, Industrial Flexible Automation Platform". Many applications and products in the product portfolio have been developed by using this fundamental platform.  The platform is able to be adapted to different commercial and industrial applications, without difficulty, through its flexible structure and generally targeted building stones;

i-NOSS_IC GENERALLY TARGETTED INDUSTRIAL AUTOMATION SYSTEM

Industrial Automation Systems acquiring a  new dimension due to the fact that  support bars  have been replaced by PLCs' and  mini panel and recorders  replaced by PCs' are actually  applied with a success  in  all fields of the current industrial production. Actually, the '"automation" is an indispensable element in respect of the point that we have actually reached;

PLC ( Programmable Logic Controller )  being  one of the fundamental elements  of automation is a system composed with a combination of  the respective  operations  together  with logic families.  In these instruments, timing, counting, aligning and all kinds of combination and successive logic operations are executed through software. For this reason, it is possible to solve   complicated automation problems, in a speed and safe manner.

While SCADA  Software's (Supervisory Control And Data Acquisition), considered  only as Man Machine Interface (MMI) in the beginning  were just   software's visualizing  data that the have received from PLCs', sending  data to PLCs' and  storing data directed toward   alarm and past time  and, having simple reporting  specifications;  actually they  have acquired  also  the  quality of  management and information system (MMI - Manufacturing Management Information).  Human Machine Interface (MMI) have developed and become an integral part of the interfaces of internet and mobile phones in accordance with the requirements of the communication century.

iCM  Control Module
iCM Control Module is a fundamental building stone  of the i-NOSS_IC System. Basically, it is a PLC unit through which the 28 Inputs/Outputs I/O (Input/Output) developed upon microcontroller could be entirely controlled; In this system there are beside microcontroller, controller  circuits (RESET- Watchdog-Brownout Detection), input-output interface circuits and  communication interface circuits. On the other hand, the system includes a constant memory (EEPROM) where operation information are kept and where this information is updated as a result of power loss perception.  There are two types of Inputs as Analogue (0-10V, 0-20 Ma) and Numerical.  As for the outputs, they are provided as support bar or open collector.

Operation parameters of all inputs and outputs in the module, the relations between themselves and other parameters belonging to the system have got a structure adjustable through duties coming through communication channel developed on RS 485 and operating at the speed of 115.200 bps. In this way the  module  obtains a  structure that is able to operate  integrally with  new iCM modules to be added to the  system  against  an intelligent  control unite  that is able both to  operate independently  and more  I/O Requirements. The number of Icm Module to be added to the whole system in this way may be reached totally until 63 x63 that is, 3969 pieces. through the use of other products and , the I/O number that can be also controlled  can rise  until 3969 x 28 that is 111 132 points .Reliability and  correction is kept in the first lace  through  communication protocol  added  coding and decoding competences other than particularity of  flexibility added  through modular structure.

iRM  Support Bar Module
i-NOSS_ IC System is another exit unit developed about to operate as integral with IRM Support Bar module, ICM Controlling Module. On the  IRM module, there are  8 pieces support bar  having an opportunity to use NO, NC insulated one from another of which each one is of 16 Ampere and these support bars  ensure  the different industrial growth to be controlled by relevant support bars, by  controlling   via ICM unite on which the IRM module depends .

In the  front panel of the module  there is a key ( force On/ Off )  turning  on and off all exits at the same moment, independently from  LED indicator  showing the  situation of each exit and  from control  inputs.

Some other parameters related to the module is defined hereunder:

Warning Tension       24VDC
Switching tansion     250VAC     
Switching force       4000VA     
CosO                  1
Power Consuming       5W         
ExBxY                 86x157x57mm

i-NOSS_LM - ILLUMINATION AUTOMATION SYSTEM

The application that the I-NOSS, Distributed Industrial Automation Platform has been used in its largest way is the I-NOSS Illumination Automation System.  The  ICM ( Controlling Module )  and IRM ( Support Bar Module )  and also ICC ( Channel Controller ) units  being used in the  entirely distributed Illumination Automation System are controlled  through a special communication protocol developed by a central LM-SCAM, on the RS 485 industrial Standard

Here is supplied a structure where I/O can be controlled on 63x63x28, 110 000. IRM support bar systems are used in the platform in such a way to add day light sensor, proximity sensor to the ICM unite inputs, in such a way that the relevant illumination unites could do turning on or off   the relevant illumination unites or turning them on as per level. As for the LM_SCADA, supplying  user interface, it has been developed  as  an Illumination / Building Automation SCADA and  has been  established in such a way  to ensure  all distributed system control to be maintained through  various sceneries , a simple  graphical interface of which the use is largely simple and in a such manner  to ensure the  reporting to be  executed.

Through i-NOSS_LM Illumination Automation System is able to ensure

• All kinds of  installation systems to be  controlled over a central control system,
• Ensure them to  be turned on or out in  certain times  in direction of need,
• The  illumination  tools  and systems  to provide  energy saving by  being turned out or  by reducing their  (dim)s, if needed,
• Automatically programming  particularity,
• Effective  communication opportunity with  other systems within the building,
• The  productivity and  comfort sensibility to be in a highest level,
• To  attribute to the  productivity increase  by providing  necessary illumination, heating / cooling,
• Opportunity of optimization of  energy and maintenance and labour power being used,
• Mounting  easiness, cable and  labour saving thanks to  intelligent and flexible modular structure ,
• Obtain  significant decreases in the  staff education and operation costs;
• Providing maximum economy for the energy consumption,
• Following  the  use duration of all installation systems being used,
• Storing all information belonging to the whole installation system and later on it would be possible to obtain any opportunity for processing and allocating later on.

iCC Channel Control Module
ICC Channel Control Module is one of the fundamental building stones ensuring the general architecture to get enlarged for all I-NOSS Systems and is composed from two different units.  Those two modules being called as ICC- Master and ICC- Slave are two different microcontroller module and are linked to each other through a parallel data interface.  Specifications of ICC Module; ICC- Slave RS485 is linked to SCADA via RS485 data communication and composes a transparent transition channel between the channel and SCADA.

As for  the ICC- Master, it  is located  in the  channel linked to itself  as a "O" numbered module, weighs always the control modules being linked to itself , notifies  to the  central  the  unavailable modules. All channel information is kept on the tables on the ICC- Master. Any notifications composed at these tables are notified to the central.  Since ICC -Master  ensures  the information of the modules to be reflected  by always scanning  the channel,  it ensures  both the channel to  operate  without being dependent on a central SCADA within  the channel itself and,  it will be achieved  the  operation of  the channel without  being  dependent on a central SCADA. Since it is available in the channel as a module, SCADA reaches ICC-Master as a module numbered "0'' in the channel and can reach relevant information that it needs.