What is PLC?

A programmable logic controller (PLC) is a set of digital computers that is specially made for simplifying complex tasks or operations in the industrial sector. They are connected to the special-purpose machines and monitor and control the overall mechanism of the machine.

Types of our PLC SPM

• Compact PLCs: These are smaller in size and fixed numbers of units are connected. It is used in the small-scale industrial sectors where the tasks are simple and smaller. These PLCs have a limited number of inputs and outputs.
• Modular PLCs: These PLCs have a rack-like structure, and various components are connected for power, such as the CPU, input/output, and communication. Our modular PLCs are used for performing higher tasks and give more reliability in work.
• Rack-Mounted Task: These are used in large-scale industries for performing complex tasks, and these are mounted on racks and can be increased or expanded by adding more modules at once. These PLCs have more input/output connections and are highly expendable.
• Safety PLCs: Our safety PLCs are highly demanded due to the multiple features installed inside. These are used for increasing the safety of SPMs and humans and preventing accidents. The features have been included, such as self-diagnostics and emergency stop functions.

A unique feature of our PLCs Special Purpose Machine:

We have included numerous features in our PLCs for SPM and it is more versatile for use in any industrial sector. Here we have listed down some specifications:

• Programmability: We have included advanced programming in our PLCs for SPM to improve the overall structure of the machines. The workflow can be done with various programming languages, such as ladder logic, functional block diagrams (FBD), and structured text (ST).
• Real-time monitoring: This feature helps avoid delays in every operation. Our PLCs for special-purpose machines have fast processing speeds and have installed a high-speed processor that reacts to the operations in microseconds. Real-time response and synchronization with the SPMs are necessary for increasing productivity.
• Connectivity: Our PLCs have the highest connectivity compared to other PLCs and have smooth connectivity between the SPMs. These can easily connect with multiple types of communication protocols, such as Ethernet/IP, which is used for connecting a wide-range network and connected to sensors, actuators and multiple other controllers.
• Durability: Our PLCs are not only excellent in internal programming but also more durable outside. The high-quality materials have been used to withstand any environmental conditions. These machines have more electromagnetic compatibility (EMC) and prevent any interference from the electromagnetic fields.

Applications of our PLCs in SPMs:

Our PLCs are used in multiple types of industries, and these are more versatile for connecting to any type of special-purpose machine. Here we have given a list of applications such as:

• Renewable Energy Industry: These are used for connecting solar panel assemblies where the advanced SPMs are used and perform tasks such as soldering solar cells, applying encapsulants and framing.
• Medical Devices Manufacturing: Our compact PLCs are used for manufacturing medical devices, such as surgical instrument production, with accurate form and for performing tasks such as cutting, forging and grinding.
• Agriculture Equipment Manufacturing: Multiple types of complex agriculture materials can be made with accurate form through our PLCs for SPMs. It can make planting products easier, such as seed drills and planters. The irrigation system products can be assembled quickly with the help of a combination of SPMs automated by PLCs.
• Chemical Processing Industry: These are also used in the chemical industries for mixing the components for creating specific chemical compounds. It can also be connected to reactor control systems for controlling the overall mechanism of machines for maintaining the purpose, temperature and pressure.

Technical Configurations:

Here we have attached a technical sheet for more understanding about our programmable logic controller:

Specifications	Compact PLCs	Modular PLCs	Rack-Mounted PLCs	Safety PLCs
Form Factor	Small, integrated unit	Modular, can add/remove modules	Mounted on racks in a control cabinet	Similar to modular/rack-mounted, with safety certification
Size	Typically small, limited expansion	Medium to large, scalable	Large, suited for complex systems	Medium to large, depending on safety requirements
I/O Capacity	100 I/O points	2000+ I/O	5000+ I/O points	similar to Modular/Rack-mounted
Processing Power	Basic to medium	Medium to high	High	Medium to high, with additional safety processing
Memory	Low to medium	Medium to high	High	Medium to high with redundancy features
Communication Protocols	Ethernet, RS232	Ethernet/IP, Modbus	Extensive, including industrial protocols	Multiple, with additional safety protocols
Programming Languages Supported	Ladder Logic, Basic Structured Text	Ladder Logic, Structured Text, Function Block	Extensive (Ladder, ST, FBD, SFC)	Similar to Modular/Rack-mounted with additional safety functions

Being one of the best Programmable Logic Controller PLC Controlled SPM Machines manufacturers, suppliers and dealers in Pune, we, as possible, engineering and automation are providing a new advanced technological PLC for SPM that can be used for managing and monitoring the overall operation of machines. The latest programming languages and higher connectivity help increase the performance of multiple types of industrial sectors. Contact us today for more information!