A PLC (Programmable Logic Controller) is an industrial digital computer designed to control machines and processes. It continuously monitors input signals from sensors, makes decisions based on a programmed logic, and sends output signals to actuators — ensuring smooth and reliable operation of industrial systems.
PLCs are used in manufacturing, process industries, building automation, water treatment, and many other automation applications where high reliability and real-time control are essential.
Advantages of PLC Systems
High Reliability and Stability Designed to work in tough industrial environments — resistant to vibration, temperature, and electrical noise.
Flexible and Easy to Program Logic and control functions can be easily changed or expanded without modifying the hardware.
Fast and Accurate Control Capable of handling multiple inputs and outputs with high-speed, real-time performance.
Compact and Space Saving Combines many control functions in one small, efficient unit, reducing panel size.
Simplified Troubleshooting Built-in diagnostics and communication tools make maintenance faster and easier.
Easy Integration with HMI and SCADA Seamlessly connects to visualization and monitoring systems for complete automation.
Scalable and Modular Can be adapted for small machines or large, complex industrial systems.
Cost-Effective Automation Solution Reduces wiring, setup time, and maintenance compared to traditional relay-based systems.
FATEK PLC
B1 / B1z / HB1 Series
The streamline design of SoC technology significantly reduces the hardware costs. The B1/B1z series PLC incorporates the most sophisticated manufacturing process and high quality two-layer board design, and have better noise immunity than other four-layer PLC board design. This makes the B1/B1z PLC very price-competitive in today’s cost-conscious PLC market!
M Series PLC
B1 / B1z / HB1 Series
M series combines advanced technology, flexible configuration, and exceptional computing and motion control capabilities. With high stability and outstanding performance, it is widely used in many other industries. Dedicated high-performance hardware design for logic operations, ensuring consistent system efficiency over time.
Low power consumption and high stability system architecture without fans and heat sink. Without complicated and huge OS, PLC can immediately operate with no delay when power-on.
Nano Second Level Processing
Instant Boot Up
Ultra Low Latency
FBs Series
The five communication ports in FBs-PLC can simultaneously connect to various intelligent peripherals with various interfaces such as USB, RS232, RS485, Ethernet, CANopen® and ZigBee™. Apart from the FATEK and Modbus protocol or communication through the FATEK communication server, the user can also use the PLC’s CLINK instruction for user-defined protocol to actively or passively establish connections with many intelligent peripherals.
Apart From FATEK we are also dealing in other various Brands of PLCs.
Allan Bradley
Micro800 Series : Micro PLC – Compact, low-cost PLCs for small machines
CompactLogix Series : Mid-range PLC – Modular, scalable controllers with Ethernet/IP; high performance
ControlLogix Series : High-end PLC (PAC) – Flagship Rockwell controller with powerful processors, redundant options, and large I/O capacity
Siemens
S7-1500 : The latest series, known for high performance and expanded system properties, suitable for larger and more complex applications requiring a greater number of I/O points.
- S7-1200:A compact, high-performance PLC designed for simple to mid-range automation tasks. It is a versatile controller with integrated I/O and communication interfaces.
- S7-300:A popular mid-range controller that was key to establishing Siemens’ leadership in the automation industry. It features a bus-linked platform and is suitable for extensive and complex control tasks
- S7-200 (and S7-200 Smart):An older series that is also available, though less common in newer installations.
Schneider
M221 : Basic, compact PLC
M241 : Mid-range, high-performance PLC
M251 : Advanced controller with distributed architecture
M262 : IIoT-ready PLC with Ethernet, MQTT, and OPC UA support
M340 : Modular PLC for medium to large
M580 (ePAC) : High-end, Ethernet-based PAC (Programmable Automation Controller)
Emerson
PACSystems RX3i : High-performance modular PLC with powerful CPUs and extensive I/O; Ethernet-based architecture
PACSystems CPE100 / CPE330 : Compact, Ethernet-based controllers for mid-range machines
VersaMax : Reliable, modular PLC system with small footprint
VersaMax Micro / Nano : Economical PLCs for small automation tasks
90-30 Series PLCs : Classic modular PLCs (superseded by RX3i)
And many More PLCs…