Industrial pcb used across the industrial sector need to be resistant to extreme temperatures, vibrations, and rough handling. To meet this need, PCBs used here are manufactured using durable metal or some thermal-resistant materials.
Industrial PCBs need to be especially high-powered and be durable enough to withstand the harsh conditions that exist in industrial facilities.
Industrial PCBs may be made with durable metals or thermal-resistant materials and be thicker than other kinds of PCBs.
Industrial PCB assembly services may include thru-hole component technology to increase durability.
Industrial devices that use PCBs
Manufacturing equipment: PCB-based electronics power electric drills and presses used in manufacturing, CNC Machines, Textile Machines, and more…Industrial Equipment: Electric conveyer belts, cranes, electric presses, hooter and security systems, electric drills and cutters etc
Power equipment: The components that power many types of industrial equipment use PCBs. This power equipment includes DC-to-AC power inverters, Generator, UPS, solar power , Servo Motor Driver, Three phase Power controller, PLCs and SCADA. Equipment and more….
Home Appliances: PCB-based electronics & electrical Automatic washing machine, microwave ovens, fridge, water pumping motor, water purifier and more….
Measuring equipment: PCBs often power equipment that measures and controls pressure, temperature and other factors. Electric scales, pressure gauges, flow sensors, liquid level meters, and logging systems.
As robotics, industrial IoT tech and other types of advanced technology become more common, new uses for PCBs are arising in the industrial sector.
Find types of PCB used in industrial Application
Single layer PCBs-The single sided PCBs are mostly used in simple electronics as they don’t involve complex circuitry,. The cheap cost and easy availability makes these PCBs an ideal choice for mass production.
Widely used in a range of applications including calculators, stereo components, vending machines, surveillance, coffee makers, LED lighting, solid state drives, packaging equipment, relays, timing circuits, radio and stereo equipment, sensor products and power supplies.
Double layer PCBs -This printed circuit board is much similar to single sided PCBs, with one exception that they contain copper material on both sides of the substrate material. The components on these PCB boards are connected using two different technologies, i.e. hole and surface mount.
widely used in a range of applications including LED lighting, convertors, HVAC system, industrial controls, traffic control system, regulators, automotive dashboard, power conversion, amplifiers, control relays, power supplies, instrumentation, UPS power system, PC hard drives, printers, line reactors, phone system, and test and monitoring equipment.
Multi-layer PCBs are more complex and come with a combination of single and double sided boards. In order to provide protection, a piece of insulation is placed between each board, that prevents components from burning in case of excess heat production.
widely used in range of applications including data storage, GPS technology, satellite system, file servers, weather analysis systems, mobile phones, computers, signal transmission, cell phone repeaters, atomic accelerators, fiber optic receptors, central fire alarm systems, space probe equipment, cell phone transmission.
Flexible PCBs – Based on needs and requirements, they are flexible into any shape. In contrast to rigid PCBs, these flexible PCBs, also referred as Flex Circuit use plastic material. These PCBs mostly use polyester, polymide or PEEK (Polyether ether ketone).In cases where flexibility, less weight, and space saving are top priorities,
Flexible PCBs widely replace rigid PCBs. The computer keyboard is a very common example of flexible board. Many consumer electronics like cameras, personal entertainment devices, MP3, DVD, Automotive industries, and Exercise monitors calculators, Electronic watch are incorporated with flexible circuits.
Rigid PCBs– Provide strength to the circuits, prevent them from twisting, make them rigid. widely used in range of applications including computer motherboard, that is composed of rigid substrate material. Different software such as Proteus, EasyPC, and Altium can be used to design these PCBs. Found in low cost products such as electronics, toys, gadgets, solid state devices, and desktop devices.
Flexible and rigid flex PCB’s– enable manufacturers to produce increasingly smaller and lighter products with greater functionality and much higher reliability, such as drones, cameras, mobile electronics, and ruggedized computers.