Low Price Industrial Control FR4 PCB
$38.90
MOKOPCB supports low price industrial control FR4 PCB with reliable performance and sound mechanical strength, which is pratical in PLCs, motor drivers, and interface boards. By using standard materials and simplified designs, our industrial control FR4 PCB meets basic industrial requirements and with a low cost.
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Layer Counts | 4L |
Base Material | FR4 |
Board Thickness(mm) | 1.6mm |
Max board size(mm) | 570*850mm |
PCB size tolerance | ±0.2mm |
Min. Hole Size | 0.15mm |
Min. Line Width | 0.4mil |
Copper Weight | 1oz |
Surface Finish | HASL |
Certificate | UL, IPC-6012, RoHS, ISO 9001, ISO14001, REACH |

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Questions & Answers
1. What is the maximum board size for a 4-layer industrial PCB?
The maximum board size we can manufacture for a 4-layer industrial PCB is 570*850mm.
2. Can this PCB support connectors and terminal blocks?
Yes, our industrial control PCB is compatible with standard industrial connectors, thermal blocks, screw terminals, and relays, and the layout depends on your specific mechanical needs.
3. Is there any support for prototyping or small-batch production?
Yes, we support prototype order and small-batch production.
4. Why use HASL as the surface finish of this industrial control FR4 PCB?
HASL, widely used for industrial control PCBs, provides a solderable and oxidation-resistant surface with an affordable price, meetinga great balance of performance and cost for standard industrial applications.
5. Do you offer assembly service for these PCBs?
Yes, we offer one-stop services for our PCBs, including PCB manufacturing and PCB assembly.
6. How does this PCB achieve a low price without sacrificing quality?
Keeping a low price while ensuring good quality, the PCB may use standard FR4 material, basic finishes, thin 1oz copper, and common board thickness. The design avoids unnecessary complexity and still meets essential electrical and mechanical requirements.
7. Is it possible to include thermal reliefs or heat sinks in the PCB design?
Yes. We can design the PCB with thermal relief pads, thermal vias, and external heat sinks for more efficient dissipation.