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Offline PCBA Cleaning Machine
Device overview
1. For the surface cleaning of SMT PCB and PCBA boards in the
electronics industry, the most advanced cleaning process in the
industry is used to achieve 100% cleanliness and environmental
protection.
2. The machine consists of cleaning system, rinsing system, fine
rinsing, drying system and filtering system.
3. The equipment uses water-based liquid cleaning agent and DI
water for rinsing, without any safety hazard, and no harm to
personnel.
Cleaning objects:
PCBA Flux Cleaning Passive Components Flux Cleaning
Semicon Flux Cleaning
Main structural components:
The equipment is mainly composed of rack, spray cleaning system, spray rinsing system, fine rinsing system, cleaning basket moving mechanism, cleaning liquid tank, rinsing liquid tank, electric heating air system, water circulation system, spray room, hot air drying system, The electrical control box is composed.
Working diagram:
a. The heating systems of the cleaning liquid tank, the fine
rinsing liquid tank and the initial rinsing liquid tank are
independently controlled.
b. Waste water is generated by overflow, which greatly saves water
consumption.
Cleaning, fine rinsing, initial rinsing, equipped with independent
pump, independent control, to eliminate the phenomenon of liquid
channeling.
The chemical isolation ensures the cleanliness of the rinse water
and improves the cleaning quality of the product.
Introduction of Nozzle and Boom Structure
Adjustable nozzle pressure: 30~90PSI
Number of spray rods: 4 (fixed)
Schematic diagram of the upper spray boom Schematic diagram of the middle boom
1 in the middle (360°rotation) and 4 in the bottom (fixed); 9 in
total
Number of nozzles: 98 refer to the diagram on the right
Advantages: to achieve all-round spray cleaning of PCBA without
dead angle, which is superior to the traditional design of 360°
rotating spray bars in the upper middle and lower parts.
Schematic diagram of the lower boom
Technical Specifications
Machine dimensions (mm):L1670*W1100*H1860
Voltage:Three-phase 380V (three-phase five-wire)
Total power:33KW
Rated current:50A
Gas source:0.4-0.6Mpa
Exhaust vent:Ø125
Cleaning tank volume:42L
Initial rinse tank volume:28L
Fine rinse tank volume:55L
Filter element:0.2μm
Basket size:500MM*550*100MM (upper and lower layers)
Cleaning time:8-10Min can be set
Cleaning method:Spray cleaning-spray initial rinsing-spray fine
rinsing-wind drying
Operation control:PLC+touch screen (one key start)
Feature of product
1. A high-pressure spray system specially used for water-based
cleaning solutions to clean PCB/PCBA and other processes.
2. Three-liquid tank, equipped with heating system, to meet the
needs of cleaning, initial rinsing, fine rinsing and hot air
drying.
3. Process flow: cleaning - chemical isolation - rinsing (open
loop/closed loop) - drying.
4. Prepare advanced automatic touch screen operation software, save
program files, use and simplify.
5. The system counting function can automatically accumulate the
number of cleaning PCB boards and the number of circulating
filtration times.
6. The liquid and pump pressure can be displayed through the panel
pressure gauge, which can timely feedback the operation status of
the equipment.
7. The cleaning pressure can be adjusted independently, with a
visual window, and the pressure can be adjusted according to the
cleaning requirements of the PCB board.
8. The conductivity monitors the rinsing solution to ensure
cleanliness, and the conductivity can be set to meet the process
requirements of different PCB boards.
9. The overall stainless steel body is sturdy and durable,
resistant to acid, alkaline and other cleaning fluids.
10. The overflow method is adopted for rinsing, and the fine
rinsing water overflows to the initial rinsing box, and there will
be no repeated pollution.
11. High-pressure fan + hot air drying, the drying effect is faster
and more thorough.
12. Lower operating cost, only 80-120ml of liquid is needed for
each cleaning, and the residual liquid is directly recovered by the
pipeline and pump after cleaning, which can reduce the consumption
of liquid by 50%.
Comparison of cleaning examples
Before cleaning
After cleaning
Before cleaning
After cleaning