Model : KF-80AR
Features :
-
Reverse Fan Cleaning:
The fan reverses during cleaning to prevent foreign particles from being blown onto the product, ensuring a clean environment. -
Precise Ion Balance:
The automatic ion balance system maintains ion levels within 0 ± 10V, ensuring consistent static elimination. -
Customizable Fan Sizes:
Ion fans are available in different lengths to match the size of the workbench and product, offering flexibility in various applications. -
Automatic Discharge Needle Cleaning:
This function reduces the need for frequent manual cleaning, saving time and effort. -
Locking and Wireless Monitoring:
The equipment includes a complete locking function and wireless monitoring, supporting both LORA and NB IoT modes for enhanced operational control. -
Adjustable Cleaning Timer:
Cleaning and discharge needle intervals can be set from 0 to 999 hours, with an LED display for easy monitoring based on the workshop environment.
Applications :
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Technical Parameters :
| Product model | KF-80AR |
| Input power supply voltage | DC24V |
| Decay normal operation indicator light | If decay operation is normal,the green indicator light is on |
| Decay abnormal indicator light | If decay operation is abnormal,the red indicator light is on |
| Decay time | about 1.5s(300mm ) |
| Ion balance | Automatic ion balance system 0±10V |
| Air volume | 2.97-4.07m³/min(constant air flow) |
| Ozone concentration | Below 0.03ppm(distance 150mm) |
| Applied environmental temperature | 0~40(no condensation) |
| Applied environmental humidity | 30-70% RH (no water drop condensation) |
| Overall size /mm | 800*82*150(exclouding stents) |
| Weight | 4.74Kg (exclouding stents) |
| Anti-static test condition | ||||
| Operating voltage:DC24V | Test voltage:±1000V-±100V | Ambient temperature:23±2 | ||
| Distance | 300mm | 600mm | 900mm | |
| Decay Time | Positive | 1.0s/1.5s | 2.0s/3.0s | 3.5s/4.5s |
| Negative | ||||
| Ion Balance | Positive | 0±10v | 0±15v | 0±20v |
| Positive | ||||
BR 27021 
US 10218 
AR 3470 
AO 2508 
DE 1947 
MY 1906 
EC 1747 
CO 856 
