ARKA-XENOZ
Core Technologies for Powerful Disinfection
High-Efficiency Ozone Generator: Produces ozone (O₃) gas, a potent oxidant that effectively neutralizes bacteria and viruses within the treatment area.
Xenon-pulsed UV-C Lamp: Emits shortwave ultraviolet (UV-C) light, disrupting the nucleic acids of microorganisms and rendering them non-replicative. The pulsed nature of the lamp ensures targeted disinfection while minimizing potential damage to sensitive materials.
The Advantages of a Dual-Action Approach
Prioritizing Safety with Automation
Integrated Occupancy Sensors: This device automatically deactivates ozone generation and UV-C emission when human presence is detected, prioritizing operator safety during Automated Disinfection with Ozone.
Disinfection Timer: Provides programmable operation for efficient and controlled disinfection cycles.
Remote Control: Enables safe and convenient operation of the device from a distance.
Differences between normal UV-C light power and Xenon-pulsed UV-C
| Pulse UV-C Disinfection | Mercury or LED UV-C Disinfection | |
|---|---|---|
 |  |
|
| Disinfection Method | Pulse Strike UV-C light produce by Xenon light which is thousands of times strong than LED or Mercury UV-C light (200~315nm) | UV-C (only 253.7nm) light produced by LED or Mercury light |
| Service Time | < 5 minutes | > 30 minutes |
| Disinfection Radius | 3 ~ 6 m | 0.3 ~ 1 m |
| Environmental Influence | The xenon is not harmful for human if the pulse UV-C light is broken. There is little heat generated while operation. The Pulsed Light Germ-Killing Robot contains an air circulation function for clean indoor air as much as possible. | The hydrargyrum is toxic for human if the mercury light is broken. The continued exposure would produce calorescence which is severe harmful for most instrument. A lot of ozone(O3) would be generated while a long-time expose. |
| Man- Machine Symbiosis | Better operate while no people around (need proper preventive measures) | Operate while no people around (can`t prevent calorescence harm) |
| Disinfection Effect | No pathogens can resist for pulse strike UV-C light. | The power is too weak for disinfection and some pathogen (like PA, AB) can resist for narrow spectrum UV-C light. |
| Reduce most suffering by destroying deadly microorganisms cause infection. | No use for reducing infection suffering, only for common disinfection method. |
The integration of Xenon-pulsed UV-C light and ozone gas disinfection within a single device offers a compelling advantage: comprehensive and efficient elimination of pathogens in various environments.
Here's a breakdown of the key benefits of this synergistic approach:
- Broader Spectrum Disinfection:
- Xenon-pulsed UV-C: Delivers targeted germicidal action, effectively eliminating microorganisms with direct line-of-sight exposure.
- Ozone Gas: Effectively reaches and neutralizes airborne pathogens as well as those residing in hard-to-reach areas or shielded from UV-C light. This combined approach tackles both airborne and surface-based contamination.
- Enhanced Efficacy: Xenon-pulsed UV-C's high-intensity bursts disrupt microbial DNA/RNA, rendering them non-replicative. Ozone acts as a powerful oxidant, further inactivating microorganisms. This dual action provides a more robust disinfection strategy compared to either method used alone.
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Synergistic Action: The combined application of these technologies creates a synergistic effect. Ozone can weaken the cell walls of microorganisms, making them more susceptible to the lethal effects of UV-C radiation. This collaborative approach minimizes the potential for pathogen survival and reduces overall disinfection time.
Conclusion
The ARKA-XENOZ Dual-Action Disinfection Robot offers a superior solution for achieving comprehensive pathogen elimination in a variety of settings. This innovative technology maximizes disinfection efficacy while minimizing reliance on harsh chemicals, promoting a safer and more hygienic environment.
| Sizes | 1480x950x600 (Operation) |
| 1210x950x600 (Standby) | |
| Effective radius (r) | 5m |
| Number of wheels | 4 |
| Weight | 165 kg |
| Maximum travel speed | 0.8 m/s |
| Ozone production output | 20 g/h |
| Ozone production method | Corona Discharge |
| Operating voltage | 220 Volt / 50 Hz |
| Power consumption | 335 W |
| Cooling system | Air |
| Maximum noise | 40 dB |
| Measurement method | Lidar radar |
| Ozone detection method | Electrochemical sensor |
| Ozone detection resolution | 0.01 @ 1 ppm |
| Max. flashenergy Emax/Ws | 3360 |
| Nom. flashenergy Enom/Ws | 420 |
| Max. anode voltage Uamax/V | 4000 |
| Nom. anode voltage Uanom/V | |
| Min. anode voltage Uamin/V | 2000 |
| Nom.flash capacitor CB/ µF | 210/420 |
| Trigger coil TR | ZS1031(H) |
| Min. trigger voltage Uz min/V | 280 |
| Trigger contact S | SCR |
| Trigger capacitor Cz/µF | 0.47 |
| Life/Number of flashes/N | 1000 hrs @1 |
| Repetition rate trep/ s | 1 |
| Sec trigger voltage Uz sec / KV Unloaded | - Ve |
| Operation method | Remote via an android or IOS device |