Doc Date: 03/03/2022 Version: 1.0.3
©Perenio IoT spol s r.o. All Rights Reserved
1
GENERAL INFO
1
Specification
Input: DC 5 V / 2 A, 10 W max. Output: Emission of positive and
negative ions (including Mg
-
, K
-
, Zn
-
, Pt
-
, Au
-
) emitted from specific
ionic solution in the CoV capsule. Battery: Built-in li-ion (2,600 mAh,
up to 6 hours of autonomous operation). IP30 Protection Class
Functions
Immediate ionization in an enclosed area of application of up to
2 meters around the device while it is switched on. Ionization of
closed spaces: up to 60 m
3
in 30 minutes. Ions concentration: up to
40,000 ion/cm
3
Intended Use
Significant reduction of the viral load* in the enclosed area of
application of the device
Other Info
Operating conditions: 0 °C to +40 °C, up to 70% RH (non-condensing).
Storage conditions: 0 °C to +60 °C, up to 90% RH (non-condensing).
Dimensions: Ø 80 mm × 132.5 mm
LED Indication Power LED is on or off: the device is switched off.
Power LED is blinking: device is switched on and operating**.
Battery charge level indication of the Power LED:
green (75–100%), yellow (30–74%), red (1–29%)
Scope of
Supply
Cold Plasma Emitter with CoV Capsule, USB-C Power Adapter, Quick
Start Guide, Warranty Card, Sticker
Warranty
2 years (service life: 2 years)
* Viral load namely the known family of coronaviruses (including SARS-CoV-2) and their strains.
** LED Indication for errors: flashing blue (capsule is missing), flashing red-blue (battery operation error).
INSTALLATION AND CONFIGURATION
2
1.
Unpack the Cold Plasma Emitter and the accompanying accessories. Make sure that
the device is switched off (Power LED is off).
ATTENTION! If the device was stored in conditions other than operating and storage
conditions specified in the Installation and Operation Manual (scan the QR Code on the
back cover), please proceed to Step 2 in four (4) hours only!
2.
Remove the sticker (See Figure 3) attached on top of the capsule and tighten the
capsule, i.e., push it from the top and turn it clockwise until marks are aligned in the
“CLOSED” position as shown in Figure 2.
