06
07
1. Accurate Temperature Control--Bejing Equal Everywhere
2. Accurate Humidly Control—Healthy and Balanced
3. Nega�ve-ion Genera�on—Truly Auxiliary Medical Effect
Without being heated, high-frequency oscillation technology is adopted to product mist. Compared to
heating atomization, it can save 90% of energy. During atomization, large amounts of negative ions are
released, and have static electricity reaction with smoke and dust in the air, and cause precipitation.
According to the data released by World Health Organization, negative-ion is called “air vitamin”, and
an animal needs about 10 billion ecological negative-Ions every day, while our living environment can
only provide about 0.1-2 billion ones; when the negative-ion concentration in the air is up to 400
ones/cm³, it can satisfy our basic needs for survival; when the negative-ion concentration in the air is
up to 1000-2000 ones/cm³', it can satisfy our basic needs of health; when the negative-ion concentra-
tion in the air is up to 5000-10,000 ones/cm³, it can Improve our immunity and antibacterial ability; and
when the negative-ion concentration in the air is up to 300,000-500,000 ones/cm³, it can Improve our
natural healing ability, and many diseases can be healed without medication. Negative-ion plays a
significant role in improving the air quality of treatment room and improving and maintaining the health
of animals.
JorVet ICU Unit p
rovides a high concentration of negative-ion generator, and the following is the
negative-ion test report:
Heating control adopts dual duct and double circulation convection heating technology to
allow temperature rising quickly, and temperature shock is small to ensure the temperature of
the
ICU can raise evenly.
JorVet J1550 ICU Unit
MODEL NO
Project Number
Applicable specification and model
DC9-12V
1403140013
I Electrical Parameters
Input voltage/frequency
DC12V
Output voltage
At DC12V -0.5--4.5KVd.c.(-3.5KV DC ± 0.5KV DC )
Anion concentration
At DC12V ≥6×10
6
PCS/cm
3
±10%
Insulation resistance
Power line external box ≥20M Ω (500V DC)
Dielectric streangth
Power line external box AC 1800V
60HZ 5mA 3S No breakdown
Functions of the Product
Tips:
a) There is hissing noise when nebulization starts, that’s generated from the high speed air flow. The
patented low noise air compressing technology ensures no vibration and no electronic noise when
nebulizer runs. The noise is much lower than normal level of most air compressor nebulizer, which is
around 85 decibels normally.
b) When nebulization is ON, the ventilation fans will be turned off to ensure good nebulizing effects,
and humidity and temperature control will be turned off too. The humidity alarm will Not be triggered in
nebulization mode, which will reset in 3 minutes after nebulization function turned off
.
1. Mechanism of ICU
The air circulation system as shown in Figure 5.1.1 is driven by the circulating air of After being filtered
by the purifier, the air from the outside enters into the ICU, and "dual duct and double circulation
convection heating technology” is adopted to create an excellent and bacteria-free ICU therapeutic
environment and young pet incuba-tion environment. It provides clean air and proper temperature
and humidity.
2.
Main Technical Indicators
1)
Power supply voltage: 110V /60Hz
2)
Input power: ≤400VA
3)
Ambient temperature: 10°C ~ 35°C
4)
Temperature control range
Cabinet temperature: 15°C ~ 38°C (can be up to 39°C by special operations)
5)
Temperature fluctuation: ≤0.8°C
6)
Average temperature of monitoring chamber: ≤1.0°C
7)
Cabinet temperature control accuracy: ≤ ± 0.5°C
8)
Temperature rise time: 5min ~ 20min
9)
Noises in monitoring room: ≤30dB
10)
Whole machine earth leakage current: ≤0.5 mA (normal state) ≤1 mA (single fault state)
11)
Withstand voltage: 1500V/50Hz, lasted one minute without breakdown and flashover.
12)
Ambient conditions:
①
Transportation and storage:
a. Ambient temperature: -10°C~ 40°C
b. Relative humidity: ≤95%
②
Operating conditions:
a. Ambient temperature: 18°C ~ 30°C
b. Relative humidity: 40% ~ 65%
Figure 5.1.1
Product Principles and Functions
