Container cryogenic chamber
CR-2011 CH-1/B
The Cr-2011 model CH-1/B cryogenic chamber is manufactured in three versions:
- 5-6 person version,
- 3-4 person version,
- And in a 2-3 person version.
All of these versions have common design and technical solutions to ensure the stability of the cryochambers’ operating parameters and safety in their operation.
Basic parameters of the cryochamber
- Performance data:
- Media and consumption
- Rated operating conditions
- Operating parameters of the cryochamber
- Operating parameters
- Alarm signaling
- Nominal current consumption 16 (A)
- Electrical supply 230/50 (V/Hz)
Temperature range in the treatment chamber -60 to -160oC - Temperature range in the atrium: from -40oCto -60oC
- Recommended temperature in the treatment chamber -120oC
- Recommended temperature in the atrium -60oC
- Cooling time of the cryochamber to temp. -120oCto 30 – 40 (min)
- Dwell time in the treatment chamber (adjustable by operator) 1-3 (min)
- Dwell time in the vestibule (adjustable by operator) 1-3 (min)
- Automatic cryochamber regeneration: user programmable time
- Liquid nitrogen
- Cooling of the cryochamber to the recommended temperature in the treatment chamber -120oC100 -120 (kg)
- During the treatment (3 min) 3 – 4 (kg)
- Consumption of liquid nitrogen during treatments – 100 kg/h
- Power supply: alternating voltage
- Atmospheric pressure: 96 – 106 kPa
- Ambient temperature: 10 – 25oC
- Relative humidity: < 40%
- Type of work: continuous operation
- Voltage value and frequency: 230V, 50 Hz
- Rated power 1100 watts
- Temperature in the atrium: -60oC+5oC
- Maximum number of patients per chamber (depending on size): up to 3-4 patients
- Operating temperature range of the treatment chamber: -60oCto -160oCin 1oCincrements.
- Treatment time programmable in the range: up to 3 minutes in 1s increments
- Oxygen concentration in the chamber: 18,5 – 21 %
- Temperature stabilization in the treatment chamber: +/- 3 (max. +/-10)˚C
- Amount of breathing air entering the chamber: (163 K) > 35 m3/h
- Life span of oxygen sensors: 3-4 years to -160oC
Decrease in oxygen concentration in the chamber:
– Below 17% – audible signal and automatic shut-off of cryogenic liquid supply to both the chamber and the building
– Above 22% – audible signal and automatic cut-off of cryogenic liquid supply to both the chamber and the building
For the patient: a button in the chamber – a light and sound signal.
– Below 17% – audible signal and automatic shut-off of cryogenic liquid supply to both the chamber and the building
– Above 22% – audible signal and automatic cut-off of cryogenic liquid supply to both the chamber and the building
For the patient: a button in the chamber – a light and sound signal.
General scheme
and layout of rooms
