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OxyCyclerModel C42 -Dynamic O2 and CO2 Subchamber Controller

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The OxyCycler C42 is a unique dual channel/dual gas controller for incubators and C-Chambers. Oxygen and carbon dioxide control is managed via independently programmable channels for optimum control. No other instrument has such a fine simulation of dynamic exposure. Applications of the OxyCycler C42 incubator controller include intermittent hypoxia, graded hypoxia, and timed hyperoxia.

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Dynamic O2 and CO2 Subchamber Controller

  • Highly reproducible O2 / CO2 exposures
  • Dynamic O2 / CO2 control
  • Limitless protocol possibilities
  • Physiological O2 / CO2 simulation
  • Pathologic O2 / CO2 modeling
  • Accountability
  • Automated control
  • PC interface
  • Intermittent hypoxia in vitro models
  • Hypoxic preconditioning cell models

OXYGEN CONCENTRATION

Changes in O2 concentration do affect the physiology of the cells in vivo and now you can simulate these O2 dynamics in vitro. Complex, multi-setpoint oxygen profiles can be arranged to recreate conditions such as heart attack, strokes and epilepsy. When a profile is made, it can be reproduced to develop these dynamic models. The OxyCycler C42 is the predominant instrument capable of meeting these demands.

CREATE ANY PROFILE

The OxyCycler C42 incubator controller is a unique instrument that offers sophisticated O2 and CO2 profiling. It easily creates any profile needed between 0.1-99.9% O2 and 0.1-20.0% CO2 independently and in multiple chambers simultaneously. The OxyCycler C42 enables multiple setpoints for any length of time, over any rate of change between these setpoints with any number of cycles and setpoints. The OxyCycler C42 makes complex oxygen cycling easy.

MANY FEATURES

A standard OxyCycler C42 comes with computer software for easy interface, real time trend charting, data logging, and remote operation. Since the OxyCycler C42 works with semi-sealed subchambers the profiles are normobaric. N2 and O2gas infusions displace the chamber gas while internal and external pressure remain equilibrated.

  • ELECTRICAL POWER: 12VDC, 6.6AMP
  • CONTROL RANGE: O2: 0.1-99.9% , CO2: 0.1-20%
  • ACCURACY: O2: ±1% at constant temperature and pressure ±2% at entire temperature range. CO2: ±5% or .1%, whichever is greater.
  • RESOLUTION: 0.1%
  • OXYGEN SENSOR: Various application specific sensors are available
  • GAS SOURCE: Compressed gas tanks, liquid carboys (from headspace) or generators.
  • GAS SUPPLY: Pressurized O2, CO2 and/or N2
  • GAS SUPPLY LINE: 1/4” ID hose, pressure rated to 25 PSIG
  • GAS SUPPLY LINE PRESSURE: 0-25 PSIG
  • GAS INFUSION RATE: 0-12 SCFH
  • GAS CONSUMPTION: Depends on (1) size and leakiness of host chamber, (2) frequency and duration of opening chamber doors and (3) oxygen level controlled
  • GAS SUPPLY HOSE FITTING: 1/4” ID
  • UMBILICAL LENGTH: 12 ft
  • SENSOR CABLE LENGTH: 12 ft
  • SENSOR CABLE DIAMETER: 6mm
  • ALARM OUTPUT: External Alarm
  • ALARM MODES: Process high, process low, deviation high, deviation low, and deviation band.
  • WEIGHT: 22lbs (controller only)
  • CONTROLLER DIMENSIONS: 9”H, 17”W, 16”D
  • ACTUATOR POD DIMENSIONS: 4.375”H, 7.125”W, 3.75”D
  • Sensor Operational Parameters
  • HOST CHAMBER TEMPERATURE: 5-40°C
  • HOST CHAMBER HUMIDITY 5-95%, Non-condensing