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CO2 Incubator Water Jacketed BCWJ-302
Co2 Incubator
Water-jacketed: The large Size CO2 incubator incorporates a water jacketed system. Because of the heat retention characteristics of water, there is no sudden temperature change in the event of an unexpected power failure. A stable temperature environment is ensured.
- HEPA filter:
- It applies the long term effectiveness of the HEPA filter to protect your cultures. The filter is very efficient to entrap particulates larger than 0.3um at 99.97%. The HEPA filter system runs continuously and within every 60 seconds, the volume of the entire chamber is disinfected. With help of HEPA filter, the air quality achieves Class 100 clean room levels within 5 minutes following a door opening.
- Airflow system:
- The optimized air flow system ensures the temperature and CO2 concentration to be stable and uniform within the chamber.
Old SKU: BFN1H1
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Specifications
| Model | BCWJ-302 |
| Construction | |
| --Exterior dimensions (WxDxH, mm/inch) | 655x656x1030 (mm) 25.8x25.8x40.5 (inch) |
| --Interior dimensions (WxDxH, mm/inch) | 544x504x681 (mm) 21.4x19.8x26.8 (inch) |
| --Interior Volume (L/cu.ft) | 185L / 6.5 cu.ft. |
| --Water Jacket volume | 43.5L / 1.54 cu.ft. |
| --Net Weight | 110kg / 242 lbs |
| --Interior Material | Type 304, mirror finish stainless steel |
| --Exterior Material | Cold-rolled steel, powder coated |
| --Inner door | One inner door standard |
| Temperature | |
| --Heating method | Water Jacket |
| --Temp. control system | Microprocessor |
| --Temp. sensor | PT1000 |
| --Temp. range | 5°C above ambient temperature to 55°C |
| --Temp. uniformity | ±0.2°C |
| --Temp. stability | ±0.1°C |
| CO2 | |
| --Inlet pressure | 0.1 MPa |
| --CO₂ control system | Microprocessor |
| --CO₂ sensor | Thermal conductivity / Infrared |
| --CO₂ range | 0 to 20% |
| --CO₂ stability | ±0.1% |
| Humidity | |
| --Humidifying system | Humidity pan |
| --Humidifying sensor | Standard |
| --Relative humidity | ≥95% |
| --Display | In 0.1% increments |
| --Water reservoir volume | 3L |
| Shelves | |
| --Shelf dimensions (WxD, mm/inch) | 466x440 (mm) 18.3x17.3 (inch) |
| --Shelf construction | Type 304, mirror finish, stainless steel |
| --Standard/Maximum shelves | 3, 11 |
| Fittings | |
| --Access port | Standard |
| --Air filter | 0.3μm, Efficiency: 99.998% (for CO₂) |
| --Remote alarm contacts | Standard |
| De-contamination | HEPA filter system |
| Rated power | 430W |
| Power supply | 220V/50Hz (standard), 110V/60Hz (optional) |
| Alarm system | Power interruption * High/low temperature * Deviation of CO₂ * RH * Door ajar * Independent overheat protection |
| Data output | RS232 |
Features
HEPA filter:
It applies the long term effectiveness of the HEPA filter to protect your cultures. The filter is very efficient to entrap particulates larger than 0.3um at 99.97%. The HEPA filter system runs continuously and within every 60 seconds, the volume of the entire chamber is disinfected. With help of HEPA filter, the air quality achieves Class 100 clean room levels within 5 minutes following a door opening.
Airflow system:
The optimized air flow system ensures the temperature and CO2 concentration to be stable and uniform within the chamber.
AUTO-ZERO/AUTO-START:
It combines precise CO2 control with a choice of TC or IR sensors. The microprocessor will automatically "Zero" the incubator(IR type) using room air as a reference every 24 hours. Auto-start function for TC type ensures the sensor's baseline automatically reset without manual
adjustment. These features will maintain an accurate CO2 control without worrying about CO: drift.
HEPA filter and air flow pattern
Automatic control door heater:
The outer door incorporates a door heater which is interlocked with the surrounding temperature monitoring system. This prevents temperature differences between the chamber and the inner door, thereby preventing condensation.
Humidity display and alarming system:
It is able to create a high humidity environment and the relative humidity (RH) is displayed on the panel, readable in 0.1% increments, including low RH programmable alarm(alerts you of need to add water)
Space Utility:
Stackable design takes up less space. Two or three units can be stacked according to available space and usage.
Automatic gas cylinder switchover system:
This system automatically switches from the primary to secondary gas cylinder when CO2 gas level does not change while an injection valve is open.
It applies the long term effectiveness of the HEPA filter to protect your cultures. The filter is very efficient to entrap particulates larger than 0.3um at 99.97%. The HEPA filter system runs continuously and within every 60 seconds, the volume of the entire chamber is disinfected. With help of HEPA filter, the air quality achieves Class 100 clean room levels within 5 minutes following a door opening.
Airflow system:
The optimized air flow system ensures the temperature and CO2 concentration to be stable and uniform within the chamber.
AUTO-ZERO/AUTO-START:
It combines precise CO2 control with a choice of TC or IR sensors. The microprocessor will automatically "Zero" the incubator(IR type) using room air as a reference every 24 hours. Auto-start function for TC type ensures the sensor's baseline automatically reset without manual
adjustment. These features will maintain an accurate CO2 control without worrying about CO: drift.
HEPA filter and air flow pattern
Automatic control door heater:
The outer door incorporates a door heater which is interlocked with the surrounding temperature monitoring system. This prevents temperature differences between the chamber and the inner door, thereby preventing condensation.
Humidity display and alarming system:
It is able to create a high humidity environment and the relative humidity (RH) is displayed on the panel, readable in 0.1% increments, including low RH programmable alarm(alerts you of need to add water)
Space Utility:
Stackable design takes up less space. Two or three units can be stacked according to available space and usage.
Automatic gas cylinder switchover system:
This system automatically switches from the primary to secondary gas cylinder when CO2 gas level does not change while an injection valve is open.