Constant Temperature and Humidity Incubator 80L
80L constant temperature and humidity incubator with PID-controlled temperature range of 0°C to 65°C and humidity control from 50% to 90% RH. Features PT100 sensing, LCD display, stainless steel interior, and built-in humidification system. Ideal ...
80L Constant Temperature and Humidity Incubator for Laboratory Research
This 80L constant temperature and humidity incubator provides precise environmental simulation for microbiology cultivation, pharmaceutical stability testing, food science, agricultural research, and biotechnology applications. The PID microcomputer controller with PT100 temperature sensing maintains stable conditions across a wide operating range.
Key Features
- PID microcomputer controller with LCD display for real-time temperature and humidity monitoring
- Temperature range: 0°C to 65°C with ±1°C fluctuation and ±2°C uniformity
- Humidity range: 50% to 90% RH with built-in humidification system
- SUS304 stainless steel interior with rounded arc corners for easy cleaning
- Cold-rolled steel exterior with durable paint finish
- Tempered glass inner door for specimen observation without disturbing conditions
- Interior lighting for convenient visual inspection
- Adjustable shelves (2 included) with flexible spacing
- Timer function: 0 to 9,999 minutes programmable
- Parameter memory with automatic resume after power interruption
- Casters for easy repositioning in the lab
Safety and Monitoring
- High-temperature alarm and low water level alarm
- Independent overload and overcurrent protection
- Fluorine-free R404a refrigerant for environmental compliance
Optional Accessories
- RS-485 to USB interface for data logging
- Mini printer for paper-based temperature records
- RS-232 data interface
- UV sterilization lamp
How It Works
The incubator operates through integrated temperature and humidity control systems working in coordination to maintain precise environmental conditions. The PT100 temperature sensor provides accurate measurement with 0.1°C resolution, feeding data to the control system that manages both heating and cooling functions. Stainless steel heating elements distribute heat uniformly throughout the chamber, while R134a refrigerant enables cooling when ambient conditions exceed the setpoint.
Humidity control is achieved through built-in steam humidification, which introduces water vapor into the chamber atmosphere to maintain the desired relative humidity levels. The system continuously monitors both temperature and humidity, making real-time adjustments to maintain setpoints within specified tolerances. Air circulation ensures uniform distribution of temperature and humidity throughout the working volume.
The control algorithm maintains temperature uniformity within ±2°C at 37°C and humidity fluctuation of ≤±8% RH in the operational range, providing stable conditions for temperature and humidity-sensitive applications requiring precise environmental control.
Features & Benefits
Weight
- 150 kg
Dimensions
- L: 546.0 mm
- W: 507.0 mm
- H: 1110.0 mm
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Temperature Range | 0-60°C with PT100 sensing | Basic models often limited to 15-50°C range | Wider temperature range accommodates refrigerated storage and elevated temperature testing in a single unit. |
| Humidity Control Method | Built-in steam humidification system | Many units require external water connections or pan evaporation | Self-contained humidification simplifies installation and reduces contamination risk from external water sources. |
| Temperature Precision | 0.1°C with ±1°C fluctuation at 37°C | Entry-level models typically offer ±2-3°C control | Higher precision enables tighter process control for temperature-sensitive applications and regulatory compliance. |
| Sensor Technology | PT100 resistance temperature sensor | Basic thermistors or thermocouples in lower-end units | PT100 sensors provide superior long-term stability and accuracy for critical temperature monitoring applications. |
| Humidity Range | 50-90% RH with 1.0% RH precision | Limited humidity control or wider tolerance ranges | Precise humidity control supports applications requiring specific relative humidity conditions for sample integrity. |
| Refrigeration System | R134a refrigerant cooling to 0°C | Many units lack cooling capability below ambient | Active cooling extends application range for low-temperature storage and conditioning protocols. |
The BJPX-HTB combines precise temperature control using PT100 sensing with integrated steam humidification in a self-contained unit. The system provides both heating and cooling capability across a wide temperature range with tight control tolerances, suitable for applications requiring documented environmental stability.
Practical Tips
Place calibrated reference sensors at multiple locations within the chamber to verify temperature and humidity uniformity during qualification.
Why: Spatial mapping ensures the entire working volume meets specification requirements.
Clean and refill the water reservoir weekly with fresh distilled water to prevent microbial growth and mineral deposits.
Why: Fresh water maintains humidification system performance and prevents contamination of the chamber atmosphere.
Allow the chamber to stabilize for at least 30 minutes at setpoint before loading critical samples or beginning time-sensitive experiments.
Why: Equilibration time ensures uniform conditions throughout the chamber volume for consistent results.
If humidity levels drift low, check the water reservoir level and ensure the humidification system is operating properly.
Why: Low water levels or system malfunctions directly impact humidity control performance.
Monitor and document both temperature and humidity continuously during critical experiments rather than relying solely on setpoint values.
Why: Continuous monitoring provides evidence of actual conditions and helps identify any deviations from specifications.
Ensure adequate ventilation around the unit and avoid blocking air vents to prevent overheating of the refrigeration system.
Why: Proper ventilation maintains system efficiency and prevents thermal damage to internal components.
Use perforated shelving or sample holders that allow air circulation around samples for uniform temperature distribution.
Why: Airflow restriction can create temperature gradients and affect the uniformity specifications.
Inspect door seals regularly and clean with mild detergent to maintain proper sealing and prevent condition drift.
Why: Compromised door seals allow air exchange that affects temperature and humidity stability.
Setup Guide
What’s in the Box
- BJPX-HTB Constant Temperature and Humidity Incubator main unit
- Power cord (typical)
- User manual and operation guide (typical)
- Water reservoir and humidification components (typical)
- Calibration certificate (typical)
- Sample shelves and accessories (typical)
Warranty
ConductScience provides a standard one-year manufacturer warranty covering parts and technical support. Extended warranty options and calibration services are available to ensure continued accuracy and performance throughout the instrument lifecycle.
Compliance
What is the temperature stability and uniformity throughout the chamber?
The incubator maintains ±1°C fluctuation at 37°C with ±2°C uniformity across the chamber volume, using PT100 sensing for 0.1°C precision control.
Can the unit maintain humidity at low temperatures?
The humidity range of 50-90% RH is specified for operation between 20-50°C. Consult product datasheet for humidity performance outside this temperature range.
What type of water should be used for humidification?
Use distilled water in the humidification system to prevent mineral buildup and contamination. Regular water changes are recommended for optimal performance.
How does the cooling system perform below ambient temperature?
The R134a refrigerant system (270g capacity) provides cooling capability down to 0°C, though performance depends on ambient conditions and thermal load.
What are the power requirements and energy consumption?
Consult product datasheet for specific electrical specifications, power consumption ratings, and recommended circuit requirements for installation.
How frequently should the unit be calibrated?
Calibration frequency depends on application requirements and quality standards. Annual calibration is typical for most laboratory applications requiring documented accuracy.
What is the recovery time after door opening?
Recovery time varies with ambient conditions and thermal load. Minimize door opening frequency and duration to maintain stable conditions during critical experiments.
Can the unit be used for accelerated aging tests?
Yes, the combined temperature and humidity control makes it suitable for accelerated stability testing protocols requiring specific environmental stress conditions.
What chamber volumes are available for different laboratory space requirements?
The constant temperature and humidity incubator is available in multiple chamber volumes including 80L and 150L capacities to accommodate different sample volumes and laboratory space constraints.
What capacity options are available for this incubator?
Multiple capacity options are available including 80L and 150L models. The optimal size depends on your specific experimental requirements and available space.
What is the typical delivery time for this equipment?
The estimated delivery time is approximately 4 weeks from the date of order placement.
What are the shipping requirements for delivery?
Due to the large size of the shipment, delivery locations must have loading dock access to accommodate the equipment.
Is this incubator suitable for embryo research applications?
Yes, this incubator is well-suited for embryo research applications. It provides precise temperature control in the 20-30°C range and humidity control above 70%, making it ideal for biological research requiring stable environmental conditions.
Can this incubator maintain humidity above 70% at temperatures between 20°C and 30°C?
Yes, the BJPX-HT80BII model with 80L capacity is designed to maintain humidity levels above 70% within the 20–30°C temperature range. This makes it suitable for applications such as material conditioning, biological culture, and environmental simulation studies that require moderate temperatures with elevated humidity.
What is the smallest available chamber volume for constant temperature and humidity incubation?
The 80L model (BJPX-HT80BII) is available as a compact option for laboratories with limited space or smaller sample volumes. It provides precise temperature and humidity control in a reduced footprint suitable for benchtop or small-scale incubation applications.
What is the operating environment requirement for this incubator?
The incubator requires an ambient temperature of 18°C to 30°C and relative humidity below 80%. After transport or tilting, allow the unit to stand upright for at least 24 hours before powering on to allow the refrigerant to settle.
Can this incubator be used for plant growth or seed germination?
Yes. The constant temperature and humidity incubator is suitable for plant growth studies, seed germination, and agricultural research applications. The 0°C to 65°C temperature range and 50-90% RH humidity control provide the environmental conditions needed for most plant biology experiments.
What data logging options are available?
Optional accessories include an RS-485 to USB interface for digital data logging, an RS-232 data interface, and a mini printer for paper-based temperature and humidity records. These are available as add-on options at the time of purchase.
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Accessories
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