Thermostatic and Humidity Incubator FM-THI-B104 features a temperature range of 10 to 50℃ with illumination and 5 to 50℃ without, ensuring optimal incubation conditions. It offers a spacious 500L capacity, ideal for accommodating multiple samples. Its LCD screen provides a clear display of all critical operating parameters, allowing real-time monitoring and easy adjustments. Our incubator uses a programmable microprocessor control system for precise environmental regulation.
$3,785.00
| Capacity | 500L |
| Temperature range | With Illumination 10 to 50℃/No Illumination 5 to 50℃ |
| Humidity range | 50 to 90%RH (when humidity is set at 90%RH, temperature is 35℃) |
| Temperature fluctuation | ±2℃ |
| Temperature uniformity | ±1℃ |
| Illumination control | 0 to 12000LX adjustable |
| Humidity fluctuation | ±5% – ±8%RH |
| Humidifier area | 7L |
| Timer | 0 to 9999 min |
| Power Consumption | 1800W |
| Power Supply | 220V 50Hz |
| Dimension (L×B×H) | 900 × 710 × 1830 mm |
| Packaging Dimension (L×B×H) | 1000 × 810 × 1920 mm |
| Net Weight | 180 kg |
| Gross Weight | 245 kg |
Stainless steel interior with humidifier
Over-temperature protection
Sensor fault protection
Air duct over-temperature safety device
Memory retention function
Built-in dehumidification system
Dedicated ventilation duct
Thermostatic and Humidity Incubator FM-THI-B104 simulates day-night cycles for natural climate conditions, ideal for agriculture labs, botanical research centers, and environmental testing facilities.
1: What is the temperature range of the Thermostatic and Humidity Incubator FM-THI-B104, and does it vary with illumination?
Thermostatic and Humidity Incubator FM-THI-B104 operates within a temperature range of 10 to 50°C with illumination and 5 to 50°C without illumination, providing flexible conditions tailored to different incubation needs.
2: How does the Thermostatic and Humidity Incubator FM-THI-B104 ensure safety during operation?
Thermostatic and Humidity Incubator FM-THI-B104 is equipped with multiple safety features, including over-temperature protection, a sensor fault protection system, and an air duct over-temperature safety device, ensuring secure and stable operation at all times.
3: What kind of control system is used in the Thermostatic and Humidity Incubator FM-THI-B104 for maintaining environmental conditions?
Thermostatic and Humidity Incubator FM-THI-B104 features a programmable microprocessor control system that allows precise regulation of temperature and humidity, ensuring optimal incubation conditions for sensitive samples.
4: Does the Thermostatic and Humidity Incubator FM-THI-B104 have a memory retention function for settings?
Yes, the Thermostatic and Humidity Incubator FM-THI-B104 includes a memory retention function that saves operational settings even after power loss, helping to maintain consistent conditions without the need for reprogramming.
5: What is the capacity of the Thermostatic and Humidity Incubator FM-THI-B104, and how is airflow managed?
Thermostatic and Humidity Incubator FM-THI-B104 offers a generous 500L capacity, ideal for handling multiple samples. It also features a dedicated ventilation duct to ensure even air circulation and uniform environmental conditions throughout the chamber.
6: How does the Thermostatic and Humidity Incubator FM-THI-B104 manage humidity and dehumidification?
Thermostatic and Humidity Incubator FM-THI-B104 is equipped with a built-in humidifier for stable humidity control and a built-in dehumidification system to prevent excess moisture, offering reliable regulation across a wide range of applications.
Fison Temperature and Humidity Incubator provide precise control of temperature and humidity for stable incubation and environmental testing. Available in 160 L to 500 L capacities, these units feature a 5 to 50°C temperature range, 50 to 90% RH humidity control, and microprocessor-based PID temperature regulation for consistent operating conditions. Equipped with a stainless steel chamber, digital display, built-in humidifier, over-temperature protection, and optional printer connectivity, they support dependable performance and efficient monitoring throughout the incubation process.