Electric Oven BZEO-504 is a high-precision laboratory oven engineered for thermal stability and accuracy. The electric oven operates across a wide temperature range, ensuring reliable heating with stable fluctuation and integrated PID control. It provides consistent performance during critical procedures, enhancing lab workflow efficiency. Its intelligent interface supports RS485 connectivity, improving user control and traceability. Our Electric Oven BZEO-504 is suitable for drying glassware, sterilizing tools, curing materials, and baking specimens in microbiology, hematology, and general laboratory environments.
| Temperature Range | RT +5 ~ 250℃ |
| Accuracy | ±1℃ |
| Fluctuation | ±1% |
| Control System | LCD PID controller with RS485 |
| Power Consumption | 1.2 kW |
| Power Supply | 220V |
| Internal Dimension | 420 × 450 × 350 mm |
| Product Dimension | 630 × 740 × 550 mm |
| Package Dimension | 750 × 820 × 630 mm |
| Net Weight | 48 Kg |
| Gross Weight | 51 Kg |
| Packaging Type | Wooden Case |
Our Electric Oven BZEO-504 is designed for use in drying, sterilizing, curing, and baking processes essential to microbiology, biochemistry, pharmaceutical research, and general laboratory applications.
Frequently Asked Questions
1: What type of temperature control system does Electric Oven BZEO-504 use?
The Electric Oven BZEO-504 features a digital PID control system with RS485 connectivity, which allows precise regulation and remote data tracking for consistent laboratory heating applications.
2: Can you use Electric Oven BZEO-504 for sterilizing glassware?
Yes, the Electric Oven BZEO-504 is ideal for sterilizing glassware thanks to its stable temperature range and uniform heat distribution, ensuring effective decontamination across all surfaces.
3: How does Electric Oven BZEO-504 ensure uniform heating inside the chamber?
It ensures uniform heating through its well-insulated chamber and controlled airflow design, which prevents hot or cold spots, allowing even temperature distribution during lab procedures.
4: Why is Electric Oven BZEO-504 suitable for lab drying applications?
The Electric Oven BZEO-504 maintains accurate and consistent heat, which is essential for drying sensitive lab materials without compromising sample integrity or causing thermal degradation.
5: Can you monitor and log data with Electric Oven BZEO-504?
Yes, the Electric Oven BZEO-504 supports RS485 interface connectivity, which allows users to monitor parameters in real time and log performance data for quality assurance in laboratory environments.
6: How does the Electric Oven maintain consistent temperature during operation?
The Electric Oven uses an advanced LCD PID controller with RS485 communication to ensure precise and stable temperature control. This system automatically adjusts heating output to maintain accuracy and reduce fluctuation during sensitive lab applications.
7: What kind of materials can be safely dried or heated in the Electric Oven?
The Electric Oven is ideal for drying, baking, and sterilizing glassware, metal instruments, and various laboratory materials that can withstand high temperatures. It supports safe and uniform heating for a wide range of non-flammable lab items.
8: Can you use the Electric Oven for long-duration heating processes?
Yes, the Electric Oven is designed for extended operation. Its stable thermal environment and reliable insulation make it suitable for long heating cycles without compromising performance or safety, even at elevated temperatures.
9: What are the advantages of the electric heating system in the Electric Oven?
The Electric Oven offers efficient energy usage and uniform heat distribution thanks to its electric heating system. This ensures faster warm-up times, reduced power wastage, and improved temperature stability across the entire chamber.
10: How do you ensure the safety of samples inside the Electric Oven during operation?
The Electric Oven is equipped with safety mechanisms including temperature limit protection, thermal insulation, and a secure door seal. These features protect both users and samples during high-temperature operations in laboratory environments.
