Labzee High Temperature Drying Oven BZTO-503 features a spacious 225 L stainless-steel chamber with a temperature range from RT+5°C to 500°C. It is controlled via a microcomputer-operated LCD programmable interface, allowing easy programming and timing for 1–9999-minute cycles. The high-temperature aluminium silicate fiber insulation provides excellent heat retention and energy efficiency. Its adjustable exhaust air flap ensures optimal airflow and ventilation. Our High Temperature Drying Oven BZTO-503 is an ideal choice for laboratories and industrial environments requiring reliable, safe, and precise high-temperature processing.
| Chamber Volume | 225 L |
| Temperature Range | RT+5 to 500℃ |
| Temperature Fluctuation | ±2°C |
| Temperature Resolution | 0.1℃ |
| Temperature Uniformity | ±3.5℃% |
| Timer | 1 to 9999min |
| Power Supply | AC 380V, 50Hz |
| Power Consumption | 8000 W |
| Chamber Size (W×D×H) | 60×60×75 cm |
| Exterior Size (W×D×H) | 107×70×116 cm |
| Net Weight | 130 Kg |
3 Grid Racks
Labzee High Temperature Drying Oven BZTO-503 is ideal for drying, baking, and pre-heating a wide range of materials or specimens in laboratory and industrial environments.
Frequently Asked Questions
1: How precise is the temperature control?
High Temperature Drying Oven BZTO-503 maintains ±2°C fluctuation with a 0.1°C resolution, and ±3.5% uniformity, ensuring consistent heating throughout the chamber for sensitive materials.
2: How does the oven’s controller improve workflow?
The microcomputer-operated LCD interface allows for programmable timing of 1–9999 minutes, enabling complex drying or pre-heating cycles with minimal supervision.
3: Can the heating be customized for different materials?
Yes, the oven uses multiple heater sets with a selectable heating-grade switch, allowing adjustable heating speeds to suit various material properties.
4: What safety mechanisms are in place?
High Temperature Drying Oven BZTO-503 includes leakage protection, a backup mechanical thermostat, and high-temperature insulation, ensuring safe and uninterrupted operation even if the main controller fails.
5: How is airflow optimized for drying efficiency?
The adjustable exhaust air flap enables precise airflow control, ensuring uniform temperature distribution and effective moisture removal.
6: What role does the insulation play?
The aluminium silicate fiber insulation provides superior heat retention, reduces energy consumption, and ensures safe external surface temperatures during operation.
7: What are the advantages of the aluminium silicate fiber insulation?
The insulation offers excellent heat retention, reduces energy consumption, and ensures operator safety by keeping the external surfaces cooler during operation.
8: What is the temperature range of Labzee High Temperature Drying Ovens?
Labzee High Temperature Drying Ovens are designed to operate at elevated temperatures, making them suitable for precise drying, pre-heating, and thermal processing of samples in laboratories and industrial settings.
9: What chamber capacities are available?
High Temperature Drying Ovens are available in a wide range of chamber volumes, from 70 litres to 640 litres, allowing users to choose the right size for their workload requirements.
10: How is temperature controlled in these ovens?
High Temperature Drying Ovens feature an advanced LCD microcomputer controller that enables accurate temperature programming, real-time monitoring, and convenient timer settings.
11: What makes these ovens energy-efficient?
Multiple heating elements with selectable heating grades allow optimized heating speed and energy efficiency while maintaining stable performance.
12: Are the ovens safe for continuous operation?
Yes, High Temperature Drying Ovens are engineered with durable construction and reliable temperature control systems, ensuring safe and stable operation even during long-term use.
