32L 200C Programmable Floor Standing Laboratory Drying Oven NuOven FC31-I

32L 200℃ Programmable Floor Standing Laboratory Drying Oven NuOven FC31-I

Features

1. Vertical Laboratory Configuration: Floor-standing design with efficient bottom heating placement.
2. Optimized Airflow Technology: Vertical forced convection for superior temperature uniformity.
3. Professional Material Selection: Corrosion-resistant stainless steel chamber with protective viewing window.
4. Efficient Heating Design: Bottom-mounted heating elements for consistent thermal performance.
5. Advanced Control Architecture: High-speed microprocessor with sensitive temperature regulation.
6. Precision Measurement System: PT100 sensor technology for laboratory-grade accuracy.
7. Flexible Operation Scheduling: 99-hour programmable control with automated functions.
8. Comprehensive Safety Monitoring: Multi-parameter alarm system for process protection.
9. Convenient Operation Tools: Memory storage and calibration capabilities.
10. System Reliability Assurance: Self-diagnostic control technology.
11. Additional Safety Measures: Optional secondary temperature protection system.
12. Controlled Environment Option: Inert gas interface for specialized applications.

Specifications

NuOven FC—Series have10-segment temperature control program to realize temperature curve program running.

Introduction about drying oven

Efficient and uniform heating is not just about the heat source; it's also about containment and distribution. High-quality drying ovens feature thick insulation, typically mineral wool or fiberglass, packed between double-walled steel exteriors. This minimizes heat loss to the surroundings, improves energy efficiency, and helps maintain stable internal temperatures by reducing the impact of external drafts.

The chamber's geometry and the placement of the heating elements and fan (if present) are carefully engineered to minimize dead spots where airflow might be stagnant. A well-designed chamber, combined with good insulation, ensures that the energy input is used effectively to create the consistent environment required for scientific work.