Forced Air Drying Oven LFDO-T2011

Introduction

Forced Air Drying Oven features stainless-steel chamber with storage capacity of 429L. Forced air circulation ensures uniform temperature throughout the drying chamber. Features integrated leakage protection for enhanced operational safety and electrical reliability. Provides segment-based control with interface and RS485 output support. Ideal for glassware drying, moisture removal, pharmaceutical drying and thermal testing.

This laboratory ovens is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Forced Air Drying Oven is widely used for glassware drying, moisture removal, pharmaceutical drying, electronics preheating, thermal testing and other processes involved in industrial manufacturing.

Specifications

Capacity	429L
Temperature range	RT+5 to 300℃
Temperature resolution	0.1℃
Temperature fluctuation	±1℃
Temperature uniformity	±2.5℃%
Timer	1 to 9999 mins
Shelves	4/6
Power Consumption	3500W
Power Supply	AC 380V 50HZ
Chamber Dimension	600mm × 550mm × 1300mm
Exterior Dimensions	780mm × 710mm × 1700mm
Net Weight	130kg
Gross Weight	150kg

Features

User-friendly operation

Effortless maintenance

Powder-coated housing

Adjustable Shelves

Mechanical thermostat integration

FAQs

1. What is the temperature range and accuracy of the Forced Air Drying Oven ?

The Forced Air Drying Oven operates from room temperature +5°C up to 300°C. It features a high-precision microprocessor with 0.1°C resolution. Temperature fluctuation is kept within ±1°C for stability. Uniformity of ±2.5% ensures even heat distribution throughout the chamber. A mechanical thermostat serves as a backup to maintain reliability. This wide, accurate range makes it ideal for thermal testing and drying.

2. How does the Forced Air Drying Oven ensure uniform drying performance?

Forced Air Drying Oven uses a forced air circulation system for consistent temperature distribution. Airflow is directed uniformly across all shelf levels and corners. This prevents overheating or cold spots within the drying chamber. Ensures even drying of glassware, pharmaceutical products, and lab materials. Enhanced airflow also helps reduce drying time and energy use. Ideal for large-volume drying tasks with reproducible results.

3. What safety and structural features are included in the Forced Air Drying Oven ?

Forced Air Drying Oven includes integrated leakage protection for electrical safety. A powder-coated exterior resists corrosion and improves durability. The stainless-steel inner chamber is easy to clean and maintain. A thermally insulated door handle offers safe operation during high-temp use. Mechanical thermostat acts as a fail-safe in control system failures. All features support long-term, reliable, and safe industrial use.

4. What control and interface options does the Forced Air Drying Oven offer?

Forced Air Drying Oven provides segment-based programmable control for precise drying cycles. An intuitive interface displays real-time temperature and timing settings. RS485 communication port allows data output and remote monitoring. Operators can set multi-step programs for complex thermal processes. Built-in timer ranges from 1 to 9,999 minutes for flexible scheduling. Ideal for labs and industries needing accurate and automated drying profiles.

5. Where is the Forced Air Drying Oven used?

Forced Air Drying Oven is widely used in pharmaceutical labs for drying sensitive samples or glassware. Also used in electronics for preheating components before assembly. Applied in thermal testing of industrial products and materials. Textile, food, and chemical industries benefit from its high-volume capacity. Moisture removal from samples or finished goods is fast and uniform. Its large 429L capacity makes it ideal for industrial-scale operations.