High Temperature Drying Oven LHDO-T2012

Introduction

High Temperature Drying Oven comes with a spacious 220 L chamber and offers a temperature range of RT+20°C to 400°C. The mirror-polished 304 stainless steel interior with semicircular corners ensures easy cleaning. Adjustable shelf spacing allows flexible placement of various sample sizes. It has the controller ensures precise temperature regulation along with over-temperature protection. Our oven is ideal for laboratories and material testing, and is provided for desiccation, torrefaction, and related applications.

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 High Temperature Drying Oven is suitable for large-volume drying, thermal processing, and material testing. It is provided for desiccation, torrefaction, wax-melting, and sterilization in mining enterprises, laboratories, and scientific research institutes.

Specifications

Chamber Volume	220 L
Number of Shelves	2 pcs
Temperature Range	RT + 20°C to 400°C
Temperature Display Resolution	0.1°C
Temperature Stability	± 0.5°C
Ambient Temperature	+ 5°C to 40°C
Timing Range	0 to 5999 min
Power Supply	AC 380 V 50 Hz
Power Consumption	4900 W
Internal Dimensions	600 × 600 × 600 mm
External Dimensions	1140 × 950 × 1140 mm
Net Weight	245 kg
Gross weight	450 kg

Features

Long-lasting ceramic heat-seal door

Multi-step program controller

Scheduled start/stop function

Auto memory for saved settings

FAQs

1. Why is the High Temperature Drying Oven well-suited for industrial and research-based high-heat operations?

High Temperature Drying Oven is engineered to handle intensive thermal tasks with a wide temperature range reaching up to 400°C. Its spacious 220?L chamber accommodates large sample loads, making it suitable for applications such as desiccation, torrefaction, sterilization, and wax-melting. The powerful heating element and thermal insulation ensure efficiency and reliability in both industrial and research environments.

2. How does the controller contribute to process precision and programmability?

The oven is equipped with an advanced programmable controller that enables users to configure up to 7 periods and 63 individual steps, each lasting from 0 to 5999 minutes. control system supports boot and shutdown scheduling and includes an adjustable circulating fan, offering precise temperature control and flexibility in managing complex or sequential thermal processes with minimal operator intervention.

3. What construction features make durable and user-friendly?

is designed with a mirror-polished 304 stainless steel interior, featuring rounded semicircular corners that simplify cleaning and help maintain hygienic conditions. The adjustable shelves inside the chamber allow for flexible sample placement. Additionally, its high-grade ceramic fiber door seal ensures long-lasting performance and enables safe operation during prolonged high-temperature usage.

4. How does ensure operational safety during long heat cycles?

The includes a high-precision controller paired with an independent over-temperature alarm system to protect against overheating. built-in safety mechanisms maintain temperature stability within ±0.5°C, helping to safeguard samples and experimental outcomes during extended or unattended thermal treatments, especially in critical scientific or industrial processes.

5. What enhancements support user convenience and efficient operation with ?

offers intelligent features such as programmable start/stop timing, memory retention for previously set programs, and optional data communication interfaces. These enhancements simplify the workflow, reduce setup time, and improve traceability for repeat experiments, ensuring reliable performance and better control over high-precision heat applications.