Product Description
The Vacuum Drying Oven series, consisting of models YG0364, YG0366, YG0365, YG0981, YG1625, and YG1626, is designed to meet diverse laboratory needs. Each model operates with a supply voltage of 220 volts and offers a temperature range from ambient temperature plus 5°C to 250°C, ensuring reliable performance for various applications. The ovens boast a timer range of 0 to 999 minutes, allowing for precise control over drying durations.
These models are available in two distinct material compositions: Zinc Plating Chamber for models YG0364 (A), YG0365 (A), and YG1625 (A), and Stainless Steel for models YG0366 (SS), YG0981 (SS), and YG1626 (SS). This variety ensures suitability for different environmental conditions and specific material requirements. The temperature accuracy of ±1°C and a temperature fluctuation of ±2% guarantee consistent and repeatable results.
The ovens’ power consumption ranges from 0.9 KW for smaller units to 1.4 KW for larger ones. With a vacuum degree of less than 133, these ovens provide efficient drying in a controlled environment. The diversity in inner dimensions caters to varied sample sizes, ranging from 28 x 30 x 30 mm to 44 x 48.5 x 42.5 mm, according to the specific model.
| Model | YG0364 (A) | YG0366 (SS) | YG0365 (A) | YG0981 (SS) | YG1625 (A) | YG1626 (SS) |
| Supply Voltage | 220 | |||||
| Temp. Range (°C) | RT + 5 ~ 250 | |||||
| Timer Range | 0 ~ 999 min | |||||
| Material | Zinc Plating Chamber | Stainless Steel | Zinc Plating Chamber | Stainless Steel | Zinc Plating Chamber | Stainless Steel |
| Temp. Accuracy | ± 1 | |||||
| Temp. Fluctuation (%) | ± 2 | |||||
| Power (KW) | 0.9 | 1.4 | ||||
| Vacuum Degree | < 133 | |||||
| Inner Size (mm) (H x W x D) | 28 x 30 x 30 | 40 x 41.5 x 35 | 44 x 48.5 x 42.5 | |||
Market Price
The market price for a vacuum drying oven like the YG series can vary significantly based on model specifications, material composition, and supplier. Generally, these units can range from approximately $1,200 to $3,500. Prices fluctuate based on additional features, warranty, and possible customizations. It’s advisable to request multiple quotes from suppliers to compare options based on your budget and requirements.
Frequently Asked Questions
What is the main advantage of using a vacuum drying oven?
A vacuum drying oven allows for drying thermal-sensitive materials at lower temperatures due to reduced atmospheric pressure, minimizing oxidation risk and preserving product integrity.
How do I maintain the oven’s temperature accuracy?
Regular calibration and maintenance of seals and sensors are imperative to maintain the oven’s temperature accuracy and performance.
Can these ovens be used for sterilization purposes?
Yes, some models can be adapted for sterilization by setting appropriate temperatures and exposure times, although they are primarily designed for drying applications.
Advantages and Disadvantages
Advantages: The YG series vacuum drying ovens are renowned for their durability and precision. The versatility of having options like Zinc Plating Chambers and Stainless Steel ensures suitability for varied laboratory environments. Their wide temperature range and precise control make them invaluable for sensitive experiments.
Disadvantages: The primary disadvantage could be the initial cost of purchase and maintenance, especially when considering stainless steel models. These ovens may also require specific setup requirements, such as adequate ventilation and space.
Product Use in the Field
Vacuum drying ovens are utilized in numerous applications ranging from laboratory research and pharmaceuticals to food processing and material testing. Their ability to efficiently remove moisture without decomposing product makeup makes them critical in these fields. The accurate temperature control ensures reproducibility in research settings.
In the field, operators use these ovens to dry delicate samples that require a controlled atmosphere or materials sensitive to oxygen. Given their versatility, these ovens find use in both industrial and academic research, providing reliable results and efficiency.
Recommendations
For optimal performance, it is recommended to regularly inspect the vacuum seals and replace them if necessary. It’s vital to follow the manufacturer’s guidelines for routine maintenance and calibration. Additionally, ensure a stable electrical supply and appropriate environmental conditions to avoid any malfunction.
Consider incorporating additional temperature monitoring tools for increased accuracy and safety in experiments. Familiarize yourself with the user manual and basic troubleshooting steps to ensure immediate response to any potential issues.
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