Advalab Horizontal Autoclave ADHA-504 offers a large capacity of 280 L, allowing it to accommodate a variety of items. Our unit has high power consumption and working on a standard electrical power supply. The equipment operates within a temperature range of 105°C to 135°C for reliable performance. It features a steam generator and water pump for automatic water addition, ensuring efficient operation. These are used in research labs to sterilize glassware, media, and samples requiring high temperatures.
Volume | 280 L |
Door Structure | spoke |
Temperature Range | 105 to 135°C |
Power Consumption | 12.5 kW |
Power Supply | 380 V, 50 Hz |
Internal Dimensions (W×D×H) | Ø600×1050 mm |
Housing Dimensions (W×D×H) | 1000×1515×1803 mm |
Package Dimensions (W×D×H) | 1600×1000×2000 mm |
Net Weight | 600 kg |
Gross Weight | 650 kg |
Our Horizontal Autoclave ADHA-504 is used in research laboratories and pharmaceutical industries to sterilize agar plates, Petri dishes, and tools, ensuring contamination prevention.
1. What are the environmental impacts of using a Horizontal Autoclave?
Horizontal Autoclaves use energy and water, which can have environmental impacts if not managed properly. However, modern autoclaves are designed with energy-saving features and water-efficient systems to minimize these effects. Some models have eco-friendly cycles that reduce both energy consumption and water usage.
2. What is the typical lifespan of a Horizontal Autoclave?
The typical lifespan of a Horizontal Autoclave is between 10 to 20 years, depending on factors like the quality of the autoclave, frequency of use, and maintenance. Regular maintenance and proper usage can help extend the autoclave's lifespan.
3. Can I use a Horizontal Autoclave for sterilizing food?
Yes, Horizontal Autoclaves can be used for food sterilization, especially in the food processing industry for products like canned foods, beverages, or medical food items. Sterilizing food ensures the elimination of pathogens and extends the shelf life of the products. The process must be carefully controlled to prevent food quality degradation.
4. What types of racks or baskets are best for loading items into a Horizontal Autoclave?
The best racks or baskets for loading items into a Horizontal Autoclave are made of materials that can withstand high temperatures, such as stainless steel. They should be designed to allow for proper steam circulation between items to ensure efficient sterilization. Use appropriate racks that match the autoclave's capacity and are easy to load and unload.
5. How often should the seals of a Horizontal Autoclave be replaced?
The seals in a Horizontal Autoclave should be checked regularly for wear and tear. Typically, they should be replaced every 6 to 12 months or sooner if any cracks or damage are noticed. Worn-out seals can lead to steam leakage, affecting the sterilization process.
6. Do Horizontal Autoclaves require special installation?
Yes, Horizontal Autoclaves require professional installation due to their high-pressure steam operation and need for proper plumbing and electrical connections. It’s important to follow the manufacturer's installation guidelines and ensure the autoclave is installed in a well-ventilated area with easy access to water and drainage systems.
Volume | 280 L |
Door Structure | spoke |
Temperature Range | 105 to 135°C |
Volume | 360 L |
Door Structure | spoke |
Temperature Range | 105 to 135°C |
Sterilizing chamber volume | 150 L φ (440×1000mm) |
working pressure | 0.22Mpa |
Working temperature | 134ºC |
Volume | 360 L |
Door Structure | spoke |
Temperature Range | 105 to 135°C |
Sterilizing Volume: | 18L (280×260) mm |
Working Pressure: | 0.14 to 0.16MPa |
Working Temperature: | 126℃ |
Chamber Volume: | 12L (240×200) mm |
Working Pressure: | 0.14 to 0.16Mpa |
Working Temperature: | 126℃ |
Working Pressure: | 0.14 to 0.16MPa |
Working Temperature: | 126 ºC |
Temperature Adjust Range: | 105℃ to 126℃ |
Sterilizing Volume: | 18L 80×260 mm |
Working Pressure: | 0.14 to 0.16 MPa |
Working Temperature: | 126℃ |
Sterilizing Volume: | 18L (280×260) mm |
Working Pressure: | 0.14 to 0.16MPa |
Working Temperature: | 126 ºC |
Chamber Volume: | 18L (280×260) mm |
Working Pressure: | 0.14 to 0.16Mpa |
Working Temperature: | 126℃ |
Chamber Volume: | 24L (280×390) mm |
Working Pressure: | 0.14 to 0.16Mpa |
Working Temperature: | 126℃ |
Chamber Volume: | 18L (280 × 260) mm |
Working Pressure: | 0.14 to 0.16 MPa |
Working Temperature: | 126℃ |
Chamber Volume: | 24L (280 × 390) mm |
Working Pressure: | 0.14 to 0.16 MPa |
Working Temperature : | 126℃ |
Chamber Volume: | 35L φ (318×450) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 50L φ (340×650) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 100L φ (510×740) mm |
Working Pressure 0.1 to 0.22MPa: | 0.1 to 0.22MPa |
Working Temperature 120 to 134℃: | 120 to 134℃ |
Chamber Volume: | 35L φ(318×450) mm |
Working Pressure: | 0.1 to 0.22MPa |
Working Temperature: | 120 to 134℃ |
Chamber Volume: | 50L φ (318×450) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 50 L φ (318×450) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 120L φ (480×660) mm |
Working Pressure: | 0.1 to 0.22MPa |
Working Temperature: | 120 to 134℃ |
Chamber Volume: | 75L φ (400×600) mm |
Working Pressure: | 0.22Mpa |
Working Temperature: | 134℃ |
Chamber Volume: | 50L φ (340×550) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 50L φ (340×550) mm |
Working Pressure: | 0.1 to 0.22MPa |
Working Temperature: | 120 to 134℃ |
Chamber Volume: | 100L φ (440×650) mm |
Working Pressure: | 0.1 to 0.22MPa |
Working Temperature: | 120 to 134℃ |
Chamber Volume: | 35L φ (318×450) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 100L φ (440×650) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 75L φ (400×600) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 120L(φ480×660) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 100L φ (440×650) mm |
Working Pressure: | 0.14MPa |
Working Temperature: | 126℃ |
Chamber Volume: | 150L φ (510×740) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 75L φ (400×600) mm |
Working Pressure: | 0.1 to 0.22MPa |
Working Temperature: | 120 to 134℃ |
Chamber Volume: | 75L φ (318×450) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 35L φ (318×450) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 100 L φ (318×450) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 75L φ (318×450) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 35Lφ (318×450) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 75L φ (400×600) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 75L φ (400×600) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 50L(φ340×550) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 100L φ (440×650) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 50L φ (340×550) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 35L φ (300×500) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 24L φ (270×410) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 24L φ (250×520) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 16L φ (250×360) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |
Chamber Volume: | 20L φ (250×420) mm |
Working Pressure: | 0.22MPa |
Working Temperature: | 134℃ |