
| Brand | ALTEC AIR |
|---|---|
| Manufacturer Part Number | MDH3-DHE |
The Altec Air MDH3-DHE PureGas MDH Desiccant Dryer is a state-of-the-art compressed air drying solution designed and manufactured by Altec Air Filter Co. This dryer is ideal for applications where water contamination in compressed air is not acceptable, such as in manufacturing processes, laboratories, or food and beverage industries.
The MDH3-DHE model is part of Altec Air's PureGas line, which is known for its high-performance desiccant drying technology. This dryer uses a desiccant dehumidification process to remove moisture from compressed air, resulting in air that is virtually free of water. The desiccant material is regenerated using heat, ensuring consistent dry air production.
The MDH3-DHE is designed to handle compressed air flows up to 1500 CFM (cubic feet per minute) and operating pressures up to 150 psig (pounds per square inch gauge). It comes with a number of features to ensure reliable operation and easy maintenance. These include a user-friendly control panel, a drain valve for easy water removal, and a filter indicator to alert users when filter replacement is required.
The dryer's housing is constructed of heavy-gauge aluminum, making it durable and lightweight. It is also designed to be easily accessible for maintenance, with removable panels and clear access to components. The MDH3-DHE comes with a factory-installed inlet filter, but it is also compatible with a wide range of optional filters for additional protection against contaminants.
The Altec Air MDH3-DHE PureGas MDH Desiccant Dryer is a high-performance, reliable, and easy-to-maintain solution for compressed air drying applications. Its advanced desiccant drying technology ensures that the air produced is consistently dry and free of moisture, making it an essential tool for a wide range of industries and applications.
Altec Air Model MDH3-DHE PureGas MDH desiccant dryers are compressor-type dryers designed for industrial applications that require gas drying. These dryers use a desiccant dehydration process to remove moisture from compressed natural gas (CNG) or other gases. Here are some pros and cons of buying this specific model:
Pros:1. High moisture removal capacity: The MDH3-DHE model can remove up to 170 pounds of water per day, making it suitable for large-scale industrial applications.
2. Desiccant dehydration process: This process is effective in removing water from gases, even in applications where the gas temperature and pressure vary significantly.
3. PureGas design: The MDH3-DHE model is specifically designed for use with natural gas, which can save costs compared to other types of gases.
4. Low maintenance: Desiccant dryers typically require less maintenance than other types of dryers, as they do not use moving parts like membrane or refrigeration dryers.
5. Reliable: Altec Air is a well-known and reputable manufacturer of industrial gas compression and drying equipment, ensuring a reliable and high-performing product.
Cons:1. Initial cost: The MDH3-DHE model is a more expensive option compared to other types of dryers, such as membrane or refrigeration dryers.
2. Size and weight: Due to its high moisture removal capacity and industrial application, the MDH3-DHE model is larger and heavier than other types of dryers, requiring more space and resources for installation.
3. Electric power consumption: Desiccant dryers require a significant amount of electric power to operate the regeneration cycle, which can increase operating costs.
4. Regeneration cycle: The regeneration cycle can take some time, which may result in downtime for the compressor or gas production system.
5. Desiccant replacement: Desiccant media needs to be replaced periodically, which can add to the overall cost of ownership.
Conclusion:The Altec Air Model MDH3-DHE PureGas MDH desiccant dryer is a high-performing and reliable option for industrial applications that require significant moisture removal from natural gas. Its pros, such as high moisture removal capacity, effective desiccant dehydration process, and low maintenance, outweigh its cons, including initial cost, size and weight, electric power consumption, regeneration cycle, and desiccant replacement.
Recommendation:If your industrial application requires significant moisture removal from natural gas and has the resources and budget for a larger and more expensive dryer, the Altec Air Model MDH3-DHE PureGas MDH desiccant dryer is an excellent choice. However, if your application has lower moisture removal requirements or a smaller budget, other types of dryers, such as membrane or refrigeration dryers, may be more suitable options. It's important to carefully consider the specific requirements and costs of your application before making a final decision.
Miniature design requires minimal space in oem equipment. Cms systems. Precision orifices to control purge. Install at point-of-use or with fractional horsepower airless Air compressors.
Solid state timer with memory for accurate cycling. Air brushing. Non-plugging and non-corroding purge mufflers. Laboratory analyzers.
Wave guide drying. Efficient drying at pressures from 2,1 bar to 8,3. Laser lens cooling and cleaning. Features very dry outlet Air to -73 c dew point.
Has been sitting in a lab and is unused. Dry nitrogen replacement. Dry sprinkler systems. Flow capacities of 2,8 lit/min to 91.
Pneumatic automation. Gas chromatography. Environmental chambers. Antenna pressurization.
Ultra-small desiccant compressed Air dryers can be used for low-flow applications or with fractional horsepower compressors. Power consumption is 6 watts or less. Bus door locking systems. Extremely small footprint allows for packaging inside equipment cabinets or at point-of-use.
