About Ammonia Single Cylinder Compressor
Ammonia Single Cylinder Compressor
Technical Details:
|
Single Stage Compressor
|
|
Sr. No.
|
Compressor Model
|
Capacity kW
|
Capacity TR
|
Shaft Power BkW.
|
|
1
|
MX -100
|
110.40
|
31.38
|
24.90
|
Features of MX Series:
- Unique steel welded compressor crankcase.
- Capacity control steps per cylinder.
- Swept Volume from 136 cubic meters per hour to 1700 cubic meter per hour at 1000 rpm.
- Suitable for various refrigerants like Ammonia R-717, R-22, R-134a and other ozone friendly refrigerants
Best Choice For:
- Modular Design.
- Easily availability of Spare Parts.
- Fully Open & Serviceable at Site.
- Power Saver due to Capacity Control.
Notes:
- Permissible speed limit for all compressors is from 550 rpm to 1000 rpm.
- Technical details given for single stage compressors are at 1000 rpm speed, 0 Deg. C. evaporation and 40 Deg. C. condensing temp.
- These compressors are suitable for other refrigerants too. For details please contact us
Precision Engineering for RefrigerationThis stationary piston ammonia compressor is engineered to deliver dependable performance for industrial refrigeration. With its lubricated mechanism, users can expect reduced wear and operational longevity, making it a preferred solution for cold storages, chilling plants, dairies, and ice plants.
Versatile ApplicationsIdeal for cold supply chains and industrial cooling, the compressor serves multiple sectors such as food processing, dairy, and ice manufacturing. Its robust construction ensures adaptability in demanding environments across India, supporting crucial refrigeration processes.
FAQs of Ammonia Single Cylinder Compressor:
Q: How does the ammonia single cylinder compressor function in chilling plants and cold storages?
A: This compressor utilizes a reciprocating piston mechanism to compress ammonia gas, which then cools the desired space in cold storages and chilling plants by absorbing heat and maintaining optimal temperatures.
Q: What are the benefits of using this compressor in dairies and ice plants?
A: Benefits include enhanced cooling efficiency, reliable operation, and durability due to its lubricated design, ensuring uninterrupted dairy and ice production processes.
Q: When should the compressor undergo regular maintenance?
A: Regular maintenance is recommended every three to six months, or as specified by the manufacturer, to ensure consistent lubrication and functioning in demanding industrial settings.
Q: Where is this type of compressor most effectively utilized?
A: It is most effectively utilized in industrial environments that require continuous, efficient refrigeration, namely cold storages, chilling plants, dairies, and ice plants, particularly within the Indian subcontinent.
Q: What is the process for installing the stationary piston ammonia compressor?
A: Installation involves securely placing the stationary compressor, connecting it to the ammonia refrigeration system, ensuring proper lubrication, and conducting safety checks before activating the system.
Q: How can users maximize the efficiency of the lubricated piston compressor?
A: To maximize efficiency, users should adhere to maintenance schedules, use compatible lubricants, and regularly inspect for leaks and wear to uphold peak performance.
Send Inquiry
Send Inquiry
Send Inquiry
Send Inquiry
Send SMS
