Delving into the specific engineering specifications of the Copeland QR12M1-TFD-501 compressor, reveals a durable design intended for critical refrigeration systems. The unit boasts a displacement of roughly 12.5 cubic centimeters, designed to operate with refrigerant R-124yf. Its operating voltage is 230 volts, with a frequency of 60Hz, and it typically draws a initial current of roughly 7.3 Amps, and a continuous current around 4.1 Amps. Furthermore, its meant capacity falls within a range dependent on operating temperatures, with a highest discharge temperature stipulated at 105°C. Examine the thorough manual for precise setup and servicing guidelines. A unique feature includes its integrated lubricant management module ensuring best output and longevity throughout its working life.
Quest QR12M1-TFD-501 Operational Data
Analysis of the Emerson QR12M1-TFD-501 cooling unit's operational data reveals notable insights for application optimization. Specifically, tests conducted at varying surrounding temperatures, ranging from 32°C to 48°C, demonstrate a consistent capacity of approximately 12.1 tons with a reported Coefficient of COP fluctuating between 3.2 and 3.8. Furthermore, electrical consumption requirements averaged 42.3 kilowatts under standard testing conditions, showing minor fluctuations depending on operating parameters. First data suggests a low oil return rate, usually below 2%, which aids to enhanced component lifespan. A detailed report outlining these findings and guidelines for maximum employment is accessible upon demand.
Description of the QR12M1-TFD-501 Copeland Compressor
The QR12M1-TFD-501 Emerson unit represents a significant advancement in refrigeration engineering, particularly suited for industrial air conditioning and refrigeration uses. Distinguished by its scroll design, this model delivers outstanding efficiency and reliability, commonly found in systems requiring a cooling capacity around 12,000 BTU. It's designed for demanding environments, boasting robust construction and improved performance, making it a favored choice for installers and repair professionals alike. Considerations for its setup include proper coolant charging and adequate electrical connectivity to ensure maximum operational performance.
Troubleshooting Copeland QR12M1-TFD-501
Addressing issues with a Copeland QR12M1-TFD-501 compressor demands a systematic approach, especially considering its common application in industrial refrigeration systems. A frequent problem involves significant vibration, often linked to defective internal parts like the connecting rods or crank assembly. Begin by verifying the voltage supply; an unstable input can trigger erratic compressor operation. Examine the switch for proper closure, as a failing contactor can result in intermittent refrigeration output and overheating. Furthermore, a detailed assessment of the coolant lines, including checking for blockages and proper amount, is absolutely critical. Finally, don’t overlook the possibility of a faulty oil pump, which drastically decreases lubrication and can rapidly lead to serious damage. It is recommended to consult the detailed Copeland guide for specific diagnostic procedures and protection guidelines.
Finding A QR12M1-TFD-501 Substitute Choices
If your a QR12M1-TFD-501 unit is experiencing problems or simply reaching the conclusion of its functional click here life, securing a appropriate replacement is crucial. While exact replacements can be harder to locate, several possibilities exist. Consider examining other compressor designs from vendors like Danfoss – though compatibility should be thoroughly confirmed with a qualified refrigeration professional. Sometimes, a minorly distinct design with matching performance can work efficiently after some minimal alterations. Remember to always consult the original specifications for critical factors like electricity and refrigerant sort.
Guidance on the QR12M1-TFD-501 Machine Application
Navigating the complexities of refrigeration systems often demands precise understanding of component compatibility. The QR12M1-TFD-501 Copeland compressor presents a unique group of operational characteristics, and this document aims to clarify its appropriate deployment. Specifically, this resource details its ideal performance parameters when employed within industrial chilling applications, frequently encountered in food processing plants and large retail facilities. Improper installation or exceeding the specified running conditions can lead to premature failure, so meticulous adherence to the outlined suggestions is paramount. A detailed analysis of refrigerant types, electrical requirements, and ambient temperature constraints is included to facilitate informed decision-making during the system construction phase.