L68wu1 Compressor Pdf [portable] Info
If you have landed on this page, you are likely searching for one specific thing: the . Whether you are a refrigeration technician troubleshooting a faulty unit, an engineer designing a cooling system, or a DIY enthusiast trying to repair a refrigerator, locating the correct technical documentation is critical. Without it, you are working blind.
The L68WU1 is engineered for mid-sized commercial cooling equipment. It operates most efficiently when mounted inside systems with an internal volume of . Core Applications Commercial deep freezers and chest freezers. Island display cases and commercial storage reach-ins. Ice makers and small commercial kitchen preparation tables. Thermodynamic Performance & Electrical Configuration Cooling Method and Thermal Balance
The L68WU1 compressor is designed to provide a reliable source of compressed air for various industrial applications, including:
The is a reliable, environmentally friendly R290 compressor designed for commercial refrigeration. By understanding its technical requirements and ensuring proper maintenance, it offers exceptional service life and efficiency. l68wu1 compressor pdf
The L68WU1 is a compressor specifically engineered for refrigeration systems using R290 (propane) as a refrigerant. It is generally manufactured by DONPER, a brand known within the industry.
Given the widespread use of R290 in systems like the L68WU1, the practical handling of this refrigerant has become a critical skill. The guidelines below are essential for any service technician working with modern, eco-friendly equipment.
intitle:"L68WU1" pdf
Before installation, check all components against the documentation and ensure the machine has no defects. Choose a cool, clean, well-ventilated location away from potential hazards. Ensure the environment is free from flammable or corrosive gases and has a minimum moisture content. For air-cooled compressors, install an exhaust fan or ducting to guide hot air out of the room. Maintain a clearance of at least 80 cm between the compressor and walls.
Typically spring-mounted to reduce vibration and operating noise. Reference Documents
The Donper L68WU1 is a specialized, high-efficiency reciprocating compressor engineered for modern, environmentally conscious refrigeration systems. As a leading manufacturer, Huangshi Donper Electric Co., Ltd. has developed this model to use , making it an excellent choice for applications requiring eco-friendly solutions with low Global Warming Potential (GWP). If you have landed on this page, you
| Specification | Details | | :--- | :--- | | | L68WU1 | | Type | Reciprocating Hermetic Compressor | | Refrigerant | R290 (Propane) | | Cooling Capacity | 1 Ton / 1/3 HP | | Motor Power | 180 W / 5 HP¹ | | Voltage | 220-240V, 50Hz | | Motor Type | RSIR (Resistance Start, Induction Run) | | Mounting | Spring Mounted | | Discharge Type | Side Discharge | | Current Draw | 5.5 Amps | | Country of Origin | China |
The is an industry-standard, high-efficiency hermetic reciprocating unit optimized for eco-friendly cooling applications. Manufactured by the globally recognized Huangshi Donper Compressor Co., Ltd. , this compressor is purpose-built to operate alongside R290 refrigerant (propane) . It is primarily deployed in commercial and residential appliances requiring consistent Low Back Pressure (LBP) performance.
A standout feature of the L68WU1 is its use of , also known as propane, as its refrigerant. This choice is part of a global move toward more environmentally sustainable refrigerants. R290 is a natural refrigerant with a Global Warming Potential (GWP) of just 3. In comparison, many legacy refrigerants can have a GWP in the thousands. The phase-down of hydrofluorocarbons (HFCs) under international agreements, like the Kigali Amendment to the Montreal Protocol, is driving the shift towards these low-GWP alternatives. The L68WU1 is engineered for mid-sized commercial cooling
Proper system integration requires strict adherence to the electrical boundaries defined by Donper. Operating outside these ranges can cause premature motor insulation breakdown or failure of the start components.
