Best Oil Free Air Compressor​

Operating at a working pressure of 0.8MPa, 116psi the VP-14904-120 offers a FAD/flow rate of 0.6m³/min (21.2CFM) thus delivering smooth and steady working airflow for commercial and industrial uses. One aspect of the direct drive system is that the output shaft is lubricated constantly so that the train ride will be jerky-free, and the occurrence of replaceable components is less frequent.

• Oil-Free Operation: Extinguishing of oil is however imperative, especially for those industries whose surroundings have requirements for air quality such as food and drug manufacturing as well as electronics corporate manufacturing industries.
• High Air Delivery: That is why this model can be classified as a mid to large-scale application with an FAD of 0.6 m³/min (21.2 CFM), the manufacturer designed this compressor as a stable and reliable source of compressed air to supply pneumatic tools, machinery or any other equipment.
• Large Air Receiver: It maintains the pressure of 120 liters in the air tank reducing cycling, and enhancing efficacy.
• Direct Drive Mechanism: This direct drive system is used as a measure of eliminating the issue of frequent mechanical failure whereby the newly designed mechanism will be Quieter and require considerably less maintenance as compared to belt–driven compressors hence the increase in efficiency.

• Air Receiver: The 120-liter air tank gives a stable air supply for applications that involve frequent starting and stopping leading to an increased use of the compressor’s cycle time.
• Motor: The 5.96 kW (8 hp) motor provided in the compressor allows the organization to be put through optimum performance regardless of the period.
• Oil-Free Technology: It will be seen that there are no oil requirements and, therefore, no requirement for a constant changing of the oil; clean, dry air is produced.

• Installation: Correct positioning of the terminals is essential, especially if the machines will be placed in a poorly ventilated place, not enough space for cooling and maintenance will hinder operation. Compressors should not be placed near sources of heat in order to avoid heating the system.
• Routine Maintenance: Make it a point to check the air filter and also to clean up the intake and exhaust areas from any obstruction. It is also crucial to ensure that there is no leakage on the air receiver and the pressure regulation is well done.
• Pressure Settings: Limit pressure should always be maintained as set and there should be avoidable pressure on the system. It is advised to check up on the unit periodically to ensure it is working under the appropriate pressure and thus increase the life of the unit.

• Pharmaceutical and Food Processing: It is also useful when quality air should exist and one cannot afford to have oil within its system.
• Manufacturing and Assembly Lines: This compressor provides clean and reliable air for use particularly when operating pneumatic tools, equipment, and related devices.
• Laboratories: The quality of air delivered to a consumer by this compressor is ideal for use in scientific or test laboratories that are usually considered to be low-contamination facilities.
• Electronics Manufacturing: Protects against the intrusion of oil that is required to provide clean and dry air, especially for arranging the movements of small components in products such as electronics and in some other manufacturing processes.