Copeland Scroll compressors: 1, Copeland scroll compressor Model: 2HP-12HP 2, Copeland scroll compressor machining high precision, but the advantage of many, small size, light weight, high efficiency, low vibration and high reliability 3, the scroll compressor will replace the traditional piston compressors in large part, has been widely used in developed countries supply the United States and / Thailand / Belgium Copeland scroll compressor, Welcome! Scroll compressor Features: 1, scroll compressor with high and low pressure protection, pressure relief valve, motor overload protection device. 2, the scroll compressor maintenance easier, longer life, the design life of 15 years. 3, scroll compressor and no internal reciprocating mechanism, a simple structure, small size and light weight. 4. Scroll compressors fewer parts (especially less wearing parts) All components are sealed within the soundproof enclosure, the bottom of the compressor is equipped with elastic shock absorber. 5, the scroll compressor to minimize noise problems. 6. The scroll compressor torque variation is small, high balance, vibration, smooth operation, with high efficiency in its adaptation of cooling capacity range. 7, the scroll compressor is compact, lightweight, cooling capacity, low power consumption, long-term continuous operation. Works ZB series of scroll compressor: a scroll compressor the pressure is due to the interaction of solar motion between the scroll generated. When one of the scrolls for planets outside the opening movement of gas from entering. Gas into the vortex after-hours, opening closed with scrolls continue for planetary motion, the gas is pressed into smaller and smaller spaces. When the gas reaches the center, reaches the discharge pressure, in fact, in operation, all six gas passages are in various stages of compression, suction and discharge process to ensure substantially continuous and uninterrupted. Simple concept vortex first invented in 1905. Scroll is an involute spiral, as shown above, and scroll to match the engagement, forming a series of gradually expanding the presence of the space in between the two parts. When the compressor, a scroll remains stationary (fixed scroll) and the other scroll (rotating scroll) is allowed a first disc planetary motion (but not rotating) the orbital. When this movement occurs when the space between the two discs are pushed slowly moved to the center of the two scrolls, while the volume is also reduced. When the space reaches the central scroll, at high pressure gas is discharged through a centrally located passage. In the compression process, several chambers are simultaneously compressed, forming a very smooth process. During inspiration (scroll outer portion) and the exhaust process (inner portion) are continuous.