Installed on externally capacity-adjustable compressors, the regulating valves control the compressor capacity between the maximum and the minimum.
控制阀是安装在压缩机外部调节压缩机容量处，控制压缩机最大值和极小值之间的量。
Compressor capacity adopts many sections or no sections, providing a wide range of capacity, good load performance, stability and high reliability, greatly improving the ability of energy-saving.
压缩机容量控制采用多段式或无段式，提供更大范围的制冷量，载荷性能好，稳定性和可靠性高，可大大提高节省能源。
The scale of CNG refueling station for vehicle determines the volume of the group gas storage cylinder and capacity of compressor.
本文对储气瓶组的储气能力进行计算，合理的选择压缩机容量，分析加气站的规模。
Therefore, optional air compressor is the step: make sure the working pressure, then set corresponding volume flow, and finally the power supply capacity.
因此，选配空压机的步骤是：先确定工作压力，再定相应容积流量，最后是供电容量。
The drop in capacity is caused by the lessening amount of refrigerant mass moved through the compressor at one time.
加热能力的降低是由压缩机中一次流过的致冷剂质量的减少所致。
The paper describes the research progress and development on the capacity control method of reciprocating compressor.
介绍了往复压缩机气量调节方法的国内外研究进展和应用实例。
Unloading inlet valves at partial stroke is one means of capacity regulating for reciprocating compressor, and it possesses economic, full-range and easy-using character.
往复压缩机部分行程压开吸气阀调节是一种调节范围大、操作简单且经济实用的排气量调节方法。
A fixed capacity compressor is usually fitted with an electromagnetic clutch giving the A/C system an ability to engage and disengage drive to the compressor.
一个固定电容压缩机通常配有一个电磁离合器，这两者共同作用使得A/C系统能够连接和断开到压缩机的驱动。
Refrigeration system for high-quality full-closed compressor, refrigeration capacity, low noise, high-quality box with a fan device, forced air convection, a more uniform temperature distribution.
制冷系统为优质全封闭压缩机，制冷量大、噪音低，箱内配以优质风机装置，强迫空气对流，温度分布更加均匀。
The experimental results show that discharge temperature and specific power of compressor are influenced by oil-injected flow and oil cooling capacity.
实验结果表明，压缩机排气温度和比功率受到喷油量和油冷却量的影响。
Full-range capacity stepless control is one of the methods of capacity regulating for reciprocating compressor, and it possesses economic, safe and well-fixing character.
全量程气量无级调节是活塞式压缩机气量调节方法中的一种，具有经济、安全及维修方便等特点。
The production capacity and structure features of 6M25 N 2 H 2 compressor, and its choice in design were introduced.
介绍了设计中所选用的6M2 5氮氢气压缩机的生产能力、设备结构特点。
Breathing air and Industrial air applications. Large capacity, slow running, stationary compressor ideal for professional applications.
适用于呼吸空气压缩和工业压缩空气。大容量，低转速，是固定式专业压缩机的理想选择。
The compressor performance test system can be used to test the refrigeration capacity and other parameters related.
压缩机性能测试系统可以对压缩机的制冷量以及相关的性能参数进行测量。
The dynamical computing of crankshaft reciprocating-piston compressor has been using graphics or hand-computation for a long time, which means heavy working capacity and low precision.
曲轴往复活塞压缩机动力学计算，长期以来沿用着图解法或手算法，其工作量大、精确度低。
Annual production capacity of 10 million air compressor, 200,000 cutting machine, 30 million electric tools and hand tools.
年生产能力可达10万台空压机、20万台切割机、30万台电动工具和手动工具。
The under-capacity of the compressor was overcome by the installation of a pre-stripper, which also reduced the consumption of electric power of the compressor to a great extent.
增设预汽提塔解决了压缩机能力不足的问题，并为压缩机的大幅度节电创造了条件。
This feature of rotary vane compressor has great influence on indicated power, but has little influence on cooling capacity.
旋叶式压缩机的这一特点对其指示功率有较大的影响，对制冷量影响很小。
The operational characteristic of the total refrigerating capacity of the system and the input power of the compressor was also studied.
指出室内机的运行率与平均负荷率相关，分析了系统总制冷量和压缩机输入功率在工作过程中的运行特性。
Full electronic control, high efficiency compressor, strong ice-making capacity.
全电子控制，高效压缩机，制冰量大。
The model is the base for optimizing design for the compressor refrigeration capacity test system and the research for operating condition control tactics.
该模型是优化测试系统冷凝器设计和研究测试工况控制策略的基础。实验表明；
Regulation system was installed on a real reciprocating compressor on the base of element experiment. Capacity stepless regulation was achieved in the lab.
在原理性试验的基础上，将调节系统安装在一真实压缩机上，在实验室实现排气量全量程的无级调节。
The thermodynamic calculation for the water chiller was Carried on basing on the design parameters such as 500kW cooling capacity to determine the condenser's heat loads and compressor power.
根据制冷量 500kW等设计参数对冷水机组进 行了热力计算，确定了冷凝器热负荷及压缩机功率。
The thermodynamic calculation for the water chiller was Carried on basing on the design parameters such as 500kW cooling capacity to determine the condenser's heat loads and compressor power.
根据制冷量 500kW等设计参数对冷水机组进 行了热力计算，确定了冷凝器热负荷及压缩机功率。
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