采用进口零件，故障少，寿命长。
With the adoption of import accessories, failure decreases service.
采用进口零件，故障少，寿命长。
With the adoption of import accessories, failure decreases and service.
故障少﹑维护费用低﹑功耗低。
机器使用故障少，寿命长。
构造简单，操控容易，故障少，保养方便。
Configuration is simple, controlling is easy, trouble is little, convenient to maintain.
此机构设备结构简单，因此故障少，便于维护。
These machines have few breakdowns and easy to maintain because of their simple mechanical structure.
采用直接式磨头电机，结构紧凑，噪音低；故障少；
With direct type wheelhead generator, structure is compact, noise is low , fault is few;
本机采用日本电磁接触器及电子零件，故障少，寿命长。
The machine adopts Japanese electrical and electronic components made contact with the pole, low malfunction, long service life.
采用西门子原线路控制与保护，最大的特点成熟可靠、维修方便故障少。
B. The circuit control and protection is strictly in accordance with that of SIEMENS. The characteristics are mature and reliable technologt, easy maintenance and less faults.
改进后的氢气净化器，故障少、可靠性高、电路工作范围宽，维修方便。
The improved cleaner is characterized by less failure, high reliability, wide operation range and the convenience of maintenance.
操作省力、简单、故障率低，且无传统式裁断机的噪音、故障少，保养容易。
With easy operation, simple, low failure rate, and the traditional cutting machine noise, low malfunction, easy maintenance.
采用气动流式吸纸系统，故障少，声音小，易保养；有别于真空泵之保养问题。
Adopt pneumatic suction system, noiseless and easy maintenance, to avoid vacuum pump problem.
电器系统最大限度采用进口原件，并具有多项故障报警功能，故障少，排除方便。
Electrical system to maximize the use of imported original, and has a number of fault alarm function, less trouble, easy to remove.
油压系统亦为内藏式，不占空间，回路特别设计，构造精简，故障少，保养容易。
The hydraulic system is installed inhoused which could save room space while its loop is specially designed, all contributing to simple structure, little fault and easy maintainance.
电器系统最大限度采用进口原件，并具有多项故障报警功能，故障少，排除方便。
The electrical system has mainly applied imported parts, it has multiple alarm system, there are few problems which can be easily eliminated.
该设备具有技术先进，结构紧凑，污染物去除率高，故障少，耐腐蚀，能耗低等特点。
It is characterized by advanced technology and compact structure as well as high purification efficiency and resistance to etch with less trouble and low energy consume.
目前电梯设计使用可编程控制器(PLC)，功能变化灵活，编程简单，故障少，噪音低。
Lift the current design PLC (PLC), function in a flexible, simple programming, less failure, low noise.
使用该方法设计出的通讯程序可靠性高、潜在故障少，可保证高质量的数据块通讯的要求。
The communication program which USES the given method has the characteristics of high reliability and less latent faults, and it could guarantee the high quality data communication.
本发明实现后与现有技术相比具有制造及使用成本低，故障少以及运输转移及安装操作更加方便、快捷等优点。
Compared with available technology, the present invention has low cost, low fault rate and easy and fast shift and installation and other advantages.
为确保尽可能少地丢失数据或完全不丢失数据(例如，在介质发生故障时)，备份与还原相当重要。
Backup and recovery is essential to ensure little or no data is lost, such as in the event of media failure.
如果您的系统相互连接，可以自动地故障转移到热备用机器上，那么储备可以少一些。
If your systems are interconnected to failover to hot spares automatically, your stockpile can be slight.
臂气压式驱动构造简单、故障机率少。
Arm pneumatic type driving, simple construction, trouble free.
并用尽可能少的显示单元显示尽可能多的故障信息。
It can display the maximum breakdown information with the minimum display units.
本方法主要特点是计算工作量少，易于在计算机上实现，能在可靠性计算中反映各组分的最大负荷量和故障概率的影响。
The most responsibility and the contribution to the failure probability for each component are determined and this short-run calculation will be easily computerizable.
液压系统广泛采用当今先进的液压控制技术和高集成化结构，故障隐患少，操作简便。
This hydraulic system applies currently advanced hydraulic controlling technology and highly integrated structure, providing little hidden fault and easy operation.
机器的控制和工作动力只需要压缩空气，故障点少，易于维护维修。
Control of the machine and working power only need to compress the air, there are few trouble points, easy to maintain.
实验和现场运行表明该系统布线少、配置灵活、测量精度高、支路接地故障定位的准确率高及抗干扰能力强。
Experiments and actual field operations show its less wiring, flexible configuration, high measurement precision, high veracity of faulty branch locating, and strong anti-interference capability.
电网的日趋复杂化对作为电网故障分析必不可少的故障录波器的性能提出了更高的要求。
The performance of power system becomes increasingly complicated, which requires high performance fault recorders to analyze power system faults.
实验结果表明，此测试算法具有故障覆盖率高，诊断故障能力强，测试需要的时间少等优点。
Experimental results show that the proposed testing algorithms have merits such as high fault coverage, strong diagnostic ability and less testing time.
实验结果表明，此测试算法具有故障覆盖率高，诊断故障能力强，测试需要的时间少等优点。
Experimental results show that the proposed testing algorithms have merits such as high fault coverage, strong diagnostic ability and less testing time.
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