脱扣

基本解释 (translations)

disengaging

与脱扣相关的网络例句 [注：此内容来源于网络，仅供参考]

Protective curve of releasecharacteristic electronicCM1 -250,In=250A releaseE electronic

结构简介 CM1 -250，In=250A电子式脱扣器E 电子式脱扣器保护特性曲线

The releaser executes the function of breaker. The traditional releasers always are electromagnetic and it is not easy to control their trait.

断路器的保护功能是由脱扣器实现的，传统的脱扣器多为电磁式的，其特性不易控制。

The neccesity of installing back-up releaser in low voltage circuit breakers and the characteristic relationship between the magnetic system and short-circuit current were expounded.

并阐述了后备脱扣器在低压断路器中应用的必要性以及后备脱扣器的磁系统与短路电流的特性关系。

With the semiconductor component being devlopped,it is forming a new type of the Releases on the basis of calorifics and electromagnetism. It overtakes the disadvantages of the calorific-electromagnetic Release which it is difficulty to be adjusted and its precision is low.

半导体脱扣器是在热-电磁式脱扣器的基础上，随着半导体元件的发展而形成的一种新式脱扣器，半导体式脱扣器克服了热-电磁式脱扣器整定校正困难、精度低的缺点，它的精度高、耐恶劣环境能力强。

By comparing the breaking velocity and time between back-up releasor and electronic releaser,the back-up one can quickly break the circuit,shortening the breaking time.

通过后备脱扣器与电子脱扣器在分断速度与分断时间进行比较，提出了后备脱扣器可迅速分断电路，缩短分断时间。

Device is often a hand SHT coil and undervoltage trip coils, Shunt trip coil is the voltage at 70% to 110% of trip ...

器往往有分励脱扣线圈和欠压脱扣线圈，分励脱扣线圈是电压在70%~110%时脱扣。。。。

Firstly, the realizable ways of signal detection and sample、 power circuit and the application of low-consumption model of MSP430 are discussed, by which the required function of current protection and voltage protection can be realized. Secondly, different protection algorithm based on micro-computer are discussed in this article, and from the virtues and defects of Fourier algorithm, an improved algorithm is put forward, and the importance of the improved algorithm is displaced. Thirdly, according to the national standard of GB/T18858 .3-2002, the principle of networklization of intelligence trip relay and how to realize it are mentioned. Lastly, using the current conditions, the test of precision is done. The experimental date present that the system is working well and can realize the real-time function of on-line detection.

首先在硬件设计上，对于信号检测、处理、电源电路、MSP430系列单片机的低功耗方式应用以及人机接口电路等问题提出了实现方法，基本实现了大范围电流、电压信号实时监控等功能；其次，本文还对当前各种微机保护算法进行了介绍，分析了傅立叶算法在实现智能脱扣器保护功能中的优缺点，并针对傅立叶算法中计算偏于复杂的问题对该算法进行了改进，提出了基于FFT的改进算法，通过算法的分析和比较，对改进算法的性能给出了评价；然后结合我国现场总线国家标准GB/T18858.3-2002讨论了DeviceNet现场总线在实现脱扣器网络化的原理，实现方法，论述了通讯接口电路的设计；最后利用现有条件，对装置进行了性能测试，试验数据说明系统工作状态较好，可以满足低压配电网自动化对低压脱扣器的各项要求。

The task uses the microelectronics technology and single-chip technology and utilizes microprocessor to develop the mini-intelligence releaser. It can not only fulfill the function of releasing, i.e. fulfill the protecting function which is pre-designed, but also select the parameters of motion, i.e. it can realize protecting in the multi-situations. By using the system, the target of remote controlling is realized .All of them strengthen the releasers functions and make it accord with requirements of distribution system.

本课题利用微电子技术及单片机技术，采用微处理器，设计出小型的智能脱扣器，不仅能够实现脱扣功能，即实现预想的保护功能，还能对脱扣器的动作参数进行选择即可实现对多种不同场合的保护，使得脱扣器的性能得到提高，功能得到增强，符合配电系统的要求。

Molded Case Circuit Breaker Shunt Trip coil and often took part in undervoltage trip coil, Shunt trip coil is the voltage at 70%~ 110% off ...70%~ 110% reliable means of shunt voltage range of movement, 70% minimum, and more than 110% of the shunt itself may be burned ...

塑壳断路器往往有分励脱扣线圈和欠压脱扣线圈，分励脱扣线圈是电压在70%~110%时脱。。。 70%~110%指的分励可靠动作的电压范围，70%为最小值，而超过110%分励本身可能会烧坏。。。。

The tripping device is basically divided into the instantaneous electromagnetic release and the time delay thermal release, which are used for protection of circuit from shortcircuit and overload respectively.

断路器由瞬时动作的电磁脱扣器和延时动作的热脱扣器组成，分别用作线路的短路和过载保护。250A及以上的断路器，其电磁铁脱扣器是可调的。

与脱扣相关的网络解释 [注：此内容来源于网络，仅供参考]

overcurrent release：过电流脱扣器,过流释放

"overcurrent relay ","过电流继电器,过载继电器" | "overcurrent release ","过电流脱扣器,过流释放" | "overcurrent trip ","过电流跳脱"

Overspeed trip：超速脱扣

overspeed trip striker 超速脱扣撞针 | overspeed trip 超速脱扣 | overspeed tripping device 超速脱扣装置

shunt tripping：电压脱扣,并联脱扣

电流脱扣,串联脱扣 series tripping | 电压脱扣,并联脱扣 shunt tripping | 起动 start

Tripping relay：脱扣继电器

tripping pulse 切断脉冲 | tripping relay 脱扣继电器 | tripping u 脱扣

drop away voltage：脱扣电压

drop away current 脱扣电流 | drop away voltage 脱扣电压 | drop bar 接地棒

drop away current：脱扣电流

drooping characteristic 下降特性 | drop away current 脱扣电流 | drop away voltage 脱扣电压

trip logic cubicles：脱扣逻辑柜

trip coil 脱扣线圈 | trip logic cubicles 脱扣逻辑柜 | trip margin 停堆裕度

Tripping coil：脱扣线圈

自动重合闸 automatic reclosing | 脱扣线圈 tripping coil | 电流脱扣,串联脱扣 series tripping

Trip-free circuit-breaker：自由脱扣断路器

Transient recovery voltage|瞬态恢复电压 | Trip-free circuit-breaker|自由脱扣断路器 | Under-voltage release |欠电压脱扣器

hand trip gear：手动脱扣器

hand trim wheel ==> 手控配平轮 | hand trip gear ==> 手动脱扣器 | hand tripping ==> 手动脱扣