安全：自发电式能耗制动，有效防止溜车危险。
Safe: Self power generation brake can efficiently avoid car slipping.
这里主要讨论电磁制动中的反接制动、能耗制动和回馈制动。
We focus on the reverse braking, energy consume braking and back braking.
提出的调速系统是用晶闸管作为调整元件的一种能耗制动调速系统。
A speed regulating system is proposed using method of energy consumption braking with silicon controlled rectifier as adjusting element.
在无法取得直流电源的情况下，利用可控硅元件，也可实现能耗制动。
On the condition without DC power, the SCR could be used to realize dynamic braking.
介绍了一种适用于下运带式输送机的具有智能化功能的液压能耗制动系统。
The paper introduces a kind of hydraulic dynamic braking system with intelligence function which is used in belt conveyor that carry cargo down.
介绍了一种适用于下运带式输送机的具有智能化功能的液压能耗制动系统。
The paper introduces a kind of hydraulic dynamic braking system with intelligence function, which is used in belt conveyor that carry cargo down.
较完整地得出：处在能耗制动时，异步电动机特有的等值电路、相量图及机械特性。
The equivalent circuit, the phase diagram as well as the torque-speed characteristic in the braking state are obtained.
能耗制动是在异步电动机切离三相电源后，在定子回路通入直流电流，实现能耗制动。
The dynamic braking means that after three-phase voltage is switched off asynchronous dynamo the dc current flows into the stator circuit to realize dynamo braking.
在水轮发电机能耗制动中，采用外接高能频敏变阻器(GBP)是能耗设备的最佳选择。
A new high energy and frequency sensitive rheostat (GBP) with high thermal capacity and small space was optimal choice for energy consumption equipment.
本实用新型公开了一种三相异步电动机能耗制动电路。它由三相异步电动机与主控接触器构成。
The utility model discloses an energy consumption braking circuit of a three-phase asynchronous motor, which is composed of a three-phase asynchronous motor and a main control contactor.
特别研究了再生制动、高转差率制动和能耗制动等电气制动形式在直线电机地铁车辆中的应用。
And it concentrates on electrical brake of linear metro vehicle, including regenerative brake, high slip brake and dynamic brake.
本品可按照客户的要求定制。 本品适用于模拟负荷实验，设备放电，自动控制，变频器能耗制动等。
This product can be customized to special needs of customers and applicable to simultion load test, equipment dischaege, automated control and invertes energy loss brake.
阐述了变频调速系统中制动单元的工作原理，基于分析能耗制动工作方式的基础上，设计了一种简单的能耗制动电路。
The principle of braking unit for Frequency-variable Speed-adjustable System was introduced, by analysing, a simple braking circuit of energy-consumed was designed.
系统地讨论了能耗制动原理及在转盘控制系统中的应用，对系统的起动过程和制动过程作了全面分析，方便地实现了钻机转盘电动机的四象限工作特性。
It states the application and the theory of the energy consumption brake in the Rotary Table control system, analyses the course of motor start and brake.
讨论具有大惯量飞轮负载的直流无刷、定于无铁芯电机，在脉宽调制调幅有源控制的基础上，完成再生能耗制动控制以及低速下转换到有源制动控制的主要技术问题。
The braking mode control of reviving power-consumption of large momentum fly-wheel motor is discussed on the basis of pulse-modulated amplitude-modulation in this paper.
再生制动的应用则可进一步减少牵引变电所的安装容量和供电网的能耗。
The installed capacity of the substation and power consumption will be further reduced as applying regenerative braking.
再生制动的应用则可进一步减少牵引变电所的安装容量和供电网的能耗。
The installed capacity of the substation and power consumption will be further reduced as applying regenerative braking.
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