制动单元

变频钻机中制动单元的容量分析

Capacity analysis of brake unit in variable-frequency drilling rig

本文主要讲述康沃变频器在工业离心机上的应用及变频器制动单元在该设备上的使用。

This article introduces the application of CONVO inverter in the centrifugal equipment , also application the brake unit in this equipment .

F8型集成化电空制动单元研制与试验

Development and Testing of F8 Integrated Electro - pneumatic Braking Unit

270km·h~（-1）动力车驱动制动单元悬挂参数的优化

Optimization of Suspension Parameters of Brake-unit Driven by 270 km · h ~ ( - 1 ) Power Unit

踏面制动单元弹簧停车制动器作用原理简介

Description of Function Principles of the Spring Parking Device in Tread Braking Unit

变频器制动单元和制动电阻的计算

Calculation of Inverter Braking Unit / Braking Resistor

变频调速器回馈制动单元的设计

The design of an AC motor feed-brake device for the VVVF inverter 's proper operation

变频器制动单元在电牵引采煤机上的应用分析

The Application and Analysis of the Braking Unit with Frequency converter for Electrical Haulage Shearer

270km/h等级高速动力车转向架关键部件&驱动制动单元的设计

Design of driving-braking unit , the key part for 270 km / h power car bogie

高速轮对空心轴式转向架驱动制动单元系统分析

Analysis of Driving Braking Unit System of High Speed Power Bogie with Hollow Axles and Wheelset

中华之星高速动力车驱动制动单元轴承润滑油路分析

Analysis on bearing lubricating oil circuit of driving and braking unit of " China Star " high-speed power car

根据电牵引采煤机的使用情况，提出了采煤机使用制动单元的必要性。

According to working condition of the electric haulage shearer , this article points out the necessity of using braking unit .

我部主要生产制动单元、制动电阻、力矩电机控制器、变频器面板延长电缆、转速表、计数器。

I mainly produce braking unit , braking resistor , torque motor controller , inverter panel extension cables , tachometer , counters .

在制动单元中，给出了直流母线电压检测和开关功率器件控制电路；

In the braking unit , the inspection of DC voltage busbar and the controll circuit of switch power device were presented ;

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 .

研究了涡轮分子泵电源制动单元的设计、制动功率和制动电阻的计算方法。为涡轮分子泵选用理想制动电阻提供依据。

This article deals with the design of the braking unit of the power supply of TMPs and the calculation method of their braking power and braking resistance , providing the basis for choosing ideal braking resistance of TMPs .

介绍了研制270km/h动力车的背景，对驱动制动单元的成因、组成、相互关系及纵向、垂向、横向悬挂和定位作了说明。

Background of developing 270 km / h power car is int ro duced . Genesis , composition and interrelation of driving / braking unit as well as longitudinal , vertical , and lateral suspension and location are described .

对元件的型号、性能参数、控制方式进行了合理的配置，设计了行车制动单元，避免车辆制动、下长大坡道时可能引起的发动机飞车；3.对08-32捣固车的加速性能进行了重点研究。

Types , performance parameters , control modes of components are allocated rationally . Braking unit is set to prevent over running in engine when vehicle is braking or driving from ramp . 3 . Accelerating performance of tamper 08-32 is emphatically studied .

介绍了中华之星电动车组动力车转向架的主要性能指标和技术参数，并从驱动制动单元、轴箱、牵引装置、轮对、构架及一、二系悬挂等方面进行了详细阐述。

Main performance index and technical parameters are introduced for the power car bogie for " China Star " high speed EMU . Detailed statement is done to the drive braking unit , axle box , traction device , wheelset , frame and primary secondary suspensions .

本文利用异步电机圆图概念，分析变频器驱动电机在减速过程中有关能量转换的物理意义，并结合实际对制动单元电路的设计方法作了阐述。

This paper analyses the physical implication of energy conversion during the deceleration process of the inverter driven motor , by means of the circle diagram concept of induction motors . The design method of the circuits of the brake unit is derived in relation to practical considerations .

数据样本测试和制动控制单元模拟电路容差软故障诊断试验证明了该方法的有效性和优越性。

Both the data sample test and BCU analog circuit soft fault diagnosis test had proved the effectiveness and superiority .

运行实验表明改进的制动控制单元符合同步控制系统有关的技术要求，能够满足重载组合列车同步控制系统同步制动的需要。

The results show that the new type brake control unit can meet the technology requests and realize the synchronous braking of heavy-haul trains ' synchronous control system .

因此本文搭建列车制动控制单元的模拟仿真平台，对列车制动控制中的关键技术进行研究。

Under building a simulation platform for train braking control unit , the major task of this article introduces the research of the key technologies of the train brake control technology .

接着给出了飞轮控制器的硬件实现，包括脉宽调制及电压稳定回路单元、数字控制器单元、逻辑换相及功率驱动单元、能耗制动等单元。

Following this , major units of the circuit are introduced in detail , including PWM and voltage stabilization unit , the digital controller , the commutator , the driving of brushless motor , the energy dissipation unit and so on .

试验结果表明该系统可对动车组制动控制单元进行自动化测试和故障诊断，可用于制动控制单元的出厂检测和维护维修，对提高制动控制系统的可靠性和稳定性起到重要作用。

The test results showed that the system could automate detection and diagnosis the EMUs brake control system failures . It could be used for factory testing and maintenance of brake control system , which could improve the reliability and stability of brake control system .

开发电子制动控制模拟单元，MVB通信模块，ARCNET通信模块和CAN通信模块。

It designes the emulation model of brake control unit , MVB interface module , ARCNET interface module and CAN interface module .

文章以制动电子控制单元BECU的设计为例，探讨了BECU的可靠性设计。

With design of the braking electronic control unit BECU as the example , the reliability design of BECU is discussed .

带有停放制动的制动单元力的作用原理及运用分析

Actions of Brake Unit with Parking Brake and Analysis in Run

基于CAN总线的行车电子制动系统电控单元的设计与实现

Design & Implementation of Electronic Control Unit of Electro-Mechanical Brake Based on CAN

试验台共包括四部分：制动意图发生单元，通过安装在制动踏板上的位移传感器实时获取驾驶员的制动意图；

The test line includes four segment : Brake desire generating part , which acquiring the real-time brake desire of driver with a displacement sensor installing on the axis of brake pedal ;