Protection: Overload protection, over - temperature protection, anti - access protection, circuit protection.

保护: 过载保护, 过温保护, 反接保护, 短路保护.

互联网

Protection performance tests includes: 1 . over - loading protection 2.1 osting - phase protection 3 . missing - voltage protection.

保护性能试验包括: 1. 过载保护2.缺相保护 3. 失压保护.

互联网

New automatic voltage regulator allows steady voltage output, with overloading protect function.

新型电压自动调节器保证了电压平稳输出, 同时具有过载保护功能.

互联网

Safety device include : overload protection, wirerope break protection, height limit protection.

设有过载保护、断绳保护 、 工作高度保护等多重安全保护装置.

互联网

Short circuit and overload protection.

短路及过载保护.

互联网

Using antifriction bearing and hard alloy for guiding and saw blade overload protection device.

采用滚动轴承和硬质合金的锯条导向装置和锯条过载保护装置.

互联网

Greatest effect is achieved when used in conjunction with primary surge protection on main power service.

与主要电源供应系统的主过载保护装置一起使用可达到最好的效果.

互联网

Wrong polarity protection, over charging protection, over discharging protection, over load, short circuit protection.

错极性保护 、 过充保护 、 过放保护 、 过载保护 、 短路保护.

互联网

Overload Protection and a variety of fault detection, fault position display and alarm function.

过载保护及多种故障检测 、 故障部位显示报警功能.

互联网

Adjustable air valve, adjustable security thermostat, motor load relay, 24 hours timer device.

可调式空气阀门, 可调式超温保护器, 马达过载保护, 24小时定时装置.

互联网

Several protective devices adopted : alarm for open circuit of thermocouple, alarm for overheat and overloading protect.

设有热电偶断偶报警 、 高温报警、过载保护多种安全保护.

互联网

Under current, over voltage, overload protection function, DSS, quasi - resonant mode, jitter period principal were all analyzed.

分析了准谐振模式变换器中的欠电流 、 过电压 、 过载保护等功能 、 动态自供电(DSS) 、 准谐振工作、跳跃周期工作原理.

互联网

The electronic load protective relay is mainly used to realize the load protection of the motor.

电子式过载保护继电器主要用于实现电动机的过载保护,其可靠性的高低直接影响电动机的可靠运行.

互联网

YD electrical short - circuit and overload protection, it automatically switches and thermal relay ZK JR guarantee.

电机YD具有短路和过载保护, 它有自动开关ZK和热继电器JR保证.

互联网

The paper resolved the thermal accumulation value can be shown accurately in the LED.

对热过载保护,给出了一种快速有效、实时性好的算法,使得热积累值可以在LED显示器上比较准确地实时显示出来.

互联网