Examples of using Overcurrent in English and their translations into Croatian
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Electronic overcurrent relays 0,3 A to 38 A.
Smart protection against overheating,overvoltage and overcurrent.
Electronic overcurrent relays from 0.3 A to 38 A.
Its function is to introduce an overcurrent into the ground.
The overcurrent point at 105% to 125%, automatic detection, automatic recovery.
Its function is to introduce an overcurrent into the ground.
Therefore, this design prevents andminimizes the damages caused by overcurrent.
The overcurrent and overvoltage protection in the test circuit should be set correctly and reliably.
The boiler power supply system must be configured with a special automatic overcurrent and thermal protection;
It also protected against short circuit, overcurrent, and full battery discharge, and features a battery indicator.
Overcurrent protection: refers to a protection device whose starting current is set according to the maximum load current.
The power supply should be done by a special machine,which set overcurrent and thermal protection;
Overcurrent protection is a form of protection that protects the device when the current exceeds a predetermined maximum.
The device has protection functions such as overvoltage, overcurrent, zero start, system detuning(flashing), etc.
An overcurrent protection switch is provided at each stage to selectively cut off a part of the line according to the current magnitude, location, duration, and the like.
Complete protection system to protect loss of power, default phase,undervoltage, overcurrent, torque pumping pressure.
Circuit Breakers AB, orfuses,fixed overcurrent occurrence in the network, which leads to overheating of a conductor or a short circuit.
Opening operation has opening electromagnet operation, manual button operation and overcurrent tripping electromagnet operation.
Overvoltage- and overcurrent- protection of the high voltage( HV) and low voltage( LV) systems. Protection equipment of the HV and LV systems, operating principles and design.
One feature is the switch will open in self-protection if current exceeds the overcurrent limit or if the device temperature limit is exceeded.
Overcurrent protection: It is high-low voltage dual protection in the design, the accurate shut-down protection can be made according to the set value at high voltage side;
The brand's high-quality switching power supply has protection measures such as overvoltage, overcurrent, undervoltage, overtemperature, short circuit and lightning protection.
The coil of the overcurrent release and the thermal element of the thermal trip are connected in series with the main circuit, and the coil of the undervoltage release is connected in parallel with the power supply.
After the clamp ammeter measurement is completed,pull the switch to the maximum range to avoid accidental overcurrent when it is used next time; and it should be stored in a dry room.
During the boosting process, if a short-circuit overcurrent occurs during the breakdown short-circuit overcurrent, the power supply should be cut off and the voltage regulator should be turned to zero.
According to the requirements of different occasions, but also have input overvoltage protection circuit, input undervoltage protection circuit,led open circuit protection, overcurrent protection circuits.
D-RCD device, unlike RCD deactivatesseparate power station in case of overload(TK- overcurrent protection) or a short circuit, that is, an overcurrent overcurrent protection- overcurrent.
Overcurrent protection: it is high-low voltage dual protection in the design, the accurate shut-down protection can be made according to the set value at high voltage side; If the current on low voltage side exceeds the rated current, the instrument will take shut-down protection, the actuation time are both less than 20ms.
In the DC high-voltage test, the micro-ampere meter is preferably in the high position,in addition to the shield box, there is an overcurrent automatic protection device to prevent sudden breakdown of the table or short-circuit discharge.
Directional line protection includes directional overcurrent protection, zero sequence overcurrent protection, distance protection, high frequency phase difference protection, high frequency direction protection, high frequency distance protection, and zero sequence protection.
