DSIH72VP ENOK | digital relay protection device | DSDX453
Model: DSIH72VP ENOK
Category: Digital relay protection devices
Finish: New/not new
Express: SF Express/Debon
Warranty: One year
Delivery time: from stock
Product depth :350 mm
Product height :20 mm
Product net width :255 mm
Net weight: 0.44kg
Categories: ABB
Tags: DSIH72VP ENOK
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Product content
DSIH72VP ENOK | digital relay protection device | DSDX453
Model: DSIH72VP ENOK
Category: Digital relay protection devices
Finish: New/not new
Express: SF Express/Debon
Warranty: One year
Delivery time: from stock
Product depth :350 mm
Product height :20 mm
Product net width :255 mm
Net weight: 0.44kg
The ability to detect, locate and remove faults. The following is a detailed analysis of the digital relay protection device:
1. Function
Fault detection: The DSIH72VP ENOK digital relay protection device can accurately and quickly detect various faults in the power system, including short circuit, overload, grounding fault, etc. It collects the current, voltage and other signals in the power system, and processes the digital signal after A/D conversion to realize the real-time monitoring of the power system status.
Fault location: DSIH72VP ENOK The device can accurately locate the fault point and help the staff quickly troubleshoot the fault. Through advanced algorithm and data processing technology, the device can analyze the specific location of the fault and provide accurate fault information for maintenance personnel.
Fault removal: When a fault occurs, the digital relay protection device can quickly remove the fault area and protect the safety of other equipment in the system. According to the pre-set protective operation conditions, the device will quickly judge and perform the corresponding cutting operation to prevent the expansion of the fault and protect the stable operation of the power system.
Ii. Principle
The working principle of DSIH72VP ENOK digital relay protection device is mainly based on digital signal processing and control. Firstly, it discretizes the analog signals in the power system through the data acquisition system, and transforms the continuous analog signals into discrete digital signals. Then, the collected data are processed and analyzed by digital signal processing technology to judge whether the state of the power system is normal. When a fault is detected, the device performs the corresponding cutting operation by controlling the actuator according to the pre-set protective action conditions.
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