Views: 0 Author: Site Editor Publish Time: 2025-07-29 Origin: Site
In industrial production, power stability is directly related to equipment lifespan and production efficiency. Search volume for keywords like "three-phase voltage stabilizer" and "industrial voltage regulator" continues to rise, demonstrating the urgent market demand for power stability solutions. GIDEON, with 19 years of experience in the industry, has launched the TNS series of three-phase voltage stabilizers, featuring a motor-type voltage stabilizer at its core, to provide stability for industrial power systems.
Motor Technology: A Core Advantage of Stability and Durability
Precise Regulation: The mechanical structure achieves an output voltage accuracy of ±3%, far exceeding the industry average, ensuring the smooth operation of precision equipment.
Strong Adaptability: A wide input voltage range, with a three-phase input of 277-433V, allows for stable output in areas with high power grid fluctuations, such as parts of Southeast Asia, where voltage fluctuations of ±30% can occur.
Fast Response: Response speeds of less than one second allow for rapid recovery from voltage drops, preventing equipment downtime. Flexible Adaptability: Supports both synchronized and separate regulation modes. When three-phase voltage deviations are minimal, it automatically balances output to reduce energy consumption. In scenarios with heavy single-phase loads, each phase can be independently regulated to prevent overheating.
To address the multiple risks of industrial power systems, the GIDEON TNS08 voltage stabilizer offers comprehensive protection:
Safety Guarantee: It can withstand 20kA surge current, provides real-time fault detection and alarms for overcurrent, undervoltage, and other faults, and operates normally in ambient temperatures ranging from -10°C to +40°C.
The GIDEON TNS08 series motor-type three-phase voltage stabilizer, with its stable performance and intelligent design, is a reliable choice for power stability in industrial production. Whether in precision machinery, production lines, or data centers, it effectively eliminates power risks.
