The electronic thyristor voltage stabilizer is a voltage stabilizing device widely used in electronic equipment and mechanical equipment. As a reliable, efficient, and energy-saving electronic component, the electronic thyristor voltage regulator has been widely used in voltage stabilizing equipment in different fields.
Features:
1. There is no pressure regulation noise.
2. High precision and high output 220VAC + 5%.
Fast response speed: The electronic thyristor voltage regulator has the characteristics of fast response, which can realize the rapid adjustment of voltage and current, and can respond to the changing needs of the equipment faster, thereby improving the working efficiency of the equipment. The voltage regulation speed is fast and the response speed of the thyristor is 0MS.
3. The overvoltage protection is sensitive, and the protection action can be performed at the millisecond level without false action.
4. Good energy-saving effect: The electronic thyristor voltage regulator has a high power utilization rate, which can effectively reduce energy waste, thereby saving more energy and reducing equipment operating costs.
5. Small size: The electronic thyristor voltage regulator is small in size, light in weight, and easy to install and maintain.
Application:
1. Mechanical equipment: Electronic thyristor voltage regulators can be widely used in factories and farms and other mechanical equipment that require stable power supply, effectively improving stability and reliability, thereby improving production efficiency.
2. Electronic equipment: Electronic thyristor voltage regulators can also be applied to electronic equipment, which can better protect circuit boards and components and improve the service life of equipment.
3. Lighting equipment: Electronic thyristor voltage regulators are used in lighting equipment, which can effectively control the brightness of lights, so as to better meet the needs of users and improve the efficiency of lighting equipment.
Product parameters:
Model: ITK-10K
Power: 10KVA
Regulator input voltage range: 95VAC-270VAC
Voltage regulator accuracy range: input accuracy range 95VAC-255VAC output accuracy 220VAC + 5%
Machine power consumption: <=15W
Stabilizer working frequency: 40Hz-80Hz
Working temperature range: -20℃-40℃
Meter display: input voltage, output voltage, current, overvoltage, undervoltage, overload, short circuit, overtemperature display.
Overall size: 335*467*184
Overall weight:
Protective function:
1. Long and short delay selection function: 5S/200S optional
2. Overvoltage protection function: 0.5S delay protection for output higher than 247V, 0.25S delay protection for output higher than 280V, automatic recovery when output is lower than 242V.
3. Undervoltage prompt function: the output is lower than 189V to prompt undervoltage (undervoltage protection is optional).
4. Overload protection function: When the output is greater than the rated current, the inverse time overload protection will be automatically activated, automatically adjusted according to the ambient temperature, and it can be automatically restored, and the protection is locked twice in a row.
5. Over-temperature protection function: automatic protection when the temperature is higher than 128°C, and automatic recovery when the temperature is lower than 84°C.
6. Short-circuit protection function: When the output is short-circuited, the circuit will be protected with a response speed of 5MS (the output short-circuit is not recommended).
7. Anti-collapse function: Real-time detection of output load start-up, compensation voltage to prevent power grid paralysis.
8. Bypass function: Bypass mains can be selected (manually).
9. Anti-lightning surge protection function: Anti-lightning surge (2.5 KV, 1/50µs).
To sum up, the electronic thyristor voltage regulator, as an efficient, reliable and energy-saving electronic component, has been successfully used in voltage stabilizing equipment in many fields. With the continuous advancement of technology and the continuous expansion of application fields, the advantages and application prospects of electronic thyristor voltage regulators will also have broader development space.
