Adjustable regulated power supply has stable and reliable performance, with DC output voltage ranging from (0-5V60A) (0-12V40A) (0-24V20A) (0-36V15A) (0-48V10A) (0-60V8A) (0-80V6A) (0-120V4A) (0-160V3A)
(0-220V2.2A) Continuously adjustable, high adjustment accuracy, 0-5V signal control voltage, power 0-480W
1. Technical performance indicators
1. Output voltage range: 0-5V continuously adjustable (adjustable to 8V), output current: 60A
Output voltage range: 0-12V continuously adjustable (adjustable to 15V), output current: 40A
Output voltage range: 0-24V, continuously adjustable (adjustable to 27V), output current: 20A
Output voltage range: 0-36V, continuously adjustable (adjustable to 38V), output current: 15A
Output voltage range: 0-48V, continuously adjustable (adjustable to 50V), output current: 10A
Output voltage range: 0-60V, continuously adjustable (adjustable to 62V), output current: 6A
Output voltage range: 0-80V, continuously adjustable (adjustable to 81V), output current: 6A
Output voltage range: 0-120V, continuously adjustable (adjustable to 121V), output current: 4A
Output voltage range: 0-160V, continuously adjustable (adjustable to 162V), output current: 3A
Output voltage range: 0-220V, continuously adjustable (adjustable to 222V), output current: 2.2A
2. Ripple voltage; Not greater than 100mV
3. Equivalent internal resistance for voltage stabilization: not greater than 0. O5 Ω
4. Voltage regulation rate:
5. Equipped with short circuit, overload protection, and automatic recovery functions
Input voltage: AC110V/220V ± 15%
Rated power: 480W
Product size: 21.5CM (length) * 11.5CM (width) * 5CM (height),
Instructions for use:
Usage: Mainly used for various DC equipment, DC motor stepless speed regulation, LED stepless dimming, chemical electrolysis electroplating speed regulation, scientific research testing, student experiments, etc., with a wide range of applications.
Special attention: When using inductive loads such as motors and fans, please pay attention to the starting current parameter of the motor. This parameter should not be higher than the operating current of the power supply, otherwise it may cause damage to the power supply. Therefore, a higher current power supply should be selected, or a soft start protection circuit should be equipped for the motor to absorb the impact current.