The current-limited adjustable power supply is stable and reliable, and the DC output voltage is continuously from 0-300V. Adjust, high adjustment precision, high-precision multi-turn potentiometer, with overload current limit function, current limit output 0-1.6A continuously adjustable, 0-5V signal control voltage and current, power 0-480W First, technical performance indicators 1. The output voltage range: 0-12V adjustable, the maximum output current: 40A Output voltage range: 0-24V adjustable, the maximum output current: 20A Output voltage range: 0-36V adjustable, maximum output current: 15A Output voltage range: 0-48V adjustable, maximum output current: 10A Output voltage range: 0-60V adjustable, maximum output current: 8A Output voltage range: 0-80V adjustable, maximum output current: 6A Output voltage range: 0-120V adjustable, maximum output current: 4A Output voltage range: 0-160V adjustable, maximum output current: 3A Output voltage range: 0-220V adjustable, maximum output current: 2.2A Output voltage range: 0-300V adjustable, maximum output current: 1.6A 2. Current limiting output current range: (0-40A)(0-20A) (0-15A) (0-10A) (0-8A) (0-6A) (0-4A) (0-3A) (0-2.2A)(0-1.6A) continuously adjustable 3. Ripple voltage; no more than 100mV 4. the equivalent internal resistance of the regulator: not more than 0.O5Ω 5. voltage adjustment rate: 100% 6. with short circuit current limit protection, automatic recovery function

Operation to use:

(How to limit current) to adjust current? 1. Operate in the case of power failure, pull the small pull switch in the lower left corner to the current regulating gear 2. Pull out (dedicated current regulating insert) to the 2nd and 3rd ports of the wiring port, loosen the port screw with a screwdriver, and tighten with a screwdriver (at this time, connect to the listed power), and then connect The voltage of the meter shows 0.00V, and the current shows the current current parameter. At this time, the power supply will emit a small current. 3. On the right side (adjust current knob), you can adjust the desired current limit parameter, and display the current parameter synchronously with the digital display. 0-1.6A can be adjusted in the whole process. 4. Remove the (special adjustment current plug) and insert it back into the original insert card holder. After removing the digital display, the voltage is about 0.90V, and the current is 0.00A. 5. Pull the pull switch in the lower left corner to the right to open the "open (use)" position. 6. The current power supply is in the parameter value of the current limit. The power supply is adjusted to a few V (the digital display shows the output voltage in real time), the current does not change, and the current reaches the current limit of 95% of the current limiting parameter. Overload protection 7. The current parameter displayed by the digital display at this time is the current value of the device load, and the load current is monitored in real time. When the load device is connected, the current value can be adjusted directly in real time. The maximum current value is the maximum current value of the load device. If the current adjustment knob clockwise exceeds the maximum current value of the device, the digital current value will not last. Real-time synchronized digital display, showing only the maximum current value of the device. If there is no need for current limiting, use the general equipment, without the above operation, pull the pull switch in the lower left corner to the "open (use)" position, and turn the (current adjustment knob) clockwise to the top. The maximum current limit at this time is 1.6A, at this time the power supply parameter is the output 0-300V1.6A, which is equal to a 0-300V1.6A switching power supply Usage: Mainly used for various battery charging, DC equipment, DC motor stepless speed regulation, LED stepless dimming, chemical electroplating speed regulation, scientific research test, student experiment, etc., and a wide range of uses. Special attention: If using inductive load such as motor or fan, please pay attention to the maximum starting current parameter of the motor. This parameter must not be higher than the maximum operating current of the power supply. Otherwise, the power supply may be damaged. You should select a higher current power supply or soften the motor. The protection circuit is activated to absorb the inrush current.