IMAYCC 12V600W Converter Power Supply
Specifications
- DC OUTPUT VOLTAGE: 12V±0.5V
- VOLTAGE TOLERANCE: ±0.1%
- MAXIMUM CURRENT: 50A
- CURRENT RANGE: 0-50A
- RIPPLE AND NOISE: 300mVp-p
- INPUT STABILITY: ±0.5%
- LOAD STABILITY: ±0.5%
- POWER: 600W
- START, RISE, HOLD TIME: 200ms,50ms,20ms
- INPUT VOLTAGE RANGE: 110-264VAC
- INPUT FREQUENCY: 50/60Hz
- EFFICIENCY: 85%
- INPUT CURRENT: 11A/110V, 4.6A/264V
- INRUSH CURRENT: Cold start current
- LEAKAGE CURRENT: <0.5mA/260VAC
- OPERATING TEMPERATURE, HUMIDITY: -4℉~185℉，10%~95%RH
- SEISMIC RESISTANCE: 10-500Hz,2G 10min/cycle, X, Y, Z 60min each
- PRESSURE RESISTANCE: I/P-O/P：5KVAC，I/P-FG：1.5KVAC,O/P-FG:1.5KVAC
- INSULATION RESISTANCE: I/P-O/P,I/P-FG,O/P-FG:500VDC/100MΩ/77℉/70 %RH
- SAFETY STANDARDS: CE,UL(Power cord and plug),ROHS
- PLUG SPECIFICATIONS: US/EU plug
- DIMENSION:06*4.53*1.97 inch
- WEIGHT:12 lbs.
Introduction
Dear customer, thank you for choosing IMAYCC power supply, this power supply is a 600W single output switching power supply with 115VAC or 230VAC input (selected by switch), the whole series includes 12V, 24V, 36V, 48V, 60V. 85% efficiency in addition to the built-in long life fan makes it work at full load In addition to 85% efficiency, the built-in long-life fan enables it to operate at full load in the temperature range of 14~140℉. It also has extremely low power consumption, complete protection and high vibration resistance, providing a cost-effective solution for various applications. This switching power supply is very easy to apply by our non-standard design with alligator clip connection and direct wire connection, and the terminal block is nickel-plated with full copper, which has good electrical conductivity. The plastic junction box is made of fireproof PC material, which is safe and sturdy.
Characteristics
AC input range switchable by switch
All copper terminal blocks Built-in dust screen
UL listed power cord and plug, Anti-slip and support feet
Protection types: overload protection/overvoltage protection / short circuit protection Built-in DC fan forced air cooling, power start LED indicator
High efficiency, high life, high reliable strength
- First of all, you need to confirm your location voltage, the voltage adjustment switch toggle to the corresponding voltage, as shown in Figure 2, the product U.S. standard default to 110V, European standard to 220V.
- Please connect the alligator clips or wires according to the diagram, alligator clips positive pole connected to the positive terminal, negative pole connected to the negative terminal, the wire needs to be inserted into the wire hole after the terminal knob is turned open and then tightened, red or green wire access terminal positive, yellow or blue wire access terminal negative. Its operation is shown in Figure 3, Figure 4, respectively.
- After all the circuits are connected, check the circuit for other problems, if not, then plug into the plug-in board, please note: this is very important, otherwise the wiring may have sparks!
- During normal use, the power indicator status is always green(or blue), if you find that the indicator light is not lit, it is possible that the line is short-circuited, please check after power failure, if the indicator light is flashing, it is possible that an overload or overvoltage fault has occurred, and the same needs to be restored after power failure.
Note for use:
- Non-professionals please do not disassemble or modify (power seal do not move), otherwise it may cause electric shock or damage the product.
- Wiring must be used to meet the use of standard wire, otherwise the wire may not be able to withstand the corresponding large current and lead to heat, burn and other situations.
- Be sure to disconnect the input power when wiring installation to prevent injury from electric shock.
- Power supply case for the aluminum case installed as much as possible to increase the contact area of the chassis to facilitate heat dissipation, placed in a ventilated place to prevent high temperatures affect the performance of the power supply, power supply installation fan exhaust bit, do not place the product in a high temperature, humid environment use.
- Please be careful not to reverse the positive and negative terminals.
Finally, thank you again for choosing our products, if you encounter any problems in the process of use, please contact us, we will reply to you at the first time to bring you the most satisfactory and best quality service, we sincerely wish you a happy life!, thank you for your purchase!
FREQUENTLY ASKED QUESTIONS
Yes, the 500 watt car audio amplifier may be powered by this DC converter.
There is a good possibility if it falls inside the transformer’s output rating.
As soon as the power supply is connected, the fan will continue to run.
No. A transformer designed for charging automobile batteries is what you need.
No. Although the device is fixed at 12 volts +/-, I don’t mind because I utilize it.
In general, it will function, largely depending on the 12v marine refrigerator’s electricity.
A power converter is a device that converts one form of energy into another on a continuous basis. Depending on the needs, a DC-DC converter is an electrical circuit that enables the conversion of direct current from one voltage level to another.
A DC-to-DC converter is a circuit or electromechanical device that changes the voltage level of a direct current (DC) source. It’s a particular kind of electric power converter.
To efficiently provide a regulated voltage from a source that may or may not be adequately controlled to a load that may or may not be constant, DC-DC converters are frequently utilized.
An electrical device known as an AC-DC power supply or converter takes electricity from a grid-based power source and changes its current, frequency, and voltage. In order to supply an electrical component with the appropriate power, AC-DC power supplies are required.
Regulated power sources can be divided into three categories: battery-based, switching, and linear. The linear system is the simplest of the three fundamental regulated power supply concepts, however switching and battery power both offer advantages.
Stable performance (Not to be broken down by operation failure such as abnormal switching, or burnout or over-voltage) High performance. a little output ripple a responsive load transient.
An electrical circuit known as a converter accepts a DC input and produces a DC output of a different voltage. This is often accomplished through high frequency switching action using inductive and capacitive filter elements.
Power supplies come in two flavors: AC-DC and DC-DC. You may plug electrical devices into automobile outlets or other sources that provide direct current, or DC, power thanks to DC-DC power supplies. However, these power supply are not the most often used.
Transformers, as was previously established, do not permit the flow of DC input. DC isolation is the term for this. This is due to the fact that DC cannot produce a change in current, which means that there isn’t a changing magnetic field to cause a voltage to be induced across the secondary component.
