Outdoor Power Supply Converter 220V to 24V DC 24V Output Voltage for Industrial LED 50Hz Frequency 100W-24W Power Range

EVS-2450P

minimum order:

1 piece

Quantity:

$190.00 - $230.00 / piece

Contact Now

add to cart

Input Voltage:80-300Vac / 100-400Vdc
Output Current:0-50A
Output Voltage:24 V
Model Number:EVS-2450P
Brand Name:OEM ODM
Place of Origin:Guangdong, China
Application:Industry, Laboratory, CCTV, Led Lighting, Industrial Equipment, Machines, Battery Charging
Efficiency:92%
Output Frequency:50/60Hz
Output Type:Single
Protection:Overloading Protection, Over Temperature Protection, Overvoltage Protection, Overcurrent Protection
Type:AC-DC, DC-DC, Outdoor Cabinet Communication Power Supply Design
Function:Telecom Outdoor Power Supply
Logo:Can be design according to customer
Condutor:Rectifier Module
Installation method:Wall-mounted

Product Description

EVS power model of power supply is for commucication,
Output voltage 54V,Output current 0-50A;Its features include input over/under-voltage protection, output over-current protection, output over-voltage protection.

Basic Components of a Wall-Mounted DC Power Supply Panel

1. Rectifier Module

The rectifier module is one of the core components of a wall-mounted DC power supply panel. Its primary function is to convert AC power into DC power, typically utilizing advanced high-frequency switching power supply technology. This technology enables the rectifier module to achieve high conversion efficiency, effectively converting input AC power into stable DC power, providing reliable DC power for subsequent equipment. For example, in some communication base stations, the rectifier module converts AC mains power into a DC voltage suitable for communication equipment, ensuring its normal operation.

2. Monitoring Unit

The monitoring unit acts as the"brain"of the wall-mounted DC power supply panel, monitoring the operating status of each component in real time. This includes monitoring the output voltage and current of the rectifier module, as well as the voltage, charge and discharge current, and remaining capacity of the battery pack. Using this data, the monitoring unit can promptly detect potential faults and issue alarm signals. Furthermore, it can control the rectifier module according to preset parameters, enabling intelligent management of the power supply panel. For example, when the battery pack's charge level is low, the monitoring unit can automatically adjust the rectifier module's output, increasing the charging current to the battery pack to ensure it remains in optimal working condition.

3. Battery Pack

The battery pack serves as a backup power source for wall-mounted DC power panels during utility power outages. It typically utilizes lead-acid batteries or lithium-ion batteries. The battery pack's capacity varies depending on the application scenario and load requirements. Under normal circumstances, the rectifier module simultaneously charges the battery pack while supplying power to the load, keeping it fully or nearly fully charged. In the event of a utility power failure, the battery pack quickly switches over and continues to provide stable DC power to the load, ensuring uninterrupted operation of critical equipment. For example, in some power automation systems, when the grid fails, the battery pack can provide power to relay protection devices, automated monitoring equipment, and other components for several hours or even longer, preventing system failures and data loss caused by power outages.

Application Scenarios of Wall-Mounted DC Power Panels

1. Communications Industry

Wall-mounted DC power panels are widely used in communications base stations. They provide stable DC power to communications equipment such as base station transceivers, transmission equipment, and monitoring equipment. Because communication base stations are widely distributed, many located in limited space such as rooftops and mountainous areas in cities, the space-saving and easy-to-install advantages of wall-mounted DC power panels are fully demonstrated. Furthermore, their high reliability ensures uninterrupted operation of the communication network, ensuring users enjoy stable communication services.

2. Power System Automation

In automated substations and switchgear, wall-mounted DC power panels provide DC power to relay protection devices, automated monitoring systems, and signaling equipment. These devices are crucial to the safe and stable operation of the power system. Power supply problems can cause malfunctioning relay protection or monitoring system failure, leading to power outages. The reliability and stability of wall-mounted DC power panels meet the stringent requirements of power system automation equipment, ensuring the safe operation of the power system.

3. Other Industrial Fields

Wall-mounted DC power panels are also widely used in industrial automation production lines, elevator machine rooms, smart buildings, and other fields. In industrial automation production lines, it provides DC power for various control devices, sensors, actuators, etc., ensuring efficient and stable operation of the production line; in elevator machine rooms, it provides backup power for the elevator control system, lighting system, etc., ensuring that the elevator can operate safely when the mains power is interrupted, protecting the lives of passengers; in smart buildings, it provides DC power for the access control system, security monitoring system, fire alarm system, etc. in the building automation system, improving the intelligent management level and safety of the building.

Environmental Conditions:

No.	Items	Technical Specifications	Unit	Remarks
1	Operation Temperature	-25—+50	℃
2	Storage Temperature	-40—+85	℃
3	Relative Humidity	10—90	%
4	Cooling	Air cooling with self-fan
5	Altitude	70—106	Kpa
6	Storage Temperature	3000	M

Electrical Characteristics:

1	Evspower Input Characteristics
No.	Items		Technical Specifications			Unit	Remarks
1.1	Input rated voltage		200—240			Vac
1.2	Input voltage range		90—264			Vac
1.3	Input Current		≤8			A	Lowest input voltage, rated load
1.4	inputvoltage frequency		50/60			Hz
1.5	Power factor		≥0.99				rated input voltage, rated load
1.6	Input Shock Current		≤30			A	264Vac
2	Output Characteristics
No.	Items		Technical Requirements			Unit	Remarks
2.1	Output Rated Voltage		54			Vdc
2.2	Output current range		0—50			A	Inutpu voltage:176—264Vac.
			0—95			A	Inutpu voltage:90—175Vac
2.3	Output voltage range		53.5—54.5			Vdc
2.4	Efficiency		≥95%				220Vac input,output 54Vdc/25A.
			≥85%				110Vacinput ,output54Vdc/95A.
2.5	Output ripple & noise		≤200			mVp-p	Rated load, frequency band is limited to 20MHz
2.6	Turn-on output delay		3—8			S	Vin=220Vac
2.6	Output rising time		≤200			mS	Output voltage rises from 10% to 90%, rated load.
2.7	Turn on/off overshoot		≤±5			%Vo
2.8	Combined regulation		≤±1%
2.10	Transient Response	Overshoot	≤ ±5			%Vo	5%—50%—25% or 50%—75%—50% load change.
		Recovery time	≤ 200			µS
2.11	Phone weighed noise voltage		≤2			mV
2.12	p-pk value noise		≤400mV				0—300KHz
2.13	Wide frequency noise voltage		≤100			mV	3.4—150KHz
			≤30				0.15—30000KHz
2.14	Disperse noise		≤5			mV	3.4—150KHz
			≤3				150—200KHz
			≤2				200—500KHz
			≤1				500—30000KHz
3	Protection characteristics
No.	Items		No.			Items	No.
3.1	Output overvoltage protection		58.5—62			Vdc	Locked
3.2	Input overvoltage (0A output)		protection point	≥295		Vac	overvoltage,cut output
			protection tollerance	≥5			The power module must be restart when the input voltage recover to 264Vac.
3.3	Input undervoltage protection point		protection point	≤80		Vac	Cut output
			protection tollerance	≥5			The power module must be restart when the input voltage recover to 90Vac.
3.4	Overtemperature protection		yes				Auto-recoverat environmental temperature 50℃
3.5	Output overcurrent protection		0-50			A	220VAC Input,Auto-recoverat
			25				110VAC Input,Auto-recoverat
3.6	Output short-circuit protection		yes		No damage with short-circuit for long time;
3.7	Fan failure protection		The evs outdoor power supply module operate with half-load when single fan failure(160w when 220Vac input,120w when 110Vac input),and alarm till the module turn off output because of overtemperature protection. When two fans failure, the module turn off output after alarm;

product details