450W short arc xenon lamp solar laboratory xenon lamp power supply can be customized

NegotiableUpdate on 06/10

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The 450W short arc xenon lamp power supply of Radium Source is designed specifically for solar energy laboratories, providing stable and reliable power support for 450W short arc xenon lamps. This power supply adopts advanced interleaved parallel PFC technology, suitable for wide voltage input, and the output current can be continuously adjustable between 10-25A (it is recommended that the starting current be greater than 17A). The product has real-time voltage and current digital display for easy monitoring; Integrate multiple protection mechanisms such as overcurrent, overload, and open circuit to ensure safe operation. The integrated design of constant current and trigger module allows the output line to be directly connected to the xenon lamp, making it easy to use. The power supply has a compact size, making it easy to install equipment.

Product Details

Product Highlights：

Specially designed for solar energy laboratories: compatible with 450W short arc xenon lamps, meeting research needs such as simulating sunlight

Wide range current adjustable: The output current is continuously adjustable from 10-25A, and it is recommended that the starting current be greater than 17A

Real time monitoring display: digital real-time display of voltage and current, convenient for monitoring work status

Interleaved parallel PFC technology: adaptable to wide input voltage, improves power efficiency and stability

Multiple protection mechanisms: integrated overcurrent, overload, and open circuit protection to ensure safe and reliable operation

Integrated design: Constant current and trigger module integrated, output line directly connected to xenon lamp, easy to use

Compact and compact: With a small power supply size, it is easy to install and integrate equipment

Support customization: Flexible customization of functions and parameters according to research needs

core functionality

Xenon lamps require thousands of volts of high voltage pulses to start in a cold state, and once lit, they exhibit a "negative resistance characteristic". As the current increases, the voltage actually decreases, and ordinary power sources cannot drive them stably. The LCX450W adopts an integrated design of high-voltage triggering and constant current control to ensure reliable start-up and stable operation of the xenon lamp.

Parameter Technical Table

Product parameters/Product specifications
model Model	LCX075	LCX150	LCX350	OLCX450
input voltage Input voltage	90 - 265VAC, Wide range 90-265VAC,wide input range
Communication frequency AC frequency	50/60Hz
Cold surge current Cold Surge Current	≤ 20A (when AC220V input) ≤20A(whenAC220Vis input)
leakage current Leakage Current	0 7mA (AC220V input) Less than 0.7mA when AC 220Vis input.
Maximum output current(A) Maximum output current	6	8	20	45
Adjustable output current(A)* Adjustable Output Current	4-6	5-8	15-20	22-45
Adapt to the working voltage of xenon lamp(A) Suitable for Xenon Lamp Operating Voltage	14	20	20	20
current ripple Current Ripple	<1%
stable fixed degree(Half an hour on) Stability(after being turned on forhalf an hour)	<0.1%
efficiency Efficiency	≥ 8.5% (at full load) ≥85%(at full load)
Display and human-computer interaction Display and Human-Machine Interaction	2.8 Dot matrix LCD display, key parameter input 2.8-inch Dot Matrix Liquid Crystal Display with Keypad for Parameter lnput
averageworktime Mean Time Between Failures	≥50000H
pressure resistance Pressure resistance	input-Output, input - chassis: AC1500V/60s ≤ 10mA; Output - Chassis: AC500V/60S ≤ 10mA Input-to-Output,Input-to-Enclosure:AC1500V/60s≤10mA; Output-to-Enclosure:AC500V/60s≤10mA
protect Protection	Output overcurrent, overload protection, open circuit protection Output Overcurrent Protection,Overload Protection,and Open Circuit Protection
Usage environment Operating environment	Operating Temperature(Working temperature):-10-40℃ relative humidity(Relative humidity):≤90%
cooling form Cooling form	forced air cooling Forced air cooling