Have any questions?
CONTACT US
AD-155 155W Single Output with Battery Charger
AD-155 155W Single Output with Battery Charger
AD-155 155W Single Output with Battery Charger
AD-155 155W Single Output with Battery Charger
AD-155 155W Single Output with Battery Charger
AD-155 155W Single Output with Battery Charger

AD-155 155W Single Output with Battery Charger

Advantage

> Clean production environment

> Full automatic testing with various tests

> Standardized production process with trained workers

> Low failure ratio and 24-month warranty

> Strong R&D and engineering support

Request a Quote  
AD-155 155W Single Output with Battery Charger
AD-155 155W Single Output with Battery Charger
AD-155 155W Single Output with Battery Charger
AD-155 155W Single Output with Battery Charger
AD-155 155W Single Output with Battery Charger
AD-155 155W Single Output with Battery Charger
MODEL  AD-155A AD-155B AD-155C
OUTPUT      
Output number CH1 CH2 CH1 CH2 CH1 CH2
DC voltage 13.8V 13.3V 27.6V 27.1V 54V 53.5V
Rated Current 10.5A 0.5A 5A  0.5A 2.7A 0.2A
Current Range 0~11.5A 0-0.5A 0~5.5A 0-0.5A 0-2.7A 0-0.5A
Rated Power 151.55W 151.55W 156.5W
Ripple & Noise 150mVp-p -------- 150mVp-p -------- 240mVp-p --------
Voltage Adj. Range CH1:12~14.5V CH1:24~29V CH1:48-58V
Voltage Tolerance ±2.0% -------- ±1.0% -------- ±1.0% --------
Line Regulation ±0.5% -------- ±0.5% -------- ±0.5% --------
Load Regulation ±0.5% -------- ±0.5% -------- ±0.5% --------
Setup, Rise Time 1000ms, 90ms/230VAC          2000ms, 90ms/115VAC at full load
Hold Up Time  24ms/230VAC          20ms/115VAC at full load
   
INPUT  
Voltage Range 88~264VAC   47~63Hz; 124~370VDC
AC Current 2.5A/115VAC          1.5A/230VAC
Efficiency 80% 84% 84%
Inrush Current Cold start 20A/115VAC   40A/230VAC 
Leakage Current <1mA /240VAC
   
PROTECTION  
Over Load CH1:105 ~ 135%          CH2:0.51 ~ 0.9A rated output power
Protection type: AC Charging Mode: Hiccup mode, recovers automatically after fault condition is removed UPS Mode: Protected by internal fuse
Over Voltage CH1:15.87~18.63V CH1:31.74~37.26V CH1:62.1 ~ 72.9V
Protection type:Shut down o/p voltage, re-power on to recover
Battery Low 10V±0.8V 19.5V(+1.5V,-1V ) 39V±2V
   
ENVIRONMENT  
Working Temp. -10~+60℃ (Refer to “Derating Curve”) 
Working Humidity 20~90%RH non-condensing
Storage Temp., Humidity -20~+85℃,10~95%RH
Temp. Coefficient ±0.03%/ ℃(0~50℃ )
Vibration 10~500Hz,2G10min./1cycle,60min.each along X, Y,Z axes 
   
SAFETY &EMC  
Safety Standards UL60950-1, TUV EN60950-1 
Withstand Voltage I/P-O/P:3KVAC   I/P-FG:1.5KVAC   O/P-FG:0.5KVAC 
Isolation Resistance I/P-O/P,I/P-FG,O/P-FG:100M Ohms/500VDC /25℃ /70%RH 
EMC Emission Compliance to EN55022(CISPR22) Class B, EN61000-3-2,-3 
EMC Immunity Compliance to EN61000-4-2,3,4,5,6,8,11,EN55024,light industry level, criteria A 
   
OTHERS  
Dimension 199*110*50mm (L*W*H)
Weight 0.88Kg
Packing 16pcs/carton/15kg/0.95CUFT

 

Message Feedback
If you have any enquiry about quotation or cooperation,please free to email us at Winston or use the following enquiry form,Our sales representative will contact you within 24 hous.thank you for your interest in our products.
News Center
What is the principle of frequency converter?
In our daily lives, we often take it for granted that appliances simply plug in and work. However, behind the scenes, a key technology often ensures this compatibility: the frequency converter. This device is fundamental to industrial automation, manufacturing, and even international trade. But what exactly is it? How does it work?
2025-10-17
How Can You Properly Maintain a Frequency Converter to Extend Its Service Life?
Many buyers invest in a frequency converter to boost motor efficiency, cut energy costs, and reduce wear on equipment—but they often neglect proper maintenance. Without regular care, even quality units may fail early, causing unexpected downtime and extra repair expenses. This guide breaks down simple, safe steps to keep your unit running reliably.
2025-10-14
What Environments Are Suitable for Using a Frequency Converter?
Many users question which environments can properly support a frequency converter’s operation, as poor surroundings may harm its performance or shorten its lifespan. This article clarifies the right environments for it, helping you identify where the device works stably.
2025-10-09
What Common Industrial Scenarios Are Ideal for Using a Motor Soft Starter?
When electric motors start up, they often generate sudden high currents that can damage equipment, disrupt power grids, or shorten motor lifespan. Understanding which scenarios benefit most from a Motor Soft Starter helps businesses avoid these issues and choose the right solution. This article breaks down key industrial settings where this device adds real value.
2025-09-29

GET A QUOTE

AFFORDABLE PRICE: AS A MANUFACTURER, WE GIVE YOU FACTORY PRICE
Contact Us For Free Sample
Captcha Code
×