Solar Panel Test Systems (Temperature cycling / Humidity freeze / Damp heat testing)

Product Specifications

Prod Model:	TAR-Series
Markets:	North America,South America,Eastern Europe,Southeast Asia,Africa,Oceania,Mid East,Eastern Asia,Western Europe
Temperature Range:	-70~+150 Degree C
Humidity Range(Optional):	20%~98%R.H.
Temp. Rising Speed:	0.1~3.0degree C/Min
Temp.Falling Speed:	0.1~1.5degree C/Min
Analytic Accuracy:	0.1degree C; 0.1% R.H
Uniformity:	±2.5degree C; ±3.5% R.H.
Control Accuracy:	±0.5degree C; ±2.5% R.H.
Cooling System:	Water Cooling
Advantage:	OEM Available

Product Description

Solar Panel Test Systems ( Temperature cycling / Humidity freeze / Damp heat testing )


 
25 YZ manufacturer
OEM available
High cost-effective
CE Marked Equipment
SGS tested SUS#304 stainless steel

Brief Introduction for PV Modules test standards:
The designed usage time for solar cell module is about 20~30years , and the reliability test is the simulation of the earth's surface photovoltaic modules (crystalline silicon and amorphous silicon thin film, concentrating) design verification, can let the module long-term operating more than 20 years in a general climate , specification requires that solar cells module do test below :
Thermal cycle testing;
Humidity-freeze testing;
Damp Heating;
 
To confirm the solar cell can withstand high temperature and high humidity level with the minus temperature influence, as well as for repeated change caused by the temperature and thermal fatigue failure, in addition to determine solar cells resistant to moisture long-term penetration ability of the test equipment design and ability to meet the relevant standards below:
(IEC61646 , IEC61416 ,IEC61215 , UL1703 , IEC62108 , IEEE1513 ,IEC61730 etc ) .ower :IEC62108 , IEEE1513
 
Damp Heat :
Condition :temperature 95 ±2 ºC , humidity: 95% ±5% R.H.
            Testing last for 1000h ,
Purpose:To determine the ability of the module to withstand the effects of long-term penetration of humidity.
 
Humidity-freeze test :
Purpose:The purpose of this test is to determine the ability of the module to withstand the effects of high temperature and humidity followed by sub-zero temperatures.
Test points:
low temperature -40ºC,high temperature 85ºC
Max temperature rising speed rate:200ºC/Hour=3.33/min
Max temperature falling speed rate:200ºC/Hour=3.33/min
24 hours per cycle,testing for  10 cycles, 240 hours(10 days)

Temp. Cycle Compare	High Temp. High Humidity	Low Temp	Temp. Change Rate	Cycle No.
IEC61215	85ºC/85±5%(20h)	-40ºC(0.5~4h)	High Temp. Rise& Fall(100ºC/h) Low Temp. Rise& Fall(200ºC/h)	10
GB9535	85ºC/85±5%(20h)	-40ºC(0.5~4h)	High Temp. Rise& Fall(100ºC/h) Low Temp. Rise& Fall(200ºC/h)	10
IEC61646	85ºC/85±5%(20h)	-40ºC(0.5~4h)	High Temp. Rise& Fall(100ºC/h) Low Temp. Rise& Fall(200ºC/h)	10
GB18911	85ºC/85±5%(20h)	-40ºC(0.5~4h)	High Temp. Rise& Fall(100ºC/h) Low Temp. Rise& Fall(200ºC/h)	10
UL1703	85ºC/85±2.5%(20h)	-40ºC(0.5~4h)	High Temp. Rise& Fall(100ºC/h) Low Temp. Rise& Fall(200ºC/h)	10
IEC62108	85ºC/85±2.5%(20h)	-40ºC(0.5~4h)	High Temp. Rise& Fall(100ºC/h) Low Temp. Rise& Fall(200ºC/h)	20 40

Thermal cycle test;
Test points:low temperature :-40ºC,high temperature:85ºC
Temperature falling/rising speed rate:100ºC/Hour=1.67ºC/min
6 hours per cycle, testing last 50~200 cycles
Total testing time last 300 to 1200 hours (12.5 to 50 days )

Temp. Cycle Compare	Low Temp	High Temp	Temp Change Rate ºC/h	Dwell Time	Cycle No.
IEC61215	-40±2ºC	85±2ºC	Max. 100ºC/h	Min.10min	50, 200
GB9535	-40±2ºC	85±2ºC	Max.100ºC/h	Min.10min	50, 200
IEC61646	-40±2ºC	85±2ºC	Max.100ºC/h	Min.10min	50, 200
GB18911	-40±2ºC	85±2ºC	Max.100ºC/h	Min.10min	50, 200
UL1703	-40±2ºC	90±2ºC	Max.120ºC/h	30~105min	200
IEC62108	-40±2ºC	65ºC,85ºC,110ºC	10cycle/day	10min	500,1000,2000
IEC62108	-40ºC	65ºC,85ºC,110ºC	18cycle/day	10min	500,1000,2000
IEEE1513	-40ºC	90ºC,110ºC	0.9~7.5ºC/min	Min.10min	250,500
IEEE1513	-40ºC	90ºC,110ºC	Max.100ºC/h	Min.10min	100,200
IEEE1513	-40ºC	60ºC,90ºC	Max.100ºC/h	Min.10min	50,200

After-sale service:
Feedback within 2 hours, and offer solution in 48 hours and help to solve the problems.
 
Package: PP film first, and then 10mm foam between machine and the case, and outside is standard export plywood case.
 
Short introduction about ASLi factory:
We are a long history testing equipment manufacturer, in the past 25 years, we devoted to simulation environmental testing equipment and Mechannical vibration and shock testing machine.Walk in stability test chamber  is our star products , and we had obtained the CE certification for this machine.
 
ASLi main test equipments:
Environmental chambers, temperature (humidity) chamber,Thermal shock chamber, PCT /Hast chamber (Highly accelerated stress test chamber),ESS chamber, Walk in stability chamber,Vacuum oven,electrodynamic vibration shaker,mechanical shock tester,environmental combined vibration chamber,etc


Structure:
1.Graceful appearance, circularly shaped body, surface treated with mist strips and plane handle with no reaction. Easy to operate, safe and reliable.
2.Interior material:SUS#304 stainless steel , mirror polishing.
3.Exterior material:SUS#304 stainless steel.
4.Insulation Material:Resistant to high temperature, high density, formate chlorine, ethyl acetum foam insulation materials.
5.Test hole: One hole (Dia.50mm or Dia.100mm)  on left side of chamber, for connecting outside 's powerline or signal line.
 
Control system:
1.Imported LCD display screen, capable of displaying the measured value as well as the set value and time.     
2.Fixed condition or programmable condition can be set.
3.Fixed condition setting time range: 0 - 99 H 59 MIN .
4.Programmable mold can set 100 different programe at the same time, each programe can set serverial segement to do cycle testing
"5.Each prgrame can  have max.100 segement with different temperature setting,segement runing time 
Max.59 H99M ,  Max.can do 999 times cycle."
6.With power off memory device, reply message to continue with the rest of the program.
7.The control unit has the functions of multiples segment program editing, and of quick or slope control of temperature and humidity.
8.With TIMER SIGNAL OUTPUT RELAY.
9.Temperature sensor adopt DIN PT-100Ω    
10. Adpot BTHC system to control temperature and humidity , P.I.D. control S.S.R..
11.With P.I.D. auto calculate funtion.
12. With alarm function when runing or setting fault.
13. 5 years memory back up device while power off 
14.With LOCK function for interface.
15.Recorder is optional
16.This system conform to constant temperature humidity  reliablity test standard:CNS,ISO,JIS,ASTM,DIN,BS,IEC,NACE,UL,MIL
 
Cooling system:
1.Impoerted power saving full closed compressor 
2.Cooling method: air cooling. 
3.Imported dry filter,electrol valve.,etc freeze accessories.
4.Air cooling type Conder,attached with heat dissipation moter device or water cooling pipe.
5.ryogenic system adopts dual refrigeration loop, fast cooling.
6.Expansion system: capillary capacity control refrigeration system.
Heated humidification system:
1.Adopt U-TYPE  SUS#304ss Electric heat pipe heater
"2.Humidify barrel made of SUS#304ss,with observation glass and electromagnetic valve of
 water level"
3.Idepently heat,wet humidify,dehumidify system.
4.With auto heating,wetting and demist function,with observation glass and imported tube.
"4.Humidification water recycling, automatic filling water system,25L built in draw-out type
 water tank ."
  
Saftey device:
1.With no-fuse protection switch
2.Over-heat protection
3.Ceramics E-16 fuse
4.high low temperature protection switch for compressor 
5.over heat swith for compressor                
6.Water shortage alarm, stop machine for long time water shortage protection.