Environmental Test Equipment LINPIN
价格:电议
地区:
电 话:86-021-34098999
手 机:13402016796
传 真:86-021-34097666
产品品牌:
LINPIN
产品型号:
LP/GDJS-225

Purpose
This series is applicable for the testing of the indices of the spaceflight and aviation products,(linpin) information electronic instruments and meters, materials, electrical and electronic products,(linpin)and electronic and electrical components and parts in high-temperature, low-temperature, humid and heat environment.
Chamber Structure
The inner bladder of the chamber is made of SUS304 stainless steel plate while the outer bladder is made of A3 steel plate sprayed with plastic.
A large observation window is set on the chamber door.
Double-layer high-temperature resistant and high-intensity seal is adopted between the chamber door and the chamber body in order to ensure the obturation of the testing area.
A test hole with 25mm,(linpin)or 50mm or 100mm diameter is set on the left of the chamber body.
A high-quality fixable PU moving wheel is adopted on the bottom of the test chamber.
Control System
The temperature and humidity control instrument adopts imported South Korean TEM1800 meter with Chinese and English operation interface(linpin).
The capacity of 100 sets of programmable 1,000-section 999-circular steps is available, and the set maximal time every section is 99h 59min(linpin).
There is RS-232or RS-485 communication interface and can connect to PC for corresponding operation.
Standards Applied
GB/T2423.1-2001    GB/T2423.2-2001    GB/T2423.3-1993    GB/T2423.4-1993
Technical Parameters:
Model(cm) GDJS-100 GDJS-225 GDJS-500 GDJS-800 GDJS-010
Workroom Dimensions 45*45*50 50*60*75 70*80*90 80*100*100 100*100*100
Exterior Dimensions 105*97*176.5 105*102*200 132*132*217 147*152*231.5 167*152*231.5
Power(@-40℃) 6.0(KW) 7.0(KW) 13.5(KW) 15.0(KW) 16.5(KW)
Temperature Range A:-20℃~150℃ B:-40℃~150℃ C:-60℃~150℃ D:-70℃~150℃
Humidity Range 30~98% R.H
Fluctuation/Evenness ≤±0.5℃/≤±2℃
Humidity Deviation +2, -3% R.H
Temperature Rise Speed 1.0~3.0℃/min
Temperature Fall Speed 0.7~1.0℃/min