ASLI CHINA TEST EQUIPMENT CO LIMITED

Alaknanda, Delhi

Temperature Humidity Combined Vibration Test System with Lifting Platform

Application:

Temperature Humidity Combined Vibration Test System with Lifting Platform bench to meet with respective corresponding environmental test requirements of temperature, humidity and vibration; extensively applied in aviation and aerospace, shipping, electronics , automobile car, telecommunications, industry.

(1) Rated Force: sine force 10000N; random force 10000N; shock force 20000N;

(2) Frequency Range: 5Hz to 3000Hz, Fixed frequency, sweep back and forth, sine, random, shock

(3)Sweep-frequency Mode: linear, logarithmic, sweep back and forth, fixed frequency

(4)Sweep-frequency Times: 1 to 32767

(5)Sweep-frequency Time: fixed frequency/single 1-3600mins, sweep-frequency curves can be displayed.

(6)Max. Acceleration 1000m/s2 ( non load)

(7)Max. Speed: 1.8m/s

(8)Max. Displacement:51 mmp-p (non load), peak-peak

(9)Shock Displacement: 51 mm

(10)Weight of Moving Coil:10 kg

3-1-1 Dimension

(1) Interior : W600 H600 D600mm

(2) Exterior : About W2200 H2400 D1150mm

3-1-2Temperature Range: (RT+15)600

3-1-3 Material

(1)Interior is SUS#304 stainless steel

(2) Exterior is SUS#304 stainless steel or paint coated

(3) Thermal insulation materials: High density fire-resistant PU foam insulation material

Temperature Humidity Combined Vibration Test System with Lifting Platform Feature:

1. A combined structure of test chamber and refrigerating system boasting compact and graceful design; independent console

2. Original refrigerating compressor unit and its main accessories are internaltional famous brand;

3.LCD color touch screen controller, capable of automatic control of temperature humidity programs;

4. RS-232 communication. To meet customer's unique demands, users may choose from different models of vibration test bench to ensure that in addition to good cool,

5. Heat and air seal system, this vibration bench will also boasts remarkable effect of mechanical vibration