Programmable High Frequency Vibration Table Temperature Humidity Combined Test Machine

Applications:

This Programmable High Frequency Vibration Table Temperature Humidity Combined Test Machine complied with national standard, able to satisfy special testing requirements ,is widely applied for electronic and electric products, automotive parts ,components and materials by high low constant temperature ,temperature change, shock, damp heat vibration etc combined environment simulation reliability test.



Features:

With high precision perfect external design, external with double sides cold rolled plate electrostatic powder coated material, internal with SUS#304 high temperature resistant stainless steel. Insulation material adopt fire resistant high strength PU polyurethane foaming thermal insulating material. More than 20% energy saving is achieved &thanks to the introducing of Japan & German advanced refrigerator control technology. Control system and control circuit components all introduced with famous brand.



Standard Compliance:

1. IEC68-2-1 (GB2423.1-2008)

2. IEC68-2-2 (GB2423.2-2008)

3. IEC68-2-3 (GB2423.3-2006)

4. IEC68-2-30 (GB2423.4-2008)

5. IEC68-2-14 (GB2423.22-2008)

6. MIL-STD-810D (GJB150.3A-2009)

7. MIL-STD-810D (GJB150.4A-2009)

8. MIL-STD-810D (GJB150.9A-2009)



Vibration table configuration:

1. Air-cooling series electrical vibration system

2. Water-cooling series electrical cooling system

3. Digital random vibration controller

4. Digital sine vibration controller



Moving method:

1. High low temperature (damp heat) test chamber with slide rail

2. Match with vibration table via moving high low temperature (damp heat) test chamber on slide rail

3. Vibration table with slide rail

4. Match with high low temperature (damp heat)test chamber via vibration table moving on slide rail .



Connection Method:

1. Adopt connecting shaft connection method (match with vertical vibration)

2. Vibration table get into the chamber via connecting shaft ,match with the test chamber to reach combined testing effects .