Used QUALMARK OVS-2.5 #9244294 for sale
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ID: 9244294
Environmental chamber
Work space:
Upper table position: 44" W x 45" D x 25" H
Lower table position: 44" W x 45" D x 35" H
Temperature range: +200°C to -100°C
Average thermal ramp rate: 70°-100°C/min
Table size: 30" x 30" (762 x 762mm)
Acceleration: 5-75g RMS (Bare table)
Table capacity: 320 lbs
(8) Vibration actuators
Power supply: 380-480 V, 3 Φ, 50/60 Hz, 80 A.
QUALMARK OVS-2.5 Environmental Chamber is a reliable and efficient environmental testing system designed for optimal climate control. Its robust design and excellent engineering ensure a consistent and reliable performance in a wide range of testing environments. The chamber is constructed of high-grade materials and offers a variety of features to provide users with precision climate control and repeatability. QUALMARK OVS-2.5 Environmental Chamber offers a temperature range from -20° C to +50° C, making it suitable for a wide variety of applications. The unit has an accuracy of ± 0.5° C and a uniformity of ± 2.5° C. The chamber also has a humidity range of 20-90% RH with an accuracy of ± 3%. The unit utilizes a hermetically sealed cabinet and insulated partition walls to ensure a high level of temperature consistency and uniformity. The OVS-2.5 Environmental Chamber is also equipped with a powerful blower for efficient air circulation, providing excellent cell turbulence and uniformity to ensure reliable results. Additionally, the chamber features digital/computer control with an illuminated display and a programmable data logger for reliable recording and tracking. QUALMARK OVS-2.5 Environmental Chamber has an expansive working area of 30.5" x 48.5" x 20.5", with a stainless steel interior and the option of powder coated interior and exterior. Additionally, the unit includes an interior light that aids in convenient testing when illuminated. The OVS-2.5 Environmental Chamber is an excellent climate control system, offering users precision and efficient environmental conditioning in a robust and reliable design. Its temperature and humidity ranges, accuracy levels, uniformity, and other features make it ideal for testing a variety of applications in a wide range of environments.
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