Thermal shock test chamber ShockEvent
climatictemperaturefor metrology laboratories

thermal shock test chamber
thermal shock test chamber
thermal shock test chamber
thermal shock test chamber
thermal shock test chamber
thermal shock test chamber
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Characteristics

Type
climatic
Controlled parameter
temperature
Test type
thermal shock
Application domain
for metrology laboratories
Capacity

60 l, 120 l, 300 l
(16 gal, 32 gal, 79 gal)

Temperature

Max.: 220 °C
(428 °F)

Min.: -80 °C
(-112 °F)

Description

Simulation of two extremes. A load test for your products. In order to be able to detect latent weak points within a very short time, an ordinary temperature test is often not sufficient; shock testing is a test in which the samples are shocked. Shocking refers to temperature and means that a test specimen undergoes a very rapid temperature change between two temperature extremes - The test specimen is subjected to an abrupt temperature change. In this process, the air (or liquid) is preconditioned. That means you need a hot chamber and a cold chamber. Both the ShockEvent D (damper shock) and ShockEvent T (vertical shock) series use air-to-air shock. In addition, weisstechnik offers “liquid-air” media, ice water shock testers as well as surge water testers. ShockEvent T - Intelligente Features. Useful functions. ShockEvent T is a dual-chamber vertical shock. It compresses the “transfer zone” between the cold and hot zones with a transfer time. Between these two chambers, a basket with the test material moves at a certain speed. The time it takes to move the basket is the transfer time. In short, between the hot and cold chambers, it allows endurance tests of over 1,000 cycles to be run without defrosting. All thermal shock test chambers use R449A refrigerant, making testing future-proof for you, as well as highly environmentally and service friendly. • If required, the standard temperature range of +220 °C can be extended to +250 °C. • Feedthrough with 125 mm diameter possible • The variable transfer time of the basket between hot/cold chamber allows for easy determination of the optimum stress condition.

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