Test Cabinet is part of the Corrosion Laboratory infrastructure at ITU Surface Lab. This page summarizes where the device sits in the laboratory workflow, what kind of measurements or process steps it supports, and why it matters in applied surface engineering studies.
In practice, the device is used to compare coating behavior, process stability, microstructural response, or surface-related performance outputs under controlled research conditions. The goal is not only to list the equipment, but to clarify the role it plays in experiment design and interpretation.
The summary, metadata cards, and detailed content below connect the device to real laboratory questions such as deposition strategy, corrosion response, tribological performance, characterization depth, or data reliability across projects and publications.
Equipment Test Cabinet Brand NÜVE120 Test Cabinet TK Series Test Cabinets provide an economical solution to simulate real environmental conditions by controlling temperature, humidity and day & night cycles. Robust, stainless steel construc
| Equipment | Test Cabinet |
|---|---|
| Brand | NÜVE120 Test Cabinet |
TK Series Test Cabinets provide an economical solution to simulate real environmental conditions by controlling temperature, humidity and day & night cycles. Robust, stainless steel construction, high density injected polyurethane insulation and an inner glass observation door make a durable and practical instrument, enhanced by a cable port for internal equipment. PID temperature control ensures fast recovery, and a comprehensive control system enable the TK models to provide reliable performance.
| Specifications | |
|---|---|
| Chamber Volume, Liters | 155 |
| Temperature Setting Range (without humidity) |
-10,0°C / +60°C (lights off) |
| Temperature Setting Range (with humidity) | + 10,0° C / +60,0 ° C |
| Humidity Setting Range | %20 / %95 RH |
| Temperature setting and reading sensitivity | 0,1°C |
| Maximum light density , lux | 6.000 |
| Timer | 1-999 hours and 59 Minutes and hold position |
| Lighting timer | 0 -24 hours |
| Program memory | 10 |
| Number of steps | 1-9 |
| Program repetition | 1-99 |
| Memory capacity | 32Kb |
| Number of shelves (Standard / Max) | 2 / 16 |
| Inner Surface Material | Stainless steel |
| External Surface Material | Electrostatic powder coated stainless steel sheet |
| Power supply | 1.400W |
| Humidity setting and reading sensitivity | %1 RH |
| Power consumption | 230 V – 50 Hz |
| Internal dimensions | 480x545x600 |
| External dimensions (WxDxH) mm | 680x820x1150 |
| Package dimensions (WxDxH) mm |
770x880x1330 |
| Net/packed weight kg | 125 / 148 |
Related Guides
Corrosion Test Methods
Use a broader testing frame to connect salt spray, electrochemistry, and surface evidence.
What Is Salt Spray Testing?
See how accelerated exposure supports coating comparison and failure screening.
Electrochemical Characterization
Move from raw electrochemical curves to corrosion and interface interpretation.
How to Interpret Pitting Corrosion
Read local damage, passive breakdown, and environment-driven attack together.
