Overview: The document describes the latest generation of CTS Thermal Shock
Test Chambers, highlighting their innovative and future-oriented design. These chambers are capable of handling extreme temperature changes up to 100°C K/min and comply with various national and international standards such as DIN, BS, and Mil. They are designed for long-term testing up to 3000 cycles.
Specifications:- Standard features include a multicolour touch panel, 32-bit controller, minimum noise level, RS 232 interface, and a potential-free contact for malfunction signals.
- Additional features include an error display in plain text, a single-hand operated lockable door handle, an entry port of 50 mm, an observation window, and an air dryer system to prevent freezing during long-term testing.
- Test space capacities are available in 32, 130, and 350 litres with temperature ranges from +50°C to +200°C in the hot chamber and -80°C to +100°C in the cold chamber.
Benefits:- Compliance with current CE and EMC regulations.
- Use of environmentally friendly materials and refrigerants.
- Service-friendly construction and user-friendly operation.
- Optimized parameters for high testing precision and compact construction for minimal external measurements.
Technical Details:- Temperature fluctuation is ±1 K temporally, with nominal voltage at 400 V ±6% -10%, 3/N, 50 Hz.
- Nominal power ranges from 9 kW to 28 kW depending on the model.
- Refrigeration units are air-cooled or water-cooled, with cabinet weights ranging from 650 kg to 1500 kg.
Design and Options:- The chambers feature a microprocessor control and monitoring system, with test spaces made of stainless steel grade 1.4301.
- Refrigerants are chloride-free and hermetically sealed.
- Optional features include increased entry ports, CID software for programming and documentation, water-cooled condensers, additional baskets, and increased temperature ranges.
Contact Information: CTS GmbH, Lotzenäcker 21, 72379 Hechingen, Germany. Tel.: 0 74 71/98 50-0, Fax: 0 74 71/98 50-23, Email:
[email protected], Website: www.cts-umweltsimulation.de