Compact thermal shock chamber

for high temperatureslow-temperaturerapid

Product Presentation
The ATMARS 2-Zones Thermal Shock Test Chamber provides two temperature-controlled compartments (one high-temperature zone and one low-temperature zone) to subject samples to rapid temperature transitions for reliability and qualification testing in industrial environments.

Introduction
This 2-zone chamber is engineered to perform repeatable thermal shock cycles by moving test specimens between the hot and cold zones or by simultaneous dual-zone exposure. It is commonly used in automotive, electronics, and aerospace sectors to reveal defects in components and assemblies under abrupt temperature changes.

Product Features

• Two-zone configuration: 1 hot zone + 1 cold zone for standard thermal shock procedures.
• ATMARS refrigeration architecture combined with Low GWP refrigerant technology to improve energy efficiency (energy savings up to 35–40% in specified configurations).
• Space-saving footprint suitable for small laboratories and test facilities.
• Cold-end control technology for stable and reliable low-temperature performance.
• High-precision automatic PID temperature control for accurate setpoint management.
• Intelligent load-vector adjustment for optimized cooling and heating transition performance.
• Advanced controller with programmable sequences and remote monitoring capability via tablet or smartphone.

Typical Applications

• Automotive: reliability and environmental testing of electronic modules and assemblies.
• Electronics: thermal stress testing for components, PCBs and assemblies.
• Aerospace: qualification testing of parts and assemblies under rapid temperature changes.

Technical specifications

• Configuration: 2 zones (1 hot zone + 1 cold zone).
• Control: Automatic PID temperature control; programmable controller with remote monitoring.
• Energy efficiency: ATMARS + Low GWP refrigerant technology; energy savings up to 35% and up to 40% in certain configurations.
• Design: Compact, space-saving layout for small laboratories.
• Technologies: Cold-end control and intelligent load-vector adjustment for improved transition response.