Thermal Shock Test Chamber

The Thermal Shock Chamber is designed to meet the most demanding testing needs for products exposed to rapid temperature changes. It simulates extreme temperature fluctuations by transferring test specimens between hot and cold zones, effectively evaluating product durability and reliability. This equipment is ideal for industries such as electronics, automotive, aerospace, and more, where high-performance materials and components must withstand rapid thermal transitions. Our Thermal Shock Chambers ensure that your products meet international standards and can endure real-world environmental stresses.

其他信息

Overview

Thermal shock chambers are designed to test the resilience of materials and components subjected to extreme and rapid temperature variations. These chambers ensure that your products meet high standards of reliability in challenging environmental conditions. Below are the available models and their key specifications, offering flexible solutions to meet diverse testing requirements.

Features

Wide Temperature Range: Capable of operating between -70°C to 180°C, offering versatility to accommodate a variety of testing requirements.
Fast Transition Times: Achieves rapid temperature shifts within seconds, ensuring accurate thermal shock testing that mimics real-world conditions.
Dual/Triple Chambers: Available in both two-zone and three-zone configurations, allowing flexible testing setups for a broader range of applications.
Precise Temperature Control: Equipped with advanced PID controllers for precise regulation, ensuring stable temperature conditions during testing.
Energy Efficiency: Designed with energy-saving technologies, reducing operational costs while maintaining high performance.
Durable Construction: Built with high-quality stainless steel, ensuring long-term durability and resistance to wear even under frequent usage.
User-Friendly Interface: The intuitive touchscreen control system provides easy programming and monitoring of tests, with real-time data logging and customizable test profiles.
Safety Features: Integrated safety systems, including overheat protection, ensure both the equipment and operator are protected during operation.

Detailed Parameter List

MODEL		JTST-D49	JTST-D80	JTST-D120	JTST-D216	JTST-D1000
Chamber Design
Basket Capacity	L	49	80	120	216	1000
Internal Dimensions (cm)	W	40	50	60	60	100
	H	35	40	40	60	100
	D	35	40	50	60	100
External Dimensions (cm)	W	133	143	153	153	295
	H	200	205	205	225	250
	D	182	65	197	207	201
Temperature Test Parameters
Temperature Range	°C	-70℃~180℃
Temperature Shock Range - High Temperature	°C	+60℃~+150℃
Temperature Shock Range - Low Temperature	°C	-65℃~-10℃
Heating Rate - Hot Zone		Room temperature →+180 ℃ ≤ 30min
Cooling Rate - Cold Zone		Room temperature → -70 ℃ ≤ 60 minutes
Impact Method		Two vertical zones				Two horizontal zones
Conversion Method		Vertical movement of the basket up and down				Move the basket horizontally left and right
Temperature Fluctuation	°C	±0.5℃	±0.5℃	±0.5℃	±0.5℃	±0.5℃
Temperature Uniformity	°C	2.0℃	2.0℃	2.0℃	2.0℃	2.0℃
Conversion Time	sec	Basket conversion time ≤ 10 s, temperature conversion time ≤ 300 s
Power Supply And Connection
Rated Voltage	V/Hz	AC380V 50Hz
Maximum Current	A	36.5	39.5	53.2	68.4	100
Maximum Power	KW	24	26	35	45	65
Control Mode		PID+SSR
Environmental Temperature/Humidity For Use		A air-cooled (ambient temperature: 5 ℃~28 ℃)/W water-cooled (water temperature: 10 ℃~28 ℃, water pressure: 0.25~0.4MPa)
System Components
Material Science	Shell Material	Electrolytic board baking paint, thickness 1.5mm
	Inner Liner Material	Stainless steel plate SUS # 304 (cold and heat resistant, first-class glossy panel, thickness 1.0mm)
	Thermal Insulation Material	High density rock wool+high temperature resistant high-density polyurethane foam
Refrigeration System	Cooling Method	Mechanical binary freezing method (air-cooled/water-cooled)
	Compressor	Grain Wheel Vortex Compressor/German Bitzer Semi Enclosed Type
	Refrigerant	High-temperature machine: R404A (with an ozone depletion index of 0); Low-temperature machine: R23 (with an ozone depletion index of 0)
Heating System		Nickel chromium alloy electric wire heater
Circulating Fan		High temperature exposure: free; Low temperature exposure: Off frequency type
Door Observation Window		The door is equipped with a 3-layer vacuum glass observation window for heat and sweat prevention; Door frame electric heating (automatic adjustment) anti frost and anti condensation device
Temperature Sensor		Platinum resistance PT100
Temperature Controller		Touch screen input+TFT color LCD display
Noise	dB（A)	≤ 75dB (A-level sound level)
Safety Device		Overtemperature protection, compressor overpressure, overload protection, fan overload protection, leakage protection, etc