EziLab Temperature Test Chamber EZL-TC150 operates from -20C to 150C with a 64 L stainless steel chamber for controlled thermal testing applications. The programmable system maintains uniform temperature distribution throughout the test zone for reliable material and component evaluation. Its stainless steel inner chamber supports durability and compatibility with continuous laboratory operation. The compact configuration enables efficient installation in research and industrial environments without compromising testing performance. Suitable for electronics testing, material analysis, industrial quality control, and research laboratories. Explore complete Climate Test Chambers and advanced Temperature Test Chamber for thermal testing applications.



Quantity:
$8008
Internal volume 64 L
Floor Space 0.82 m²
Temperature Range -20˚C to 150 ℃
Ambient Temperature +5˚C to 35˚C
Humidity Range 20 to 98 % RH
Temperature fluctuation ± 0.5℃
Temperature uniformity ≤ 2.0℃
Temperature deviation ± 2.0℃
Heating rate -20˚C to +100℃, Average 3℃/min
Cooling rate + 20˚C to -20℃, Average 3℃/min
Inner chamber material SUS304 stainless steel plate, the inner tank is fully welded
Refrigeration mode Mechanical compression, two-stage refrigeration
Refrigerant R404A
Cooling mode Air cooling
Controller Programmable controller, colour LCD touch screen
Communication interface RS485, USB or LAN interface (Optional)
Heater Armored high quality heater with SSR control
Power supply AC380V±10%, 50±1Hz, three-phase four-wire + ground wire
Internal dimensions (D×W×H) 400 × 400 × 400 mm
External dimensions (D×W×H) 700 × 1652 × 1170 mm
  • Air cooling mechanism

  • Two-stage refrigeration

  • Efficient blower system

  • Programmable test cycles

  • User friendly interface

Accessories

Quantity

Unit

Observation Window light

1

Set

Mobile casters (with foot cups)

4

Pieces

Lead holes (50 mm with silicone plugs)

2

Units

Sample racks

2

Layers

Internal lighting

1

Set

Power cord

5

Meters

  • Temperature Test Chamber EZL-TC150 ensures reliable thermal cycle testing of electronics. It supports material durability studies in aerospace, automotive, and industrial research.