KESIONOTS high and low temperature impact test box KS-OTS-LR408LA low temperature -45 ℃/408L
SEHigh temperature zone, low temperature zone, test zone three boxes, volume 408L, stainless steel inner box material, suitable for testing material structure or composite, temperature control accuracy +/- 0.5 ℃.
$24474.00/set
PromotionLoading...
Coupon
Model：
KS-OTS-LR408LA
kesionots KS-OTS-LR408LA Thermal Shock Test ChamberSPEC
kesionots KS-OTS-LR408LA Thermal Shock Test ChamberDetails
kesionots KS-OTS-LR408LA Thermal Shock Test ChamberPacking list
- SKU
- NB041543
- Temperature range
- High temperature zone: 60 ℃~ 150 ℃; low temperature zone: -10 ℃~ -45 ℃
- Heating rate
- RT-200 ℃ takes about 35min
- Cooling rate
- RT-70°C≈85min
- Liner size
- 800*850*600mm
- Dimensions
- 2250*2500*2200mm
- Temperature recovery time
- Within ≤ 5min
- Temperature transition time
- ≤ 10s
- Temperature control Accuracy
- ±0.5℃
- Temperature Uniformity
- ±2.0℃
- Liner material
- stainless steel
- Enclosure Material
- The whole machine is SUS304 #stainless steel plate matte surface treatment or cold-drawn steel plate nanotechnology advanced baking paint
- Thermal insulation material
- High temperature resistant high density formic acid vinegar foam insulator material
- system
- P.I.D + S.S.R + microcomputer equilibrate temperature Control system
- Chill down the system
- Semi-hermetic double-stage compressor (water-cooled)/fully hermetic double-stage compressor (air-cooled)
- protection device
- Fuseless switch, compressor high and low Voltage protection switch, refrigerant high Voltage protection switch, fault warning system, electronic alarm
- Accessories
- viewing window (special optional type), two Upper/Lower adjustable partitions, power-on measuring holes, casters, horizontal brackets
- Power
- AC 380V 50HZ/60HZ
- Weight
- 1900kg
- Controller
- South Korea "TEMI" South Korea "TEMI" or Japan "OYO" card
- Refrigeration system
- French "Taikang" brand or German BITZER
- Inner Volume
- 408L
KS-OTS-LR408LA
Thermal Shock Test Chamber
High temperature zone, low temperature zone, test zone three boxes, volume 408L, stainless steel inner box material, suitable for testing material structure or composite, temperature control accuracy +/- 0.5 ℃.
Introduction
Thermal shock testing machine, used to test the material structure or composite material, in an instant through the extreme high temperature and extremely low temperature continuous environment, so as to test the chemical changes caused by thermal expansion and contraction in the shortest time or physical damage. Applicable objects include metal, plastic, rubber, electronics... and other materials, which can be used as the basis or reference for product improvement.
Three-Chamber equipment structure
◆High-temperature zone, low-temperature zone, and test zone. The test product is placed in the test zone. During impact, the temperature of the high-temperature zone or low-temperature zone rushes into the test zone for impact. The test product is static.
*Adopt the touch-control graphical operation interface, which is easy to operate.
*The impact method uses the wind circuit switching method to introduce the temperature into the test area, and do the cold and heat impact test.
FAQ
QI need to test the tolerance of electronic products under extreme temperature changes. Do you have a suitable Thermal Shock Test Chamber recommended?
A
KS-OTS-LR408LA Thermal Shock Test Chamber adopts three-box structure, high temperature zone up to 150 ℃, low temperature zone as low as -45 ℃, fast temperature conversion time (≤ 10 seconds), can simulate instantaneous extreme temperature changes, very suitable for testing the thermal expansion and contraction of electronic products and material performance, help you quickly evaluate product Reliability.
QWe mainly do rubber material testing, and we need equipment to be able to quickly Thermal Shock. What model is suitable?
A
The KESIONOTS KS-OTS-LR408LA Thermal Shock Test Chamber has a short temperature recovery time (≤ 5 minutes), a large liner size (408L), can hold more samples, and high temperature control accuracy (+/- 0.5 ° C) to ensure accurate test results. Rubber is prone to physical changes at rapid Impact temperatures, and this device can effectively simulate this environment and provide reliable data for material improvement.
Knowledge
- 1What parts of Thermal Shock Test Chamber need to be cleaned frequently?
- 2How to distinguish between low/high Temperature Test Chamber and heat & cold shock chamber
- 3Thermal Shock Test Chamber FAQ and calibration method
- 4What are the similarities between the two-box thermal shock Test Chamber and the Three-Chamber thermal shock Test Chamber?
- 5What is the difference between the two-box thermal shock Test Chamber and the Three-Chamber thermal shock Test Chamber?
- 6What is the difference between the two-box thermal shock Test Chamber and the Three-Chamber thermal shock Test Chamber?
- 7What are the precautions for using a thermal shock Test Chamber?
- 8Introduction of operating conditions and safety protection devices of thermal shock Test Chamber
- 9What is the difference between a thermal shock Test Chamber and a high-low temperature shock Test Chamber?
- 10Which materials are not suitable for hot and cold shock Test Chamber testing?
Standard
- 1GB/T 46603-2025《Vitreous and porcelain enamels—Determination of crack formation temperature in the thermal shock testing of enamels》
- 2SL/T 807-2021《Guidelines for applications of epoxy resin grouts in hydraulic structures》
- 3GB/T 7991.3-2021《Test method of viterous and porcelain enamels—Part 3：Determination of resistance to thermal shock》