Thermal stability test chamber（Oven)
Model: SL-H
Max. temperature: 200°C
Temperature control range: (RT+ 10°C) to 200°C
Temperature fluctuations: ±1°C
Temperature resolution: 0.1°C
Temperature uniformity: ±3% (at a measurement point of 100°C)
Internal size SL-H9015B: 250×260×250 mm
Internal size SL-H9030B: 340×320×320 mm
Internal size SL-H9070B: 450×400×450 mm
Internal size SL-H9140B: 550×450×550 mm
Internal size SL-H9240B: 600×500×750 mm
Internal size SL-H9420B: 640×585×1355 mm
Internal size SL-H9620B: 840×600×1355 mm
Internal size SL-H9920B: 800×700×1590 mm
Standards: ISO 2505
Features:
The inner part is made of mirror stainless steel by argon arc welding, and the outer part of the box is made of steel plate, which has a beautiful and original shape.
Temperature controllers with PID control with overheating protection with synchronization function provide accurate and reliable temperature control.
The hot air circulation system consists of a fan that can operate continuously at high temperatures, and a suitable duct to improve the uniformity of temperature in the studio.
A new type of synthetic silicon sealing tape is used, which can operate at high temperature for a long time, has a long service life, and is easy to replace.
The volume of supply and exhaust air in the chamber can be adjusted using the temperature control panel.
Independent temperature limit alarm system, which automatically turns off when the temperature limit is exceeded to ensure the safe operation of the experiment without accidents. (optional)
It can be equipped with a printer or an RS485 interface, which is used to connect to a printer or computer and can record changes in temperature parameters. (optional)
| Delivery time | Certificate | Whether customization is accepted | MOQ | Packaging information |
10 days | CE | Yes | 1 unit | 1 pc |
FAQ
How should specimens be placed for the longitudinal reversion test of pipes?
Specimens shall be placed horizontally on a metal mesh screen covered with talcum powder.
The distance between specimens shall be ≥ 50 mm to avoid mutual interference.
The distance between specimens and the inner wall of the oven shall be ≥ 50 mm to prevent localized overheating caused by proximity to the heating elements.
Specimens shall not be stacked, nor shall they contact the oven walls or the oven bottom.
The loading operation shall be carried out quickly to minimize temperature fluctuations caused by opening the oven door.
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