Salt Spray Test Chamber NSSTC-100 operates within a temperature range of 35°C to 50°C and a temperature accuracy of ±1°C. It features a DHC temperature controller for stable and precise regulation. This unit uses direct steam heating for uniform temperature distribution and quick operation. It includes a high-stability platinum temperature probe for accurate results. The chamber includes internal fog collection cylinders for improved performance.
FAQ for Salt Spray Test Chamber NSSTC-100
1: What temperature control system does the Salt Spray Test Chamber use to ensure accuracy?
It is equipped with a DHC temperature controller featuring PID automatic calculation, SSR output, and a platinum temperature probe, ensuring temperature stability within ±1? during salt spray tests.
2: How does the Salt Spray Test Chamber NSSTC-100 handle timing and power interruptions?
The chamber includes a high-precision multifunction timer with settings from fractions of a second to thousands of hours and has a power failure memory function to continue timing automatically after power is restored.
3: What safety features protect the Salt Spray Test Chamber during operation?
The chamber offers double over-temperature protection that cuts heating power if faults occur, double low water level protection to prevent dry burning, and overload short-circuit protection to safeguard electronic components.
4: What materials are used in the Salt Spray Test Chamber to ensure durability and resistance?
The chamber’s pressure barrel is made from welded stainless steel plates, the heating tube is titanium for high corrosion resistance, and the cover is made of high-transparency acrylic for durability and clear visibility.
5: What should I do if there is a salt spray leakage from the Salt Spray Test Chamber NSSTC-100?
Ensure the water-sealed groove between the inner and outer boxes is properly filled and aligned. A misaligned lid or insufficient sealing water can cause leakage. Refill the groove and recheck the alignment for a tight seal.
