What is the ammonia gas detector?
Ammonia gas detector is generally used to determine the presence of ammonia in areas that may contain high ammonia levels in the air. The areas where ammonia gas detectors are generally useful include airtight storage rooms, engine rooms and chemical plants. Ammonia is a type of gas that is colorless and has a stinging odor. The gas reacts when it is mixed with water and can potentially cause damage to the eyes, skin and respiratory system. It is lighter than air and is generally flammable.
The ammonia storage threshold was set at approximately £ 10,000 (about £ 4,535 kilograms) for anhydrous type and £ 20,000 (about 9,071 kilograms) for the type of hydroxide. Once this threshold is exceeded, the device is obliged to comply with several regulations, such as indicating the ammonia gas detectors in this area. These companies must also comply with control procedures as entrusted with law, including the provision of insurance for their staff.
There are different types of gas detectors ammoniafor used in various industries. One of the most common ammonia gas detectors used in storage rooms is the Ultraviolet gas leak detector. Using the ultraviolet (UV) light passing on the air sample, the presence of ammonia can detect. Another widely used ammonia gas detector is the ammonia gas detector. This uses electrolyte fluid with absorption membrane to detect ammonia in the air. Most ammonia gas detectors come up with an alarm system consisting of a bell, a telephone dialer and valves.
other types include semiconductor and fixed state detectors. Ammonia gas detector is often used to detect ammonia levels of up to 50 parts per million (PPM) outdoors or in engine rooms. The fixed state sensor is another detector that often prefers many devices for its long life, cheap costs excellent reliability. Can also be used to detect other gases asIt is carbon monoxide, propane and methane.
Ammonia gas monitors are usually placed in specific areas, such as near the storage room, loading stand, injection area and other places where equipment for manipulation of ammonia liquid is usually placed. These areas are often considered to be a high risk of ammonia leakage. Because ammonia gas is lighter than air, most ammonia gas detectors are located near the respiratory zone. Sensor spacing is determined by specific risks and risks represented for staff.