Standard Response Upright Sprinklers are easy to use and highly reliable. They are placed over the area requiring protection on a specially designed pipe network. The liquid inside the glass tube, an important part of the sealing element, expands and bursts due to the heat generated by the fire. During a fire, these sprinklers burst when the ambient temperature reaches above 30°C. The pressurized water inside the glass tube hits the deflector and is sprayed onto the fire. In non-suspended ceiling areas, the deflector is mounted facing upwards. It sprays downward in a conical pattern by hitting the deflector. They are used in wet, dry, and pre-action systems. | |
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Quick Response Upright Sprinklers are easy to use and highly reliable. They are placed over the area requiring protection on a specially designed pipe network. The liquid inside the glass tube, an important part of the sealing element, expands and bursts due to the heat generated by the fire. During a fire, these sprinklers burst when the ambient temperature reaches above 30°C. The pressurized water inside the glass tube hits the deflector and is sprayed onto the fire. In non-suspended ceiling areas, the deflector is mounted facing upwards. It sprays downward in a conical pattern by hitting the deflector. They are used in wet, dry, and pre-action systems. | |
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DX Upright Quick Response Sprinklers are easy to use and highly reliable. They are placed over the area requiring protection on a specially designed pipe network. The liquid inside the glass tube, an important part of the sealing element, expands and bursts due to the heat generated by the fire. During a fire, these sprinklers burst when the ambient temperature reaches above 30°C. The pressurized water inside the glass tube hits the deflector and is sprayed onto the fire. Sprinklers burst and water flow is ensured only during a fire when there is an increase in temperature. | |
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DX Upright Standard Response Sprinklers are easy to use and highly reliable. They are placed over the area requiring protection on a specially designed pipe network. The liquid inside the glass tube, an important part of the sealing element, expands and bursts due to the heat generated by the fire. During a fire, these sprinklers burst when the ambient temperature reaches above 30°C. The pressurized water inside the glass tube hits the deflector and is sprayed onto the fire. Sprinklers burst and water flow is ensured only during a fire when there is an increase in temperature. | |
Download Document | |