The 1994 edition of IS 13416 Part 5 outlines detailed guidance on fire safety protocols at construction workplaces such as factories, buildings, dams, and bridges. It covers fire hazard identification, storage and handling of flammable substances, emergency readiness, and appropriate fire safety equipment, aiming to help professionals reduce fire risks and comply with Indian fire safety norms during construction activities.
Overview
The 1994 edition of IS 13416 Part 5 outlines detailed guidance on fire safety protocols at construction workplaces such as factories, buildings, dams, and bridges. It covers fire hazard identification, storage and handling of flammable substances, emergency readiness, and appropriate fire safety equipment, aiming to help professionals reduce fire risks and comply with Indian fire safety norms during construction activities.
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Frequently Asked
IS 13416 Part 5 recommends storing flammable liquids in designated open or confined spaces with safety measures. Open storage areas should be fenced with barbed wire and shielded with non-combustible covers like asbestos cement sheets. Confined storage must be in lockable rooms protected from sparks, flames, and smoking. Maintain a minimum 15-meter distance from buildings, plants, and stores, and ensure separation from gas cylinders and explosives as per regulatory acts. Only quantities needed for immediate use should be issued using leak-proof, sealed containers. Combustible debris must be removed regularly and any burning of such waste should occur at least 12 meters away from the construction boundary and combustible materials to mitigate fire risks.
The standard specifies that electrical connections must use proper terminals, with wiring composed of PVC insulated conductors or vulcanized rubber cables. All joints should be insulated with porcelain. Wiring must not be placed on floors to prevent damage and fire risk, and a minimum clearance of 150 mm from combustible materials must be maintained. Installation practices should comply with IS 1646:1982 and the National Electrical Code, 1984, ensuring safe electrical setups that reduce ignition chances.
According to IS 13416 Part 5 and IS 2190:1979, fire extinguishers must be selected based on fire classifications: water-type extinguishers for Class A fires involving combustible solids; CO₂, foam, or dry chemical powder extinguishers for Class B flammable liquids and Class C electrical fires. Extinguishers should be strategically placed near high-risk areas such as temporary structures, fuel storage zones, and canteens for immediate access. Adequate water supply and hydrants should complement extinguishers to support firefighting efforts.
The code requires daily supervised disposal of rags soaked with flammable liquids like paints or kerosene to prevent fire hazards. Accumulation of large amounts should be avoided, especially near sparks or confined spaces. Flammable liquids must be carefully handled, issued only in necessary quantities, and any spills contained within leak-proof trays or pans. These practices collectively reduce ignition risks within construction environments.
IS 13416 Part 5 mandates preparing a clear emergency plan that delineates individual duties during fire incidents. Large and critical construction sites should conduct regular mock drills to test fire response readiness and equipment efficiency. Training supervisors and workers in the use of firefighting tools is essential. This structured approach ensures prompt, organized reactions to fire emergencies, enhancing overall site safety.
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