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IS 9695 : 1980Code of practice for provision and maintenance of water supplies and firefighting

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NFPA 24 · NFPA 1142 · BS 9990
CurrentSpecializedTesting MethodFire Safety · Fire Fighting
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OverviewValues8InternationalTablesFAQ3Related

IS 9695:1980 is the Indian Standard (BIS) for provision and maintenance of water supplies and firefighting. This code of practice provides guidelines for the provision and maintenance of water supplies for firefighting purposes. It covers sources of water, pumping arrangements, water storage requirements, and the layout and maintenance of water mains and hydrants. The standard aims to ensure a reliable and adequate water supply is available for combating fires in various premises.

Code of practice for provision and maintenance of water supplies and firefighting

Overview

Status
Current
Usage level
Specialized
Domain
Fire Safety — Fire Fighting
Type
Testing Method
International equivalents
NFPA 24:2022 · National Fire Protection Association (NFPA), USANFPA 1142:2022 · National Fire Protection Association (NFPA), USABS 9990:2015 · British Standards Institution (BSI), UKAS 2419.1:2021 · Standards Australia, Australia
Typically used with
IS 2925IS 2745
Also on InfraLens for IS 9695
8Key values2Tables3FAQs
Practical Notes
! This is a procedural standard for quality control and must be used in conjunction with the relevant performance specification standard for the specific type of helmet (e.g., IS 2925 for industrial helmets).
! Note the two separate sampling plans: a larger sample size for non-destructive visual and dimensional checks (Table 1) and a smaller size for destructive performance tests (Table 2).
! The acceptance number for all performance tests is zero, indicating that no failure is permitted in any of the helmets sampled for these tests.
Frequently referenced clauses
Cl. 2TerminologyCl. 3Scale of SamplingCl. 4Number of Tests and Criteria for Conformity
Pulled from IS 9695:1980. Browse the full clause & table index below in Tables & Referenced Sections.
pipespumpsvalveswater

International Equivalents

Similar International Standards
NFPA 24:2022National Fire Protection Association (NFPA), USA
HighCurrent
Standard for the Installation of Private Fire Service Mains and Their Appurtenances
Covers design and installation of private water mains, hydrants, and storage tanks for fire protection.
NFPA 1142:2022National Fire Protection Association (NFPA), USA
MediumCurrent
Standard on Water Supplies for Suburban and Rural Fire Fighting
Focuses on providing water from non-pressurized sources like static tanks, ponds, and rivers.
BS 9990:2015British Standards Institution (BSI), UK
HighCurrent
Non-automatic fire-fighting systems in buildings. Code of practice
Details requirements for wet and dry fire mains and hydrants, which rely on the water supplies IS 9695 covers.
AS 2419.1:2021Standards Australia, Australia
MediumCurrent
Fire hydrant installations - Part 1: System design, installation and commissioning
Specifically addresses the design and installation of fire hydrant systems, a key component of IS 9695's scope.
Key Differences
≠IS 9695 is a brief, high-level code of practice (around 10 pages), whereas international counterparts like NFPA standards are extremely detailed (hundreds of pages) with extensive tables, calculations, and referenced material standards.
≠International standards (e.g., NFPA) heavily emphasize hydraulic calculations to determine required flow and pressure, allowing for performance-based design. IS 9695 is more prescriptive, providing minimum tank capacities based on occupancy type rather than system demand.
≠Modern international codes specify detailed and frequent inspection, testing, and maintenance (ITM) schedules (e.g., NFPA 25), often with different frequencies for visual checks, operational tests, and flow tests. IS 9695 suggests a more general annual examination.
≠NFPA standards mandate the use of listed and approved components (e.g., UL Listed, FM Approved) for critical items like valves and hydrants to ensure reliability. IS 9695 refers to conforming to other Indian Standards for materials but lacks a similar third-party approval system requirement.
Key Similarities
≈All standards recognize the fundamental principle that a reliable and adequate water supply is the most critical element for effective manual and automatic firefighting operations.
≈Both IS 9695 and international equivalents emphasize the need for dedicated on-site water storage (e.g., tanks) when public water mains are unavailable, unreliable, or have insufficient capacity.
≈The provision, spacing, and accessibility of fire hydrants for use by the fire brigade are core components in all compared standards, highlighting their universal importance.
≈All codes acknowledge the need to protect water supplies from impairment, including basic principles for preventing freezing in cold climates and ensuring mains are protected from mechanical damage.
Parameter Comparison
ParameterIS ValueInternationalSource
Minimum pipe size for hydrant main150 mm6 inches (152 mm)NFPA 24
Static Water Tank Minimum Capacity (Example: large mercantile building)100,000 LitresCalculated based on system demand for a set duration (e.g., 60-90 min). A typical value might be 115,000 - 170,000 Litres (30,000-45,000 gallons).NFPA 22
Hydrant Color CodeFire Red (Shade No. 536 of IS 5)Barrel is typically red or yellow for visibility. Tops and caps are color-coded by flow rate (e.g., Light Blue for >1500 GPM, Red for <500 GPM).NFPA 291 (Referenced by NFPA 24)
Hydrant Outlet Connection HeightNormally 0.75 m to 1 m above ground level.Center of the lowest outlet shall be no less than 18 in. (457 mm) above the finished grade.NFPA 24
Maintenance Frequency (General)Annual examination recommended.Tiered system: Annual flow tests, quarterly operational inspections, and more frequent visual checks.NFPA 25 (for NFPA 24 systems)
Underground Main Depth of CoverMinimum 1 m cover.Sufficient to be below the frost line, but not less than 2.5 ft (0.76 m).NFPA 24
⚠ Verify details from original standards before use

Key Values8

Quick Reference Values
Sample size for lot size 51-150 (Visual Insp.)13
Acceptance number for lot size 51-150 (Visual Insp.)1
Sample size for lot size 51-150 (Performance Test)3
Acceptance number for lot size 51-150 (Performance Test)0
Sample size for lot size 301-500 (Visual Insp.)32
Acceptance number for lot size 301-500 (Visual Insp.)2
Sample size for lot size 301-500 (Performance Test)5
Acceptance number for lot size 301-500 (Performance Test)0

Tables & Referenced Sections

Key Tables
Table 1 - Scale of Sampling and Permissible Number of Defectives for Visual and Dimensional Requirements
Table 2 - Scale of Sampling and Permissible Number of Defectives for Performance Tests
Key Clauses
Clause 2 - Terminology
Clause 3 - Scale of Sampling
Clause 4 - Number of Tests and Criteria for Conformity

Related Resources on InfraLens

Cross-Referenced Codes
IS 2925:1984Specification for Industrial Safety Helmets(B...
→
IS 2745:1983Specification for Non-Metal Helmets for Firem...
→

Frequently Asked Questions3

How many helmets do I need to test from a lot of 100?+
For visual and dimensional checks, you need to sample 13 helmets. For performance tests, you need to sample 3 helmets. (Table 1 & Table 2)
What happens if one helmet fails a performance test?+
The entire lot is considered to not conform to the requirements, as the acceptance number for performance tests is zero. (Clause 4.2.1)
If I have a lot of 200 helmets, how many can fail the visual inspection?+
For a lot size of 151-300, the sample size is 20 and the acceptance number is 1. Therefore, if more than one helmet in the sample is defective, the lot is rejected. (Table 1)

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