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IS 2190 : 2010Selection, Installation and maintenance of first-aid fire extinguishers - Code o Practice

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NFPA 10 · BS 5306-8 · AS 2444
CurrentEssentialCode of PracticeBIMFire Safety · Fire Fighting
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OverviewValues7InternationalEngineer's NotesTablesFAQ4Related

IS 2190:2010 is the Indian Standard (BIS) for selection, installation and maintenance of first-aid fire extinguishers - code o practice. IS 2190 provides comprehensive guidelines for the selection, installation, and maintenance of first-aid (portable) fire extinguishers. It outlines the suitability of different extinguishers based on fire classes and establishes strict schedules for routine inspection, hydrostatic testing, refilling, and end-of-life replacement.

Selection, Installation and maintenance of first-aid fire extinguishers - Code o Practice

Quick Reference — Top IS 2190:2010 Values

Key parameters for selection, installation height, travel distance, area coverage, maintenance intervals, and testing pressures for first-aid fire extinguishers.

✓ Verified 2026-04-27
ReferenceValueClause
Max Travel Distance (Class A/D Fires)— For wood, paper, metal fires.15 mCl. 7.1.1
Max Travel Distance (Class B Fires)— For flammable liquid fires.15 mCl. 7.1.1
Max Travel Distance (Class C/Electrical Fires)— For gaseous and electrical fires.15 mCl. 7.1.1
Installation Height (Top of Extinguisher)— Measured from the floor to the top of the extinguisher.1000 mmCl. 7.1.2
Min Gross Weight for Floor Mounting— Extinguishers heavier than 15 kg should be floor mounted.> 15 kgCl. 7.1.2
Min Extinguishers per Floor— Minimum one 2A rated extinguisher for every 1000 m² or part thereof.1Cl. 6.1.1
Coverage per 2A Unit (Light Hazard)— One 2A rated extinguisher for every 600 m² with 15 m travel distance.600 m²Cl. C-2.1
Coverage per 2A Unit (Ordinary Hazard)— One 2A rated extinguisher for every 300 m² with 15 m travel distance.300 m²Cl. C-3.1
Extinguisher Body Colour— Applies to all extinguisher types.Post Office Red or Pillar Box RedCl. 5.1.1
Colour Band: Water— For Class A fires.Signal RedTable 1
Colour Band: Foam— For Class A & B fires.CreamTable 1
Colour Band: Dry Powder (ABC/BC)— For Class A, B, C & Electrical fires.BlueTable 1
Colour Band: Carbon Dioxide (CO2)— For Class B, C & Electrical fires.BlackTable 1
Colour Band: Clean Agent— Environmentally friendly gaseous agents.GreenTable 1
Inspection Frequency— Visual check for location, access, pressure gauge, and any damage.MonthlyCl. 9.2.1
Maintenance Frequency— Detailed inspection by a trained person.YearlyCl. 9.3
Hydrostatic Test Interval (Water, Foam, DCP)— For stored pressure and cartridge type extinguishers.3 yearsTable 2
Hydrostatic Test Interval (CO2, Clean Agent)— For high-pressure cylinders.5 yearsTable 2
Hydrostatic Test Pressure (Water, Foam, DCP)— Whichever is higher. P_service is service pressure.3.5 MPa or 2 x P_serviceTable 2
Hydrostatic Test Pressure (CO2)— Test pressure for Carbon Dioxide type extinguishers.25 MPaTable 2
Max Service Life (Refillable)— From the date of manufacture.10 yearsCl. 9.5.1
Refilling Requirement— Applies even if only partially discharged.Immediately after useCl. 9.6.1
⚠ Verify against the latest BIS/IRC publication and project specifications. Amendment Slips may modify values.

Overview

Status
Current
Usage level
Essential
Domain
Fire Safety — Fire Fighting
Type
Code of Practice
International equivalents
NFPA 10-22 · NFPA (US)BS 5306-8:2012 · BSI (UK)AS 2444-2001 · Standards Australia (AU)EN 3 (Series) · CEN (European Union)
Typically used with
IS 15683IS 2878IS 4308
Also on InfraLens for IS 2190
7Key values4Tables4FAQs

BIM-relevant code. See the BIM Hub for ISO 19650, IFC, and LOD/LOIN frameworks used alongside it.

Practical Notes
! Ensure fire extinguishers are highly visible, unobstructed, and clearly marked with appropriate signage.
! Wall-mounted extinguishers must be installed so that the carrying handle is not more than 1.5m above the floor to ensure they are easily accessible during an emergency.
! Always track the manufacturing date of the cylinder; an extinguisher must be decommissioned and replaced once it reaches its maximum life span (usually 10 to 15 years), regardless of its condition.
Frequently referenced clauses
Cl. 3Classification of Fires (Class A, B, C, D, F)Cl. 5Selection of Fire ExtinguishersCl. 6InstallationCl. 8MaintenanceCl. 10Hydrostatic Pressure TestingCl. 11Life of Fire Extinguishers
Pulled from IS 2190:2010. Browse the full clause & table index below in Tables & Referenced Sections.
fire extinguisherdry chemical powdercarbon dioxidefoamwaterclean agent

Engineer's Notes

In Practice — Editorial Commentary
When IS 2190 is your governing code

IS 2190 is the code of practice for selection, installation and maintenance of first-aid fire extinguishers in buildings and other premises. It tells the building designer, owner, or fire safety officer which type, what size, and where to place portable fire extinguishers to meet life-safety requirements.

Use IS 2190 for any: - Residential apartment building (≥ 15 m height — mandatory per NBC 2016 Part 4) - Commercial buildings (offices, retail, warehouses, hotels) - Industrial premises - Educational and institutional buildings - Public assembly buildings (cinemas, restaurants, places of worship) - Government and statutory buildings - Vehicles (per separate transport regulations)

IS 2190 is mandatory under: - NBC 2016 Part 4 Fire and Life Safety — applies to all buildings above specified height/use thresholds - State Fire Service Acts and Rules — every state has fire NOC requirements citing IS 2190 - Factories Act 1948 + State Factory Rules — for industrial premises - Insurance / occupancy certificate requirements

Does NOT cover: - Fixed automatic systems (sprinklers, gas suppression, foam) — see IS 15105, IS 15493, NFPA equivalents - Hydrant systems and hose reels — see IS 884, IS 5290, IS 5714

Fire classes and matching extinguisher types

Fires are classified by fuel type; choose the extinguisher that suits the predominant fire risk in the protected area.

| Class | Fuel | Description | Recommended extinguisher (IS 2190) | |---|---|---|---| | A | Solid combustibles | Wood, paper, cloth, plastics | Water (pressurised), foam (AFFF), ABC dry powder | | B | Flammable liquids | Petrol, diesel, oil, paint, solvents | CO₂, foam (AFFF), BC/ABC dry powder | | C | Flammable gases | LPG, methane, hydrogen | Dry powder (BC or ABC); shut off gas supply first | | D | Combustible metals | Magnesium, sodium, aluminium powder | Specialised dry powder (Class D specific — not BC/ABC) | | E (or 'electrical') | Live electrical equipment | Switchgear, motors, electronics | CO₂ (preferred), ABC dry powder | | F (or K) | Cooking oils/fats | Kitchen deep-fryer fires | Wet chemical (potassium acetate based) |

Key chemistry of common types: - Water (Class A) — cooling and smothering; cheap; useless on B/C/E - Foam (AFFF) — water + film-forming surfactant; works on A and B - CO₂ (BC, electrical) — displaces oxygen; clean (no residue); poor on A; risk of cold burn / asphyxiation in confined spaces - Dry powder (BC or ABC) — chemical chain interruption; works across multiple classes (ABC = A+B+C+E); leaves residue (corrosive on electronics) - Wet chemical (kitchen fires) — saponifies hot fat; forms barrier film - Class D specific — graphite, copper, NaCl based; very specific to metal type

Reference values you'll actually use (location and quantity)

Travel distance (max walking distance from any point to nearest extinguisher):

| Hazard class | Class A | Class B | |---|---|---| | Light hazard (offices, residential, hotels) | 22.5 m | 22.5 m | | Ordinary hazard (commercial, retail, mixed-use) | 22.5 m | 15.0 m | | Higher hazard (industrial, warehousing, garages) | 15.0 m | 9.0 m |

Mounting height: - Top of extinguisher handle: ≤ 1.5 m above floor (so reachable by average adult) - Bottom: ≥ 100 mm above floor (so visible / not damaged by mopping) - Sign / arrow indicating extinguisher location: clearly visible from access path

Quantity per floor / area (per NBC 2016 Annex E and IS 2190 Table 1): - Residential / hotel: minimum 1 × 9 kg ABC powder per 600 m² floor area, or per separate access zone - Office / commercial: 1 × 9 kg ABC + 1 × 4.5 kg CO₂ per 600 m² floor area - Industrial (light): based on hazard class and travel distance - Industrial (heavy): designed by competent fire engineer - Kitchen (commercial): 1 × wet-chemical Class F at every cooking station + 1 × ABC at exit

Specific high-risk zones (always provide extinguisher): - Electrical room: CO₂ + ABC powder - Server / data centre: CO₂ (clean agent — won't damage electronics) - Generator / fuel storage: foam + ABC powder - Boiler / heat-treatment area: ABC powder + CO₂ - Parking (basement / structured): foam + ABC powder per NBC 2016 Part 4 - Hazardous chemical storage: type-specific (Class D for metals, etc.)

Rating examples (capacity per typical extinguisher): - 9 kg ABC dry powder: 4A 144B C — covers ~50 m² for Class A, ~12 m² for Class B - 4.5 kg CO₂: 89B — Class B and electrical - 9 L AFFF foam: 13A 144B — A and B

Companion codes (must pair with)
  • IS 15683:2018 — portable fire extinguishers, performance and construction (the equipment specification — this is the standard the extinguisher itself must conform to).
  • IS 13849 — clean-agent fire extinguishers (for electrical / electronic protection).
  • NBC 2016 Part 4 — Fire and Life Safety — the umbrella code that mandates IS 2190 in buildings.
  • IS 884:1985 — first-aid hose reel installations.
  • IS 3844:1989 — installation and maintenance of internal fire hydrants and hose reels in multi-storey buildings.
  • IS 9668:1990 — provision and maintenance of water supplies for fire fighting.
  • IS 15105:2002 — design and installation of fixed automatic sprinkler fire extinguishing systems.
  • IS 2871 — water-type fire extinguisher (legacy, pre-2010).
  • IS 6234 — portable foam-type fire extinguisher.
  • IS 7285 — refillable seamless steel cylinders for portable fire extinguishers.
  • State Fire Service Acts and Rules (Maharashtra, Tamil Nadu, Karnataka, Kerala, Delhi etc.) — regulatory framework.
  • BIS Quality Mark Scheme — extinguishers shall bear ISI mark per IS 15683.
Inspection, maintenance, refilling cadence

Visual inspection (monthly — by occupier): - Pressure gauge in green band (pressurised types) - Seal intact - Hose / nozzle clear of obstruction - No physical damage / corrosion - Mounting bracket secure - Location signage visible - Last service tag within validity

Service / discharge test (annual — by approved agency): - External examination (corrosion, dent, hose, nozzle) - Pressure check (gauge or weighing for CO₂ — discharge if loss > 10 % of nominal) - For powder/foam: discharge test optional / intervals per NBC 2016 and supplier datasheet - Service tag updated with date and serviceman name

Hydraulic test of cylinder (every 5 years — for water/foam; every 10 years — for CO₂): - Cylinder pressure-tested per IS 7285 (high-pressure test to 1.5× working pressure) - Failed cylinder destroyed; not refilled

Recharge after use: - Even partial discharge requires full refill + new tamper seal - Replace seal, apply new service date tag

Replacement: - Powder extinguishers: typically 8-10 years lifespan (powder cake forms and reduces effectiveness) - CO₂: 10-15 years if tested OK - Foam: 5-8 years (chemical degradation) - Water: 5-10 years

Records: - Maintain extinguisher register: location, type, capacity, manufacturer, mfg date, service dates, hydraulic test dates, refill dates - Available for fire department audit

Common pitfalls / what reviewers flag

1. Wrong type for the protected risk. Water on a kitchen oil fire spreads it; CO₂ on Class A wood fire only briefly suppresses; ABC powder in a server room ruins electronics. Match type to predominant fire class in the room. 2. Travel distance violated. A 30 m corridor with one extinguisher at the far end fails IS 2190. Verify by walking the route from worst case to nearest extinguisher. 3. Mounted too high or hidden. Behind a door, above a high shelf, in a locked cupboard — none of these meet 'visible and accessible'. 4. Annual service skipped. Most building maintenance contracts include annual extinguisher service; many don't enforce. Service tag must be current within 12 months. 5. Pressure gauge in red zone. Indicates pressure loss; extinguisher unreliable. Service immediately. 6. Cylinder hydraulic test overdue. Cylinder may rupture under discharge pressure; serious safety hazard. Schedule per IS 7285 cycle. 7. No fire drill / training of occupants. Owning extinguishers without trained users is theatre. Schedule annual drill; train at least one person per shift in extinguisher use. 8. Local refill rather than authorised refill agency. Powder substitution, partial fill, missing seal — all non-compliant. Use BIS-licensed refill stations only. 9. No labelling of extinguishers in non-English-only sites. IS 2190 recommends pictograms (universal) plus local-language labelling. 10. Wet-chemical extinguisher missing in commercial kitchens. Restaurant kitchen fires (Class F) are the highest property-loss claim category in commercial buildings; ABC powder doesn't suppress reignition. Always provide wet-chemical at every cooking station. 11. Confusion between 'BC' and 'ABC' powder. BC works only on B and C; ABC also works on A. Most modern installations standardise on ABC for general use. 12. No coordination with sprinkler / hydrant systems. IS 2190 portable extinguishers are *first-aid* (early-stage fires). Larger fires require fixed systems per NBC 2016 Part 4 — these systems don't replace each other.

Where it sits in fire safety design

Defence-in-depth fire strategy for a building:

1. Prevention — material selection (low fire-load), electrical safety per IS 732 and IS 3043, no-smoking zones, hot-work permits. 2. Detection — smoke / heat detectors per IS 2189; manual call points; control panel with monitoring. 3. First-aid response — portable extinguishers per IS 2190 (this code) — for incipient fires. 4. Compartmentation — fire-rated walls, doors, dampers (per NBC 2016 Part 4) to limit spread. 5. Active suppression — sprinkler systems (IS 15105) for area protection; gas suppression for special hazards (server, switchgear). 6. Manual firefighting — internal hydrants + hose reels (IS 3844), external hydrants, fire pump room, water tank for fire (IS 9668). 7. Egress — fire stairs, exit signs, emergency lighting (per NBC 2016 Part 4). 8. External response — fire department access, hydrant connection, lift for fire-fighters. 9. Drills, training, signage — occupant readiness. 10. Maintenance regime — periodic servicing of all the above.

IS 2190 portable extinguishers are the first 30 seconds of fire response — a trained occupant catches the fire when it's a single bin or single appliance, before it requires sprinkler activation or fire department response. A small fire suppressed at this stage saves orders of magnitude more value than it costs to maintain the extinguisher network.

International Equivalents

Similar International Standards
NFPA 10-22NFPA (US)
HighCurrent
Standard for Portable Fire Extinguishers
Covers selection, installation, inspection, maintenance, recharging, and testing of portable fire extinguishers.
BS 5306-8:2012BSI (UK)
HighCurrent
Fire extinguishing installations and equipment on premises. Selection and positioning of portable fire extinguishers. Code of practice
Covers selection and positioning of extinguishers; maintenance is covered in BS 5306-3.
AS 2444-2001Standards Australia (AU)
HighCurrent
Portable fire extinguishers and fire blankets — Selection and location
Specifies requirements for the selection and location of portable fire extinguishers and fire blankets.
EN 3 (Series)CEN (European Union)
MediumCurrent
Portable fire extinguishers
Focuses on extinguisher construction, performance requirements, and test methods, rather than in-situ installation codes.
Key Differences
≠IS 2190 requires a maximum travel distance of 15 m to reach a Class A extinguisher, whereas NFPA 10 allows a longer distance of 75 ft (approx. 22.9 m).
≠For cooking oil/fat fires, IS 2190 uses the 'Class F' designation, consistent with British/European standards. The equivalent US standard, NFPA 10, uses 'Class K'.
≠IS 2190 specifies a simpler mounting height rule: the top of any extinguisher should not be more than 1.5 m from the floor. NFPA 10 has variable rules based on weight, with a lower height (3.5 ft / 1.07 m) for heavier (>40 lbs) extinguishers and a minimum floor clearance of 4 inches.
≠Hydrostatic testing intervals differ. For example, IS 2190 mandates a 3-year interval for water and foam type extinguishers, while NFPA 10 specifies a 5-year interval for the same types.
Key Similarities
≈All standards are based on the fundamental principle of selecting extinguisher types (e.g., water, foam, CO2, powder) according to the specific fire risks (Class A, B, C, etc.) present in an area.
≈Both IS 2190 and its international equivalents mandate regular (typically monthly) visual inspections by the owner/occupant to check for presence, accessibility, and signs of damage.
≈All codes require extinguishers to be conspicuously located along normal paths of travel, kept free from obstructions, and be clearly identified with signage.
≈The general framework for maintenance is similar, involving periodic visual inspections, more thorough annual maintenance by competent personnel, and periodic pressure testing.
Parameter Comparison
ParameterIS ValueInternationalSource
Max. Travel Distance (Class A)15 m75 ft (22.9 m)NFPA 10-22
Max. Mounting Height (Top)1.5 m from floor5 ft (1.52 m) for units ≤40 lbsNFPA 10-22
Cooking Oil Fire ClassificationClass FClass KNFPA 10-22
Hydrostatic Test Interval (Water Type)3 years5 yearsNFPA 10-22
Min. Floor Clearance for MountingNot specified4 in. (102 mm)NFPA 10-22
Extinguisher Rating SystemPerformance-based for A & B, e.g., '2A', '21B'Performance-based for A & B, e.g., '2-A:10-B:C'NFPA 10-22
Max. Travel Distance (Class B)15 m30 ft (9.1 m) to 50 ft (15.2 m) depending on ratingNFPA 10-22
⚠ Verify details from original standards before use

Key Values7

Quick Reference Values
max mounting height up to 18kg1.5 m from the floor
max mounting height above 18kg1.0 m from the floor
min clearance from floor100 mm
hydrostatic test interval water foam dcp3 years
hydrostatic test interval co25 years
life span water foam dcp10 years
life span co215 years

Tables & Referenced Sections

Key Tables
Table 1 - Suitability of Extinguishers for Different Classes of Fires
Table 2 - Inspection and Maintenance Checklist
Table 3 - Refilling Schedule
Table 4 - Life of Fire Extinguishers
Key Clauses
Clause 3 - Classification of Fires (Class A, B, C, D, F)
Clause 5 - Selection of Fire Extinguishers
Clause 6 - Installation
Clause 8 - Maintenance
Clause 10 - Hydrostatic Pressure Testing
Clause 11 - Life of Fire Extinguishers

Related Resources on InfraLens

Cross-Referenced Codes
IS 15683:2006Fixed Fire Fighting Systems - General Require...
→
IS 2878:2004Fire Extinguisher, Carbon Dioxide Type (Porta...
→
IS 4308:2003Specification for Dry Chemical Powder for Fig...
→

Frequently Asked Questions4

What is the correct mounting height for a standard fire extinguisher?+
For extinguishers weighing up to 18 kg, the carrying handle should be at a maximum height of 1.5 m from the floor (Clause 6.2).
How often should CO2 fire extinguishers be hydrostatically tested?+
Every 5 years.
What is the maximum life span of a Dry Chemical Powder (DCP) extinguisher?+
10 years, after which it must be rejected (Table 4).
Can water or foam extinguishers be used on electrical fires?+
No, they are highly conductive and dangerous for electrical fires. Only CO2, Clean Agent, or specialized DCP extinguishers should be used.

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