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IS 3483 : 1965Code of practice for noise reduction in industrial buildings

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ISO 11690-1 · BS 8233 · ISO 11690-2
CurrentSpecializedCode of PracticeArchitectural · Functional Requirements in Buildings
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Link points to Internet Archive / others. Not hosted by InfraLens. Details
OverviewValues4InternationalTablesFAQ3Related

IS 3483:1965 is the Indian Standard (BIS) for noise reduction in industrial buildings. This code provides comprehensive guidelines for reducing noise in industrial buildings. It covers acceptable noise levels for various functional areas, proper layout and siting of facilities, and techniques for sound insulation and absorption to protect worker health and improve acoustic efficiency.

Code of practice for noise reduction in industrial buildings

Overview

Status
Current
Usage level
Specialized
Domain
Architectural — Functional Requirements in Buildings
Type
Code of Practice
International equivalents
ISO 11690-1:2020 · ISO (International Organization for Standardization), InternationalBS 8233:2014 · BSI (British Standards Institution), United KingdomISO 11690-2:1996 · ISO (International Organization for Standardization), InternationalISO 15667:2000 · ISO (International Organization for Standardization), International
Typically used with
IS 1950IS 4954IS 2526
Also on InfraLens for IS 3483
4Key values2Tables3FAQs
Practical Notes
! Always prioritize reducing noise at the source (e.g., proper machine maintenance, anti-vibration mountings) before resorting to expensive building treatments.
! Treating the ceiling with sound-absorbing materials is generally the most effective way to reduce reverberant noise in large, open factory halls.
! Do not confuse insulation with absorption: dense, massive materials (like concrete/brick) are needed to block sound transmission between rooms, whereas soft, porous materials are used to absorb sound within a room.
Frequently referenced clauses
Cl. 4Acceptable Noise LevelsCl. 5Layout and SitingCl. 6Noise Reduction by InsulationCl. 7Noise Reduction by AbsorptionCl. 8Machine Enclosures
Pulled from IS 3483:1965. Browse the full clause & table index below in Tables & Referenced Sections.
acoustic panelssound absorbing materialsvibration isolatorsmasonry

International Equivalents

Similar International Standards
ISO 11690-1:2020ISO (International Organization for Standardization), International
HighCurrent
Acoustics — Recommended practice for the design of low-noise workplaces containing machinery — Part 1: Noise control strategies
Provides a modern, strategic framework for designing low-noise industrial workplaces, directly updating the principles of IS 3483.
BS 8233:2014BSI (British Standards Institution), United Kingdom
MediumCurrent
Guidance on sound insulation and noise reduction for buildings
Offers broad guidance on noise control for various buildings, with specific criteria applicable to industrial and commercial spaces.
ISO 11690-2:1996ISO (International Organization for Standardization), International
HighCurrent
Acoustics — Recommended practice for the design of low-noise workplaces containing machinery — Part 2: Noise control measures
Details specific noise control measures (barriers, enclosures, absorption) that are outlined more generally in IS 3483.
ISO 15667:2000ISO (International Organization for Standardization), International
LowCurrent
Acoustics — Guidelines for noise control by enclosures and cabins
Focuses specifically on the design and performance of enclosures and cabins, one of the key techniques mentioned in IS 3483.
Key Differences
≠IS 3483:1965 is withdrawn and based on outdated 1960s acoustic principles, whereas modern standards like ISO 11690-1:2020 are current and incorporate decades of advancements in materials, measurement, and predictive modeling.
≠The Indian standard provides qualitative advice and uses older metrics like Noise Rating (NR) curves. International standards are quantitative, using metrics like A-weighted decibels (dBA), Sound Reduction Index (Rw), and Sound Power Level (LwA), tied to modern health and safety regulations.
≠Modern standards (e.g., ISO 11690-1) emphasize a hierarchical approach to noise control, prioritizing noise reduction at the source ('buy quiet' policies) and during the design phase. IS 3483 focuses more on remedial actions like adding absorption or barriers in an existing facility.
≠International standards are often structured as a multi-part series (e.g., ISO 11690 Parts 1, 2, 3), allowing for detailed coverage of strategies, measures, and prediction. IS 3483 is a single, monolithic document providing a general overview.
Key Similarities
≈Both IS 3483 and modern equivalents advocate for the same fundamental physical principles of noise control: control at the source, control of the transmission path, and protection of the receiver.
≈The strategic use of building layout, such as separating noisy plant areas from quiet control rooms or offices, is a common recommendation in both the old Indian standard and current international codes.
≈All standards recognize the importance of sound-absorbing materials applied to room surfaces (ceilings, walls) to control reverberant noise build-up in large industrial spaces.
≈The principle of using barriers, screens, and enclosures to block the direct path of sound from a machine to a worker is a key shared technique for noise mitigation.
Parameter Comparison
ParameterIS ValueInternationalSource
Target Noise Level (Workshop)Recommends general levels, often referencing Noise Rating curves (e.g., NR-65 to NR-75).Focus on meeting occupational exposure limits, e.g., daily exposure of LEX,8h < 85 dBA. Design goal is often < 80 dBA.ISO 11690-1:2020
Target Noise Level (Industrial Office)Recommends levels based on NR curves, typically NR-40 to NR-50.Specifies design targets in dBA, e.g., 40-50 dBA LAeq,T for routine office work.BS 8233:2014
Partition Sound Insulation (Office-Workshop)Qualitative advice to use heavy, rigid partitions; suggests an 'average sound reduction' of 40-45 dB.Specifies performance using modern single-number ratings, e.g., a Weighted Sound Reduction Index (Rw) of 50-55 dB.BS 8233:2014
Reverberation ControlRecommends keeping reverberation time 'as low as practicable', suggests 1.0 - 1.5 seconds for workshops.Focuses on achieving a specific reduction in the reverberant sound pressure level (e.g., 3-8 dB) by adding a calculated amount of absorption.ISO 11690-1:2020
Machinery Noise SpecificationAdvises selecting 'quieter types of machines' qualitatively.Promotes a quantitative 'buy quiet' policy, requiring vendors to declare machine Sound Power Level (LwA) per ISO 3740 series standards.ISO 11690-1:2020
Acoustic Barrier DesignRule-of-thumb: barrier must break the line-of-sight between source and receiver.Performance-based: design is based on achieving a target insertion loss (e.g., 5-15 dB) calculated using path length difference and frequency.ISO 11690-2:1996
⚠ Verify details from original standards before use

Key Values4

Quick Reference Values
Acceptable noise level in general machine shops90 dB(A)
Acceptable noise level in industrial offices50 dB(A)
Acceptable noise level in factory canteens55 dB(A)
Recommended max continuous exposure without protection85 to 90 dB(A)

Tables & Referenced Sections

Key Tables
Table 1 - Acceptable Noise Levels in Industrial Buildings
Table 2 - Sound Insulation Values of Typical Constructions
Key Clauses
Clause 4 - Acceptable Noise Levels
Clause 5 - Layout and Siting
Clause 6 - Noise Reduction by Insulation
Clause 7 - Noise Reduction by Absorption
Clause 8 - Machine Enclosures

Related Resources on InfraLens

Cross-Referenced Codes
IS 1950:1997Wrought Aluminium and Aluminium Alloy Bars, R...
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IS 4954:1968Recommendations for noise reduction in town p...
→
IS 2526:1963Code of practice for the acoustic design of a...
→

Frequently Asked Questions3

How can structure-borne noise from heavy machinery be prevented?+
By isolating the machinery using resilient mountings, vibration pads, and ensuring separate independent foundations to prevent vibration transfer to the main building structure.
What is the recommended noise limit for a typical machine shop?+
Usually maintained at or below 90 dB(A) to minimize the risk of permanent hearing damage during an 8-hour shift.
How should an industrial site be laid out to minimize noise issues?+
Noisy operations should be grouped together, separated from quiet zones (like offices or design rooms) by buffer areas such as storage rooms or heavy acoustic walls.

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