Design of Library Buildings - Recommendations Relating to its Primary Elements

IS 1553 Scope & Key References Summary

• Scope: IS 1553 covers design and construction requirements for specific building types (e.g., libraries), ensuring safety, functionality, and comfort.

• Key Adjunct Standards (Annex A, Clause 2.1):

• Rounding off values: Follow IS 2:1960 for numerical rounding in calculations.

• Orientation: Refer IS 7662 (Part 1):1974 for building orientation guidelines.

Practical Note:

IS 1553 is a composite standard relying on multiple IS codes for holistic design, covering water, fire, lighting, acoustics, and orientation.

graph LR
A[IS 1553 Scope] --> B[Water & Sanitation (IS 1172)]
A --> C[Fire Safety (IS 1642, IS 11460)]
A --> D[Lighting (IS 2672, IS 7942)]
A --> E[Sound Insulation (IS 1950)]
A --> F[Orientation (IS 7662)]
A --> G[Library Specifics (IS 2661, IS 8338)]

Use these referenced IS codes in conjunction with IS 1553 for comprehensive design compliance.

IS 1553: Basic Principles of Design - Key Points

1. Basic Principles (Clause 3.1)

• Design should balance monumental (aesthetic, symbolic) and functional (practical, usable) aspects.
• Emphasize modular coordination, standardization, simplification, and dry construction.
• Design elements, including fittings and furniture, should conform to modular dimensions for ease of construction and maintenance.

2. Modular Dimensions (Clause 3.2, Table B-3)

• Use standard modular dimensions to ensure compatibility and interchangeability.
• Typical modular size: 300 mm increments (common in Indian standards).
• This facilitates:
  • Simplified planning
  • Reduced wastage
  • Ease of prefabrication

3. Design Considerations (Clause 12.2)

• Building design must integrate structural safety, durability, and usability.
• Consider environmental conditions and material properties as per relevant IS codes.

Summary Table: Modular Coordination (Typical)

Additional Notes

• Follow BIS quality control and inspection norms.
• Refer to Annex A of IS 1553 for related Indian Standards.
• Always check for latest amendments for updated practices.

flowchart LR
    A[Design Principles] --> B[Monumental Aspect]
    A --> C[Functional Aspect]
    A --> D[Modular Coordination]
    D --> E[Standard Dimensions]
    D --> F[Dry Construction]
    D --> G[Simplification]
    E --> H[300 mm Modular Units]

For detailed dimension tables and design formulas, consult the full IS 1553 text and related IS codes listed in Annex A.

IS 1553: Classification & Room Requirements for Libraries

1. Library Classification (Clause 4.2)

• Academic Library (AL):
  • University Library (UL)
  • Departmental Library (DL)
  • College Library (CL)
  • School Library (SL)
    (School library design details: IS 8338:1976)

2. Room Requirements (Clause 7.1 & Table 1)

IS 1553: Site Selection and Location for Libraries

Key Specifications (Clause 5.1)

• Separation: Minimum 10 m distance between library building and neighboring structures.
• Hazardous Occupancy: Avoid sites near hazardous facilities (chemical plants, fuel stations).
• Road Access:
  • Site must abut a road at least 12 m wide.
  • Road should connect to another road of similar width.
  • No dead-end roads; ensure good circulation/accessibility.

Additional Notes

• Location must ensure convenient accessibility for intended users.
• Site choice impacts library usage and service effectiveness.

Summary Table

Conceptual Diagram

graph LR
A[Library Site] -- 10m Separation --> B[Neighboring Buildings]
A -- Abuts --> C[Road ≥ 12m wide]
C -- Connects --> D[Another Road ≥ 12m wide]
C -- No --> E[Dead End]
E -. Prohibited .- A
B -. Hazardous Occupancy -. X[Not Allowed]

This ensures safety, accessibility, and optimal usage per IS 1553.

IS 1553: Design for Open Access Libraries — Key Points

1. Design Philosophy (Clause 1.1 & B-1.1)

• Functional requirements take precedence over monumental or aesthetic considerations.
• Avoid complex shapes (circular, square, butterfly) that hinder functional efficiency.
• Open access design prioritizes ease of movement and accessibility.

2. Open Access System (Clause 2.1 & B-2.1)

• Library buildings should be designed primarily for open access, enabling users to directly access collections.
• Open access design inherently supports closed system functionality, but not vice versa.
• Design must facilitate free movement, clear visibility, and user convenience.

3. Design Specifications (General Guidance)

• Floor layouts: Clear, unobstructed aisles; modular shelving.
• Lighting: Uniform, glare-free for reading and browsing.
• Structural design: Flexible column spacing to accommodate shelving.
• Safety: Fire exits and circulation paths must be clearly marked and accessible.

4. Reference Standards

• Annex A of IS 1553 lists related Indian Standards for structural, electrical, and fire safety design.

Summary Table: Open Access Design Features

flowchart LR
    A[Open Access Design] --> B[Functional Layout]
    A --> C[User Accessibility]
    A --> D[Lighting & Ventilation]
    A --> E[Structural Flexibility]
    B --> F[Clear Aisles]
    C --> G[Direct Shelf Access]
    D --> H[Uniform Illumination]
    E --> I[Modular Shelving Support]

For detailed structural design and safety, refer to IS 456 (Concrete), IS 875 (Loads), and IS 3844 (Fire Safety).

IS 1553 Key Specifications for Room Sizes and Dimensions

1. Reading Room (Clause 11.3)

• Average area per reader: Minimum 2.33 m²
• Reading table size: 2.4 m (length) × 0.6 m (width)
• Row spacing: Centre-to-centre distance between rows = 1.8 m
• Seating: One side of table only

2. Stack Room Dimensions (Clause 11.2)

• Refer to Fig. 1 in IS 1553 for detailed stack room layout.
• Dimensions depend on shelving type and access requirements.

3. Room Types & Requirements (Clause 7.1, Table 1)

• Different libraries require different rooms (e.g., General Reading Room, Stack Room, Catalogue Room).
• Rooms marked "R" are required for specific library types (Public, Academic, Institutional, Dormitory).
• Room sizes depend on actual needs but follow general guidelines per library type.

Summary Table: Reading Room Layout Dimensions

flowchart LR
    A[Reading Table 2.4m x 0.6m] --> B[Seating

IS 1553: Relative Positions of Rooms in Libraries

Key Points from IS 1553:

• Clause 9.3: Open areas between stack rooms and main building wings must be enclosed to protect books.
• Clause 10 (Relative Positions): Rooms should be located for convenience of daily use.
• Clause 12.2.4: Other rooms' positions depend on operational convenience.
• Clause 7.1 & Table 1: Specifies essential rooms required for different library types (Public, Academic, Institutional, Dormitory).

Essential Rooms & Their Requirement (Excerpt from Table 1)

Layout Guidelines:

• Stack rooms should be centrally located for easy access.
• Reading rooms should be adjacent to stack rooms.
• Administrative and staff rooms should be near the entrance or main circulation areas.
• Special rooms (e.g., microfilm, computer cell) placed based on usage frequency.

Summary Diagram (Conceptual Room Adjacency)

graph LR
    A[Entrance] --> B[Librarian's Room]
    B --> C[Stack Room]
    C --> D[General

IS 1553: Building Design and Construction - Key Points

1. Building Design (Clause 12.2)

• Emphasizes detailed design including fire safety and site location.
• Incorporates fire safety aspects per IS 1642 and IS 11460.
• Orientation recommendations per IS 7662 (Part 1) for non-industrial buildings to optimize daylight and ventilation.

2. Room Dimensions (Clause 11.5)

• Dimensions for rooms not covered in Clauses 11.2-11.4 should be based on local needs and functional requirements.

3. Referenced Indian Standards (Clause 2.1, Annex A)

4. Key Design Considerations

• Fire Safety: Follow IS 1642 & IS 11460 for construction details.
• Orientation: Use IS 7662 for optimal solar and wind orientation.
• Daylighting: Refer IS 7942 for educational buildings.
• Sound Insulation: IS 1950 guidelines for noise control.

Example: Room Dimension Guideline (General)

(Refer IS 1553 Clauses 11.2-11.4 for specifics)

flowchart TD
    A[Site Selection] --> B[Building Orientation (IS 7662)]
    B --> C[Structural Design]
    C --> D[Fire Safety (IS 1642, IS 11460)]
    C --> E[Daylighting (IS 7942)]
    C --> F[Sound Insulation (IS 

IS 1553 Fire Safety & Protection - Key Points

1. Fire Safety Provisions (Clause 12.2.6.1)

• Alternative venting for heat and combustion products.
• Adequate roof ventilation.
• Safe emergency evacuation routes.
• Fire brigade access: e.g., knock-out panels for direct aisle access.
• Automatic fire detection and alarm system.
• Automatic sprinkler system (in addition to detection).

2. Site & Access Requirements (Clause 12.1)

• Passageway for fire appliances: ≥ 6 m wide.
• Main entrance width: ≥ 4.5 m.
• Clear headroom (arch/gate): ≥ 5 m.
• Separate open parking spaces.
• Clear passageway of 6 m around building.

3. Building Construction (Clause 12.3)

• Fire resistance ≥ Type-I construction (IS 1642:1988).
• Avoid combustible materials in floors, roofs, doors, windows.
• Effective compartmentalization with fire-resistant walls & doors (≥ 1 hr fire rating).
• No grated/perforated floors to prevent fire spread.
• Leakproof roofs/floors with adequate drainage for firefighting water.

Fire Resistance - Type I Construction (IS 1642:1988)

flowchart TD
    A[Fire Safety Design] --> B[Ventilation]
    A --> C[Emergency Evacuation]
    A --> D[Fire Brigade Access]
    A --> E[Fire Detection & Sprinklers]
    A --> F[Building Construction]
    F --> G[Type-I Fire Resistance]
    F --> H[Compartmentalization]
    F --> I[No Combustible Materials]

Summary: IS 1553 mandates robust fire safety via ventilation, access, automatic systems, and fire-resistant construction (Type-I as per IS 1642), ensuring safe storage of library/records and effective firefighting.

IS 1553 - Lighting and Electrical Points: Key Guidelines

• Reference Standards:

  • IS 2672:1966 – Principles and recommended illumination levels for libraries.
  • IS 7942:1976 – Guidelines on daylighting.
  • IS 11460:1985 – Fire protection and safety related to electrical installations.

• Illumination Levels (per IS 2672):

  • Reading areas: ~300 lux (general lighting)
  • Stacks and aisles: ~150 lux minimum
  • Daylighting: Should be optimized as per IS 7942 for natural light without glare.

• Placement of Electrical Points (Clause 14.3):

  • Fan and light points must be located to avoid shadows caused by fan blades on fluorescent lights, preventing flickering.
  • Ensure light points provide uniform illumination without disturbing shadows.

• General Lighting (Clause 14.2):

  • Must enable comfortable reading at desks and clear visibility in aisles.
  • Use diffused lighting to reduce glare and eye strain.

Typical Lighting Layout Consideration (Mermaid Diagram)

graph LR
A[Ceiling Fan] --> B[Light Fixture]
B --> C[Desk Area]
B --> D[Stack Aisles]
A -. Avoid Shadow on .-> B

Summary: Follow IS 2672 for illumination levels, IS 7942 for daylighting, and ensure fan-light positioning avoids flicker shadows for optimal library lighting.

IS 1553 on Noise Control & Sound Insulation: Key Points

• For detailed noise reduction methods and sound insulation, refer to IS 1950:1962 — the primary standard for sound insulation in non-industrial buildings.

• Clause 15.1 emphasizes controlling internal noise (conversation, frictional, mechanical) by using noise-absorbing materials on ceilings, walls, floors, and partitions.

Typical Noise Control Measures (per IS 1950 & IS 1553):

• Use of acoustic ceiling tiles and wall panels with high Noise Reduction Coefficient (NRC).
• Double glazing for windows to reduce external noise.
• Sealing gaps in doors, windows, and partitions.
• Use of floating floors or resilient mounts to reduce impact noise.
• Proper room layout to isolate noisy equipment.

Basic Sound Insulation Formula (from IS 1950):

[ R = 20 \log_{10} \left(\frac{f}{f_0}\right) + C ]

• R = Sound Reduction Index (dB)
• f = frequency (Hz)
• f₀ = reference frequency (usually 1000 Hz)
• C = constant depending on material and construction

Referenced IS Codes for Noise Control:

flowchart LR
    A[Internal Noise Sources] --> B[Noise Absorbing Materials]
    B --> C[Ceilings, Walls, Floors, Partitions]
    C --> D[Reduced Noise Levels]
    A --> E[Mechanical Noise]
    E --> B

Summary: Use IS 1950 for sound insulation design. Control internal noise with absorptive materials and proper construction detailing as per IS 1553 Clause 15.1.

IS 1553: Air Conditioning Key Points

• Temperature & Humidity Control (Clause 16.1):
  Maintain 22 ± 1°C temperature and 50 ± 5% relative humidity continuously in storage areas for rare books, manuscripts, and irreplaceable materials.

• Noise Reduction:
  Refer to IS 1950:1962 for methods on noise reduction and sound insulation in air-conditioned spaces.

• Related IS Codes (Annex A):

  • IS 1172: Water supply & sanitation
  • IS 1642: Fire safety in buildings
  • IS 2672: Library lighting
  • IS 11460: Fire safety of libraries and archives
  • IS 2661: Mobile library van specifications

Typical Air Conditioning Design Parameters for Archives (per IS 1553 & good practice):

Humidity Control Formula:

[ RH = \frac{p_{water vapor}}{p_{saturation}} \times 100% ]

• Where ( p_{water vapor} ) is partial pressure of water vapor
• ( p_{saturation} ) is saturation vapor pressure at given temperature

flowchart LR
    A[Air Conditioning System] --> B[Temperature Control (22±1°C)]
    A --> C[Humidity Control (50±5% RH)]
    A --> D[Noise Reduction (IS 1950)]
    B & C --> E[Preservation of Rare Materials]

Summary: IS 1553 mandates strict temperature and humidity control for archival spaces, referencing IS 1950 for noise control and other IS codes for complementary design aspects.

IS 1553: Provision for Ancillary Facilities in Libraries

Key Specifications & Tables

1. Essential Rooms (Clause 7.1, Table 1)

• Libraries must provide specific rooms depending on type (Public, Academic, Institutional, Dormitory).
• Rooms include Stack room, Catalogue room, Reading rooms, Seminar rooms, Staff rooms, etc.
• 'R' in Table 1 indicates mandatory provision for that library type.

(Refer to Table 1 in IS 1553 for full details.)

2. Building Construction for Book Storage (Clause 12.3)

• Fire resistance equivalent to Type-I construction per IS 1642:1988.
• Avoid combustible materials in floors, roofs, doors, windows.
• Compartmentalize storage rooms with fire-resistant walls and fire check doors (≥ 1 hour fire resistance).
• No grated/perforated floors to prevent vertical fire spread.
• Roofs and floors must be leakproof with proper drainage.

3. Compound and Amenities (Clause 12.2.5)

• Adequate open space around buildings for fire safety, internal roads, parking, water sources, and incinerators.

Summary Diagram: Fire Safety Compartmentalization

graph TD
  A[Book Storage Room] -->|Fire-resistant walls| B[Adjacent Room]
  A -->|Fire check doors ≥1 hour| C[Corridor]
  C -->|Enclosed stairways/lifts| D[Other Floors]
  subgraph Fire Barrier
    A
    B
    C
  end

Important Notes:

• Room sizes: Determined by local needs (Clause 11.5).
• Fire safety and segregation are critical for protecting valuable records

IS 1553: Modular Coordination & Standardization Key Points

1. Modular Dimensioning (Clause 3.1)

• Basic module = 100 mm (1 module)
• All library furniture and building elements (charging trays, work tables, racks, windows, doors, counters, etc.) must be sized in multiples or submultiples of 100 mm.
• Ensures interchangeability, economy, and comfort.
• Facilitates cost-effective production, servicing, and replacement.

2. Principles (Clause 3.2)

• Design should conform to:
  • Modular coordination
  • Dry construction
  • Standardization
  • Simplification of elements and furniture.
• Enables harmonious integration and ease of maintenance.

3. Typical Modular Dimensions Table (Indicative)

4. Benefits

• Economical use of space
• Ease of storage and protection of books
• Compatibility across furniture and building components

flowchart LR
    A[100 mm Module] --> B[Library Furniture]
    A --> C[Windows & Doors]
    A --> D[Work Tables & Counters]
    B --> E[Trays, Racks]
    D --> F[Catalogue Cabinets]
    E --> G[Standardized Dimensions]
    G --> H[Cost Efficiency & Comfort]

Summary: Use 100 mm as the base module for all design elements to ensure modular coordination, standardization, and economy in library buildings per IS 1553.

IS 1553: Maintenance and Future Expansion Considerations

While IS 1553 primarily focuses on library building design, key points relevant to maintenance and future expansion include:

Key Specifications:

• Clear Length for Book Racks (Clause 1.80):
  [ \text{Clear Length (m)} = 1.80 \times n + 3.10 ]
  where n = number of rows of book racks.
  This ensures adequate space for racks plus cross gangways (1.35 m wide).

• Centre-to-Centre Distance Between Racks:
  Fixed at 1.80 m (0.45 m rack depth + 1.35 m gangway width) to allow comfortable access and maintenance.

• Room Dimensions (Clause 11.5):
  Other room sizes should be adaptable based on local needs, allowing flexibility for future expansion.

Maintenance & Expansion Tips:

• Design modular rack layouts for easy addition/removal.
• Maintain minimum gangway widths for accessibility and equipment movement.
• Plan structural provisions (like load capacity and service ducts) to accommodate future utilities or shelving systems.

flowchart LR
    A[Existing Racks] --> B[Maintain 1.80m spacing]
    B --> C[Allow cross gangways 1.35m wide]
    C --> D[Plan clear length: 1.80*n + 3.10]
    D --> E[Future expansion: add rows (n+1)]
    E --> F[Adjust room dimensions as per local needs]

This approach ensures ease of maintenance and scalable expansion within IS 1553 guidelines.