Fire Door, Wood Flooring, Acoustical, wooden nosing, Acoustic Door, Amplifications, work Auditorium Hanumangarh junction

Amount

(H-Schedule)

Providing and fixing glazing in fire resistant door shutters, fixed panels & partitions etc., with G.I. beading made out of 1.6 mm thick G.I. sheet (zinc coating not less than 120 gm/m²) of size 20 x 33 mm screwed with M4 x 38 mm SS screws at distance 75 mm from the edges and 150 mm c/c , including applying a coat of approved fire resistant primer/ powder coating of not less than 30 micron on G.I. beading, & special ceramic tape of 5 x 20 mm size etc complete in all respect as per NBC 2016, IS 16231 (Part 3):2016 and as per direction of Engineer-incharge with glass of required thickness having 120 minutes of fire resistance both integrity & radiation control (EW120) and minimum 20 minutes of insulation (EI20)The manufacturer have to give test report/certification of fire glass and the glass should have the stamp showing the value of E, EW & EI. The glass shall be tested in approved NABL accredited lab or by any other accreditation body which operates in accordance with ISO/IEC 17011 and accredits labs as per ISO/IEC 17025 for testing and calibration scopes shall be eligible. The maximum glazing size shall not be more than 1100x2200 mm (w x h) or 2.42 sqm.Fire Door FD1 1.8X2.1

9mm Thick textured fibrous 100% Polyester Fiber Sound Absorption PET Panel with Perforated Wood Plastic Composite Board for Stage Ceiling & Wall

Stage Procenium Arc "Structure In Front Of Stage"

The proscenium of a stage is one of the divisions of the stage,As per Architectural Drawings, Work will be executed as per the Architectural Drawings & instructions of Engineer-in-charge (EIC) including all tools, tackles, machineries, manpower, staging, any consumables, etc. complete a structure in front of the stage that frames the action of the play. It can be square or arched, and the stage curtain is generally directly behind it."picture frame" placed around the front of an end stage. the invisible barrier that separates the stage from the audience and through which the audience watches the action. The “Arch acts like a picture frame through which the action can be seen. The picture above shows the Proscenium Arch of the Stage. A proscenium arch creates a "window" around the scenery and performers, the advantages are that it gives everyone in the audience a good view because the performers need only focus on one direction rather than continually moving around the stage to give a good view from all sides. A proscenium theatre layout also simplifies the hiding and obscuring of objects from the audience's view. Anything that is not meant to be seen is simply placed outside the "window" created by the proscenium arch, either in the wings or in the fly space above the stage. Arch serves as the frame into which the audience observes from a more or less unified angle the events taking place upon the stage during a theatrical performance. Providing & fixing Stage Proescinium: to be fabricated on site as per proposed design Outer MS tubler framemade with 50mm X 50mm and inner Joints with 25mm X 25mm infill with 48mm thick 40kg/cum density Rockwool insulation padding. front side fixing on 12mm Water Proof Ply. Finishing with 1mm Laminate fixing with adesive. Work complete in all respect as per the drawing to the satisfaction of Engineer in-charge or Project Officer.

Acoustical Stage Wooden Flooring

Providing and Fixing Stage Wooden Flooring: As per Architectural Drawings, Work will be executed as per the Architectural Drawings & instructions of Engineer-in-charge (EIC) including all tools, tackles, machineries, manpower, staging, any consumables, etc. complete Proposing and fixing 75mm to 90mm X 20mm to 18mm thick in random length, Second class teak wood planks flooring with interlocking tongue and groove joints. Its unique properties make it a preferred material for high-traffic areas, ensuring long-lasting performance and minimal maintenance. Teak wood has inherent acoustic properties that contribute to sound quality on stage. Fixed on a layer of 19 mm thick BWR grade plywood of approved make and manufacture, known for its superior resistance to moisture and structural integrity, BWR grade plywood provides a reliable and long-lasting solution for areas subject to high traffic and potential water exposure. Fixed to hardwood joint 62mm X 62mm @600 mm c/c in one direction and 62mm X 62mm hard wood baƩens 600mm c/c on other direction,interlocked frames. This framework ensures that the stage floor remains solid, level, and capable of withstanding the dynamic loads associated with performances and stage equipment. The framework Hardwood joint resiliently supported on 12mm Thickness X 100MM Width X 100 MM Length ANTI VIBRATION RUBBER PAD BOTH SIDE GRIP with Specific Gravity: 1.60g/cm3(+/-.05), Hardness: 70 (+/- 5) Shore A, Tensile Strength: 30 kg/cm2 (min), Elongation: 250% (min) to offer stability, reduce vibrations, and ensure a smooth, durable surface for stage performances. The framework to be filled with 50mm thick Insulation Wool resin bonded insulation of density 24kg/cum combines the strength of Hardwood with the acoustic and thermal properties. PU polishing of teakwood on the exposed surface: In horizontal/vertical plane (rate for flooring shall include providing additional framework required for housing microphone and power outlet junction - signal & Popup Stage boxes, if required providing and fixing hinged 18mm thick teakwood cover for the junction boxes. The stage wooden flooring is provided with a transparent lacquer, but if a custom look is required, special varnishes, painting or paints are also possible. As per Design & Drawing Work complete in all respect as per the drawing to the satisfaction of Engineer in-charge or Project Officer. The stage wooden flooring is provided with a transparent lacquer, but if a custom look is required, special varnishes, painting or paints are also possible

Wooden nosing for Auditorium Stage

Providing and Fixing of Side Skirting As per Architectural Drawings, Work will be executed as per the Architectural Drawings & instructions of Engineer-in-charge (EIC) including all tools, tackles, machineries, manpower, staging, any consumables, etc. complete Installation on side skirting & Molding 100mmX10/8mm as per requried finnishing with melamine polishing. Work complete in all respect as per the drawing to the satisfaction of Engineer in-charge or Project Officer.

Side Skirting Wooden Beading

Providing and Fixing of Side Skirting As per Architectural Drawings, Work will be executed as per the Architectural Drawings & instructions of Engineer-in-charge (EIC) including all tools, tackles, machineries, manpower, staging, any consumables, etc. complete Installation on side skirting & Molding 100mmX10/8mm as per requried finnishing with melamine polishing. Work complete in all respect as per the drawing to the satisfaction of Engineer in-charge or Project Officer.

Providing & fixing of teakwood Four side door frame of section 150x65mm along with fire and smoke in tumescent seal strip of size 12mmx4mm for 120 minutes fire rated and rw 35db acoustic door with minimum thickness of 93mm having infill of 45mm thick resin bonded glass wool of 48kg/m3 density sandwiched by two 12mm thick magnesium board (edge to edge on internal hardwood frame)and cladded with 6mm thick commercial ply facing and 3mm sheet rubber interlayer T. And finished with 1mm thick laminate as per designer and 25mm thick teakwood frame around the door panel as shown in the drawing. The board shall be resistant to vermin, mold growth, minor impact, abrasion and short term water attack and shall be in color as approved by the designer, the door shall have acoustic seal in door rebates and drop dead seal at the bottom of the door, the sound reducing doors also include door closer, door coordinator, panic bar with outside key and including all accessories, material & labor complete as directed by Architect / Engineer – in – charge. Size 2.40 x 1.50 (ecotone/off/sound better)

Providing and fixing glazing in fire resistant door shutters, fixed panels & partitions etc., with G.I. beading made out of 1.6 mm thick G.I. sheet (zinc coating not less than 120 gm/m²) of size 20 x 33 mm screwed with M4 x 38 mm SS screws at distance 75 mm from the edges and 150 mm c/c , including applying a coat of approved fire resistant primer/ powder coating of not less than 30 micron on G.I. beading, & special ceramic tape of 5 x 20 mm size etc complete in all respect as per NBC 2016, IS 16231 (Part 3):2016 and as per direction of Engineer-incharge with glass of required thickness having 120 minutes of fire resistance both integrity & radiation control (EW120) and minimum 20 minutes of insulation (EI20)The manufacturer have to give test report/certification of fire glass and the glass should have the stamp showing the value of E, EW & EI. The glass shall be tested in approved NABL accredited lab or by any other accreditation body which operates in accordance with ISO/IEC 17011 and accredits labs as per ISO/IEC 17025 for testing and calibration scopes shall be eligible. The maximum glazing size shall not be more than 1100x2200 mm (w x h) or 2.42 sqm.Fire Door FD1 1.8X2.1

The scope involves the Supply, installation, laying, testing, commissioning, and programming of the Two-Way Line Array Loudspeaker Cluster System consists of multiple individual speakers arranged in a linear formation designed to deliver high – quality sound coverage & listening experience throughout the space for a more natural and immersive listening experience. The product must be delivered fully calibrated and ready for immediate use. Installation will be executed in strict accordance with the Architectural Drawings and the instructions provided by the Engineer-in-Charge (EIC) the installation must be carried out by a skilled and experienced team, adhering to the highest standards of quality, precision, and safety throughout the project. : Dual 10″ LF drivers, 3″ Neodymium HF compression driver, 138 dB Max SPL @ 1 meter Integral, 2 x 10″ LF drivers, 4.0″ voice coils to ensure high efficiency and high power handling, 100° x 10° dispersion, 180 watts programme HF, 1600 watts programme LF, 16 Ω impedance with side plate adjustable rigging system Passive and Bi-amp mode switching, placement at front of House (Right & Left) Specifications: System Type : Passive, Frequency Response (+/-3 dB) : 65 Hz – 20 KHz, Frequency Range (-10 dB) : 60 Hz – 20 KHz, Sensitivity (2.83 v / 1 m) : 102 dB, Calculated Maximum SPL @1 m : LF:135 dB HF:138 dB, System Rated Impedance : 16 Ω, Rated Impedance : 8 Ω x 2, LF Power (re:AES2-2012) : 2 x 400 W, HF Driver Type : Compression Driver – Neo , Voice Coil Size : 75 mm / 3.0”, 65 mm / 2.5”, Diaphragm Material : Diaphragm Material, Rated Impedance : 8 Ω, HF Power (re:AES2-2012) : 80 W, Nominal Coverage (H x V) : 100° x 10°, System Continuous Power : LF:800 W HF:90 W, System Programme Power : LF:1800 W HF:180 W, System Peak Power : LF:3600 W HF:360 W, Crossover frequency : 1.5 KHz or better transducers,frequency Response, includes the provision of all necessary tools, machinery, manpower, staging, and any required consumables, ensuring a comprehensive and seamless process, higher or improved specifications beyond those mentioned above are welcome and considered within the specified make and standards, any deviations from this standard will not be accepted. All products must come with an unconditional warranty covering a minimum of One year. Additionally, comprehensive onsite training must be provided to the end-user to ensure proper operation and maintenance of the installed equipment.

The scope involves the supply, installation, laying, testing, commissioning, and programming of MULTICHANNEL POWER AMPLIFICATIONS, specifically designed to be fully compatible with and programmed for a Two-Way Line Array Loudspeaker Cluster System. Amplifier must be delivered fully calibrated, ensuring it is ready for immediate usage, Installation will be carried out strictly following the OEM's recommendations, in compliance with the Architectural Drawings, and under the guidance of the Engineer-in-Charge (EIC), providing all necessary tools, machinery, manpower, staging, and any required consumables to ensure a seamless and comprehensive process. A skilled and experienced team will perform the installation, adhering to the highest standards of quality with 2 - Channel 4760W per channel, 8 Ohm 2 x 2000 Watts, 4 Ohm 2 x 3400 Watts, 2 Ohm 2 x 4760 Watts, 16 Ohm Bridged 1 x 4000 Watts, 8 Ohm Bridged 1 x 6800 Watts, 4 Ohm Bridged 1 x 9520 Watts, 100 V Hi-Z : 2 x 3400 Watts, 70 V Hi-Z : 2 x 2400 Watts, Rated Power : 2 x 2000 W, (THD=1%, 2 x 3400 W, Each channel works simultaneously with continuous sinusoidal 1 KHz) 2 x 4760 W, Output RMS voltage : 126.5 V,Max Input Level : 8.7 Vrms (+21 dBu)(Default Gain) Default Gain (Rated Power,1 KHz) : 24 dB,Gain (Rated Power,1 KHz) : 24 dB~42 dB , THD+N : Typical value:0.05% (10% Rated Power,8 Ω), Cross-Talk : ≥90 dB (20 Hz-1 KHz, below Rated Power,8 Ω), Frequency Response: Typical value:+0,-0.5 dB (10% Rated Power,20 Hz-20 KHz,8 Ω), Input Impedance : 20 kΩ (Balanced), 10 kΩ (Unbalanced) Damping Factor: ≥1000 (20 Hz-200 Hz,8 Ω), SNR: ≥105 dB (Default Gain, A weighted,20 Hz-20 KHz,8 Ω),Main Power: 90~260 VAC,50/60 Hz, or better transducers Protection : Power under-voltage, Amplifier output DC, Thermal, Temp Power Control, Overload Power Control The rated power outputs are measured at THD = 1%, continuous sinusoidal 1 KHz with each channel working simultaneously, amps are stable down to 2 Ohms. This allows for multiple 8 Ω or 16 Ω speakers to be driven with extreme power, higher or improved specifications beyond those mentioned above are welcome and considered within the specified make and standards, any deviations from this standard will not be accepted, All products must come with an unconditional warranty covering a minimum of one year. Additionally, comprehensive onsite training must be provided to the end-user to ensure proper operation and maintenance of the installed equipment.

Supply, installation, laying, testing, commissioning, and programming of Dual 18″ Chamber subwoofers to be strategically placed within a cavity below the stage deliver high – quality sound coverage & listening experience throughout the space for a more natural and immersive listening experience to maintain uniformity in low-frequency sound distribution, which is inherently directional and tends to emanate from the floor, the subwoofers must be positioned symmetrically on the right and left sides beneath the stage and must be delivered fully calibrated and ready for immediate use. Installation will be executed in strict accordance with the Architectural Drawings and the instructions provided by the Engineer-in-Charge (EIC). This includes the provision of all necessary tools, machinery, manpower, staging, and any required consumables, ensuring a comprehensive and seamless process, the installation must be carried out by a skilled and experienced team, adhering to the highest standards of quality, precision, and safety throughout the project, installation of concealed Dual 18″ Chamber subwoofers, each featuring a 4.0″ voice coil, these subwoofers should deliver a maximum SPL of 138 dB at 1 meter, ensuring a balanced and immersive sound experience, system Type: Passive, Configuration: Dual Chamber Subwoofer, Frequency Response (+/-3 dB): 30 Hz -1.5 KHz, Frequency Range (-10 dB) : 25 Hz -1.5 KHz, Sensitivity (2.83 v / 1 m) : 100 dB, Calculated Maximum SPL @1 m : 138 dB, System Rated Impedance : Parallel: 4 Ω Discrete: 8 Ω x 2, Rated Impedance: 2 x 8 Ω, LF Power (re:AES2-2012) : 2 x 800 w, System Continuous Power : 1600 w Parallel / 800 w Discrete, System Programmed Power : 3200 w Parallel / 1600 w Discrete, System Peak Power: 6400 w Parallel / 3200 w Discrete or better transducers, frequency Response higher or improved specifications beyond those mentioned above are welcome and considered within the specified make and standards, any deviations from this standard will not be accepted, All products must come with an unconditional warranty covering a minimum of one year. Additionally, comprehensive onsite training must be provided to the end-user to ensure proper operation and maintenance of the installed equipment.

The scope involves the supply, installation, laying, testing, commissioning, and programming of MULTICHANNEL POWER AMPLIFICATIONS, specifically designed to be fully compatible with and programmed for dual 18” Chamber Subwoofers, Amplifier must be delivered fully calibrated, ensuring it is ready for immediate usage, Installation will be carried out strictly following the OEM's recommendations, in compliance with the Architectural Drawings, and under the guidance of the Engineer-in-Charge (EIC), providing all necessary tools, machinery, manpower, staging, and any required consumables to ensure a seamless and comprehensive process. A skilled and experienced team will perform the installation with 2 - Channel 4760W per channel, 8 Ohm 2 x 2000 Watts, 4 Ohm 2 x 3400 Watts, 2 Ohm 2 x 4760 Watts, 16 Ohm Bridged 1 x 4000 Watts 8 Ohm Bridged 1 x 6800 Watts, 4 Ohm Bridged 1 x 9520 Watts 100 V Hi-Z : 2 x 3400 Watts, 70 V Hi-Z : 2 x 2400 Watts with Rated Power : 2 x 2000 W, (THD=1%, 2 x 3400 W, Each chan works simultaneously with continuous sinusoidal 1 KHz) 2 x 4760 W, Output RMS voltage : 126.5 V,Max Input Level : 8.7 Vrms (+21 dBu)(Default Gain) Default Gain (Rated Power,1 KHz) : 24 dB,Gain(Rated Power,1 KHz) : 24 dB~42 dB , THD+N : Typical value:0.05% (10% Rated Power,8 Ω), Cross-Talk : ≥90 dB (20 Hz-1 KHz, below Rated Power,8 Ω), Frequency Response: Typical value:+0,-0.5 dB (10% Rated Power,20 Hz-20 KHz,8 Ω), Input Impedance : 20 kΩ (Balanced), 10 kΩ (Unbalanced) Damping Factor: ≥1000 (20 Hz-200 Hz,8 Ω), SNR: ≥105 dB (Default Gain, A weighted,20 Hz-20 KHz,8 Ω), Main Power: 90~260 VAC,50/60 Hz, or higher or improved specifications transducers Protection : Power under-voltage, Amplifier output DC, Thermal, Temp Power Control, Overload Power Control considered within the specified make and standards, any deviations from this standard will not be accepted, All products must come with an unconditional warranty covering a minimum of one year. Additionally, comprehensive onsite training must be provided to the end-user to ensure proper operation and maintenance of the installed equipment.

The scope involves Supply, installation, laying, testing, commissioning, of 15″ 2-way passive floor and wall-mount stage monitors designed to provide individualized sound for performers. These monitors should ensure clear and accurate sound reproduction, crucial for enhancing performers' ability to hear themselves and other musicians during live performances, Stage monitoring with 2.0″ voice coil HF driver, should be designed to deliver consistent, reliable sound coverage across the entire performance area. The product must be delivered fully calibrated and ready for immediate use. Installation will be executed in strict accordance with the Architectural Drawings and the instructions provided by the Engineer-in-Charge (EIC). This includes the provision of all necessary tools, machinery, manpower, staging, and any required consumables, ensuring a comprehensive and seamless process, the installation must be carried out by a skilled and experienced team, safety throughout the project, ensure that performer's can hear themselves and other performers clearly with 131 dB Max SPL @ 1 meter, monitors allow performers to hear themselves, without relying solely on the main PA system 500 watts AES (RMS), 1000 watts Programmed, 2000 watts Peak or higher - improved specifications transducers, frequency Response stage monitors designed to prevent feedback or sound delay issues and placed at 45-degree angle for optimal sound projection, considered within the specified make and standards, any deviations from this standard will not be accepted, All products must come with an unconditional warranty covering a minimum of one year. Additionally, comprehensive onsite training must be provided to the end-user to ensure proper operation and maintenance of the installed equipment.

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