Acoustic booth ODY1

Overview
Steel audiometric sound booth designed for clinical audiological examinations and acoustic testing. Modular interlocking panels are assembled on site. Single-wall and double-wall configurations with customizable interior finishes and accessories are available to meet institutional requirements.

Key features

• Available in single-walled or double-walled configurations.
• Structure in pickled steel; interior finish options: punched pickled steel, imitation leather, or wood.
• Interlocking panels assembled on site for flexible installation.
• Typical block thickness for standard isolation: 120, 135 or 150 mm; double-wall variations commonly 100–150 mm.
• Mounted on 25 mm wedges to reduce ground-borne vibration and noise.
• Interior flooring options: carpet, PVC-based linoleum, or wood with cleanable special coating.
• Door designed for high noise isolation; size and position customizable; larger doors and optional ramp for wheelchair or stretcher access.
• Emergency exit button and safety wire fitted on the door.
• Observation window (soundproof) available and positionable per user needs.
• Dual ventilation system sized to booth dimensions (supply and exhaust) with anti-vibration ventilation boxes and separate on/off control.
• Punched pickled steel used for ventilation boxes to ensure efficient fan operation.
• All electrical wiring routed inside booth blocks for safety; fuse box located in the operator room.
• Table for mounting audiometer equipment and jack panel system for inside/outside connections.
• Adjustable intercom (independent of the audiometer) for operator–patient communication.
• At least four hangers supplied for TDH 39, HDA 200 air conductors and B71 bone conductors.
• Speaker inlet provided for free-field testing. Ventilation, lighting and intercom can be adjusted from the control panel.

Options

• Faraday cage for electromagnetic shielding.
• Electrical outlet and UPS outlet inside (recommended for double-walled booths).
• Toy and light system for visual reinforcement audiometry (VRA) free-field tests.
• Ramp for wheelchair and stretcher access.
• Choice of interior flooring material and booth color.

Technical specifications

• Wall construction: single-wall or double-wall; typical block thickness 120–150 mm (double-wall options 100–150 mm).
• Main materials: pickled steel structure and ventilation boxes; interior finishes: punched pickled steel, imitation leather or wood.
• Anti-vibration mounting: 25 mm wedges under the booth.
• Flooring: carpet, PVC-based linoleum or wood with cleanable special coating.
• Ventilation: two systems (supply and exhaust) sized to booth dimensions; ventilation boxes equipped with anti-vibration design; separate on/off controls.
• Door: high noise isolation, customizable size/location, optional emergency exit button and safety wire; compatibility with wheelchair/stretchers when ramp option selected.
• Electrical: concealed wiring within booth blocks; central fuse box placed in operator room for safety and access.
• Accessories: soundproof observation window (positionable), speaker inlet for free-field testing, min. 4 hangers for TDH 39, HDA 200 and B71.

Installation and safety

• Interlocking panels assembled on site to accommodate room layout and install constraints.
• Booth mounted on 25 mm wedges to minimize vibration transfer to flooring.
• Emergency exit button and safety wire on the door for rapid evacuation if required.
• Door dimensions and location can be adapted for clinical workflow and patient access; optional ramp for wheelchair or stretcher entry.
• All electrical installations hidden within booth blocks; fuse box located in the operator room to isolate electrical systems from the booth environment.

Accessories and operator provisions

• Table for mounting any audiometer device.
• Jack panel system for instrument connections (inside and outside).
• Adjustable intercom independent of the audiometer for clear operator–patient communication.
• Control panel to adjust ventilation, lighting and intercom systems.
• Soundproof observation window positioned per user requirements and speaker inlet for free-field assessments.