
Williams Sound FM ADA KIT 37 Compliance Assistive Listening System
Ensure Accessibility with EaseThe Williams Sound FM ADA KIT 37 provides a complete FM solution designed to meet ADA compliance requirements in smaller group settings. With simple setup and operation, this kit ensures clear audio for individuals requiring hearing assistance in environments like li...
*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.
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Overview
Ensure Accessibility with Ease
The Williams Sound FM ADA KIT 37 provides a complete FM solution designed to meet ADA compliance requirements in smaller group settings. With simple setup and operation, this kit ensures clear audio for individuals requiring hearing assistance in environments like libraries or conference rooms.
Specifications:- Compliance: Meets 2010 ADA accessibility guidelines
- Operating Range: 150 feet
- Receiver Battery Life: 100 hours
- Transmitter: PPA T46
- Receiver: PPA R37
- Operating Frequency: 72-76 MHz (17 selectable channels)
- Receiver Intermediate Freq.: 75 kHz
- Receiver AFC Range: ± 120 kHz
- Receiver Sensitivity: 2 µV at 12 dB Sinad (with squelch defeated)
- Receiver Input Overload: 100 mV
- Receiver Frequency Response: 200 – 15 kHz
- Receiver Modulation: FM, +/- 75 kHz peak deviation
- Receiver Signal-to-Noise Ratio: 65 dB min @ 100 uV
- Receiver Audio Output: 35 mW max, peak into 16 ohms
- Receiver Output Connector: 3.5 mm stereo/mono phone jack
- Transmitter Stability: ± .005%, frequency synthesized, crystal reference, PLL
- Transmitter RF Output: 80 mV/m at 3m
- Transmitter Frequency Response: 180 Hz to 13 kHz, ± 3dB at 1% max. THD
- Transmitter Signal-to-Noise Ratio: 65dB
- Microphone Input: 3.5 mm mono jack with electret mic bias, adjustable gain with 25 dB range
- Aux Input: 2.5 mm stereo jack, adjustable gain with 60dB range
- Audio Compression: 1:1 (off) or 2:1 (on) selectable in menu
- Includes: (1) PPA T46 transmitter, (4) PPA R37 receivers, (4) HED 027 headphones, (1) MIC 090 lapel microphone, (1) MIC 049 desktop conference mic, (1) CCS 029 system carry case, (2) NKL 001 neckloops, (5) BAT 001-2 AA alkaline batteries and (1) IDP 008 ADA wall plaque
- Origin: Made in USA
Key Features
150' operating range
100 hours receiver battery life
Meets new 2010 ADA accessibility guidelines
Made in USA
Includes: (1) PPA T46 transmitter, (4) PPA R37 receivers, (4) HED 027 headphones, (1) MIC 090 lapel microphone, (1) MIC 049 desktop conference mic, (1) CCS 029 system carry case, (2) NKL 001 neckloops, (5) BAT 001-2 AA alkaline batteries and (1) IDP 008 ADA wall plaque
Specifications
Pros & Cons
👍 Pros
- Offers a 150' operating range, providing significant freedom of movement for participants
- Delivers an impressive 100 hours of receiver battery life, ensuring extended use without frequent recharging
- Meets the new 2010 ADA accessibility guidelines, making it suitable for compliant installations
- Proudly Made in USA, indicating potential quality control and manufacturing standards
- Includes a comprehensive kit with a transmitter, four receivers, and two types of microphones for versatility
- Comes with four HED 027 headphones and two NKL 001 neckloops, catering to different user preferences
- Includes a CCS 029 system carry case for organized storage and easy transport of all components
- Bundles five BAT 001-2 AA alkaline batteries, allowing immediate use upon setup
- Includes an IDP 008 ADA wall plaque to visibly denote compliance for visitors
- The MIC 090 lapel microphone and MIC 049 desktop conference mic offer flexible audio input options
👎 Cons
- The 150' operating range, while good, may be insufficient for very large venues or complex layouts
- The system relies on AA alkaline batteries, which are not rechargeable and will need periodic replacement
- Specific details about the audio quality or frequency response are not provided in the features
- The kit is tailored for ADA compliance, which might include components not essential for all users
- Requires manual battery replacement for receivers, which could be inconvenient in high-frequency use scenarios