The PR-216 is a professional quality, personal monitor receiver which can tune both standard and high fidelity channels for a variety of speciality applications - assistive listening, IFB and personal cueing, language interpretation, tour guide monitoring, and other personal remote monitoring applications.

The PR-216 receiver incorporates both advanced digital and analog micro-circuit technologies to produce superior audio performance with the convenience of channel-selectability to accommodate adverse multi-channel operation.

PR-216 Technical Specifications
Audio Output: Headset output +16 dBu
(low impedance)
Connector: Stereo/ mono 3.5 mm audio
output connector
Indications: LED Power/ Battery indicator
Controls: Power On/Off switch
Volume control (50 dB range)
99 position rotary channel selector switches
Audio Frequency Response: 80 Hz to 12 kHz
Harmonic Distortion: Less than 1% (80% modulation)
Frequency Stability: 0.002% frequency synthesized
crystal controlled
RF Sensitivity: 0.3 uV for 12 dB SINAD
Adjacent Channel Rejection: 65dB 50 KHz off-channel
Spurious Rejection: 60 dB (image excluded)
Ultimate Quieting: Better than 95 dB (Ch. 41-60)
Deviation Acceptance: Up to 10 KHz
Antenna: Integral with output cable (no external antenna)
Current Drain: 15 mA nominal
Power Requirements: 9 volt alkaline battery Eveready 522 or equivalent
Dimensions: 1 1/16 in. x 2 1/2 in. x 3 1/4 in. (27 mm x 57 x 83 mm)

The PR-216 Option 7 high fidelity receiver includes a BNC antenna connector with short whip antenna and line level audio output for wireless audio connections. The output level is fully adjustable up to +15 dB. The receiver can be battery powered or phantom-powered through the audio output jack. The operating range with the M-216 Option P7 transmitter is 500 ft. and with the BST-25/216 base station transmitter the operating range is 1000 ft plus.

This option is also perfect for use as a "piggyback" receiver for powered speakers for remote speaker linkups, or for field "point-to-point" RF links. This allows for convenient speaker placement and on-location remote audio feeds.