Shure Performance Gear Dual UHF Lapel Wireless Microphone SystemThe Shure Performance Gear Dual UHF Lapel Wireless Microphone System makes your first step into professional wireless an easy and affordable one!
Marrying superior sound quality and stage-proven endurance with advanced features like Internal Antenna Diversity and frequency selectability, Performance Gear Wireless fulfills the promise of independent, confident performance in freedom from the wire. Reliable wireless performance with superior sound quality.
Includes PG88 dual diversity receiver, 2 PG1 bodypack transmitters with 2 PG185 condenser lavalier microphone.
Multiple wireless units? Leading the industry
again, AMS lets you choose your wireless frequency!
Channels
- Channel H7
- Channel K7
- Channel M7
Performance Gear Wireless features include:
- Reliable wireless performance
- Up to 8 compatible systems across multiple UHF bands
(up to 9 simultaneous systems possible with available US frequency bands)
- Shure’s patented Predictive Diversity ensures continuous reception
- Confident, portable setup
- First in the industry
- Internal 1/4 wave antennas minimize poor positioning and breakage
- Durable construction
- Superior sound quality
- Variable companding ratio for clear sound
- 80 years of microphone expertise
| Additional questions or help?
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| Call us 24/7, 365 days a year!
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| 800-458-4076
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| Mention code 91846 when you call
|
System Technical Specifications
Working Range
75m (250 ft.) Note: actual range depends on RF signal absorption, reflection, and interference.
Audio Channel Response
Minimum: 45 Hz. Maximum: 15 kHz (overall system channel depends on microphone element).
Total Harmonic Distortion
0.5%, typical Ref. +/– 33 kHz deviation, 1 kHz tone
Dynamic Range
>100 dB A-weighted, typical
Operating Temperature Range
–18°C (0°F) to +57°C (+135°F) Note: battery characteristics may limit this range
Transmitter Audio Polarity
Positive pressure on microphone diaphragm (or positive voltage to tip of WA302 phone plug) produces positive voltage on pin 2 (with respect to pin 3 of low impedance output) and the tip of the high impedance 1/4-inch output.
