Shure SLX14/93 Wireless Lavalier Microphone System (Discontinued)
Part # SLX14/93
Model # SLX14/93

The Shure SLX14/93 Wireless Lavalier Microphone System is a powerful wireless tool that can be set up quickly and used confidently by installers and working bands. This system is part of the SLX wireless systems family.

Need Quantity Pricing?

We provide quantity discounts for contractors & installers, schools, government, and military buyers on select brands and products.

Talk To An Engineer

Description

Details

The Shure SLX14/93 Wireless Lavalier Microphone System is a powerful wireless tool that can be set up quickly and used confidently by installers and working bands. Features include auto frequency scan with transmitter setup, exceptional wireless clarity, and Shure patented Audio Reference Companding.

Features

Features

SLX4 Receiver

  • Automatic Frequency Selection
  • Automatic Transmitter Setup
  • 960 Selectable frequencies across 24 MHz bandwidth
  • Detachable 1/4 wave antennas
  • Microprocessor-controlled diversity
  • Volume control on rear of unit
  • 1/2 rack design
  • Furnished rack hardware
  • Non-slip bumpers for use out of rack
  • XLR and 1/4" outputs

WL93 Lavalier Microphone

  • Subminiature lavalier design; ideal size for theater, television, broadcasting, video, film, and sound reinforcement
  • Small, inconspicuous mounting hardware
  • Full, clear sound comparable to larger microphones
  • Smooth extended frequency response with presence rise specially tailored for chest-worn microphone operation
  • Controlled low-frequency rolloff reduces low-frequency clothing and room noise
  • Low distortion, wide dynamic range
  • Uniform omnidirectional polar pattern
  • Preamplifier assembly (SM93) can be pocketed, strapped to the body, or clipped to belt or waistband
  • Wide-range phantom powering (SM93) accepts all commonly used voltages

SLX1 Transmitter

  • Automatic Transmitter Setup
  • Backlit LCD with timeout feature
  • 3-segment battery fuel gauge
  • 2 AA batteries (included) provide 8 hours of continuous use
  • 518 - 782 MHz operating range
  • WL93 Subminiature Lavalier Microphone
  • Supplied with a mounting block with attached tie bar, a sew-on mounting bracket
  • Cable terminated with a 4-pin mini connector which connects directly to a Shure wireless body-pack transmitter
Specification
SLX4 Receiver
Audio Output LevelXLR connector (into 600 Ω load): –13 dBV; 1/4" connector (into 3000 Ω load): –2 dBV
Output ImpedanceXLR connector: 200 Ω; 1/4" connector: 1kΩ
XLR outputPin 1: Ground, Pin 2: (+), Pin 3: (-)
Sensitivity–105 dBm for 12 dB SINAD, typical
Image Rejection>70 dB, typical
Power Requirements12–18 Vdc at 150 mA, supplied by external power supply
Dimensions (H x W x D)7.76" (197.104 mm) x 1.65" (41.91 mm) x 5.28" (134.112 mm)
Net Weight1.8 lbs (816 g)
WL93 Lavalier Microphone
TypeCondenser (electret bias)
Frequency Response50 to 20,000 Hz
Polar PatternOmnidirectional, uniform with frequency
Output Impedance3000 Ω
Output LevelOpen Circuit Voltage: –38 dBV/Pa
Output Clipping Level0.25 V at 120 dB
Total Harmonic DistortionLess than 1% at 120 dB
Maximum SPL120 dB
Dynamic Range102 dB
Output Noise (equivalent SPL)18 dB typical, A-weighted
Signal-to-Noise Ratio76 dB at 94 dB SPL (IEC 651)
Current Drain40 mA typical
SLX1 Bodypack Transmitter
Gain Adjustment Range30dB
Input Impedance1 MΩ
RF Transmitter Output30 mW maximum (dependent on applicable country regulations)
HousingMolded ABS case
Power Requirements2 “AA” size alkaline or rechargeable batteries
Dimensions (H x W x D)2.50" (63.5 mm) x 4.25" (107.95 mm) x 0.75" (19.05 mm)
Net Weight0.64 lbs (290 g)
System Includes

System Includes

  • (1) WL93 Lavalier Microphone
  • (1) SLX1 Bodypack Transmitter
  • (1) SLX4 receiver
  • (1) Tie Clip
  • (1) Rackmount Kit
  • (2) 1/4 Wave Antennas
  • (1) Power Supply
  • (1) 2 AA batteries
  • (8) Screws with Protective Bumpers
  • (1) Vinyl Bag
Reviews

Be the first to review this product

Write Your Own Review

You're reviewing: Shure SLX14/93 Wireless Lavalier Microphone System (Discontinued)