View this product description in Norwegian.

BLX14/SM31 WIRELESS FITNESS HEADSET SYSTEM WITH SM31FH HEADSET MICROPHONE
The SM31FH cardioid condenser microphone with analogue transmission, designed for fitness instructors.

The SM31FH cardioid condenser microphone with analogue transmission, designed for use in fitness instruction, features moisture-repelling construction for true performance in humid applications where corrosion damage is common.

MAIN FEATURES

• Available Transmitter Form factors: Bodypack
• Operating range (up to): 100 m (Under typical conditions)

BLX4 Wireless Receiver for BLX Wireless System

• Up to 12 compatible systems (region dependent)
• Microprocessor-controlled internal antenna diversity
• One touch QuickScan locates the best open frequency
• ¼" and XLR audio outputs
• Two color audio status indicator LED
  • Green: Normal audio levels
  • Red: Excessive audio levels (overload/clipping)

BLX1 Wireless Bodypack Transmitter

• Power and battery status LED
• Adjustable gain control
• Quick and easy frequency matching
• AA batteries (included) provide up to 14 hours of continuous use
• 100 m (300 ft.) operating range (line of sight)

SM31FH – Fitness Headset Condenser Microphone

• Wearable wireframe headset with secure, comfortable fit made for fitness and aerobics instructors
• Integrated moisture-repelling hydrophobic fabric protects the microphone element from harmful corrosion for use in humid environments
• Flexible gooseneck provides discrete adjustment options to optimize placement for greatest isolation
• Lightweight and low-profile form factors stave off fatigue during high-impact use
• Compatible with Shure wireless bodypack systems for direct replacement of TA4F-connected microphones
• Available with a wide range of Shure wireless systems, renowned for ease of use and reliable performance
• Included windscreen tames plosive, breath and wind noises for clean and intelligible sound
• Tailored frequency response refined for crisp and clear vocal reproduction
• Legendary Shure precision engineering for durability and performance