Načini plaćanja i dostava
Cene na našem sajtu variraju u odnosu na načine plaćanja. Cene na svakom proizvodu prikazane su na dva načina:
MPC – maloprodajna cena artikla
GOT – gotovinsko plaćanje (plaćanje gotovinom u maloprodaji, plaćanje karticom preko sajta odjednom, plaćanje pouzećem, plaćanje uplatnicom, plaćanje po predračunu)
Plaćanje na rate je moguće karticama Banca Intese i to:
Kreditnim karticama – Visa, Master, AmEx na 24 rate
Debitnim karticama – Visa, Dina na 12 rata
Dostava se naplaćuje po cenovniku kurirske službe.
Cenovnik dostave
Klikom na link posetićete stranicu sa ažuriranim cenovnikom kuriskih službi.
Opis proizvoda
The rugged and durable SM31FH is a cardioid condenser microphone constructed with hydrophobic materials that make it ideal for true performance in fitness instruction applications. The moisture-repellent cartridge housing ensures a long product life by protecting the microphone from the corrosion damage that causes typical fitness instruction headsets to fail. Available in bundled BLX and GLX-D wireless systems, the SM31FH features TA4F 4-pin (TQG) connectors that make it a viable replacement for any Shure wireless headset system.
Tehničke specifikacije proizvoda
- Type Electret Condenser
- Frequency Response 45–20,000 Hz
- Polar Pattern Cardioid
- Wireframe headset fits securely and comfortably for fitness and aerobics instructors
- Moisture-repellent hydrophobic fabric protects the microphone cartridge from harmful corrosion that occurs in humid environments
- Flexible gooseneck provides discrete adjustment capabilities to optimize placement for greatest isolation
- Lightweight and low-profile design won’t fatigue instructors during high-impact use
- TA4F (TQG) connector is compatible with any Shure wireless bodypack
- Included windscreen tames plosive, breath, and wind noise for clean and intelligible sound
- Tailored frequency response ideal for crisp, clear vocal reproduction
- Available with bundled BLX and GLX-D wireless systems
- Legendary Shure precision engineering for durability and performance