Tie-clip belt pack radio microphone system offering superior performance Ideal for schools small clubs & pubs in fact anywhere a wireless microphone may be required UHF signal gives increased signal quality & range Can be used with electric guitar or bass to make a wire-free environment User-definable 16-channel UHF microphone system run up to 4 mics at the same time 4 full kits would be required Can run alongside other VHF systems due to differing frequencies Low battery consumption Belt pack transmitter is designed for use with a headset lavaliere tie-clip microphone instrument guitar etc. or male XLR cable Auto switching is incorporated to accept either instrument or microphone inputs when used with the adaptor cables Transmitter runs on 2x AA batteries Order code L43ALLow-drain circuitry gives the transmitter extended operating life Onoff switch to save battery power Volume control for microphone on the receiver Balanced XLR unbalanced jack outputs & variable squelch control Can be plugged into an amplifier mixer or any device that accepts mic level audio inputs Adjustable antenna on receiver for enhanced reception & range Up to 75 metre line-of-sight range Receiver runs from DC16V 300m ARF test function Complies with DTI regulations & are totally license-free Operates between 863.00 M Hz to 865.00 M Hz in 16 steps Supplied with beltpack transmitter receiver tie clip mic headset mic belt pack instrument cable connecting leads power supply & full instructions A concealed control plate houses the channel selector switch & gain controls for the instrument & microphone levels. The front panel features power onoff switch with indicator LED RF signal strength indicator signal acquisition indicator RF signal strength indicator channel selector & audio level output. The transmitter pack is also suitable for use with dynamic condenser or phantom-powered microphones.BPlease note B This kit is capable of running only one microphone at a time. If you want to run 4 microphones at the same time then 4 full kits mic & receiver would be required.