SAILOR SP3110 GMDSS Portable VHF对讲机
Safe communication in an emergency situationThe SP3110 has been approved to fulfil the GMDSS requirements for portable VHF transceivers and forms part of the complete GMDSS programme.This transceiver has been developed to withstand the harsh conditi*** in the maritime environment. The watertight design and most advanced technology guarantee long life, easy operation and powerful performance.Made for safety, but still a convenient transceiver for ordinary short range communication, and still with all the maritime simplex channels, quick selection of ch. 16 and two user programmable channels.
The POWERFUL battery solution with a PRIMARY lithium battery stored for the EMERGENCY, and a convenient rechargeable NiCd battery for daily use, gives the user the highest degree of securiety under all circumstances.The unique design, enabling use as a normal telephone handset - with large push- butt*** for easy ONE hand operation - le***es the user's attention to the critical point, instead of to the radio.The WATERTIGHT cabinet is made from temperature and shockproof polycarbonate material, assembled with modern ultrasound welding techniques.This transceiver includes the newest technologies in radio engineering, including ASIC circuits and ***T technology, giving the highest possible reliability, and a flexible system design.
The POWERFUL battery solution with a PRIMARY lithium battery stored for the EMERGENCY, and a convenient rechargeable NiCd battery for daily use, gives the user the highest degree of securiety under all circumstances.The unique design, enabling use as a normal telephone handset - with large push- butt*** for easy ONE hand operation - le***es the user's attention to the critical point, instead of to the radio.The WATERTIGHT cabinet is made from temperature and shockproof polycarbonate material, assembled with modern ultrasound welding techniques.This transceiver includes the newest technologies in radio engineering, including ASIC circuits and ***T technology, giving the highest possible reliability, and a flexible system design.