Kenwood NXP1200ISNVK Intrinsically Safe VHF ProTalk Digital Radio
Intrinsically Safe Compact VHF digital and analog 5W portable radio
The NX-P1000 series portable radio allows the combination of analog and digital channels in the same zone, giving you the ability to easily migrate to digital at your own pace, or operate more effectively in a mixed environment where groups of users have different needs or solutions
Features:
151-159 MHz VHF
Intrinsically Safe version
64 channels, 4 zones 16 channels each
NXDN Digital and Analog operation
IP54/55 dust and water intrusion rated
Second PTT
7-color LED
Cloning capable
Voice announcement
Button lock
Time-out timer
Calling alert
QT/DQT codes
Compander
Adjustable microphone gain
Low battery warning.
NEXEDGE radios employ NXDN, an FDMA digital air interface with AMBE+2 voice coding technology, with forward error correction and unique filtering to obtain superior coverage even at weak RF signal strengths.
Based on decades of experience with professional and high quality audio products, the NX-P1000 can be customized to deliver the best digital audio to business radio users with various language backgrounds. As RF signal strength weakens with distance, analog reception becomes increasingly noisy. NEXEDGE - NXDN digital modulation technology improves audio recovery in fringe areas, thereby “effectively” increasing the usable coverage compared to analog.
Intrinsically safe radios are certified CSA-FM(US) intrinsically safe for use in Classes I, Div. 1, Group D and are also approved for non-incendive use in Classes I, Div. 2, Groups A, B, C, D hazardous locations.
A large 7-color LED indicator on the top panel illuminates to notify multi-status functions.
Confidentiality in radio communications is a KENWOOD priority, and helping to maintain a high level of security in analog mode is a 16-code voice inversion scrambler, while robust NXDN Digital 15 Bit encryption is available in digital mode.
NEXEDGE radios employ NXDN, an FDMA digital air interface with AMBE+2 voice coding technology, with forward error correction and unique filtering to obtain superior coverage even at weak RF signal strengths
