Icom IC-F4202DEX ATEX Two Way Radio

ICOM ATEX Digital Two-Way Radio Series

The ICOM IC-F4202DEX ATEX digital two way radio series meets IEC Ex/ATEX based I/S specifications for the oil, mining and chemical industries. In dPMR digital format the IC-F4202DEX ATEX Digital Series provides basic conventional operation as well as a dPMR Mode 2 multi-site radio system. The radio also features lone worker and man down functions which automatically send an emergency signal should a worker be in trouble, an extra consideration for those looking for a complete ATEX health and safety solution.

Meets IEC Ex/ATEX based I/S specifications
ATEX Certifications
Mining : I M2 Ex ib I Mb
Gas : II 2G Ex ib IIC T4 Gb
Dust : II 2D Ex ib IIIC T110°C Db –20°C≤Ta≤+55°C
EN 60079-0 (2012), EN 60079-11 (2012)

IEC Certifications
Mining : Ex ib I Mb
Gas : Ex ib IIC T4 Gb
Dust : Ex ib IIIC T110°C Db –20°C≤Ta≤+55°C
IEC 60079-0 (2011), IEC 60079-11 (2011)

IP67 Dust-tight & Waterproof Protection
The IC-F4202DEX series provides rugged protection against dust and water that is equivalent to IP67. The IC-F4202DEX series can withstand 1m depth of water for 30 minutes and its dust-tight construction shuts out powder dust, sand and other objects.

dPMR™ Mode 1 & 2 Operation
The IC-F4202DEX series provides basic operation in dPMR Mode 1 or 2 conventional modes. It is compatible with Mode 2 multi-site system. The following dPMR features are programmable:• PTT ID (TX)
• Individual/Group call
• Power ON/OFF status call (TX)
• Stun/kill/revive (RX)
• Ambience listening (RX)
• Emergency (TX)
• Lone worker/Man down function
• Digital voice scramble
• Voting scan for Mode 2 multi-site system

Man Down and Lone Worker Functions for Emergency Call
The IC-F4202DEX series has built-in 5-Tone, 2-Tone, CTCSS and DTCS signalling capability for analogue mode group communication and selective calling. The lone worker and man down functions automatically send an emergency signal to assist in worker safety. The radio is perfect for use as an analogue transceiver ready for future digital migration.