ICOM IC-M87ATEX

Rugged Communication for Use in Hazardous Areas

The IC-M87ATEX is a robust and reliable handheld transceiver specifically designed for use in hazardous areas. It complies with the ATEX Directive 94/9/EC and is therefore approved for use on oil platforms, tankers and other locations with an explosive atmosphere.

Key Features:

• ATEX Approval: II2G Ex ib IIA T3
• Built-in Voice Scrambler: 32-code voice scrambling for secure communication
• 22 Programmable Channels: For PMR use (VHF 146-174 MHz) with CTCSS and DTCS
• Waterproof Construction: IPX7 standard (30 minutes in 1 meter depth)
• Rugged and Compact Body: Meets MIL-STD-810 requirements
• Long Battery Life: Up to 19 hours* with the included Li-Ion battery BP-227AX (*Duty cycle Tx: Rx: Standby = 5: 5: 90)
• Optional Waterproof Speaker Microphone HM-138: Enables convenient hands-free operation

Additional Features:

• Easy operation with LCD display
• Four-level battery indicator
• Programmable beep tones
• 2-step power save function
• Self-test function
• Inland waterway communication (ATIS) possible (with programming)

Scope of delivery:

• IC-M87ATEX radio
• Li-Ion battery BP-227AX
• Desktop charger BC-152N
• Mains adapter BC-147SE (230 V)
• Belt clip MB-86
• Antenna FA-S59V
• Hand strap

Approval/Reference No. of the Federal Network Agency:

• 7482701 (Maritime radio)
• 7482702 (Inland waterway radio)
• 7120603 (combined)
• 7482801 (Betriebsfunk/PMR)
• 7120701 (Maritime, inland waterway, Betriebsfunk combined)

Additional Information:

• Special conditions of use: The IC-M87ATEX must be operated with the Li-Ion battery BP-227AX.
• Approved accessories: Speaker microphone HM-138
• ATEX-compliant charging: Charging the IC-M87ATEX in hazardous areas is not permitted.

The IC-M87ATEX is an indispensable tool for anyone working in hazardous areas and requiring reliable communication.

Notes:

• The ATIS function requires activation by the dealer and the programming of an ATIS code.
• Charging time may vary depending on the power source.
• The buoyancy of the device may be impaired by damage or deformation.