Cobham Sailor SP3560 UHF ATEX Marine Portable Radio
427851.56 Ft net price (non-EU countries)
Karol Łoś
Product Manager
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+48603969934 +48507526097
[email protected]
Description
Cobham SAILOR SP3560 UHF ATEX Marine Portable Radio
The Cobham SAILOR SP3560 UHF ATEX Marine Portable Radio is a top-tier, handheld communication device designed for use in hazardous marine environments. Complying with the 94/9/EC ATEX Directive, this radio ensures safety and reliability in challenging conditions.
Key Features
- ATEX Approved: Certified with an approved rating of II 2 G Ex ib IIC T4, ensuring safe operation in explosive atmospheres.
- Rugged and Reliable: Built to withstand tough conditions, it is waterproof to IP67 standards and features a large, clear display for easy reading.
- Ergonomic Design: Fits comfortably in your palm with a ribbed grip, making it easy to hold even with gloves or in wet conditions.
- High Performance: Equipped with a powerful transceiver, excellent audio quality, and features like Dual Watch, Tri Watch, and Scanning for versatile communication.
- Easy Operation: Large tactile buttons and control knobs, along with a user-friendly interface and red backlight, ensure ease of use and night vision protection.
- Flexible Accessory Options: Compatible with a range of high-quality ATEX certified accessories, including interface cables for PELTOR headsets and SAVOX accessories, enhancing functionality and convenience.
Technical Specifications
- Use Type: Handheld, Marine
- Brand: Cobham
- Model: SAILOR SP3560
- Part #: 403560A
- Band: UHF (403-527 MHz)
What's Included
- Transceiver
- Belt Clip
- Lanyard
- Li-ion Rechargeable Battery
- Charger
- AC/DC Converter/Adaptor
- DC Connection
- Operator's Manual
- Intrinsically Safe, II 2G Ex ib II C T 4 Certification
The Cobham SAILOR SP3560 UHF ATEX Marine Portable Radio is your reliable partner for efficient and safe communication in hazardous marine settings. Enhance your operations with this robust and versatile device, designed to meet the demands of challenging environments.