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ENTEL DT985 ATEX UHF DMR Radio with OLED Display
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  • ENTEL DT985 ATEX UHF DMR Radio with OLED Display
  • ENTEL DT985 ATEX UHF DMR Radio with OLED Display
  • ENTEL DT985 ATEX UHF DMR Radio with OLED Display
  • ENTEL DT985 ATEX UHF DMR Radio with OLED Display
  • ENTEL DT985 ATEX UHF DMR Radio with OLED Display
  • ENTEL DT985 ATEX UHF DMR Radio with OLED Display

The ENTEL DT985 is a professional UHF portable radio from the DTEx range, designed to provide reliable communications in demanding industrial and potentially explosive environments.

Supporting both analogue and DMR digital operation, the DT985 allows organisations to deploy a digital network while retaining compatibility with existing analogue systems.

Its high-contrast OLED display provides clear access to communication information, while 99 channels and multiple zones make it suitable for organisations operating several teams or communication groups.

With IP68 protection, submersibility to 2 metres for 4 hours and MIL-STD-810 C/D/E/F compliant construction, the DT985 is engineered for demanding professional environments.

Reference
DT985
Warranty
2 years
Panel type
Radio
Degree of protection
Ip68
Bande de fréquence
UHF
Groupe gaz ATEX
IIC
Communication
Analogique + DMR
Application
Industrie
Écran
Avec écran
Certificat ATEX 269.41KB Télécharger
Certificatrice IECEx 448.31KB Télécharger
Datasheet 1.48MB Télécharger
Réf. : DT985

Radio ATEX UHF ENTEL DT985 – DMR / Analogique avec écran OLED

Demande de devis
  • Certification ATEX / IECEx
  • Réponse sous 24–48h

– Professional ATEX portable two-way radio
– ATEX protection: II 2G Ex ib IIC T4 Gb
– Frequency band: UHF 400–470 MHz
– Operating modes: analogue and digital DMR
– Channels: 99
– Zones: 8
– High-contrast OLED display
– RF output power: 1 W
– Battery: 1800 mAh Li-ion
– Battery life: up to approx. 16 h analogue / 18 h digital
– Protection rating: IP68
– Submersible: up to 2 m for 4 hours
– MIL-STD-810 C/D/E/F compliant construction
– Dimensions: 138 × 60 × 38 mm
– Operating voltage: 7.4 V
– Frequency stability: ±0.5 ppm