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Entel HT982

Entel HT982
Marine portable radio Entel HT982 long time operated petrochemical and oil-producing organizations. Entel HT982 can be used in hazardous areas and is fully submersible to 5 meters for 1 hour. Entel HT982 meets stringent standards, which allows them to withstand everyday bumps, vibration and corrosive effects of dust and moisture, ensuring many years of trouble-free to use.
 
Entel HT982 radio is programmable scrambler, which is used to encrypt your voice, protecting against accidental eavesdropping. Entel HT982 provides loud, clear audio with advanced technology reduce compander noise, no matter what kind of environment you are in.
 
Specifications:
  • Frequency 450 - 520MHz
  • Channel numbers: LCD 16 channels, LCD 255 channels
  • Channel spacing 12.5 kHz / 25 kHz
  • Communication simplex / half duplex
  • Antenna Impedance 50 ohm
  • Flexible Antenna / truncated
  • Battery Type 2000 mAh Lithium-ion battery
  • Supply voltage 7.4V DC
  • Power consumption (nominal) 40mA
  • The duty cycle (5.5.90) 14.5 hours
  • Operating temperature: -20 ° to + 55 ° C
  • Size (mm) 59.5 (W) x 130 (H) x 37 (D)
  • Weight 277g with battery and antenna
Transmitter
  • The output power of 1 W
  • Modulation 8K0G3E / 16K0G3E
  • PLL Oscillator Method
  • 2.5PPM Frequency Stability
  • The maximum deviation of ± 2,5 kHz (narrow) / ± 5 kHz (Wide)
  • Audio Distortion <5% (1 kHz, 60%)
  • Spurious Emission -68 [dBc]
  • Hum & Noise -40 [dB]
Receiver
  • Receiver Type: Double superheterodyne
  • Sensitivity -0.25uV (12dB SINAD)
  • Frequency stability 2.5PPM
  • False Rejection 70 dB
  • Adjacent Channel Selectivity -60 dB (Narrow), -70 dB (Wide)
  • Distortion <5% (1 kHz, 60%)
  • Hum & Noise -40 dB
  • Audio Output 1W
GMDSS
not GMDSS
Available for order

Entel HT982

to order
Call our sales manager
Documentation:

Decoding of NMEA signals (Part 2) Decoding of NMEA signals (Part 2) This section describes the functionality associated with the reception of data from navigation sensors, supporting the standard IEC 61162-1 or NMEA 0183.