Embrace
Embrace
HomeContentReportBack to Website
Copyright © 2026, Ianus Technologies Ltd. All Rights Reserved|Privacy Policy|Cookie Policy
Product / Service

BNS-98L Remote Dose-Rate Transmitter

PEERS


BNS-98L REMOTE DOSE-RATE TRANSMITTER PLACES OF APPLICATION Field survey Environment monitoring Vehicles UAVs FEATURES Measuring gamma radiation from natural background to catastrophe level Two fixed, one dynamic alarm thresholds Automatic data collection Easily replaceable data memory Data reader with USB port Location by GPS, continuous connection to PC Optional meteo sensors High reliability Military construction The BNS-98L is a highly sensitive gamma radiation meter coupled with an extensively usable data logger. Measuring range of gamma radiation is seven orders from natural background. The applied special algorithm generates alarm in case of quick or slow significant increase of radiation level besides the two adjustable and fixed alarm thresholds. The device is designed to operate under extreme meteorological and mechanical conditions and suitable to be used for reconnaissance on vehicles and UAVs or planted for continuous automatic data collecting. Optional GPS and meteo sensors. Memory card is removeable from outside the device and can be connected to the evaluating computer by a data reader with USB port.

gammatech.hu

Hazard Types
Radiological
Nuclear
DRR Phases
Prevention/Understanding Risks/PreparednessMitigation/Risk ReductionAlert/Response/Absorb

Manufacturer
GAMMA Technical Corporation
Country of Production
Hungary

Languages
BulgarianCroatianCzechDanishDutchEnglishEstonianFinnishFrenchGermanGreekHungarianIrishItalianLatvianLithuanianMaltesePolishPortugueseRomanianSlovakSlovenianSpanishSwedishNorwegianBelarusianUkrainianRussianTurkishAzerbaijaniArabicHindiChineseVietnameseIndonesian

Keywords
doseratetransmittergammatechdoseratetransmitterremotedoseratetransmitter
Details
CategoryDetection, Identification and Monitoring (DIM)
StatusPublished
Version TrackedNo
CreatedFebruary 25, 2026
Last UpdatedFebruary 25, 2026
PEERS Content

This content was originally published by the PEERS project. It has been included in the EMBRACE - BRSH content library for reference purposes and may not reflect the views or endorsement of this platform.