PM1703MO-1 Combined Personal Radiation Detector

NegotiableUpdate on 04/22

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Product Introduction: The PM1703MO-1 combined personal radiation detector and PM1703MO-2 combined personal radiation detector (mo1) detector combine a human radiation detector (PRD) and a radiation dose meter internally. Each instrument is equipped with two detection modules: a highly sensitive CsI (Tl) scintillation detector that allows for the search of radioactive and nuclear materials, and a small universal GM tube detector that allows for the measurement of dose rate radiation over a wide energy range.

Product Details

Product Introduction

The PM1703MO-1 and PM1703MO-2 (mo1) detectors combine human radiation detectors (PRD) and dosimeters internally. Each instrument is equipped with two detection modules: a highly sensitive CsI (Tl) scintillation detector that allows for the search of radioactive and nuclear materials, and a small universal GM tube detector that allows for the measurement of dose rate radiation over a wide energy range.

The PM1703MO-1 and PM1703MO-2 (mo1) models provide the highest performance tools of this type currently available on the market. They meet the applicable requirements of ITRAP/International Atomic Energy Agency, IEC60846, IEC62401, ANSIN42.32, and ANSIN42.33 standards.

The compactness factor allows users to bring it with them for convenient use. The optional rechargeable battery/bracket and sun barrier make it easy to place on the dashboard of the car

Possible application ranges vary for health physics needs and personnel acute dose monitoring safety applications and monitoring areas.

The PM1703MO series has two versions

PM1703MO-1.

The functionality of the instrument has been expanded to include dose rate measurement and a larger LCD display screen for better reading of measurement results. PM1703MO-1 is equipped with an optional rechargeable battery/bracket for easier placement on the dashboard of a car.

PM1703MO-2(M-O1).

Fully implement the requirements of the International Atomic Energy Agency and widely apply them to the radiation safety needs of international events.

PM1703M-01 is only applicable to the requirements of the International Atomic Energy Agency, and similar instruments for other customs will be supplied in PM1703MO-2.

The modification information for the PM1703MO series instruments can be found in PM1703MO-1A/PM1703MO-1B (Spectral Personal Radiation Detector).

Application field

Customs and Border Control

Harmful Radiation Protection and Medicine

Personal radiation protection

Security Bureau and Police

	PM1703MO-1	RM1703MO-2 (M-O1)
detector
γ	CsI(Tl), GMCounting tube	CsI(Tl), GMCounting tube
sensitivity
For ¹³⁷Сs	85(s^-1)/(μSv/h)	85(s^-1)/(μSv/h)
For²⁴¹Am	100(s^-1)/(μSv/h)	130(s^-1)/(μSv/h)
Energy Range
γ	0.033–3.0MeV	0.033–3.0MeV
dose rate
γ	0.01μSv/h–10Sv/h	0.01μSv/h–10000μSv/h
dose	0.01μSv–9.99Sv
accuracy	±(20+K/N+K2*H)%measurement range 0.1μSv/h-10 Sv/h H–Dose rate valuemSv/h; K1–coefficient 0.0025mSv/h K2–coefficient 0.002(mSv/h)^-1	±(20+K1/H+K2*H)%measurement range 0.1µSv/h–10Sv/h, H-Dose rate valuemSv/h; K1–coefficient 0.0025 mSv/h, K2–coefficient 0.002 (mSv/h)^-1
response time	0.25s	0.25s
Compliant and qualified	ITRAP/IAEArequirement, ANSI N42.32, ANSI N42.33 (1), ANSI N42.33 (2), IEC 60846, IEC 62401	ITRAP/IAEArequirement, ANSI N42.32, ANSI N42.33 (1), ANSI N42.33 (2), IEC 60846, IEC 62401
alarm method	Vision, sound, vibration	Vision, sound, vibration
data recording	2000	1000
Environmental protection level	IP65	IP65
Drop test on concrete floor	0.7m (2.3 ft)	1.5m (4.9 ft) 0.7m (2.3 ft) without cover
battery supply	a piece ofAAbattery	a piece ofAAbattery
battery life	1000hour	1000 hour
Operating temperature	-30°C—50°C	-30°C—50°C
size(package-free)	72x32x87 mm	72x32x87 mm
weight
(package-free)	185g (6.52 oz)	185g (6.52 oz)
(with packaging)	220g (7.76 oz)	220g (7.76 oz)
Low battery warning	LCD	LCD
Overload alarm value
γ	OL	OL
contact method	Infrared data communication	Infrared data communication