HORIBA PA1100 Environmental Radiation Monitor

HORIBA PA1100 Environmental Radiation Monitor advanced envionmental radiation monitor with communication tools and expanded measurement ranges

Horiba PA-1100 is a communications-capable model in HORIBA’s envionmental radiation monitor “Radi” series
The Environmental Radiation Monitor PA-1100 simply measures a fair amount of radiation which exists around the regular living area. Equipped with Bluethooth and USB communication, PA-1100 is capable of transfering measurement data to PCs, smart phones, or other devices.

Specifications :

Detection Method
Scintillation method
Type of radiation measured
Gamma (?) rays
Measurement range and display
0.001?9.999, 10.00?19.99 µSv/h
Digital 4 digit display automatic switching
Sensitivity
Count of 1000 or more per minute when Cs-137 is 1µSv/h
Relative indication error
Within ±10% (error relative to the reference value of Cs-137)
Variation in indicating value
Vriation coefficient less than 0.1
Mesurement energy range
150keV to 1.25MeV or higher
Energy Characteristics
0.5~3 (response ratio at 150 keV to MeV when Cs-37 is 1)
Sampling time
60 seconds
Power supply
1.5V 2 AA batteries (manganese or alkaline batteries)
Display update interval
10 seconds (display every 10 second of moving average in 60 seconds)
Dimensions
68(W) x 28(D) x 121(L) mm
Approx. 2.68(W) x 1.10(D) x 4.76(L) in.
Weight
175g(batteries and strap not included)
Approx. 6.17 oz.
Bluetooth communications
Dose equivalen rate (µSv/h) data is output via Bluetooth communications.
Bluetooth version 2.1+EDR and Serial Port Profile are supported.
?Operaiting environment of communications terminal?
Supported operating systems: Andoid version 2.2 or later (Japanese or English)
Bluetooth (serial port profile must be supported)
A SD card must be mounted
USB communications
Dose equivalent rage(µSv/h) date is output via the suplied USB cable.
?Operating envrionment of communications terminal?
Supported operating systems: Windows XP, Windows Vista, Windows 7 (32-bit/64-bit), Japanese