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STS Safe Series - Technical Data

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Version No. 1.0
Page 15 of 51 User Manual STS Safe Series all Equipment 2023 V1.1
7.0 FH40 GL10
7.1 Technical Data
STS Safe-FH40G
The STS Safe-FH40G simulator is a simulated radiation survey meter designed to aid the tuition of workers
in the nuclear industry in safe practices and in understanding the nature and mechanics of ionising radiation.
The instrument operates using an STS radio frequency detection head which detects the presence of a
simulated radiation field, generated by the Safe-MiniSource, with the resultant reading displayed on the LCD
Display of the instrument. The Safe-FH40G may be used in conjunction with the Dosi-Safe or Safe-EPD
dosimeter simulators to provide a more in depth training experience.
Dimensions (mm)
180H
110W
35D
Weight (KG)
0.25KG
Construction
Moulded Plastic Case
Controls
4 Button key pad
4 function keys
Gloved operable buttons
Control Keys
On/Off
Press & Hold OFF
Me
nu
Backlight on/off & menu scroll
Audio on/off and menu
scroll
Display Type
Digital
65 x 35mm LCD
Black & White
Backlight
Yes
On/off from keypad
Battery
2 x AA 1.5V cells
THIS UNIT CANNOT BE MAINS
RECHARGED
Battery life 7 hrs+
Detector
STS radio frequency Detector
Audio Output
Yes – Selectable on/off
Rate and Alarm
Alarm Thresholds
YES
Set in menu
Scale
Scale automatically displayed for each range
Background
Level set in user menu
Operating & Storage
Temperature
Operating temp 0 to +30C
Storage temp 0C to +40C
Warm up time
10 seconds from switch on to ready.
Network OK icon displayed
Available Sources
Safe-MiniSource, Safe-MiniSource Variable
Available in a range of activity levels
Additional
Information
The STS Safe-FH40G is not designed to be intrinsically safe and therefore should not be used in hazardous environments. The
units are not waterproof and contain delicate and sensitive electronics which may be caused to fail if exposed to moisture. Units
should be stored in a clean and dry environment, batteries should be removed if storing for more than 4 weeks.
Instrument response will be affected by environmental conditions such as the presence of large reflective surfaces, substantial
metal structures and variable wall thicknesses.