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SCINT2215

Gamma-Ray Portable Scintillometer & Dosimeter

Spectroscopy Group: This product is one of the spectroscopy group. The CFP SCINT2213 Scintillometer is the state-of-the art portable hand-held radiation survey meter. it's a compact lightweight hand-held gamma ray scintillometer for the geophysical industry and lab. It is easy-to-use with direct survey readout, audio output, full weather protection and is ideally suited for rapid surveying.

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Video:

Spectroscopy, Spectroscopy Group, SCINT2215

Features:

High sensitivity 40mm x 40mm NaI crystal 50 cm3 (3.0 in3 ) Ultra high speed: real 100msec sampling interval
Internal military GPS
Survey mode with search capability
Easy to use, single button operation
Display:

Out door IPS full color LCD 240 x 320 (pixels)
High count rate over 500k with 6 digit
Scrolling histogram graph display of the last 220 reading
High contrast 1:800

Fast audio output with adjustable audio threshold set point
Special rugged design to withstand typical field usage, waterproof against streaming water and fully dust protected
Light weight & rugged (1.6 kg) including batteries
Supplied in hard case with molded insert for shipping & storage
Low power (li-ion batteries) typical 8-12 hour battery life at 20°C
No radioactive sources required for proper operation

Description:

The CFP SCINT2213 Scintillometer is the state-of-the art portable hand-held radiation survey meter device for using in the geophysical industry. It offers an integrated design with a large detector for high sensitivity, direct survey readout, audio output, full weather protection, and ease of use. In survey mode (total count), Total count is displayed in the front panel in cps at 10/sec update rate.

A loud linear voice audio permitting eyes-free operation. The large easy to read 6 digit display provides a 500,000 count with a wide dynamic range without overflow.

Performance:

Operating Temperature: -10°C to +50°C
Rechargeable battery kit
Upgradable to CFP SCINT2213pro with 100msec log option at an additional charge Control: Single one button, thumb activated
Internal Memory: 32MB (pro version 128MB)
Data Output: Standard CSV file
Interface port: USB 2.0
Alarm:

Audio via miniature speaker
Variable audio threshold set point
Audio voice proportional to the count rate

Electrical and Mechanical Power Required :

Standard version +19V (2A) DC adaptor
Net weight: 1.6 kg
Shipping weight: 4.2 kg
Dimensions & Package style 44 X 35 X 20 cm (L X H X W)

Standard Accessories:

CFP SCINT2213 Scintillometer
Backup battery with charger (Optional)
CD User guide
Supplied in hard case with foam insert

User interface:


Main Panel	Color Histogram & Fast Responce	Main Menu

GPS Menu	Configuration Menu	Storage period

Spectroscopy, Spectroscopy Group, SCINT2215

Display:

Size: 240x320 pixels, 2.5”
Color IPS LCD display with backlight
Counts in CPS from 0 to 500,000 and histogram chart

Energy Response:

20 keV - 3000 keV

Internal Sampling:

100/second

Batteries:

Internal Li-ion Rechargeable battery
Life: over 8 hours at 20°C

Catalog

04. SCINT2215 catalog_SA.pdf

3/16/2021 10:56:24 AM

Spectroscopy, Spectroscopy Group, SCINT2215

Applications:

artificial radiation sources identification
dose rate measurement
radiation monitoring and mapping
health care

Gamma Surveyor offers three basic measuring modes:

Dose rate - precise radiometric measurements
Search - quick and selective search for gamma-ray sources (1 sec response time)

The methodology is based on the recommendation of IAEA (International Atomic Energy Agency).

The factory calibration is done on high-volume standards.

Spectroscopy, Spectroscopy Group, SCINT2215

1. Coefficient of Variation (CV):

Reference number: CEI/IEC 1239, ANSI N42.34-2006.

The coefficient of variation is reported as a percentage and calculated from the average and standard deviation as follows:

100 * (Standard Deviation/Average)

For example, a CV of 1.94% in 1500 cps means the standard deviation is equal to 1.94% of the average. For some measures, the standard deviation increases as the average increases. In this case, the CV is the best way to summarize the variation. In other cases the standard deviation does not change with the average. In this case, the standard deviation is the best way to summarize the variation.