Coliy Technology has become the world leader in design innovation and technology optimisation in the field of industrial component analysis and industrial automation products. 

Founded in 1995 and located in Dusseldorf, Germany, Coliy Technology now has manufacturing facilities in both Germany and Asia. 

An important landmark in the growth of Coliy Technology occurred in 1996, when Coliy Technology produced the first high performance microwave moisture analyser. Under a decade later, Coliy Technology produced a new generation microwave moisture analyser, using a new advanced processing chip, with an operational speed 5 times faster than previous models. 

Since then, Coliy Technology has continued to develop a new generation of moisture analysers and environment protection instruments, such as portable radiation detectors. 

The mission of Coliy Technology is and always will be to become the world leader in industrial component analysis and industrial automation products. Also, the company aims to provide accurate and reliable measurement and optimum product quality at a reasonable price. 

Coliy Technology R500 Radiation Scanner

R500 radiation scanner can detect rays and X-rays. The R500 has adopted the nuclear radiation sensor standards as recommended by the American Bureau of Standards and has a 2 inch large flat high sensitivity sensor. The R500 is one of the best performing instruments in the current market. With a correction factor function the customer can adjust correction parameters; The unit provides an average time setting function The R500 has a significantly improved response time. New ergonomic design, protection from electromagnetic interference using anti-saturation circuitry. Calibration of this unit can be done remotely so there is no need for direct contact at the time of calibration. The R500 has full CE certification and is manufactured to ISO9001 quality standards. 

Types of measured Ray –> α、β、γ and Χ ray

Range –> Radiation dose rate:0.01µSv/h-1000µSv/h0.001mR/hr-100mR/hr

Impulse dose rate:0-300,000cpm0-5,000cps

Radiation dose accumulation:0.001µSv-999Sv

Sensitivity –> 3500CPM/mR/hr(aboutCs-137)

Sensor –> Large GM tube effective diameter 45mm

MICA window density1.5-2.0mg/cm2

Output port –> USB Port (with special USB extend cable to opt which can extend to

100M)

Average time –> Default:32 seconds adjustable from 2s to 120s automatically or

manually

Display –> Large LCD with bar graph display

Efficiency –> Sr-90(546KeV 2.3MeV β max)about75%;C-14(156KeV β max)

about 11%;Bi-210(1.2 Me/V β max)about64%;Am-241(5.5MeV

α)about 36%

Anti saturation –> Exceed the maximum reading of up to 100 times reading remains at

full scale.

Calibration –> Calibration factor adjustable

Alarm –> Alarm value setting fully adjustable default: 5μSv/hr

Precision –> ±15%

Storage –> Storage of up to 2000 data points manually or automatically

Software –> Transmit data in real-time to computer for displaying analyzing and

recording.

Working temperature of detector –> -40℃ to75℃ Degrees C

Weight –> 450 g

Dimension –> L 300mm W90mm H 40mm

Power –> 3 AA battery Continuous operation for up to 30 days

Quality certifications –> European CEUS FCC15

Warranty –> 1 year

Applications

The model R500 can be easily used in restuarants, hotels, home, public places, laboratories, power plants, quarries, emergency rescue stations, metal treatment plants, underground oil fields, and oil pipeline equipment, environmental protection, police stations and other departments. It can also be used to:

  Inspect food pollution
  Inspect environmental pollution
  Inspect underground water radium pollution
  Inspect radioactivity of porcelain tableware and glass etc.
  Inspect radioactivity of materials architecture such as stone etc.
  Inspect radioactivity of underground drilling pipes and equipment
  Inspect harmful radiation in personal precious property and jewelry
  Inspect X-ray intensity of Medical and industrial X-ray instrumentation
  Inspect radon radiation and cesium pollution in the surrounding environment
  Inspect landfill and garbage dumps in danger of nuclear radiation contamination