Radiation Detection System
PEDESTRIAN RADIATION DETECTION SYSTEM
|Base||Large 34.5L premium grade PVT scintillator|
|Warranty Period||12 Months|
|Energy Range||20KeV to 3.0MeV (incident)|
The RC-Pedestrian radiation detection system has been designed to detect gamma and/or neutron emissions.
The RC-Pedestrian is easy to operate by performing dynamic measurements of pedestrians that pass in front of the detector. The RC-Pedestrian is ideal for nuclear power plants, homeland security and industrial applications.
The pedestrian detection system utilizes real-time statistical algorithms that are based on gamma energy distribution to ensure alarm thresholds levels are optimized. The RC-Pedestrian utilizes a user-friendly graphical interface allowing the operator to easily navigate through the wide range of options.
The system uses different colors to notify the operator about its current operation. All the detailed Clean Scan, Testing and Alarm records are stored on the internal hard drive and can be easily retrieved and reviewed as required.DETECTOR FEATURES
- Large 34.5L premium grade PVT scintillator
- Low density shield on face of detector panel
- Dual layer thermal insulation protection (-20°C/-4°F to 55°C/131°F)
- High signal to noise ratio PMTs (up to 2)
- 8 output drivers (24VDC@50mA) for remote indicators
- Internal non-radioactive test source for detailed and
repeatable system checks
- System auto-stabilization & remote calibration
- Optional Neutron and Nal operation
- Enclosure available in different color options (contact RadComm for details)
RC2 Plus Portable Radiation Monitor
Minimum Order Quantity: 1 Piece
|Warranty Period||1 year|
|Battery Type||Internal Lithium Ion with charge indicator|
|Energy Range||30 keV to 2.0 MeV|
|Detector Dimensions||7inch H(18cm) x 8-1/4inch L(21cm) x 4inch W (10cm)|
|System weight||3.4lbs (1.5kg)|
The RC2Plus Portable Radiation Detector utilizes advanced spectral techniques to enhance sensitivity for reliable detection of isotopes with extremely low Dose Rates.
- Improved sensitivity and greater response
- Easy to use
- Larger high definition display with multiple languages
- Lightweight with longer battery life
- RC2PLUS is available in two versions: Basic (Total Count version, Advanced (ROI Analysis version)
- The Basic version utilizes a large internal, high grade PVT scintillator to maximize sensitivity.
- The Advanced version utilizes both a PVT scintillator and a GM Tube to perform ROI Analysis.
- At any time the RC2PLUS Basic can be easily upgradable to the RC2PLUS Advanced.
- Detector Case: Durable plastic with protective silicon sleeve
- Integral PMT with EM shielding
- Audio & Visual Alarm with vibration
- Stable low noise, High Voltage Power Supply
- Battery: Internal Lithium Ion with charge indicator
- Battery Life: Up to 20 hours
- Battery recharge time: Wall charger: 2.5 hrs PC USB: 6 Hrs (Estimated)
- Shock resistance compliance to ANSI N42.34
- Gamma Histogram: 256 channels / 16 bits
|RC2PLUS basic vs Advanced |
- Production Capacity: 100000
- Delivery Time: Immediate
- Packaging Details: 5.9¿¿¿ H(15cm) x 8.5¿¿¿ L(21cm) x 4¿¿¿ W(10cm)
RC Charge Bucket Radiation Detection System
|Type||Highspeed Signal Processing|
The innovative design of the RC Charge Bucket is the result of over 15 years of engineering design and field application experience that has provided the Metals Industry with the best-proven safety record to-date. The system incorporates state-of-the-art components and the most advanced software/hardware technology currently available worldwide.
The system menus are based on a Windows environment in order to allow a clear and precise understanding of the RC Charge Bucket operations without the additional requirement of a background in physics. The software is flexible, allowing the user to easily configure the system’s general operations including; setting of passwords, adjustment of detector parameters, pinpointing the location of a radioactive source when detected in a vehicle, and the storing and retrieval of alarm information.
In addition, the RC Charge Bucket computer controller performs all non-real-time tasks such as the management of data received from the detector assemblies and configuration of system operational parameters.
The advanced design of the individual high-speed micro-based RC Charge Bucket detector assemblies performs all real-time tasks such as pulse analysis from the detectors and vehicle speed measurement. This individual detector functionality is an extremely important and desirable feature of the system. In order to achieve the high level of detection capability, the RC Charge Bucket provides, high-speed real-time signal processing and alarm analyses are performed simultaneously with no interruption of the radiation monitoring process.
This system is specially designed to work in scrap metal/waste recycling and steel manufacturing facilities. This system has been tested and proven in a number of customer sites and has demonstrated key technology features such as high sensitivity, fewest false alarms, easy to use menus, supervisor remote system access, traceability, and accountability. When combined with Radcomm Systems responsive technical support and online service, the RC Charge Bucket is clearly the system of choice throughout the Steel and Scrap Industry.
RC4000 Conveyor Radiation Detection System
Minimum Order Quantity: 1 Piece
|Detector Type||RCD Radiation|
The RC4000 Conveyor Radiation Detection System constantly monitors your material handling conveyors for radioactive materials. The RC4000 Conveyor Radiation Detection System consists of two main components the RCD conveyor radiation detectors and RC4000 Control Console. RCD radiation detectors are mounted on the infeed conveyor to the shredder and downstream conveyor after the shredder. The RCD detectors are connected to the RC4000 console via a low voltage signal communication cable. The signal cable utilizes double-shielded, multiple twisted-pair conductors that carry low voltage DC power and logic levels that are virtually immune from electrical noise.
The RCD detectors measure the ambient radiation levels on a continuous, uninterrupted basis. These measured levels are converted into digital signals that are transmitted to the RC4000 computer and then analyzed by the high-speed microprocessor system. The software analysis controls the sampling of the incoming measured signal for the purpose of establishing a continuous running reference of the ambient background radiation level.
Each RCD detection unit will be scanned and alarm levels calculated independent of the other detection units in the system. During normal operation, the RCD units utilize indicators on the top level display that allow the operator to view the operational status of each detector.
During normal operation the indicators will be green. In the event of an alarm condition on any one or all of the RCD units, the indicator will turn red with an accompanying alarm level indicating the intensity of the radiation level. When the alarm occurs, all of the detailed information regarding the alarm condition will be stored in memory and can be retrieved from Menu option Data. The alarm information will include the detector number, alarm condition, alarm data collected, date, time and specific sample status (e.g. highest reading taken). The system never stops analyzing the measured radiation levels from the RCD detectors regardless of the system operating condition.
The system also provides digital logic output that can be used to operate external audio and visual system status and alarms and to control conveyor motors. Each conveyor can be controlled independently depending upon the location of the suspect material. For example, if the suspect material is located on the infeed conveyor, only the infeed conveyor will be stopped leaving the downstream conveyor running to remove the cleared material. If the suspect material is in the downstream conveyor (too well shielded for the infeed detector to detect until shredded) then all the conveyors stop to prevent contamination of previously shredded and cleared material.
The RC4000 has many additional features other than alarm data retrieval such as time/date, display of RCD measured radiation levels, system configuration adjustments, system testing without a radioactive source, and remote factory access by modem or internet. Many of the system features are protected by a security code entry.