:::..BNC | Products | Model 1035 -- Spectroscopic Area Radiation Monitor

Detector: 2" x 2", 3" x 3" or 2" x 4" x 16" NaI detector, integrated with HV supply and PMT, contol electronics (NEMA wall mount housing and temperature stabilization optional)

Integrated Electronics: Digital signal-processing MCA

Energy Range: 18 keV – 3 MeV

Pulse Processor: Trapezoidal filter with adjustable time constant

Controller I/O: 10/100 Ethernet port, RS-232, wireless

Power: 120/240V 15W universal power supply; Battery backup optional

Weight: est. 10.5 lbs.

Dimensions: 14.2” L x 6.5” H x 10” W (with internal detector)

Water/Dust Resitance: NEMA 4X

Temperature Range: -20 to 50°C

Clock: Battery-backed real-time clock/calendar

Controls: Remotely operated through PC software; internal display shows device status

Alarm: TTL pulse out or contact relay

Patented Technology: Quadratic Compression Conversion (QCC) allows for identification of mixed isotopes in one second

ADC
Type: Base converter 14-bit pipelined-flash Conv. Modes: Linear 256, 512, 1024 QCC 256, 512 (U.S. Patent 5,608,222)

Calibration: Automatic calibration (temperature) stabilization with NORM source. Coarse and fine energy calibration done at factory, but available for expert users. Automatic background collection.

Customizability: Modifications of trigger list, library isotopes and their associated energy lines. Essentially no limit to number of isotopes or lines. Other hardware and software customization can be done for special orders.

The Model 1035 is the latest in spectroscopic radiation area monitoring technology. Remote, always-on monitoring of radiation is easily accomplished with the Model 1035, complete with email notifications and wireless networking. The all digital detection system includes a versatile architecture which allows for quick integration of radiological laboratory analysis into your existing security, video or other monitoring system. The 1035's scalable platform allows for up to 140 nodes of detection encompassing multiple detector sizes and types. The Model 1035 can be packaged in an environmentally sealed enclosure making it well suited for outdoor or indoor installation and a variety of industrial application environments. Current deployments in below-freezing temperatures are reliable and extremely responsive. Most identification is accomplished in about 1 second using patented algorithms.

With plug & play functionality, the Model 1035 was developed so that expert users, as well as non-technical users, would find the interface easy to operate. Quantitative alarm data is gathered and sent in real-time to the control center. Ethernet/network compatibility is available to transmit spectral data electronically to remote locations over fixed or wireless communication protocol. Information exported from the instrument includes isotopes identified, dose rate, accumulated dose, neutron CPS, and spectral header file (ANSI N42.42 compliant, DNDO Reachback or DOE Triage ready) all with a time and date stamp on the reports. At the core of the system is our SAM isotope identification algorithms. These industry recognized leading algorithms address medical, industrial, SNM, norm, and a user specified library of isotopes in real time. With the SAM's unprecedented ability to accurately identify radioactive material in real-time, the integration of Model 1035 into a standard security network provides capabilities far beyond that of legacy portal monitoring and gross counting systems.