Atomlab 300 Dose Calibrator

Home News Corporate Information Contractors Equipment Planners Completed Projects Product Specials Product Catalog Order Product Feedback Contact Us Search Services
 

Atomlab 100 Dose Calibrator
Atomlab 200 Dose Calibrator
Atomlab Dose Calibrator
Atomlab 300 Dose Calibrator
Lineator
Reference Sources

Atomlab 300 Dose Calibrator

Designed for PET pharmacies, chemistry laboratories and clinics.

bulletAll functions microprocessor controlled
bulletUltra-fast response time
bulletAutomatic range selection ranges up to 9.999 curies of F-18
bulletPre-programmed for 511 keV radionuclides
bulletDisplay in Curies or Becquerels
bulletAutomatic background subtraction and zeroing at the touch of a button
bulletRemote ionization chamber with .25" (.64 cm) lead shielding and 10-foot cable
bulletSelf-diagnostic software
bulletDaily constancy isotope keys
bulletElectronic power supply (no battery in chamber)
bulletRS-232 bi-directional serial communications port
bulletIndustry exclusive two-year warranty
bulletETL to UL 3101-1 and cETL to CAN/CSA C22.2 No. 1010.1-M92

 

The Atomlab 300 Dose Calibrator's ultra-fast response time, extended measurement range and computer compatibility provide state-of-the-art performance for PET pharmacies, chemistry laboratories or clinics. The Atomlab 300 provides fast, accurate radionuclide activity measurements that easily surpass the most stringent regulatory requirements. With a modular design, the Atomlab 300 can be configured to specific requirements and expanded as the facility grows.

The unit is simple to operate. There are 13 isotope selection keys, ten are pre-programmed for the most commonly used PET and constancy radionuclides and three are user defined. Any key can be reprogrammed by the user for a desired isotope.

Activity is displayed on a LED readout in either Curie or Becquerel units. Background correction and zero adjustment are performed at the touch of a button. Range selection is automatic.

Activity measurements are performed by a microprocessor controlled electrometer located within the detector assembly of the ionization chamber. The chamber is shielded with .25" (.64 cm) lead. Up to six remote chambers and a printer may be connected to a single display unit. Utilizing the Multi-Chamber Switch Box, the chambers may be placed as far as 40 feet away from the display unit. Chamber bias is generated within the display unit by an electronic high voltage supply, eliminating the need for expensive battery changes.

The RS-232 port enables the Atomlab 300 Dose Calibrator to communicate with most commercially available nuclear medicine management systems.

An industry exclusive two-year warranty is standard.


Specifications

bulletMeasurement Range: 0.01 µCi to 9999 mCi, auto-ranging
bulletDisplay Ranges (Units are user-selectable):
Ci Bq
0.01-19.99 µCi .001-1.999 MBq (=54 µCi)
20.0-199.0 µCi 2.00-19.99 MBq (=540 µCi)
200-1999 µCi 20.0-1999.0 MBq (=5.5 mCi)
2.00-19.99 mCi .200-1.999 GBq (=54 mCi)
20.0-199.0 mCi 2.00-19.909 GBq (=54 mCi)
200-9999 mCi 20.0-399.9 GBq (=10.8 Ci)
bulletIsotope Selection Keys:
Ten factory programmed — C-11; N-13; O-15; F-18; Cu-62; Ga-68; Rb-82; I-124; Co-57; Cs-137
Three additional keys for user-defined isotopes
bulletActivity Range: 0.01 µCi to 9999 mCi (.001 MBq to 399.9 GBq)
bulletEnergy Range: 25 keV to 3 MeV photons
bulletResponse Time (Auto Selection): One second above 20 µCi; Three seconds between 2 µCi and 20 µCi; 10 seconds below 2 µCi
bulletDetector Linearity: ±1% or 0.2 µCi, whichever is greater
bulletElectrometer Linearity: ±1% or 0.2 µCi, whichever is greater
bulletElectrometer Accuracy: ±1% or 0.2 µCi, whichever is greater
bulletOverall Accuracy: ±4% or 0.4 µCi, whichever is greater. Overall accuracy is affected by such factors as the accuracy of the specific source calibration, geometric variations due to sample volume or configuration, detector linearity, electrometer accuracy and readout accuracy
bulletRepeatability: ±0.3% above 1 mCi short term (24 hr); 1% long term (1 yr); exclusive of background
bulletDigital Calibration Dial: Four-digit LED dial display with increment/decrement keys to change the value. Range is from 0.1 to 999
bulletDetector: Well-type pressurized ionization chamber, with Argon fill gas; Well opening 2.75" (7 cm), well depth is 10.5" (26.7 cm)
bulletDetector Shielding:.25" (6.3 mm) lead on all sides except top well opening. Supplementary shielding available.
bulletChamber Bias: 340 volt electronic power supply
bulletEnvironmental Operating Conditions:
Temperature: 0-40° C; Humidity: 0-90% rh, non-condensing
bulletPower Requirements: 100 to 120 VAC @ 1/2A; 200 to 240 VAC @ 1/4A
bulletLine Frequency: 50/60 Hz; Detachable line cord; Built-in EMI filter and transient suppression
bulletDetector and Interface Cables: 30' (914.4 cm) long, six conductor cables (two carry power, one is chassis ground, three carry serial data for digital I/O) Ends terminated with AMP Mate-n-Lock connectors, white with hooded strain relief
bulletDisplay Unit:
Dimensions: 12" w x 14.3" d x 3.75" h
(30.5 x 36.3 x 9.5 cm)
Weight: 6 lb (3 kg)
bulletDetector Unit:
Dimensions: 7.5" w x 7.5" d x 16.25" h (19 x 19 x 41.3 cm)
Well Internal Dimensions: 2.75" dia x 10.5" h (7 x 26.7 cm)
Well Internal Dimensions with Liner:
2.5" dia x 10.25" h (6.35 x 26 cm)
Overall Weight: 35 lb (16 kg)
Well Shielding: .25" lead (.63 cm)
bulletApprovals:
ETL to UL 3101-1 and ©ETL to CAN/CSA C22.2 No. 1010.1-M92

 

086-300 Dose Calibrator, Atomlab 300
Designed for PET Pharmacies.
Includes Vial/Syringe Dipper and Well Insert.

Optional:

086-311 Voltage Configuration, 230V
For 086-300.
086-305 Chamber, .25" lead
086-302 Dose Calibrator Interface, Multi-Chamber
For 086-300. Accommodates up to six chambers.
086-303 Printer, Dot Matrix For 086-300.
Must be purchased with Atomlab Dose Calibrator.

Related:

086-301 Dose Calibrator Shielding Rings,
Interlocking, 2" lead
For additional protection from high energy activity.
086-509 Lineator
 

Replacement:

086-242 Vial/Syringe Dipper
086-241 Well Insert
 


 

  atomlab 300 dose calibrator
Related Products
Lineator
Reference Sources

Copyright © 2004 JZ Imaging & Consulting
Last modified: 02/22/13