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Thermo Scientific™
Harshaw TLD™ Model 6600 Plus Automated Reader Instrument
Save labor and decrease cost using an automated, whole body thermoluminescence dosimetry (TLD) reader with enhanced performance and automatic calibration capabilities.
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| Catalog Number | Description |
|---|---|
| HARSHAWTLDMOD6600P | Harshaw TLD Model 6600 Plus Automated Reader Instrument |
| 6600PLUSDXTRAD | With DXT-RAD option |
| 6600PLUSEXTRAD | With EXT-RAD option |
Catalog number HARSHAWTLDMOD6600P
Price (CNY)Request A Quote
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Description:
Harshaw TLD Model 6600 Plus Automated Reader Instrument
Save processing time with an all-in-one dosimetry solution suitable for medical, nuclear, research, and other health physic applications. The Thermo Scientific™ Harshaw TLD™ Model 6600 Plus Automated Reader Instrument is a versatile medium capacity system for whole body, extremity, neutron and environmental monitoring. With no requirement for a separate extremity system, the Harshaw Model 6600 Plus reader offers significant labor and cost savings with enhanced dosimetry performance. Built-in automatic dosimeter calibration capability puts you in control of your system by letting you decide when to recalibrate.
The Harshaw TLD Model 6600 Manual Reader provides versatile readout of TLD dosimeters.
- One dosimetry solution for whole body betas, photons and neutrons.
- Built-in automatic dosimeter calibration capability.
- No requirement for separate extremity measurement.
- Extensive built-in automatic QC tests and high MTBF.
- Flat-panel display and touch-screen operation.
- High sensitivity LiF material for extended monitoring periods.
- LiF has excellent energy response due to being near tissue equivalent, unlike Al2O3 or CaSO4.
- Includes: Thermo Scientific™ WinREMS™ User Software.
Specifications
Capacity200 personnel/environmental, 400 EXTRAD or 800 DXTRAD extremity dosimeters per loading
Dark Current<1μGy 137Cs equivalent dark current
DescriptionHarshaw TLD Model 6600 Plus Automated Reader Instrument
Detector TypeThermoluminescence (TL) Detector with LiF material
Dose RangeLiF:Mg, Ti: 10μGy to 1 Gy, linear within 5%;1 Gy to 100 Gy, supralinear above 1 Gy
LiF:Mg, Cu, P:1μGy to 20 Gy, linear within 5%; 20 Gy to 100 Gy, sublinear above 20 Gy
LiF:Mg, Cu, P:1μGy to 20 Gy, linear within 5%; 20 Gy to 100 Gy, sublinear above 20 Gy
Flow RateDry prepurified N2 gas or dry air
Idle Mode, 28 L/hr. (1 SCFH)
Maximum, 850 L/hr. (30 SCFH)
Idle Mode, 28 L/hr. (1 SCFH)
Maximum, 850 L/hr. (30 SCFH)
Hertz100, 200, 220, 240 V ±10%, 50/6 Hz
Operating Temperature (English)32°F to 104°F
Operating Temperature (Metric)0°C to 40°C
Power Consumption180 VA
Product TypeRadiation Dosimeter Reader
SensitivityDependent on config. Used
Storage Temperature (English)14°F to 140°F
Storage Temperature (Metric)-10°C to +60°C
Time and Temperature ProfilesPreheat: LiF:Mg, Ti:0 sec., 50°C, LiF:Mg, Cu, P:10 sec., 165°C; Aquisition: LiF:Mg, Ti:13.33 sec; 25 °C/sec., 300°C, LiF:Mg, Cu, P:13.33 sec.; 15°C, 260°C
Weight (English)154 lb.
Weight (Metric)70 kg
Card IDCodabar, interlaced 2 of 5, code 39
Heating MethodLinear controlled contactless heating using N2 gas or dry air
LinearityLiF:Mg, Ti; <5%, 10μGy to 1 Gy
Radiation TypePhotons, Neutrons, Beta
Reference Light14C-activated Ca2F:Eu
Repeatability<2% variation based on one standard deviation for 10 repeated doses measurements of 1 mGy (100 mrad) from 137 Cs
StabilityBased on one standard deviation of 10 consecutive measurements: Dose, better than 1μGy; Reference light, short-term stability, <0.5%; High voltage, short-term stability, ±0.005
Throughput(LiF:Mg, Ti standard heating); 4-element dosimeters, 70/hr; 2-element dosimeters, 120/hr; EXTRAD dosimeters, 240/hr; DXTRAD dosimeters, 280/hr
Warm Up Time<20 min.
Unit SizeEach