Hach DR3900 VIS Spectral Photometer
The Hach DR3900 VIS Spectral Photometer uses RFID* technology allowing you to reduce errors. Samples can be traced back to the sample location. All the important information is saved on an RFID tag and can be transferred back to the laboratory in seconds.
- Pre-programmed with all HACH LANGE analysis methods, for the analysis of waste water, drinking water and cooling/boiler water
- Absorbance and transmission
- Concentration for linear and nonlinear calibration curves
IBR+ increases the reliability of your measurement values
Lot number and expiry date information is now included on the 2D barcode, this additional information is transferred to the instrument and documented with the measurement value.
Rapid data updates
Programming of methods into a spectrophotometer has never been so easy. Simply hold the cuvette test box in front of the DR 3900 RFID* module, wait for the signal tone and it‘s done. Measurement begins straight away with accurate evaluation data for an accurate result.
Quality assurance made easy with AQA+
QA procedures can now be easily defined and documented within the instrument without additional software. Current batch certificates (for the purpose of GMP/GLP results documentation) can be found on the RFID* tag on the cuvette box. Thanks to this RFID* technology, all batch-specific information can be retrieved immediately on the DR 3900 and printed out.
Alignment of laboratory and process analysis
You can compare your process result with the laboratory reference value in the photometer via the LINK2SC connection between the SC controller and the DR 3900. Data can be exchanged via Ethernet bi-directionally, eg, matrix corrections from process probes can be sent directly from the laboratory.
Data transfer is simple via USB or Ethernet
Transfer your measurement data easily via a USB stick or an Ethernet connection. The same applies for software updates. The DR 3900 can install the most up-to-date device software from our website via Ethernet, so your photometer always has the latest update.
|Display mode||Transmission (%), absorbance and concentration, scan|
|Light source||Halogen lamp|
|Beam projection||Spectral reference beam technology|
|Wavelength range||320 to 1100 nm|
|Wavelength accuracy||±1.5 nm (Wavelength range from 340 to 900 nm)|
|Wavelength reproducibility||±0.1 nm|
|Wavelength resolution||1 nm|
|Wavelength calibration and selection||Automatic|
|Spectral bandwidth||5 nm|
|Photometric measurement range||±3.0 Abs (wavelength range from 340 to 900 nm)|
|Photometric accuracy||5 mAbs at 0.0 to 0.5 Abs, 1% at 0.5 to 2.0 Abs|
|Photometric linearity||<0.5% to 2 Abs, 1% at >2 Abs with neutral glass at 546 nm|
|Scattered light||0.1% at 340 nm with NaNO2|
|Display||7“ TFT WVGA colour touchscreen (800 × 480 pixels)|
|Data storage||2000 measurement data (result, date, time, sample ID, user ID)|
|Cuvette compatibility||13 mm round cell, 1 cm and 5 cm rectangular cell, 1-inch round cell, 1-inch rectangular cell|
|Dimensions (H×W×D)||151 mm × 350 mm × 255 mm|
|Operating conditions||-10 to 40 °C, max. 80% relative humidity (non-condensing)|
|Storage conditions||-30 to 60 °C, max. 80% relative humidity (non-condensing)|
|Power supply||Table power supply, 110 to 240 V; 50/60 Hz|
|Interfaces||USB type A (2), USB type B, Ethernet, RFID* module|
|LPV440.99.00001||DR 3900 spectral photometer with RFID* technology|
|Product contents||Adapter “A” for 1” round and ACCUVAC/1 cm rectangular cells, basic handbook, CD with handbook and work processes in 5 languages (GB, D, F, I, E) in PDF format, EU power pack 100–240 V, 47–63 Hz, user RFID* tag|
|LQV156.99.10001||RFID* set to sample identifi cation: 1 RFID* locator LOC 100, 2 user RFID* tags, 5 sample location RFID* tags, 15 sample RFID* tags in 5 colours|
|LQV157.99.10001||SIP 10 sipper module|
|LZV875||SIP 10 tube kit, Lagoprene + Tygon|
|LZV873||2 m Ethernet cable|
|LZV791||USB memory stick|
|5835900.00||PD 24 thermal printer|