TIMEPOWER TP303 Infrared Spectrophotometer
TP303
TIMEPOWER TP303 Infrared photometerSPEC
TIMEPOWER TP303 Infrared photometerDetails
TIMEPOWER TP303 Infrared photometerPacking list
- SKU
- NB017047
- Scanning range
- 3400cm-1~2400cm-1
- Wavenumber Repeatability
- ±1cm-1
- Wavenumber Precision
- ±1cm-1
- Spectral resolution
- 1 cm-1
- Absorption linear range
- 0.0000~1.9999
- correlation coefficient
- R > 0.999 (infrared non-dispersion method)
- Measurement range
- 0.01~800mg/L
- Minimum detection concentration
- 0.0001mg/L
- Maximum detection concentration
- 80000Mg/L (diluted measurement)
- Detection limit 3SD
- <0.1mg/L
- Baseline drift
- 1%/4h
- Different ratio measurement error
- < 5% (mixed hydrocarbons in different proportions simulate actual water samples)
- Weight
- 13kg
- Power supply Voltage
- 220V±10v， 50Hz
- Power
- 40w
- CQ1000-ⅰ Extraction Bottle-Extraction Efficiency
- >95%
- CQ1000-ⅰ type extraction bottle - extraction time
- <2min
- CQ1000-ⅰ type extraction bottle - extraction Capacity
- 500ml
- CQ1000-ⅰ type extraction bottle - extraction quantity/time
- 1 sample
- CQ1000-ⅰ Extraction Bottle-Weight
- 6kg
- CQ1000-ⅰ type extraction bottle - external size
- 300×250×650(mm)
- CQ1000-ⅰ Extraction Bottle-Power Supply
- 220V50Hz
- CQ1000-ⅰ Extraction Bottle-Power
- 10W
Introduction
TP303 infrared photometric oil Tester is a high-precision analytical instrument, in line with HJ637-2012 standard. The instrument is mainly used for the detection of various oil concentration content in environmental water bodies and industrial wastewater by environmental monitoring departments and production departments.
Features
LCD display, simple and convenient operation.
Good stability. The unique automatic switching mechanism between the sample and the reference cell is used to accurately position, eliminate errors, stabilize the measurement effect, and achieve automatic zeroing. The integrated optical path system is adopted, the optical path design is unique, the signal is strong, and the signal-to-noise ratio is high.
True three waves: in line with the national standard HJ637-2012, there is no need to do a standard curve, only a set of correction coefficients.
Accurate positioning: The cosecant method is used to accurately locate and scan the wavenumber, so that the wavenumber positioning accuracy is less than one wavenumber. The wavenumber can be freely compensated for positioning.