Features
Firmly adjusted optical system not requiring any additional adjustment
Short analysis times
Low reagent consuption
Automatic zero adjustment
For analyses to
DIN 38406-12 / EPA 7470A / EPA 7471A)
Measuring range 0.01 ppb~10 ppb
Peak method: mercury vapors cannot escape into the lab
Upgradable to VM-3000 Mercury Vapor Monitor
Specifications
Measuring principle
UV-Absorption
Wavelength
254 nm
UV source
electrodeless low-pressure mercury lamp (EDL), temperature-controlled
UV detectors
Silicon, UV-enhanced, temperarure controlled
Stabilization method
Double beam (reference beam) method
Optical cell
Fused silica (Suprasil), approx. 23 cm long
Optical cell heating
approx. 70°C
Measuring range
lowest range: 0~1 µg/L highest range: 0~100 mg/l
Pump
long-life membrane pump
Air stream
30 l/h, adjustable
Measuring range
0.01 µg/l~10 µg/l (10 ppt~10 ppb) for 10 ml
Sensitivity
5 ng/l or 0.05 ng
Sample volume
2~10 ml
Reducing agent
tin-II-chloride or sodiumborohydride
Display of readings
Graphic LCD with background illumination
Outputs
analog 4-20 mA, RS 232computer output, parallel Centronics printer output
Power Supply
230 VAC/ 50-60 Hz (optional 115 VAC / 50-60Hz)
Power consumption
35 W
Dimensions
45 x 15 x 35 cm (W x H x D) photometer section 24 x 48 x 27 cm (W x H x D) reaction bottle section
Required floor space
approx. 70 x 50 cm (W x D)
Weight
approx. 10 kg
Rapid Mercury Determination
Description
Product Inquiry
Purchase Product Catalog
Payment & Shipping Conditions:
- Payment: We accept payment through Paypal Only.
- Shipping: We will ship the catalog once the payment is received. And you will be receiving the catalog with in 10 -14 busines days. Shipping might be delayed in due to international shipping conditions which is depends on the countries receiveing. In case hard copy of catalog is not available then we will ship the soft copy.
- Refund: We can refund the order before shipping process was initiated. Incase Catalog not available, we will make sure to refund the order.
- Note: This is a Catalog Produt.
Share Rapid Mercury Determination in Social Media