Izdelki za astronomske mreže za napredne korisnike (3)

NOXmatic / NOXtreme CDM - UPORABITI

NOXmatic / NOXtreme CDM - UPORABITI

Since the implementation of the Kyoto treaty in February 2005 the world has seen a widespread development and tightening of regulations governing greenhouse emissions. The Kyoto treaty has provided an incentive for industrialized and developing nations alike to invest in the reduction of emissions. To get the required CO2 certificates out of JI- and CDM projects it is necessary not only to ensure the correct and sustainable treatment of the methane gas according to local regulations, but also to reliably collect and save the data in a manner which inhibits any possible manipulation. ennox delivers the required gas scrubbers, pressure stations, flare and additional measurement and recording components for your JI/CDM- project.
Spektroradiometer UVpad E: Natančna spektralna UV merjenja - Spektrometer

Spektroradiometer UVpad E: Natančna spektralna UV merjenja - Spektrometer

The UVpad E combines the benefits of the spectral measuring technology with a handheld and easy to operate radiometer. The UVpad E is technically based on our successful radiometer UVpad. With the external sensor and an optimized programming, it is even more precise and easier to operate. Use the spectroradiometer UVpad E for an accurate measurement of the UV irradiance and for comparisons of different UV lamps and UV LEDs. 512 photodiodes measure the spectrum in the wavelength range of 240 – 480 nm. The categorization in UVA, UVB and UVC is taken according to international standards and traceable. The calibration to only one light source is omitted. Spectral range:240 - 480 nm ± 5 nm Spectral bandwidth:2 nm Pixel distance:~0,5 nm Irradiance meas. range (typ.):2 - 5000 mW/cm² Irradiance meas. range (high power version):25 - 20000 mW/cm²
LGD 2M - Laser modul za detekcijo plina NH3 (TDLS)

LGD 2M - Laser modul za detekcijo plina NH3 (TDLS)

Rack 3U monitor using the TDL extractive technology to measure online the NH3 pre and/or post catalyst: SCR (Selective Catalytic Reduction) or SNCR (Selective Non-Catalytic Reduction) Gas:NH3 Principle of detection:Tunable Diode Laser Spectrometry (TDLS) Ranges:0-100 / 0-20 ppm Precision 2σ :1.8 ppm @ 1 s; 0.8 ppm @ 10 s Response time:< 2 sec (T90) (at gas flow rate of 3 L/min) Cell temperature range:190°C Operating temperature:+15 to +50°C Communication:RS 232 Dimensions:Rack 19″ – 3U