LP PHOT 03 LP RAD 03 LP PAR 03 LP UVA 03 LP UVB 03

Transcription

1 LP PHOT 0 LP RAD 0 LP PAR 0 LP UVA 0 LP UVB 0 LP PHOT 0 The probe LP PHOT 0 measures illuminance (lux), defined as the ratio between the luminous flux (lumen) passing through a surface and the surface area (m ). The spectral response curve of a photometric probe is similar to the human eye curve, known as standard photopic curve V(λ). The difference in spectral response between LP PHOT 0 and the standard photopic curve V(λ) is calculated by means of the err f. Calibration is carried out by comparison with a reference luxmeter, calibrated by a Primary Metrological Labaty. The Calibration Procedure complies with the CEI publication No.9 Methods of characterizing illuminance meters and luminance meters: Perfmance, characteristics and specifications, 9. The photometric measurement probe is designed f outdo readings. CIE photopic filter. Cosine crection filter and K glass dome. Output, accding to the chosen configuration, mv nmalized output 0mA 0 0Vdc. TECHNICAL SPECIFICATIONS: Typical sensitivity: 0.. mv/(klux) Spectral range: V(λ) (see figure) Calibration uncertainty: < % f' (agreement with the standard curve V(λ)): <% f (Cosine response) <% f (linearity) <% Measuring range: 0-00 klux Viewing angle: π sr -0 C +0 C heated version -0 C +0 C standard version 0..0 KΩ non-nmalized version Version with nmalized output 0mA: Version with nmalized output 0 0Vdc ma = 0 klux, 0mA = 0 klux 0V = 0 klux, 0V = 0klux 0 0Vdc f version with nmalized output 0mA 0Vdc f version with nmalized output 0 0Vdc Typical spectral response curve of LP PHOT 0: PHOTOMETRIC AND RADIOMETRIC PROBES WITH OUTPUT SIGNAL IN mv OR NORMALIZED 0mA OR 0 0Vdc OUTPUT Photo-radiometric probes with output signal in mv standard output 0mA 0 0Vdc The probes of the series LP 0 f outdo use allow to measure photometric and radiometric quantities such as: illuminance (lux), irradiance (W/m²) in the near ultraviolet spectral region VIS-NIR, UVA, UVB, and the photon flow across the PAR region ( 00nm...00nm). The probes with mv output do not require any power supply. The output signal is obtained from a resistance that sht-circuits the terminal of the photodiode. The ratio of generated photocurrent to incident light power is converted into a Difference of Potential that can be read by a voltmeter. Once the DDP (Difference of Potential) is known, the measured value can be calculated through the calibration fact. All probes are individually calibrated and the calibration fact is also shown on the probe housing. The probes with nmalized output current 0mA voltage 0 0Vdc require external power supply. The probe LP UVB 0 is available only with standard output voltage 0 Vdc and requires external power supply. All probes of the series LP 0 are equipped with diffuser f cosine crection and protection dome. M male -pole connect, heated version -poles. Cables with female connects and with, 0m length available on request. On request female connect cable, 0 m long. 0 LP PHOT 0: Photometric probe f the measurement of illuminance, complete with K dome, silica gel cartridge, flying female -pole -pole connect (depending on the version), calibration rept. Cable with female connect has to be dered separately. Cables: CPM AA with cable length, 0 meters. LP PHOT CPM AA 0 = mv per klux 0BL = mv per klux, base with levelling device 0BLAC = mv per klux, base with levelling device output 0 ma 0BLAV = mv per klux, base with levelling device output 0 0 ma = length m = length m 0 = length 0m = -pole cable f non-heated versions = -pole cable f heated versions, option R

2 -pole wire CPMAA Fixed -pole plug M Flying -pole M socket LPPHOT 0, LP PHOT 0BL Positive (+) Red Negative (-) Blue White Shield LP PHOT 0BLAV (+) V out Red (-) V out and (-) Vdc Blue (+) Vdc White Shield LP PHOT 0BLAC Positive (+), (+) Vdc Red Negative (-), (-) Vdc Blue White Shield -pole wire CPMAA Fixed -pole plug M Flying -pole M socket LP PHOT 0R, LP PHOT 0BLR Positive signal (+) Red Negative signal (-) Blue Shield Braid NTC (0K) Green LP PHOT 0BLAVR (-) V out and (-) Vdc Red (+) V out Blue (+) Vdc Braid NTC (0K) Green LP PHOT 0BLACR Positive signal (+), (+) Vdc Red Negative signal (-), (-)Vdc Blue Shield Braid NTC (0K) Green LP RAD 0 LP RAD 0 probe measures irradiance (W/m ) defined as the ratio between the radiant flux (W) passing through a surface and the surface area (m) in the VIS-NIR (00nm- 00nm) spectral range. The probe is designed f outdo readings. Cosine crection filter and K glass dome. Output, accding to the chosen configuration, in µv per µw/cm² 0mA 0 0Vdc nmalized output. Technical specifications Typical sensitivity:. μv/(μw/cm) Spectral range: 00nm 00nm Calibration uncertainty: <% f (cosine response): <% f (linearity) <% -0 C +0 C heated version -0 C +0 C standard version 0..0 KΩ non-nmalized version Version with nmalized output 0mA: Version with nmalized output 0 0Vdc Output impedance: Typical spectral response curve LP RAD 0 ma = 0 W/m², 0mA = 000 W/m² 0V = 0 W/m², 0V = 000 W/m² 0..0 KΩ non-nmalized version 0 0Vdc f version with nmalized output 0mA 0Vdc f version with nmalized output 0 0Vdc LP RAD 0: Radiometric probe f the measurement of irradiance, complete with K dome, silica gel cartridge, flying -pole -pol connect (depending on the version). Cable with female connect has to be dered separately Cables: CPM AA with cable length, 0 meters. LP RAD CPM AA 0 = μv per μw/cm 0BL = μv/(μw/cm ), base with levelling device 0BLAC = μv/(μw/cm ), base with levelling device output 0 ma 0BLAV = μv/(μw/cm ), base with levelling device output 0 0 ma = length m = length m 0 = length 0m = -pole cable f non-heated versions = -pole cable f heated versions, option R LP PHOT 0 LP PHOT 0BL LP PHOT 0BLAC LP PHOT 0BLAV

3 -pole wire CPMAA Fixed -pole plug M Flying -pole M socket LP RAD 0, LP RAD 0BL Positive (+) Red Negative (-) Blue White Shield LP RAD 0BLAV (+) V out Red (-) V out and (-) Vdc Blue (+) Vdc White Shield LP RAD 0BLAC Positive (+) Red Negative (-) Blue White Shield -pole wire CPMAA Fixed -pole plug M Flying -pole M socket LP RAD 0R, LP RAD 0BLR Positive signal (+) Red Negative signal (-) Blue Shield Braid NTC (0K) Green LP RAD 0BLAVR (-) V out and (-) Vdc Red (+) V out Blue (+) Vdc Braid NTC (0K) Green LP RAD 0BLACR Positive signal (+), (+) Vdc Red Negative signal (-), (-)Vdc Blue Shield Braid NTC (0K) Green LP PAR 0 The probe LP PAR 0 measures the ratio between the number of photons that strike a surface in one second, in the 00nm-00nm spectral range and the surface area (m²). This quantity is defined as PAR: Photo-synthetically Active Radiation. The probe calibration is carried out by using an halogen lamp, with a known spectral irradiance in a specific spectral range. Temperature slightly affects the probe spectral response. The probe is designed f outdo readings. Cosine crection filter and K glass dome. Output, accding to the chosen configuration, in µv per µmol m - s - nmalized outputs 0mA 0 0Vdc. TECHNICAL SPECIFICATIONS Typical sensitivity:. μv/(μmol/(m - s - ) Typical spectral range: 00 nm 00 nm Calibration uncertainty: <% f (cosine response): <% f (linearity) <% -0 C +0 C heated version -0 C +0 C standard version 0..0 KΩ non-nmalized version Version with nmalized output 0mA: ma = 0 μmol/(m - s - ), 0mA = 000 μmol/(m - s - ) Version with nmalized output 0 0Vdc 0V = μmol/(m - s - ), 0V = 000 μmol/(m - s - ) 0 0Vdc f version with nmalized output 0mA 0Vdc f version with nmalized output 0 0Vdc Typical spectral response curve LP PAR 0: LP PAR 0 Radiometric probe f the measurement of the Photon flux in the PAR action spectra, complete with K dome, silica gel cartridge, flying -pole -pole connect (depending on the version). Cable with female connect has to be dered separately. Cables: CPM AA with cable length, 0 meters. LP PAR CPM AA 0 = μv per μmol m - s - 0BL = μv per μmol m - s -, base with levelling device 0BLAC = μv per μmol m - s -, base with levelling device output 0 ma 0BLAV = μv per μmol m - s -, base with levelling device output 0 0 ma = length m = length m 0 = length 0m = -pole cable f non-heated versions = -pole cable f heated versions, option R LP RAD 0 LP RAD 0BL LP RAD 0BLAC LP RAD 0BLAV

4 -pole wire CPMAA Fixed -pole plug M Flying -pole M socket LP PAR 0, LP PAR 0BL Positive (+) Red Negative (-) Blue White Shield LP PAR 0BLAV (+) V out Red (-) Vout and (-) Vdc Blue (+) Vdc White Shield LP PAR 0BLAC Positive (+) Red Negative (-) Blue White Shield -pole wire CPMAA Fixed -pole plug M Flying -pole M socket LP PAR 0R, LP PAR 0BLR Positive signal (+) Red Negative signal (-) Blue Shield Braid NTC (0K) Green LP PAR 0BLAVR (-) V out and (-) Vdc Red (+) V out Blue (+) Vdc Braid NTC (0K) Green LP PAR 0BLACR Positive signal (+), (+) Vdc Red Negative signal (-), (-)Vdc Blue Shield Braid NTC (0K) Green LP UVA 0 The LP UVA 0 probe measures irradiance (W/m²) defined as the ratio between the radiant flux (W) passing through a surface and the surface area (m²) in the UVA ( nm 00 nm) spectral range. Thanks to a new type of photodiode, LP UVA 0 is blind to visible and infrared light. Probe calibration is carried out by using a nm line of a Xe-Hg, filtered through a special interferential filter. Measurement is carried out by comparison with the primary standards, assigned to Delta Ohm Metrological Labaty. The probe is designed f outdo readings. Cosine crection filter and K glass dome. Output, accding to the chosen configuration, in µv per µw/cm² 0mA 0 0Vdc nmalized output. TECHNICAL SPECIFICATIONS Typical sensitivity: 0 00 μv/(w/cm ) Measuring range: nm (/) 9nm (/0) 0 00nm (/00) Peak: nm Calibration uncertainty: <% f (cosine response): <% f (linearity) <% -0 C +0 C heated version -0 C +0 C standard version 0..0 KΩ non-nmalized version Version with nmalized output 0mA: Version with standard output 0 0Vdc : ma = 0 W/m² 0mA = 00W/m² 0V = 0 W/m0V = 00W/m² 0 0Vdc f version with nmalized output 0mA 0Vdc f version with nmalized output 0 0Vdc Typical spectral response curve LP UVA 0: LP UVA 0: Radiometric probe f the measurement of the UVA irradiance, complete with with K dome, silica gel cartridge, flying -pole -pole connect (depending on the version). Cable with female connect has to be dered separately. Cables: CPM AA with cable length, 0 meters. LP UVA CPM AA 0 = μv per μw/cm 0BL = μv per μw/cm, base with levelling device 0BLAC = μv per μw/cm, base with levelling device output 0 ma 0BLAV = μv per μw/cm, base with levelling device output 0 0 ma = length m = length m 0 = length 0m = -pole cable f non-heated versions = -pole cable f heated versions, option R LP PAR 0 LP PAR 0BL LP PAR 0BLAC LP PAR 0BLAV

5 -pole wire CPMAA Fixed -pole plug M Flying -pole M socket LP UVA 0, LP UVA 0BL Positive (+) Red Negative (-) Blue White Shield LP UVA 0BLAV (+) V out Red (-) Vout and (-) Vdc Blue (+) Vdc White Shield LP UVA 0BLAC Positive (+) Red Negative (-) Blue White Shield -pole wire CPMAA Fixed -pole plug M Flying -pole M socket LP UVA 0R, LP UVA 0BLR Positive signal (+) Red Negative signal (-) Blue Shield Braid NTC (0K) Green LP UVB 0BLAVR: The LP UVB 0BLAVR probe measures global irradiance (W/m ) defined as the ratio between the radiant flux (W) passing through a surface and the surface area (m ) in the UVB (0 nm nm) spectral region. In particular, the spectral sensitivity is focused at nm, with a bandwidth (FWHM) of nm. The global irradiance is the result of the sum of direct solar irradiance and of diffused irradiance incident on a planar surface. In the UVB spectral region, unlike in the visible ption where the direct component prevails over the direct component, the light is strongly diffused by the atmosphere and thus the two components are equivalent, therefe is very imptant that the instrument is capable of measuring accurately both the components. The probe is designed f outdo readings. Cosine crection filter and Quartz dome. Standard output 0 Vdc. TECHNICAL SPECIFICATIONS Typical sensitivity: V/(W/m²) Typical spectral range: 0nm 0nm (/) 9 0.nm (/0) 90.nm (/00) Peak at 0nm Calibration uncertainty: <% f (cosine response): <% f (linearity) <% Typical spectral response curve LP 0BLAVR LP UVA 0BLAVR (-) V out and (-) Vdc Red (+) V out Blue (+) Vdc Braid NTC (0K) Green LP UVA 0BLACR Positive signal (+), (+) Vdc Red Negative signal (-), (-)Vdc Blue Shield Braid NTC (0K) Green LP UVB 0BLAVR: Radiometric probe f the measurement of the UVB irradiance, complete with Quartz dome, silica gel cartridges, flying -pole connect, calibration rept. Cable with female connect has to be dered separately. Cables: CPM AA, with cable lengths, 0 meters. LP UVB CPM AA 0BLAVR = 0 V, complete with levelling device and heater = length m = length m 0 = length 0m = -pole cable f heated versions, option R LP UVA 0 LP UVA 0BL LP UVA 0BLAC LP UVA 0BLAV

6 -pole wire CPMAA LP UVB 0 - LP UVB 0 - CONNECTION DIAGRAMS LP UVB 0 Fixed -pole plug M Flying -pole M socket Probe output = 0...V (TEMP) 0...V (UVB) White [ ] LP UVB 0BLAVR, LP UVB 0BLAVR Shield [ ] [ Connect Function ] TEMP Col Green [ ] Signal GND Red V out UV (+) Blue [ ] Shield BraidV Power GND V out Temp. (+) White Housing Power -0Vdc Power Supply Green LP UVB 0BLAV CONNECTION DIAGRAMS LP UVB 0BL AV Casing (LP UVB 0) Probe output = 0...V [ ] Blue [ ] Red [ ] Blue [ ] Red [ ] White [ ] Shield [ ] [ ] Green [ ] Casing (LP UVB 0BL AV) UVB UVB TEMP...0 Vdc Power Supply...0 Vdc with V ma output with ma output with V ma output with V ma output ACCESSORIES Heating option R LP G: Packet with silica gel spare cartridge CPM AA.: -pole cable f not heated versions. Length m. Connect M -pole on one side, open wires on the other sid CPM AA.: -pole cable f not heated versions. Length m. Connect M -pole on one side, open wires on the other side. CPM AA.0: -pole cable f not heated versions. Length 0 m. Connect M -pole on one side, open wires on the other side. CPM AA.: -pole cable f heated versions. Length m. -pole M connect on one end, open wires on the other side. CPM AA.: -pole cable f heated versions. Length m. -pole M connect on one end, open wires on the other side. CPM AA.0: -pole cable f heated versions. Length 0m. -pole M connect on one end, open wires on the other side. Configurable amplifiers and converters HD9TR: Configurable signal converter amplifier with 0mA (0 ma) output. Input measuring range 0..+0mV. Default setting 0 0mV. Two DIN module (mm) f rail attachment. Minimum measuring range mv. Configurable with HD TCAL. HD9TR: Configurable signal converter amplifier with 0 0 (0 0Vdc) output. Input measuring range 0..+0mV. Default setting 0 0mV. Two DIN module (mm) f rail attachment. Minimum measuring range mv. Configurable with HD TCAL. HD9TR: Configurable signal converter amplifier with 0mA (0 ma) output. Input measuring range 0..+0mV. Default setting 0 0mV. Minimum measuring range mv. Configurable with HD TCAL. F wall mounting. HD9TR: Configurable signal converter amplifier with 0 0 (0 0Vdc) output. Input measuring range 0..+0mV. Default setting 0 0mV. Minimum measuring range mv. Configurable with HD TCAL. F wall mounting. HD TCAL: Power generat in the range 0mv +0mV, regulated by PC through RSC serial pt. DeltaLog- software to configure type K, J, T and N thermocouple transmitters and HD9TR, HD9TR, HD9TR and HD9TR converters. LP UVB 0BLAVR LP RAD 0 BLAC LP RAD 0 BL LP RAD 0