Sensore di temperatura NRG T60

E’ il sensore di temperatura professionale per meteorologia, fotovoltaico ed eolico.

Precisione superiore, calibrazione certificata e misura fino a 70°C.

Marchio NRG SYSTEMS

Descrizione prodotto

Sensore di Temperatura NRG T60

Misure di temperatura più precise per applicazioni meteorologiche, solari ed eoliche

Il NRG T60 è il sensore di temperatura ambiente di nuova generazione sviluppato da NRG Systems per garantire prestazioni superiori nelle campagne di monitoraggio meteorologico e nelle valutazioni delle risorse energetiche.

Evoluzione del collaudato NRG 110S, mantiene lo stesso design meccanico e la stessa semplicità di integrazione, introducendo però una precisione maggiore e una riduzione dell’incertezza di misura.

Perché scegliere il NRG T60

Ciò che distingue l’NRG T60 sul mercato è la combinazione di elevata accuratezza, affidabilità a lungo termine e totale compatibilità con le installazioni esistenti. Grazie al nuovo elemento sensibile, il sensore offre misure più precise rispetto alla generazione precedente e può operare fino a 70°C, ampliando le possibilità di utilizzo anche negli ambienti più severi.

Inoltre, il T60 è disponibile con calibrazione tracciabile NIST e conforme agli standard ILAC, un vantaggio fondamentale per progetti professionali che richiedono dati certificati e massima affidabilità.

Vantaggi principali
  • Maggiore precisione e minore incertezza di misura.
  • Campo operativo esteso fino a 70°C.
  • Elevata affidabilità in ambienti esterni e condizioni climatiche difficili.
  • Calibrazione certificata disponibile per applicazioni professionali.
  • Compatibilità totale con il precedente NRG 110S per una sostituzione immediata.
  • Schermo di protezione e materiali collaudati per garantire stabilità nel tempo.
  • Ideale per sistemi di monitoraggio solare, eolico e meteorologico.

Applicazioni

Il sensore NRG T60 è progettato per:

  • Monitoraggio meteorologico professionale
  • Studi anemologici e campagne eoliche
  • Valutazione delle risorse solari
  • Calcolo della densità energetica dell’aria
  • Analisi della stabilità atmosferica
  • Rilevamento di condizioni di ghiaccio e gelo
  • Monitoraggio delle prestazioni degli impianti fotovoltaici

Grazie alla sua precisione superiore e alla qualità costruttiva NRG Systems, il T60 rappresenta una soluzione di riferimento per società di ingegneria, sviluppatori di impianti rinnovabili, consulenti ambientali e professionisti del monitoraggio atmosferico.


Video: T60 Temperature Sensor | Initial Setup

Specifiche tecniche

4.6M CABLE (#9400) 13M CABLE (#9411) 67M CABLE (#9402) 90M CABLE (#9403) 110M CABLE (#9404) 13M CABLE - CALIBRATED (#9401)
Description
Sensor type Integrated circuit ambient temperature sensor with six plate radiation shield Integrated circuit ambient temperature sensor with six plate radiation shield Integrated circuit ambient temperature sensor with six plate radiation shield Integrated circuit ambient temperature sensor with six plate radiation shield Integrated circuit ambient temperature sensor with six plate radiation shield Integrated circuit ambient temperature sensor with six plate radiation shield
Applications
  • Wind and solar resource assessment
  • Wind and solar plant operations
  • Meteorological studies
  • Environmental monitoring
  • Wind and solar resource assessment
  • Wind and solar plant operations
  • Meteorological studies
  • Environmental monitoring
  • Wind and solar resource assessment
  • Wind and solar plant operations
  • Meteorological studies
  • Environmental monitoring
  • Wind and solar resource assessment
  • Wind and solar plant operations
  • Meteorological studies
  • Environmental monitoring
  • Wind and solar resource assessment
  • Wind and solar plant operations
  • Meteorological studies
  • Environmental monitoring
  • Wind and solar resource assessment
  • Wind and solar plant operations
  • Meteorological studies
  • Environmental monitoring
Sensor range -40 °C to 70 °C (-40 °F to 158 °F) -40 °C to 70 °C (-40 °F to 158 °F) -40 °C to 70 °C (-40 °F to 158 °F) -40 °C to 70 °C (-40 °F to 158 °F) -40 °C to 70 °C (-40 °F to 158 °F) -40 °C to 70 °C (-40 °F to 158 °F)
Instrument compatibility All NRG loggers All NRG loggers All NRG loggers All NRG loggers All NRG loggers All NRG loggers
Output signal
Signal type Linear analog voltage Linear analog voltage Linear analog voltage Linear analog voltage Linear analog voltage Linear analog voltage
Transfer function Temperature (°C) = (Voltage x 44.67629) -40.92151°C Temperature (°F) = (Voltage x 80.53855) -41.53999 °F Temperature (°C) = (Voltage x 44.67629) - 40.92151 °C Temperature (°F) = (Voltage x 80.53855) - 41.53999 °FNote: Transfer function above applies to 4.6-meter cable. For sensors with cable lengths longer than 4.6 meters, subtract 0.002922 °C (0.0052596 °F) per additional meter from the transfer function offset.
Temperature (°C) = (Voltage x 44.67629) - 40.92151 °C
Temperature (°F) = (Voltage x 80.53855) - 41.53999 °F
Note: Transfer function above applies to 4.6-meter cable. For sensors with cable lengths longer than 4.6 meters, subtract 0.002922 °C (0.0052596 °F) per additional meter from the transfer function offset.
Temperature (°C) = (Voltage x 44.67629) - 40.92151 °C
Temperature (°F) = (Voltage x 80.53855) - 41.53999 °F Note: Transfer function above applies to 4.6-meter cable. For sensors with cable lengths longer than 4.6 meters, subtract 0.002922 °C (0.0052596 °F) per additional meter from the transfer function offset.
Temperature (°C) = (Voltage x 44.67629) - 40.92151 °C Temperature (°F) = (Voltage x 80.53855) - 41.53999 °FNote: Transfer function above applies to 4.6-meter cable. For sensors with cable lengths longer than 4.6 meters, subtract 0.002922 °C (0.0052596 °F) per additional meter from the transfer function offset. Please refer to your calibration report.
Accuracy Uncertainty (k=2): ±0.200 °C (±0.360 °F) Uncertainty (k=2): ±0.200 °C (±0.360 °F) Uncertainty (k=2): ±0.200 °C (±0.360 °F) Uncertainty (k=2): ±0.200 °C (±0.360 °F) Uncertainty (k=2): ±0.200 °C (±0.360 °F) Uncertainty (k=2): ±0.200 °C (±0.360 °F)
Output signal range 0.020 to 2.480 V DC 0.020 to 2.480 V DC 0.020 to 2.480 V DC 0.020 to 2.480 V DC 0.020 to 2.480 V DC 0.020 to 2.480 V DC
Turn on time <20 ms <20 ms <20 ms <20 ms <20 ms <20 ms
Resolution 0.0025 °C (0.0045 °F) 0.0025 °C (0.0045 °F) 0.0025 °C (0.0045 °F) 0.0025 °C (0.0045 °F) 0.0025 °C (0.0045 °F) 0.0025 °C (0.0045 °F)
Response characteristics
Thermal time constant 5.38 minutes 5.38 minutes 5.38 minutes 5.38 minutes 5.38 minutes 5.38 minutes
Power requirements
Supply voltage 5 to 15 V DC 5 V pulsed excitation strongly recommended 5 to 15 V DC 5 V pulsed excitation strongly recommended 5 to 15 V DC 5 V pulsed excitation strongly recommended 5 to 15 V DC 5 V pulsed excitation strongly recommended 5 to 15 V DC 5 V pulsed excitation strongly recommended 5 to 15 V DC 5 V pulsed excitation strongly recommended
Supply current
  • 1.2 mA max. (no load on output)
  • SymphoniePRO Pulsed: 0.85 mA average
  • SymphoniePLUS3 Pulsed: 0.43 mA average
  • 1.2 mA max. (no load on output)
  • SymphoniePRO Pulsed: 0.85 mA average
  • SymphoniePLUS3 Pulsed: 0.43 mA average
  • 1.2 mA max. (no load on output)
  • SymphoniePRO Pulsed: 0.85 mA average
  • SymphoniePLUS3 Pulsed: 0.43 mA average
  • 1.2 mA max. (no load on output)
  • SymphoniePRO Pulsed: 0.85 mA average
  • SymphoniePLUS3 Pulsed: 0.43 mA average
  • 1.2 mA max. (no load on output)
  • SymphoniePRO Pulsed: 0.85 mA average
  • SymphoniePLUS3 Pulsed: 0.43 mA average
  • 1.2 mA max. (no load on output)
  • SymphoniePRO Pulsed: 0.85 mA average
  • SymphoniePLUS3 Pulsed: 0.43 mA average
Installation
Mounting Attaches to tower with included hose clamps Attaches to tower with included hose clamps Attaches to tower with included hose clamps Attaches to tower with included hose clamps Attaches to tower with included hose clamps Attaches to tower with included hose clamps
Tools required
  • 8 mm (5/16 inch) nut driver or flat blade (-) screwdriver (to install hose clamps)
  • Sheet metal shears or similar (for trimming hose clamps)
  • 8 mm (5/16 inch) nut driver or flat blade (-) screwdriver (to install hose clamps)
  • Sheet metal shears or similar (for trimming hose clamps)
  • 8 mm (5/16 inch) nut driver or flat blade (-) screwdriver (to install hose clamps)
  • Sheet metal shears or similar (for trimming hose clamps)
  • 8 mm (5/16 inch) nut driver or flat blade (-) screwdriver (to install hose clamps)
  • Sheet metal shears or similar (for trimming hose clamps)
  • 8 mm (5/16 inch) nut driver or flat blade (-) screwdriver (to install hose clamps)
  • Sheet metal shears or similar (for trimming hose clamps)
  • 8 mm (5/16 inch) nut driver or flat blade (-) screwdriver (to install hose clamps)
  • Sheet metal shears or similar (for trimming hose clamps)
Environmental
Operating temperature range -40 °C to 70 °C (-40 °F to 158 °F) -40 °C to 70 °C (-40 °F to 158 °F) -40 °C to 70 °C (-40 °F to 158 °F) -40 °C to 70 °C (-40 °F to 158 °F) -40 °C to 70 °C (-40 °F to 158 °F) -40 °C to 70 °C (-40 °F to 158 °F)
Operating humidity range 0 to 100% RH 0 to 100% RH 0 to 100% RH 0 to 100% RH 0 to 100% RH 0 to 100% RH
Lifespan 10 years + 10 years + 10 years + 10 years + 10 years + 10 years +
Other
  • IPX7 Rated
  • IPX7 Rated
  • IPX7 Rated
  • IPX7 Rated
  • IPX7 Rated
  • IPX7 Rated
Physical
Connections Wire leads:
  • Signal (clear wire)
  • Ground (black wire)
  • Excitation (red wire)
  • Shield wire for earth ground
Wire leads:
  • Signal (clear wire)
  • Ground (black wire)
  • Excitation (red wire)
  • Shield wire for earth ground
Wire leads:
  • Signal (clear wire)
  • Ground (black wire)
  • Excitation (red wire)
  • Shield wire for earth ground
Wire leads:
  • Signal (clear wire)
  • Ground (black wire)
  • Excitation (red wire)
  • Shield wire for earth ground
Wire leads:
  • Signal (clear wire)
  • Ground (black wire)
  • Excitation (red wire)
  • Shield wire for earth ground
Wire leads:
  • Signal (clear wire)
  • Ground (black wire)
  • Excitation (red wire)
  • Shield wire for earth ground
Cable length 4.6 m (15 ft) 13 m (42 ft) 67 m (220 ft) 90 m (295 ft) 110 m (361 ft) 13 m (42 ft)
Weight 0.47 kg (1.04 lbs) 0.75 kg (1.65 lbs) 2.53 kg (5.6 lbs) 3.29 kg (7.2 lbs) 3.94 kg (8.7 lbs) 0.75 kg (1.65 lbs)
Dimensions
  • Probe only: 51.6 mm (2") height x 12.7 mm (0.5") diameter
  • Radiation shield: 124 mm (4.9") height x 127 mm (5 inches) diameter
  • Probe only: 51.6 mm (2") height x 12.7 mm (0.5") diameter
  • Radiation shield: 124 mm (4.9") height x 127 mm (5 inches) diameter
  • Probe only: 51.6 mm (2") height x 12.7 mm (0.5") diameter
  • Radiation shield: 124 mm (4.9") height x 127 mm (5 inches) diameter
  • Probe only: 51.6 mm (2") height x 12.7 mm (0.5") diameter
  • Radiation shield: 124 mm (4.9") height x 127 mm (5 inches) diameter
  • Probe only: 51.6 mm (2") height x 12.7 mm (0.5") diameter
  • Radiation shield: 124 mm (4.9") height x 127 mm (5 inches) diameter
  • Probe only: 51.6 mm (2") height x 12.7 mm (0.5") diameter
  • Radiation shield: 124 mm (4.9") height x 127 mm (5 inches) diameter
Materials
Cable 3 conductor 22 AWG, with overall foil shield and drain wire, chrome PVC jacket 3 conductor 22 AWG, with overall foil shield and drain wire, chrome PVC jacket 3 conductor 22 AWG, with overall foil shield and drain wire, chrome PVC jacket 3 conductor 22 AWG, with overall foil shield and drain wire, chrome PVC jacket 3 conductor 22 AWG, with overall foil shield and drain wire, chrome PVC jacket 3 conductor 22 AWG, with overall foil shield and drain wire, chrome PVC jacket
Probe Aluminum, epoxy filled Aluminum, epoxy filled Aluminum, epoxy filled Aluminum, epoxy filled Aluminum, epoxy filled Aluminum, epoxy filled
Shield UV-stabilized thermoplastic solar radiation shield UV-stabilized thermoplastic solar radiation shield UV-stabilized thermoplastic solar radiation shield UV-stabilized thermoplastic solar radiation shield UV-stabilized thermoplastic solar radiation shield UV-stabilized thermoplastic solar radiation shield
Customer care

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