NESA order references

Order references for NESA sensors and equipment (166 references for 61 products). Each reference links to its corresponding product data sheet line, with its configuration. Guemisa is an official NESA distributor in Spain. If you cannot find your product, please email us at ventas@guemisa.com with the label code and we will identify it.

ALB Albedometer (1)

Reference	Configuration
ALB-NALBN	Model: ALB · Output signal: Dual natural µV output · Supply: With calibration report

First Class VV1 / VV1R cup anemometer (8)

Reference	Configuration
VV1-AVV1A	Model: VV1 · Heating: Standard · Output signal: 0÷2Vdc
VV1-BVV1B	Model: VV1 · Heating: Standard · Output signal: 4÷20mA
VV1-CVV1C	Model: VV1 · Heating: Standard · Output signal: RS485/Modbus (Standard ID 009)
VV1-NVV1N	Model: VV1 · Heating: Standard · Output Signal: Frequency 0÷150Hz or 0÷300Hz
VV1R-AVV1RA	Model: VV1R · Heating: Heated (Pw<5W) · Output signal: 0÷2Vdc
VV1R-BVV1RB	Model: VV1R · Heating: Heated (Pw<5W) · Output signal: 4÷20mA
VV1R-CVV1RC	Model: VV1R · Heating: Heated (Pw<5W) · Output signal: RS485/Modbus (Standard ID 009)
VV1R-NVV1RN	Model: VV1R · Heating: Heated (Pw<5W) · Output signal: Frequency 0÷150Hz or 0÷300Hz

ANEST triaxial sonic anemometer (1)

Reference	Configuration
ANESTANEST	Technical description: Static triaxial sonic anemometer for wind speed and direction, UVW Cartesian components and sonic temperature. Output: RS485 or analog channels; with calibration report

ANESB biaxial ultrasonic anemometer (4)

Reference	Configuration
ANESB-BANESBB	Model: ANESB · Heating: Not heated · Output signal: Dual 4÷20mA output (speed and direction)
ANESB-CANESBC	Model: ANESB · Heating: Not heated · Output signal: RS485/Modbus
ANESBR-BANESBRB	Model: ANESBR · Heating: Heated (10W) · Output signal: Dual 4÷20mA output (speed and direction)
ANESBR-CANESBRC	Model: ANESBR · Heating: Heated (10W) · Output signal: RS485/Modbus

ANESR biaxial ultrasonic anemometer (1)

Reference	Configuration
ANESRANESR	Model: ANESR · Speed and direction range: 0 ÷ 50 m/s · 0 ÷ 360° · Output signal: 2 x 4÷20mA, with calibration report

BAR-AV Precision Digital Barometer (2)

Reference	Configuration
BAR-AVBARAV	Transducers: 1 · Supply: 500÷1200 hPa, with display; automatic calculation of QNH and QFE; web interface; Modbus RS485, Modbus TCP-IP (Lan Eth) and RS232 auto-send; calibration report and 2.5 m cable
BAR-AV-SBARAVS	Transducers: 3 · Supply: 500÷1200 hPa, with display; automatic calculation of QNH and QFE; web interface; Modbus RS485, Modbus TCP-IP (Lan Eth) and RS232 auto-send; calibration report and 2.5 m cable

SSU sensor support arm (1)

Reference	Configuration
SSUSSU	Description: Support arm, length 700/750 mm, with Ø 40 mm clamping jaws for sensors and fixing to posts of max. Ø 60 mm. Stainless steel screws

CSxx sensor-datalogger shielded cable (9)

Reference	Configuration
CS05CS05	Description: Shielded sensor-datalogger cable, with ferrules on the datalogger side and a 7-pin IP68 connector on the sensor side. Length: 5 m
CS05-SCS05S	Description: Custom shielded sensor-datalogger cable, with ferrules on the datalogger side and a connector on the sensor side. Length: 5 m
CS05RCS05R	Description: Heated shielded sensor-datalogger cable, with ferrules on the datalogger side and a 7-pin IP68 connector on the sensor side. Length: 5 m
CS10CS10	Description: Shielded sensor-datalogger cable, with ferrules on the datalogger side and a 7-pin IP68 connector on the sensor side. Length: 10 m
CS10-SCS10S	Description: Custom shielded sensor-datalogger cable, with ferrules on the datalogger side and a connector on the sensor side. Length: 10 m
CS10RCS10R	Description: Heated shielded sensor-datalogger cable, with ferrules on the datalogger side and a 7-pin IP68 connector on the sensor side. Length: 10 m
CSxxCSxx	Description: Shielded sensor-datalogger cable, with PS/2 connector or ferrules on the datalogger side and a 7-pin IP68 connector on the sensor side. Length xx m
CSxx-SCSxxS	Description: Custom shielded sensor-datalogger cable, with PS/2 connector or ferrules on the datalogger side and a connector on the sensor side. Length xx m
CSxxRCSxxR	Description: Heated shielded sensor-datalogger cable, with ferrules on the datalogger side and a 7-pin IP68 connector on the sensor side. Length xx m

Modular datalogger with Linux Evolution-M (1)

Reference

Configuration

Evolution-MEvolutionM

Description: Proprietary software, fully configurable via web interface, customizable with user scripts and programs shared over the network. Versatile and accurate multi-channel and multi-user datalogger for analog, digital, frequency, and serial signals. Basic configuration: 8 differential inputs or 16 common inputs, 5 digital inputs, 4 digital outputs, 4 analog outputs, 7 configurable communication ports (2xUSB, 2xRS232, 1xEthernet, 1xSDI12, 1xRS485). 24-bit accuracy on all AC/DC inputs. Multiple power sources: solar panel, 12Vdc battery, or external power supply; typical consumption <1W. Internal charger. Three levels of memory: internal, external, and USB memory up to 512 GB or external hard drive. 2 x 24 character LCD.

Modular datalogger with Linux Evolution system (1)

Reference

Configuration

EvolutionEvolution

DIS radar disdrometer (1)

Reference	Configuration
DISDIS	Output: RS485 · Supply: With 10m cable included

SFL IoT Radio Interface (4)

Reference	Configuration
SFL.Lora-PSFLLoraP	Description: Wireless acquisition and transmission interface for IoT LoRa/LoRaWAN platform, 868MHz (Europe), for low-power analog or digital sensors; rechargeable battery and 5W solar panel included. Data transmission every 15 minutes directly to the cloud, accessible via browser or app.
SFL.NESA-PSFLNESAP	Description: Wireless acquisition and transmission interface with NESA protocol – 868MHz (Europe), for low-power analog or digital sensors; rechargeable battery and 5W solar panel included. Data transmission to a gateway connected to a PC or datalogger, range 5km (with gateway).
SFL.SMS-PSFLSMSP	Description: GSM/GPRS radio acquisition and transmission interface for low-power analog or digital sensors; rechargeable battery and 5W solar panel included. Data is transmitted every 30 minutes directly to the cloud, accessible via web browser or app.
SFL.SigFox-PSFLSigFoxP	Description: Wireless acquisition and transmission interface for the SigFox IoT platform, 868MHz (Europe), for low-power analog or digital sensors; rechargeable battery and 5W solar panel included. Data transmission every 15 minutes directly to the cloud, accessible via browser or app.

ASTA-IDR graduated aluminum hydrometric sight (1)

Reference	Configuration
ASTIDR-90ASTIDR90	Description: Vertical aluminum hydrometric sight, painted in bright yellow with anti-corrosion treatment and black screen printing, complete with 3-digit level plate and brackets

GSM-GPRS-UMTS GPRS industrial modem (1)

Reference	Configuration
GPRSGPRS	Description: Quad-band GPRS/UMTS industrial modem with omnidirectional antenna and cable for serial data communication. SIM card not included.

MCS Signal Conditioning Module (1)

Reference	Configuration
MCSMCS	Description: DIN rail module, pre-programmed for the conversion of input signals: Pt100, thermopile, voltages (micro-voltages 0-100mV) and currents or digital signals (frequency or count), and output signals: 0-2Vdc, 0-20mA, 4-20mA, RS485, Modbus RTU RS485. The selected input and output types are indicated.

e-Bar internal barometer option for Evolution datalogger (1)

Reference	Configuration
e-BareBar	Supply: Electronic barometer inside the Evolution datalogger; programmable range, standard 500-1100 hPa; read directly by the datalogger as it is mounted on the motherboard

First-class pyranometer RSG1 (4)

Reference	Configuration
RSG1-ARSG1A	Model: RSG1 · Output signal: 0÷2Vdc · Supplied with: Calibration report
RSG1-BRSG1B	Model: RSG1 · Output signal: 4÷20mA · Supplied with: Calibration report
RSG1-CRSG1C	Model: RSG1 · Output signal: RS485 / Modbus (Standard ID 003) · Supplied with: Calibration report
RSG1-NRSG1N	Model: RSG1 · Output signal: Natural in µV (10 µV/(W/m²)) · Supply: With calibration report

RSG Second Class Pyranometer (4)

Reference	Configuration
RSG-ARSGA	Model: RSG · Output signal: 0÷2Vdc · Supplied with: Calibration report
RSG-BRSGB	Model: RSG · Output signal: 4÷20mA · Supplied with: Calibration report
RSG-CRSGC	Model: RSG · Output signal: RS485 / Modbus (Standard ID 003) · Supplied with: Calibration report
RSG-NRSGN	Model: RSG · Output signal: Natural in µV (10 µV/(W/m²)) · Supply: With calibration report

Secondary Standard Pyranometer RSG2std (4)

Reference	Configuration
RSG2Std-ARSG2StdA	Model: RSG2Std · Output signal: 0÷1Vdc · Supply: With 5m cable calibration report
RSG2Std-BRSG2StdB	Model: RSG2Std · Output signal: 4÷20mA · Supply: With 5m cable calibration report
RSG2Std-NRSG2StdN	Model: RSG2Std · Output signal: Natural in µV · Supply: With 5m cable calibration report
RSG2Std-cRSG2Stdc	Model: RSG2Std · Output signal: RS485 / Modbus (Standard ID 003) · Supply: With 5m cable calibration report

PIR Pyrheliometer (3)

Reference	Configuration
PYREPYRE	Model: PIR · Output signal: 0÷1Vdc (configurable to 0÷2Vdc) · Supplied with: Calibration report
PIR-BPIRB	Model: PIR · Output signal: 4÷20mA · Supplied with: Calibration report
PIR-NPIRN	Model: PIR · Output signal: Natural in µV (10 µV/(W/m²)) · Supply: With calibration report

M2CH Sensor Interface Board (4)

Reference	Configuration
M2CH.BM2CHB	Label: Blue · Version for: 0÷5Vdc, 0÷10Vdc or other voltage range, or specific sensors from other manufacturers
M2CH.RM2CHR	Label: Red · Version for: 0÷20mA or 4÷20mA, or specific sensors from other manufacturers
M2CH.WM2CHW	Label: White · Version for: 0÷2Vdc, Pt100 or mV sensors, frequencies, pulses, or specific sensors from other manufacturers
M2CH.YM2CHY	Label: Yellow · Version for: Sinusoidal outputs, or specific sensors from other manufacturers

Class A rocker rain gauge PL1000 and PL1000R (8)

Reference	Configuration
PL1000-APL1000A	Heater: No · Output: 0÷2Vdc (0÷100 mm) · Class A according to: UNI 17277:2020 calibration procedure · Supplied: With flange for posts of max. Ø 59/80 mm and calibration report
PL1000-BPL1000B	Heater: No · Output: 4÷20mA (0÷100 mm) · Class A according to: UNI 17277:2020 calibration procedure · Supplied: With flange for poles of max. Ø 59/80 mm and calibration report
PL1000-CPL1000C	Heater: No · Output: RS485 / Modbus, Standard ID 010 · Class A according to: UNI 17277:2020 calibration procedure · Supplied with: Flange for poles of max. Ø 59/80 mm and calibration report
PL1000-NPL1000N	Heater: No · Output: Pulses · Class A according to: UNI 17277:2020 calibration procedure · Supplied: With flange for posts of max. Ø 59/80 mm and calibration report
PL1000R-APL1000RA	Heater: Max. 60 W, with integrated temperature control system · Output: 0÷2Vdc (0÷100 mm) · Class A according to: UNI 17277:2020 calibration procedure · Supplied with: Flange for posts of max. Ø 59/80 mm and calibration report
PL1000R-BPL1000RB	Heater: Max. 60 W, with integrated temperature control system · Output: 4÷20mA (0÷100 mm) · Class A according to: UNI 17277:2020 calibration procedure · Supplied with: Flange for posts of max. Ø 59/80 mm and calibration report
PL1000R-CPL1000RC	Heater: Max. 60 W, with integrated temperature control system · Output: RS485 / Modbus, Standard ID 010 · Class A according to: UNI 17277:2020 calibration procedure · Supplied with: Flange for poles of max. Ø 59/80 mm and calibration report
PL1000R-NPL1000RN	Heater: Max. 60 W, with integrated temperature control system · Output: Pulses · Class A according to: UNI 17277:2020 calibration procedure · Supplied with: Flange for posts of max. Ø 59/80 mm and calibration report

Class A rocker rain gauge PL400 and PL400R (8)

Reference	Configuration
PL400-APL400A	Heater: No · Output: 0÷2Vdc (0÷100 mm) · Class A according to: UNI 17277:2020 calibration procedure · Supplied: With flange for posts of max. Ø 59/80 mm and calibration report
PL400-BPL400B	Heater: No · Output: 4÷20mA (0÷100 mm) · Class A according to: UNI 11452:2012 · Supplied: With flange for poles of max. Ø 59/80 mm and calibration report
PL400-CPL400C	Heater: No · Output: RS485 / Modbus, Standard ID 010 · Class A according to: UNI 17277:2020 calibration procedure · Supplied with: Flange for poles of max. Ø 59/80 mm and calibration report
PL400-NPL400N	Heater: No · Output: Pulses · Class A according to: UNI 17277:2020 calibration procedure · Supplied: With flange for posts of max. Ø 59/80 mm and calibration report
PL400R-APL400RA	Heater: Max. 60 W, with integrated temperature control system · Output: 0÷2Vdc (0÷100 mm) · Class A according to: UNI 17277:2020 calibration procedure · Supplied with: Flange for posts of max. Ø 59/80 mm and calibration report
PL400R-BPL400RB	Heater: Max. 60 W, with integrated temperature control system · Output: 4÷20mA (0÷100 mm) · Class A according to: UNI 17277:2020 calibration procedure · Supplied with: Flange for posts of max. Ø 59/80 mm and calibration report
PL400R-CPL400RC	Heater: Max. 60 W, with integrated temperature control system · Output: RS485 / Modbus, Standard ID 010 · Class A according to: UNI 17277:2020 calibration procedure · Supplied with: Flange for poles of max. Ø 59/80 mm and calibration report
PL400R-NPL400RN	Heater: Max. 60 W, with integrated temperature control system · Output: Pulses · Class A according to: UNI 17277:2020 calibration procedure · Supplied with: Flange for posts of max. Ø 59/80 mm and calibration report

Net Radiometer RSN (4)

Reference	Configuration
RSN-ARSNA	Model: RSN · Output signal: 0÷2Vdc · Range: −500 ÷ 1500 W/m² · Supplied with: Calibration report
RSN-BRSNB	Model: RSN · Output signal: 4÷20mA · Range: −500 ÷ 1500 W/m² · Supplied with: Calibration report
RSN-CRSNC	Model: RSN · Output signal: RS485 / Modbus (Standard ID 011) · Range: −500 ÷ 1500 W/m² · Supplied with: Calibration report
RSN-NRSNN	Model: RSN · Output signal: Natural, ±20 mV · Range: ± 2000 W/m² · Supplied with: Calibration report

Ammonia sensor S-NH3 (1)

Reference	Configuration
S-NH3SNH3	Output: Modbus RTU · Supply: Full scale 100 ppm or 1000 ppm, IP54, with 1 m cable

S-VOC volatile organic compound sensor (1)

Reference	Configuration
S-VOCSVOC	Output: ModBus RTU · Supply: Range 0…100 to 0…1000 ppm, with 1 m cable

Sulfur dioxide sensor S-SO2 (1)

Reference	Configuration
S-SO2SSO2	Output: Modbus RTU · Supply: Full scale 50 ppm, IP54, with 1 m cable

Carbon dioxide sensor S-CO2 (1)

Reference	Configuration
S-CO2SCO2	Output: Modbus RTU · Supply: Full scale 10000 ppm, IP54/IP65, with 1 m cable

Nitrogen dioxide sensor S-NO2 (1)

Reference	Configuration
S-NO2SNO2	Output: Modbus RTU · Supply: Full scale 20 ppm or 200 ppm, IP54, with 1 m cable

SSA Road Condition Sensor (1)

Reference	Configuration
SSASSA	Output: RS485 · Description: Passive road surface condition sensor with isolated RS485 interface

FAT Airflow and Temperature Sensor (1)

Reference	Configuration
FAT-BFATB	Model: FAT · Output signal: Dual 4÷20mA output · Supplied with: 5m cable, protective ball for the sensitive element and ring; calibration report; stand not included

Soil Thermal Flow Sensor SFT (1)

Reference	Configuration
SFT-NSFTN	Output: Natural, thermopile (mV) · Supply: With calibration report and 5 m cable

BF Foliar Wetting Sensor (3)

Reference	Configuration
BF-ABFA	Output: 0-2Vdc · Supply: With calibration report; cable and stand separate (CS05, CS10, CSxx, SSU)
BF-BBFB	Output: 4÷20mA · Supply: With calibration report; cable and bracket separate (CS05, CS10, CSxx, SSU)
BF-CBFC	Output: RS485 / Modbus · Supply: With calibration report; cable and bracket separate (CS05, CS10, CSxx, SSU)

UR air relative humidity sensor (6)

Reference	Configuration
UR-AURA	Model: UR · Ventilation: Natural · Output signal: 0÷1Vdc (0 ÷ 100 %Rh)
UR-BURB	Model: UR · Ventilation: Natural · Output signal: 4÷20mA (0 ÷ 100 %Rh)
UR-CURC	Model: UR · Ventilation: Natural · Output signal: RS485 / ModBus RTU
URV-AURVA	Model: URV · Ventilation: Forced · Output signal: 0÷1Vdc (0 ÷ 100 %Rh)
URV-BURVB	Model: URV · Ventilation: Forced · Output signal: 4÷20mA (0 ÷ 100 %Rh)
URV-CURVC	Model: URV · Ventilation: Forced · Output signal: RS485 / ModBus RTU

URI Indoor Relative Humidity Sensor (3)

Reference	Configuration
URI-AURIA	Model: URI · Body: Plastic, 26 x 220 mm · Output signal and supply: 0÷1Vdc, with 5 m cable
URI-BURIB	Model: URI · Body: Plastic, 26 x 220 mm · Output signal and supply: 4÷20mA, with 5 m cable
URI-CURIC	Model: URI · Body: Plastic, 26 x 220 mm · Output signal and supply: RS485/Modbus, with 5 m cable

SM.2 Soil moisture and temperature sensor (3)

Reference	Configuration
SM.2-ASM2A	Output: 0–2Vdc; Supply: 0–100% VWC, -40–+70°C; with 3m cable calibration report
SM.2-BSM2B	Output: 4÷20mA · Supply: 0÷100% VWC, -40 ÷ +70°C; with 3m cable calibration report
SM.2-CSM2C	Output: RS485/Modbus · Supply: 0÷100% VWC, -40 ÷ +70°C; with 3m cable calibration report

SM.3 Soil moisture, temperature and conductivity sensor (3)

Reference	Configuration
SM.3-ASM3A	Output: 0–2Vdc; Supply: 0–100% VWC, -40–+70°C; with 3m cable calibration report
SM.3-BSM3B	Output: 4÷20mA · Supply: 0÷100% VWC, -40 ÷ +70°C; with 3m cable calibration report
SM.3-CSM3C	Output: RS485/Modbus · Supply: 0÷100% VWC, -40 ÷ +70°C, 0÷20ms; with 3m cable calibration report

LUX illuminance sensor (2)

Reference	Configuration
LUX-ALUXA	Model: LUX · Output signal: 0÷10Vdc · Supply: Range a, mouth indicate; with 5m cable calibration report
LUX-BLUXB	Model: LUX · Output signal: 4÷20mA · Supply: Range a, mouth indicate; with 5m cable calibration report

S-CH4 methane sensor (1)

Reference	Configuration
S-CH4SCH4	Output: Modbus RTU · Supply: Full scale 100% v/v, IP54, with 1 m cable

S-CO Carbon Monoxide Sensor (1)

Reference	Configuration
S-COSCO	Output: ModBus RTU · Supply: Full scale 300 ppm or 1000 ppm, IP54, with 1 m cable

Nitrogen monoxide sensor S-NO (1)

Reference	Configuration
S-NOSNO	Output: 4÷20mA / ModBus RTU · Supply: Range 250 ppm, with 1 m cable

LPxx Piezometric Level Sensor (6)

Reference	Configuration
LP05-BLP05B	Range: 0–5 m H2O · Output: 4–20 mA · Supply: With 5 m compensated cable; calibration report
LP10-BLP10B	Range: 0–10 m H2O · Output: 4–20 mA · Supply: With 10 m compensated cable; calibration report
LP15-BLP15B	Range: 0–15 m H2O · Output: 4–20 mA · Supply: With 15 m compensated cable; calibration report
LP20-BLP20B	Range: 0÷20 m H2O · Output: 4÷20mA · Supply: With 20 m compensated cable, calibration report
LP30-BLP30B	Range: 0-30 m H2O · Output: 4-20 mA · Supply: With 30 m compensated cable, calibration report
LP50-BLP50B	Range: 0–50 m H2O · Output: 4–20 mA · Supply: With 50 m compensated cable; calibration report

LU06 Ultrasonic Level Sensor (1)

Reference	Configuration
LU06-BLU06B	Range: 0–6 m · Output: 4–20 mA · Supply: With calibration report

LR20 Radar Level Sensor (3)

Reference	Configuration
LR15-BLR15B	Range: 0-15 m · Output: 4-20 mA · Supplied with: Calibration report and 5 m cable
LR20-BLR20B	Range: 0-20 m · Output: 4-20 mA · Supplied with: Calibration report and 5 m cable
LR35-BLR35B	Range: 0÷35 m · Output: 4÷20mA · Supply: With calibration report

Oxygen sensor S-O2 (1)

Reference	Configuration
S-O2SO2	Output: Modbus RTU · Supply: Full scale 25% v/v, IP54, with 1 m cable

S-O3 ozone sensor (1)

Reference	Configuration
S-O3SO3	Output: 4÷20mA / ModBus · Supply: Range 0÷5 ppm, with 1 m cable

FM-PM PM2.5 – PM10 Dust Sensor (2)

Reference	Configuration
FM-PM-BFMPMB	Output: 2 x 4-20mA · Description: PM2.5-PM10 dust sensor, range 0÷1000 µg/m³, laser diffusion principle
FM-PM-CFMPMC	Output: ModBus RS485 · Description: PM2.5-PM10 dust sensor, range 0÷1000 µg/m³, laser diffusion principle

Rain and snow presence sensor SPP (1)

Reference	Configuration
SPPSPP	Output: ON/OFF with dry contact · Supply: With 2 m cable included

Atmospheric pressure sensor BAR (3)

Reference	Configuration
BAR-ABARA	Output signal: 0÷2Vdc · Supply: 800÷1100 hPa, compliant with WMO, with calibration report; also available with separate cable (CS05, CS10, CSxx)
BAR-BBARB	Output signal: 4÷20mA · Supply: 800÷1100 hPa, compliant with WMO, with calibration report; also with separate cable (CS05, CS10, CSxx)
BAR-CBARC	Output signal: RS485 / Modbus · Supply: 800÷1100 hPa, compliant with WMO, RS485 / Modbus or RS485 with serial protocol, standard ID 013, with calibration report; also with separate cable (CS05, CS10, CSxx)

Hydrogen sulfide sensor S-H2S (1)

Reference	Configuration
S-H2SSH2S	Output: ModBus RTU · Supply: Full scale 100 ppm or 2000 ppm, IP54, with 1 m cable

TC Contact Temperature Sensor (1)

Reference	Configuration
TC-NTCN	Model: TC · Construction: Aluminum with adhesive flat base (30 x 10 x 5 mm), IP66 · Output signal and cable: Natural Pt100 1/3DIN 4-wire, with 10 m cable, calibration report

GTA black globe temperature sensor (1)

Reference	Configuration
GTA-NGTAN	Model: GTA · Sensitive element: Pt100 1/3 DIN (100 Ω @ 0 °C) in matte black copper sphere · Output signal: Natural Pt100 4-wire, with 2m cable calibration report

TAI Indoor Air Temperature Sensor (3)

Reference	Configuration
TAI-BTAIB	Model: TAI · Body: Plastic, 26 x 220 mm · Output signal and supply: 4÷20mA, with 5 m cable
TAI-CTAIC	Model: TAI · Body: Plastic, 26 x 220 mm · Output signal and supply: RS485/Modbus, with 5 m cable
TAI-NTAIN	Model: TAI · Body: Plastic, 26 x 220 mm · Output signal and supply: Pt100 1/3DIN 4-wire, with 5 m cable

TA air temperature sensor (8)

Reference	Configuration
TA-ATAA	Model: TA · Ventilation: Natural · Output signal: 0÷2Vdc (-40 ÷ +60 °C)
TA-BTAB	Model: TA · Ventilation: Natural · Output signal: 4÷20mA (-40 ÷ +60 °C)
TA-CCT scan	Model: TA · Ventilation: Natural · Output signal: RS485 / ModBus RTU
SOSO	Model: TA · Ventilation: Natural · Output signal: Pt100 1/3 DIN (100 Ω @ 0 °C) 4-wire
TAV-ATAVA	Model: TAV · Ventilation: Forced · Output signal: 0÷2Vdc (-40 ÷ +60 °C)
TAV-BTAVB	Model: TAV · Ventilation: Forced · Output signal: 4÷20mA (-40 ÷ +60 °C)
TAV-CTAVC	Model: TAV · Ventilation: Forced · Output signal: RS485 / ModBus RTU
TAV-NTAVN	Model: TAV · Ventilation: Forced · Output signal: Pt100 1/3 DIN (100 Ω @ 0 °C) 4-wire

Soil surface temperature sensor (SST) (1)

Reference	Configuration
SSTSST	Output: Pt100 4-wire · Supply: With calibration report and 10 m cable

Visibility sensor VIS (3)

Reference	Configuration
VIS-BVISB	Output: 4÷20mA · Range: 10 ÷ 40,000 m · Power supply: 10÷35Vdc · Supply: Heated version R; 5 m cable included
VIS-CVISC	Output: RS485 · Range: 10 ÷ 40,000 m · Power supply: 10÷35Vdc · Supply: Heated version R; 5 m cable included
VIS-LVISL	Output: RS485 and 0-10Vdc · Range: 10-7500 m · Power supply: 10-35Vdc · Supplied with: 5 m cable included

TT/TQ Soil and Water Temperature Sensors (2)

Reference	Configuration
TQ-NTQN	Output: Natural, Pt100 4-wire · Model: Water temperature sensor
TT-NTTN	Output: Natural, Pt100 4-wire · Model: Ground temperature sensor

WMP6 Multiparameter Water Quality Probe (3)

Reference	Configuration
TORB-WMP6xTORBWMP6x	Description: Turbidity sensor for WMP6x multiparameter probe, measuring range 0÷4000 NTU
WMP6WMP6	Description: Multiparameter probe with 6 measurements (level, temperature, conductivity, pH, redox, and dissolved oxygen), maximum measurable depth 20 m, 30 m self-supporting shielded cable with internal barometric compensation tube, 12Vdc external power supply, RS485 output protocol, no data logger, with calibration report. Portable configuration includes S/USB interface and IP68 AMP connector
WMP6pWMP6p	Description: Multiparameter probe for deep water, measuring 6 parameters (level, temperature, conductivity, pH, redox, and dissolved oxygen), maximum measurable depth 350 m, external 12Vdc power supply, RS485 output protocol, with calibration report; no data logger, no barometer for pressure compensation, and no cable. The portable configuration includes an S/USB interface and IP68 AMP connector.

UTAI Indoor Temperature and Humidity Thermohygrometer (3)

Reference	Configuration
UTAI-BUTAIB	Model: UTAI · Temperature (T) Output: 4÷20mA · Humidity (RH) Output: 4÷20mA
UTAI-CUTAI	Model: UTAI · Temperature (T) Output: RS485 / ModBus · Humidity (RH) Output: RS485 / ModBus
UTAI-NUTAIN	Model: UTAI · Temperature (T) Output: Pt100 1/3DIN 4-wire · Humidity (RH) Output: 0÷1Vdc

UTA air temperature and relative humidity thermohygrometer (8)

Reference	Configuration
UTA-AUTAA	Model: UTA · Ventilation: Natural · Temperature Output (T): 0÷1Vdc (configurable to 0÷2Vdc) · Humidity Output (RH): 0÷1Vdc
UTA-BUTAB	Model: UTA · Ventilation: Natural · Temperature Outlet (T): 4÷20mA · Humidity Outlet (RH): 4÷20mA
UTA-CUTAC	Model: UTA · Ventilation: Natural · Temperature (T) Output: RS485 / Modbus · Humidity (RH) Output: RS485 / Modbus
UTA-NUTAN	Model: UTA · Ventilation: Natural · Temperature (T) Output: Pt100 1/3DIN 4-wire · Humidity (RH) Output: 0÷1Vdc
UTAV-AUTAVA	Model: UTAV · Ventilation: Forced · Temperature Output (T): 0÷1Vdc (configurable to 0÷2Vdc) · Humidity Output (RH): 0÷1Vdc
UTAV-BUTAVB	Model: UTAV · Ventilation: Forced · Temperature Output (T): 4÷20mA · Humidity Output (RH): 4÷20mA
UTAV-CUTAVC	Model: UTAV · Ventilation: Forced · Temperature (T) Output: RS485 / Modbus · Humidity (RH) Output: RS485 / Modbus
UTAV-NUTAVN	Model: UTAV · Ventilation: Forced · Temperature (T) Output: Pt100 1/3DIN 4-wire · Humidity (RH) Output: 0÷1Vdc

Wind direction vane DVE / DVER (6)

Reference	Configuration
DVE-ADVEA	Model: DVE · Heating: Standard · Output signal: 0÷2Vdc (0÷360°)
DVE-BDVEB	Model: DVE · Heating: Standard · Output signal: 4÷20mA (0÷360°)
DVE-CDVEC	Model: DVE · Heating: Standard · Output signal: RS485/Modbus, standard ID: 004
DVER-ADVERA	Model: DVER · Heating: Heated (Pw<5W) · Output signal: 0÷2Vdc (0÷360°)
DVER-BDVERB	Model: DVER · Heating: Heated (Pw<5W) · Output signal: 4÷20mA (0÷360°)
DVER-CDVERC	Model: DVER · Heating: Heated (Pw<5W) · Output signal: RS485/Modbus, standard ID: 004