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SEVEN Weather Stations
Huawei
GoodWe
SMA
SolarEdge
Bluelog
Sungrow
Growatt
ABB/Fimer
EnCombi
Elum
General Electric
Kehua
Wattch MET Station
SolaX Power
Solplanet
Solis
Sico
DEIF
Hopewind
Webdyn
Sigenergy
VTC
Solarify
Sunvec
Solar-Log
Webdom
Chint
Irradiance Sensors
With Modbus RTU Output - 3S-IS
With 4-20 mA Output - 3S-IS-T-I
With 0-1,5 V Output - 3S-IS-T-V
Dual Orientation - 3S-2IS
Multi-Orientation - 3S-4IS
Low-Cost - 3S-IS-LR
WPVS Reference Cell - 3S-WPVS
Thermopile Pyranometers
Class A - 3S-TP-MB-A
Albedometer
PV Albedometer - 3S-ALBEDO
Thermopile Albedometer - 3S-TP-ALBEDO-A
Ambient Temperature Sensors
With PT1000 Output - 3S-AT-PT1000
With Modbus RTU Output - 3S-AT-PT1000-MB
With 4-20 mA Output - 3S-AT-PT1000-I
With 0-10 V Output - 3S-AT-PT1000-U
Module Temperature Sensors
With PT1000 Output - 3S-MT-PT1000
With Modbus RTU Output - 3S-MT-PT1000-MB
With 4-20 mA Output - 3S-MT-PT1000-I
With 0-10 V Output - 3S-MT-PT1000-U
Wind Speed Sensors
Plastic With Pulse Output - 3S-WS-PLS-P
Plastic With Modbus RTU Output - 3S-WS-MB-P
Plastic With Analog Output - 3S-WS-I-P
Aluminum With Pulse Output - 3S-WS-PLS-A
Aluminum With Modbus RTU Output - 3S-WS-MB-A
Aluminum With Analog Output - 3S-WS-I-A
Ultrasonic Anemometer
Wind Direction Sensors
Plastic With Analog Output – 3S-WD-P
Plastic With Modbus RTU Output - 3S-WD-MB-P
Plastic With Analog Output - 3S-WD-I-P
Aluminum With Analog Output - 3S-WD-A
Aluminum With Modbus RTU Output - 3S-WD-MB-A
Aluminum With Analog Output - 3S-WD-I-A
Heated Wind Direction Sensor With Modbus RTU Output - 3S-WD-MB-H
Ultrasonic Anemometer
Relative Humidity & Ambient Temperature Sensors
With I²C Output - 3S-RH&AT
With Modbus RTU Output - 3S-RH&AT-MB
With Analog Output - 3S-RH-I
Soiling Sensors
Automatic - 3S-SMS-MB
Manual - 3S-SMS-MB-M
Manual With HMI-PLC Monitoring - 3S-SMS-HMI-M
Portable - 3S-SMS-P
Compact Weather Station
Compact Weather Station - 3S-CWS
Rain Gauge
With Pulse Output - 3S-RG-PLS
With Modbus RTU Output - 3S-RG-MB
Doppler Radar - 3S-Doppler
Snow Sensor
Snow Sensor - 3S-SS-MB
Depth Sensor - 3S-SDS
Cloud Sensor
Cloud Sensor - 3S-CS-MB
SEVEN Other Products
SEVEN Sensor Box - 3S-C2
Mounting Structure - 3S-MS
Multi-PT1000 Modbus RTU Converter - 3S-MC-M-PT1000
Bulk Solid Level Measurement Sensor
Rotary Paddle - 3S-SLS-RP
Capacitance - 3S-SLS-CA
Ultrasonic
Radar
Vibrating
Radiometric
Electromechanical
Microwave Barrier
Turnkey Calibration Laboratory Setup
Media
Video
News
Exhibitions
Blog
Articles
Case Studies
Researches
Authors
Downloads
Contact Us
Türkçe
Español
Seven Sensor
Home
About Us
Products
SEVEN Weather Stations
Huawei
GoodWe
SMA
SolarEdge
Bluelog
Sungrow
Growatt
ABB/Fimer
EnCombi
Elum
General Electric
Kehua
Wattch MET Station
SolaX Power
Solplanet
Solis
Sico
DEIF
Hopewind
Webdyn
Sigenergy
VTC
Solarify
Sunvec
Solar-Log
Webdom
Chint
Irradiance Sensors
With Modbus RTU Output - 3S-IS
With 4-20 mA Output - 3S-IS-T-I
With 0-1,5 V Output - 3S-IS-T-V
Dual Orientation - 3S-2IS
Multi-Orientation - 3S-4IS
Low-Cost - 3S-IS-LR
WPVS Reference Cell - 3S-WPVS
Thermopile Pyranometers
Class A - 3S-TP-MB-A
Albedometer
PV Albedometer - 3S-ALBEDO
Thermopile Albedometer - 3S-TP-ALBEDO-A
Ambient Temperature Sensors
With PT1000 Output - 3S-AT-PT1000
With Modbus RTU Output - 3S-AT-PT1000-MB
With 4-20 mA Output - 3S-AT-PT1000-I
With 0-10 V Output - 3S-AT-PT1000-U
Module Temperature Sensors
With PT1000 Output - 3S-MT-PT1000
With Modbus RTU Output - 3S-MT-PT1000-MB
With 4-20 mA Output - 3S-MT-PT1000-I
With 0-10 V Output - 3S-MT-PT1000-U
Wind Speed Sensors
Plastic With Pulse Output - 3S-WS-PLS-P
Plastic With Modbus RTU Output - 3S-WS-MB-P
Plastic With Analog Output - 3S-WS-I-P
Aluminum With Pulse Output - 3S-WS-PLS-A
Aluminum With Modbus RTU Output - 3S-WS-MB-A
Aluminum With Analog Output - 3S-WS-I-A
Ultrasonic Anemometer
Wind Direction Sensors
Plastic With Analog Output - 3S-WD-P
Plastic With Modbus RTU Output - 3S-WD-MB-P
Plastic With Analog Output - 3S-WD-I-P
Aluminum With Analog Output - 3S-WD-A
Aluminum With Modbus RTU Output - 3S-WD-MB-A
Aluminum With Analog Output - 3S-WD-I-A
Heated Wind Direction Sensor With Modbus RTU Output - 3S-WD-MB-H
Ultrasonic Anemometer
Relative Humidity & Ambient Temperature Sensors
With I²C Output - 3S-RH&AT
With Modbus RTU Output - 3S-RH&AT-MB
With Analog Output - 3S-RH-I
Soiling Sensors
Automatic - 3S-SMS-MB
Manual - 3S-SMS-MB-M
Manual With HMI-PLC Monitoring - 3S-SMS-HMI-M
Portable - 3S-SMS-P
Compact Weather Station
Compact Weather Station - 3S-CWS
Rain Gauge
With Pulse Output - 3S-RG-PLS
With Modbus RTU Output - 3S-RG-MB
Doppler Radar - 3S-Doppler
Snow Sensor
Snow Sensor - 3S-SS-MB
Depth Sensor - 3S-SDS
Cloud Sensor
Cloud Sensor - 3S-CS-MB
SEVEN Other Products
SEVEN Sensor Box - 3S-C2
Mounting Structure - 3S-MS
Multi-PT1000 Modbus RTU Converter - 3S-MC-M-PT1000
Bulk Solid Level Measurement Sensor
Rotary Paddle - 3S-SLS-RP
Capacitance - 3S-SLS-CA
Ultrasonic
Radar
Vibrating
Radiometric
Electromechanical
Microwave Barrier
Turnkey Calibration Laboratory Setup
Media
Video
News
Exhibitions
Blog
Articles
Case Studies
Researches
Authors
Downloads
Contact Us
English
Türkçe
Español
Blog Articles
What Is a WPVS Reference Cell and Where Is It Used?
PV Albedometer (Reference Cell) vs Thermopile Albedometer: What’s the Difference and Where Are They Used?
What is an Albedometer? How is It Installed?
Do Solar Panels Need Cleaning, or Are Rain and Wind Enough?
What Is Measurement Uncertainty in Pyranometers How Is Measurement Uncertainty Calculated?
Turnkey Calibration Laboratory Setup: Why Your Company Should Build Its Own Calibration Lab
Turning Sensor Recalibration Costs into a Calibration Laboratory Investment
When Should You Recalibrate Irradiance Sensors and Pyranometers?
How to Calculate PV Performance Using One Day of Irradiance Data?
What Is the Sensitivity Value in Thermopile Pyranometers?
RS-485 / Modbus Communication Cable Specifications
Real PV Plant Examples: Applying IEC 61724 Sensor Requirements Step by Step
How Do Cloud Sensors Work and How Are They Installed?
How to Calculate the Sun’s Angle in Solar Power Plants?
How to Select Sensors and Quantities for PV Plant According to IEC 61724-1:2021
What Is a Silo Level Sensor, and How Does It Work?
How to Build a Pyranometer and Reference Cell Calibration Laboratory
What is a Cloud Sensor? Why is it Used in PV Systems?
How Are Wind Sensors Used in Wind Turbine Testing and Wind Farm Measurements?
You Asked, We Answered: SEVEN Portable Soiling Sensor Calibration, Accuracy, and Readings
Getting Accurate PR on a Complex Terrain PV Site in İzmir with the Right Sensor Strategy
What is a Ground Connection? How to Make a Ground Connection Between Sensors?
What Is the Spectral Range in Thermopile Pyranometers? Is UV and IR Irradiance Monitoring Possible with a Pyranometer?
What Are Directional Response and Temperature Response in Pyranometers? Why Are They Critical?
The Energy Source of the Future, Solar: Critical Factors Determining Efficiency in Photovoltaic Panels
Pyrheliometer, Pyranometer, Irradiance Sensor, and Albedometer: What’s the Difference and Where Are They Used?
Rotary Paddle Level Sensor (3S-SLS-RP): What it is, when to use it, and how to install it
What Does SEVEN Sensor Bring to the Solar Energy Sector?
SEVEN Capacitive Silo Level Sensor
Silo Level Sensors: Reliable Monitoring for Bulk Material Storage
SEVEN SMT (Surface Mount Technology) PRODUCTION LINE
SEVEN Sensor: Precision Measurement for Solar Energy and Meteorology
Mastering Level Measurement: A Guide to Capacitance Level Sensor Technology with SEVEN
4-20 mA and 0-10V Analog Output Meteorological Sensors: When to Use Which One?
Pyranometer or Irradiance Sensor for POA Measurement? Which One Is More Accurate?
What are Pyranometer Classes? What do Class A, B, and C mean according to ISO 9060 and IEC 61724-1
How to Calculate PR (Performance Ratio) Using POA Irradiance Data According to IEC 61724-1?
How to Increase PV Plant Efficiency with PR (Performance Ratio) Analysis?
Photovoltaic (PV) Systems and Grounding
What is the IEC 61724-1 Standard? Why is IEC 61724-1 Important for Solar Power Plants?
How Does the Seven Sensor Technical Service Process Work?
TCP/IP Data Transmission Using a Datalogger
How Does Cable Length Affect Sensor Signal? Protection Methods
Understanding Modbus Poll, ModScan, and SEVEN GUI Tools for Modbus Communication Testing of Sensors
Input Registers vs. Holding Registers in PV Sensors: What Solar Engineers Really Need to Know
Why Surge Protection Is Critical for SEVEN Weather Stations?
Installing the SEVEN Soiling Sensor on Solar Trackers? Read This First
Why SEVEN Sensor Communication Cables Must Be Separated from AC/DC Power Cables
Modbus Registers in SunSpec Weather Sensors
Modbus RTU and Modbus TCP in PV Systems
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