SunSentry

SunVue 30

ISO 9060:2018 Class A Spectrally Flat Thermopile Pyranometer with Integrated Dome Heating

RS485CBL

Five-Conductor Cable with M12 Five-Pin A-Coded Connector

ClimaVue 40

Compact, Digital, RS-485 Modbus Weather Sensor

CS241DM G2

Pt-1000 Class A, Precision Back-of-Module Temperature Sensor with Digital Modbus RS-485 Output, Second Generation

SnowVue 10

Digital Snow-Depth Sensor

DustVue

Solar-Module Soiling Sensor

CM256

Adjustable Plane and Angle Solar Mounting Stand

CM261

Single-Axis Tracker Mounting Stand

CM266

Unistrut Mount

CM268

PV Module Mount

CM275

Albedometer Mounting Kit

CM400

Pile Mount Tower with 6 ft Crossarm

CM410

Pile Mount Arm (no finish or matte black finish)

44338

RS485CBL Adapter for SunSentry Used with Digital EKO Pyranometer

44339

RS485CBL Adapter for SunSentry Used with Atonometrics Sensor (RC22 PV Reference Cell)

44340

RS485CBL Adapter for SunSentry Used with CS241DM G2 Temperature Sensor

44370

RS485CBL M12 Five-Pin Shielded Tee Coupler for Daisy-Chaining

44489

RS485CBL Adapter for SMP10 or SMP12 Used with RS485CBL, ISP10, or SunSentry

ISP10

Inline Surge Protection Device for Digital Sensors with A-Coded, Five-Pin M12 Connector

SunVue 30

ISO 9060:2018 Class A Spectrally Flat Thermopile Pyranometer with Integrated Dome Heating

The SunVue™30 is an ISO 9060:2018 spectrally flat Class A pyranometer developed through a multi-year engineering effort to redefine the ownership experience. Designed for high-precision solar monitoring, it delivers premium measurement quality with a low-maintenance, field-ready design. It is fully compliant with IEC 61724-1 Class A performance monitoring requirements, with an integrated dome heater for dew and frost mitigation.

RS485CBL

Five-Conductor Cable with M12 Five-Pin A-Coded Connector

The RS485CBL cable uses a five-conductor shielded cable with an M12 five-pin A-coded connector. The cable has a polyurethane jacket that is UV resistant. The RS485CBL has been custom designed for sensors that use the RS-485 Modbus protocol with integrated power and signal lines. The signal lines have twisted pairs with 24-gauge conductors, and the power lines have a heavier 20-gauge wire, making the cable uniquely suitable for sensors with a higher current draw that have either short or long runs. An aluminum Mylar shield is grounded via a drain wire and connected to the M12 nut.

ClimaVue 40

Compact, Digital, RS-485 Modbus Weather Sensor

The ClimaVue™40 is an all-in-one meteorological sensor designed for solar plant operational monitoring and solar resource assessment with IEC 61724-1 compliance. Campbell Scientific is well known for creating accurate and reliable instruments. We recognize that ease of operation and overall cost of operation are critical. With the ClimaVue 40, you will get this and more. In adherence to IEC 61724-1 (2021), the ClimaVue 40 provides ambient air temperature, barometric pressure, precipitation, relative humidity, wind direction, and wind speed measurements. The sensor also offers vapor pressure, tilt, lightning strike, and lightning average distance measurements.

CS241DM G2

Pt-1000 Class A, Precision Back-of-Module Temperature Sensor with Digital Modbus RS-485 Output, Second Generation

The CS241DM G2 is the second generation of CS241DM, a digital Modbus version of our CS241 Pt-1000 Class A, Back-of-Module Temperature Sensor. This updated sensor features the same best-in-class, surface-mountable temperature sensor with features optimized for bifacial photovoltaic (PV) module performance assessment and soiling. The G2 provides the same measurement accuracy with industrial IEC Class 4 surge protection as its predecessor.

SnowVue 10

Digital Snow-Depth Sensor

The SnowVue™10 is a digital, ultrasonic snow-depth sensor that provides continuous and accurate snow-depth measurements with its advanced spectrum analysis and best-in-class, wide-band transducer. With its low-power requirement and low-maintenance design, the SnowVue 10 is suitable for most alpine and remote installations. The SnowVue 10 also features Campbell Scientific’s total uptime diagnostic package to provide you with critical sensor performance measurements such as internal humidity, temperature, sensor level (tilt), measurement quality, and incoming voltage. An external air temperature sensor is required to correct for the changes in sound velocity due to changes in temperature.

DustVue 10

Solar-Module Soiling Sensor

The DustVue™10 takes the most trusted method of comparing two solar panels for soiling loss measurements and puts it in one small, easy-to-install sensor package. The reference sensor requires very little cleaning. Even better, no water is needed to clean the panel.

CM256

Adjustable Plane and Angle Solar Mounting Stand

The CM256 adjustable-angle, adjustable-plane mounting stand further simplifies the accurate and precise mounting of a pyranometer, ventilation unit, shadowband radiometer, or reference cell. Several pyranometer mounting stands have been combined and simplified to make ordering easier and usability friendlier. The CM256 is a combination of the CM255LS pyranometer mount, CM245 reference cell and shadowband mount, 31394 VU01 mount, and 31153 CVF4 mount. In addition, several new sensors are now fully supported such as the SPN1, MS-80(M), SR30, SR05, and IMT reference cell CM325.

CM261

Single-Axis Tracker Mounting Stand

The CM261 single-axis tracker pyranometer mount with adjustable plane simplifies the mounting of any pyranometer, ventilation unit, reference cell, or SPN1 to octagonal, round, and square single-axis torque tubes. The CM261 is a combination and simplification of the CM260 and CM265 to make ordering easier and usability friendlier. The bracket includes provisions for mounting the sensors and ventilation units at different heights, allowing the sensing element to be mounted at the same height as the solar modules.

CM266

Unistrut Mount

The CM266 is a true universal irradiance sensor mount. Its design makes use of the ubiquitous construction material, Unistrut. Attach your irradiance sensors anywhere you can mount a section of Unistrut.

CM268

PV Module Mount

The CM268 irradiance sensor mount is designed so you can make irradiance measurements as close to the modules/panels as possible. The mount can be clamped to the panel side, allowing for more representative and distributed measurements throughout the array.

CM275

Albedometer Mounting Kit

The CM275 is a universal solar albedo mounting stand to mount any downwelling/upwelling combination of pyranometer, ventilation unit, reference cell, or spectral radiometer. No other reference cell albedo mount is available that will allow a ventilated pyranometer on the top and non-ventilated pyranometer on the bottom.

CM400

Pile Mount Tower with 6 ft Crossarm

The CM400 is an ideal mount to secure a SunSentry Solar Operational Meteorological Monitoring Station to a driven pile. The included 15.24 cm (6.0 in.) hook bolts accommodate an I-beam style pile with flange dimensions 7.6 to 12.7 cm (3 to 5 in.), such as a W6x12. Installation details, including the recommended pile exposure height and orientation, are found in the SunSentry Installation Guide.

CM410

Pile Mount Arm (no finish or matte black finish)

The CM410 is used primarily to mount a pair of pyranometers to a driven pile, leveraging the CM275 Albedometer Mounting Kit. The included 15.24 cm (6.0 in.) hook bolts accommodate an I-beam style pile with flange dimensions 7.6 to 12.7 cm (3 to 5 in.), such as a W6x12. Albedo is a common measurement parameter selected for a SunSentry Solar Operational Meteorological Monitoring Station. Installation details, including the recommended pile exposure height and orientation, are found in the SunSentry Installation Guide. To minimize localized glare and reflections that can adversely influence albedo measurements, the all-black version of the CM410 is recommended for albedo.

44338

RS485CBL Adapter for SunSentry Used with Digital EKO Pyranometer

The 44338 adapter enables a single trunk-line cable to connect an array-mounted digital EKO pyranometer to the SunSentry Solar Operational Meteorological Monitoring Station. The adapter remaps the pin assignments between the two interfaces so the pyranometer is fully compatible with the RS485CBL 24 AWG RS-485 Cable with M12 Five-Pin Connector in a daisy chain with other sensors. The 44338 routes the cable shield through the connector's coupling nut, improving surge protection and reducing signal noise for more reliable operation.

44339

RS485CBL Adapter for SunSentry Used with Atonometrics Sensor (RC22 PV Reference Cell)

The 44339 adapter enables you to integrate an Atonometrics sensor—such as the RC22 PV Reference Cell—into a daisy-chain configuration on a SunSentry Solar Operational Meteorological Monitoring Station. The adapter allows the sensor to connect to the SunSentry system using a single trunk-line cable by remapping the pin assignments to match the RS485CBL 24 AWG RS-485 Cable with M12 Five-Pin Connector. The 44339 also routes the cable shield through the connector's coupling nut, improving surge protection and reducing signal noise for more reliable operation.

44340

RS485CBL Adapter for SunSentry Used with CS241DM G2 Temperature Sensor

The 44340 adapter allows a CS241DM G2 temperature sensor to be a direct replacement for the CS241DM temperature sensor. The pin assignments changed in the CS241DM G2 version, so the 44340 adapter converts the new pin assignment to the older version pin assignment, enabling the CS241DM G2 to use the same cable as the CS241DM.

Note: Do not use the 44340 adapter when installing the CS241DM G2 temperature sensor with the RS485CBL 24 AWG RS-485 Cable with M12 Five-Pin Connector.

44370

RS485CBL M12 Five-Pin Shielded Tee Coupler for Daisy-Chaining

The 44370 tee coupler is used to wire split standard five-pin A-coded connections. It is commonly used to daisy-chain multiple digital Modbus sensors, such as the CS241DM and CS241DM G2 back-of-module temperature sensors, enabling multiple sensor connections on a single trunk-line cable.

44489

RS485CBL Adapter for SMP10 or SMP12 Used with RS485CBL, ISP10, or SunSentry

The 44489 adapter enables you to integrate a Kipp and Zonen sensor—such as the SMP10 Radiation Sensor with Digital RS-485 Output or SMP12—into a daisy-chain configuration on a SunSentry Solar Operational Meteorological Monitoring Station. The adapter allows the sensor to connect to the SunSentry system using a single trunk-line cable by remapping the pin assignments to match the RS485CBL 24 AWG RS-485 Cable with M12 Five-Pin Connector. The 44489 also routes the cable shield through the connector’s coupling nut, improving surge protection and reducing signal noise for more reliable operation.

ISP10

Inline Surge Protection Device for Digital Sensors with A-Coded, Five-Pin M12 Connector

The ISP10 is a surge protection device for Modbus RTU sensors. The ISP10 provides protection that meets the IEC 61000-4-5, level 4 (4 kV, 2000 A) surge protection standard. It incorporates a T-junction that allows a sensor to be connected inline. The five-pin M12 connectors are configured to match the SunSentry system's trunk-line cable pinout, which is compatible with the RS485CBL 24 AWG RS-485 Cable with M12 Five-Pin Connector.

44732

RS485CBL Adapter for SunSentry Used with Lufft All-In-One

The 44732 is an accessory adapter cable designed so you can connect a Lufft all-in-one sensor that has an eight-pin M12 connector to the RS485CBL 24 AWG RS-485 Cable with M12 Five-Pin Connector through a five-pin M12 connection. This adapter cable provides a simple, factory-built interface to integrate compatible Lufft sensors with SunSentry systems. The 44732 features overmolded M12 connectors with a printed identification label.