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810230-20 Atonometrics Mars Sensor

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810230-20 Atonometrics Mars Sensor Specification

Mounting Type
Standard screw mount

Response Time
< 1 ms

Operating Temperature
-406C to +856C

Application
Solar PV system monitoring, meteorological stations

Power Consumption
< 1 mW

Measurement Range
0 to 2000 W/m8

Mounting Thread
1/4-20 UNC

Housing Material
Anodized aluminum

Wireless
No

Sensor Type
Silicon photovoltaic diode

Ingress Protection
IP67

Cable Length
5 meters

IP Rating
IP67

Sensitivity
0.2 mV per W/m8

Interface
2-wire voltage output

Spectral Range
400 to 1100 nm

Signal Type
Analog DC

Features
Weatherproof, compact design, robust build, fast response

Product Type
Pyranometer Sensor

Material
Aluminum & optical-grade glass

Input
Solar irradiance

Output
Analog voltage

Function
Measures solar irradiance (W/m8) for PV performance monitoring

Usage
Solar energy, photovoltaic testing, environmental monitoring

Accuracy
7.5 W/m8

Resolution
1 W/m8

Voltage
5 V DC nominal

Weight
280 grams

Dome Material
Optical glass

Maintenance
Low, periodic cleaning of glass dome recommended

Operating Humidity
0 to 100% RH (non-condensing)

Environmental Compliance
RoHS

Zero Offset
< 0.1 W/m8 at 200 W/m8 change in irradiance

Cable Type
UV-resistant, outdoor rated

Connector Type
Pre-wired cable

Storage Temperature
-456C to +906C

Transducer Element
Monocrystalline silicon

Calibration
Factory calibrated, NIST traceable

About 810230-20 Atonometrics Mars Sensor

Buy the sought-after 810230-20 Atonometrics Mars Sensor-an exceptional solution for solar irradiance measurement, now available for advance purchase or clearance supply. Renowned as one of the finest instruments in the field, this sensor features a robust, weatherproof build for outdoor use, with a pre-wired UV-resistant cable, anodized aluminum housing, and an optical glass dome ensuring durability in demanding conditions. Factory calibrated and NIST traceable, it delivers remarkable accuracy and reliable analog voltage output, making it indispensable for photovoltaic monitoring, meteorological use, and environmental studies. Low maintenance and RoHS compliant, it exemplifies industry-leading performance.

Applications and Competitive Advantages of the 810230-20 Mars Sensor

The 810230-20 Atonometrics Mars Sensor is utilized for monitoring solar irradiance on outdoor surfaces, making it ideal for PV system performance, meteorological stations, and environmental monitoring. The sensor's competitive edge lies in its robust anodized aluminum housing, UV-resistant cabling, and fast response time. With factory calibration and NIST traceability, users benefit from outstanding accuracy and reliability, while the low maintenance design ensures long-term functionality even in harsh environments.

Sample Policy, Packaging, and Timely Supply of the 810230-20 Mars Sensor

Sample orders for the 810230-20 Mars Sensor may be processed subject to proposal amount and specific expenditure agreements. Packaging ensures robust protection, featuring export-grade materials that preserve sensor integrity during transportation. Expected delivery time is swift following confirmation and payment, aligning with customer project timelines. Regular supply and transparent logistics enable efficient order fulfillment, making it easy for clients in India and abroad to access this advanced sensor solution for their renewable energy requirements.

FAQ's of 810230-20 Atonometrics Mars Sensor:

Q: How does the 810230-20 Atonometrics Mars Sensor enhance photovoltaic system monitoring?

A: The sensor measures solar irradiance with high accuracy and fast response, providing reliable data needed for optimal photovoltaic system performance and maintenance scheduling.

Q: What makes this sensor particularly suitable for outdoor environmental monitoring?

A: Its anodized aluminum housing, UV-resistant cable, weatherproof design, and broad operating conditions make it highly durable and well-suited for continuous use in outdoor environments.

Q: When should the optical glass dome be cleaned for optimal operation?

A: Periodic cleaning of the glass dome is recommended to maintain accuracy, especially in dusty or contaminated outdoor conditions.

Q: Where can the sensor be mounted for best performance?

A: The sensor is designed for easy mounting on most outdoor surfaces via its standard 1/4-20 UNC threaded screw mount, enabling flexible placement within solar or meteorological installations.

Q: What is the benefit of the NIST traceable, factory calibration feature?

A: NIST traceable, factory calibration ensures the sensor's measurements are highly accurate and meet internationally recognized standards, reducing the need for recalibration after purchase.

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