CMP10 Pyranometer

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CMP10 Pyranometer Specification

Automation Grade
Manual

Mounting Type
Level mounting on mast or surface

Temperature
-40C to +80C (operating)

Display Type
External (via datalogger/reader)

Interface Type
Analog (mV output)

Accuracy
ISO 9060:2018 Class B (Secondary Standard)

Power Supply
Not required (passive device)

Application
Solar radiation measurement

Response Time
Less than 5 seconds (95%)

Equipment Type
Pyranometer

Resolution
< 1 W/m2

Measuring Range
0-4000 W/m2

Humidity
0-100% RH

Features
Low maintenance, high stability, low temperature dependence, desiccant-free operation

Usage
Outdoor continuous solar monitoring

Machine Weight
0.9 kg

Control Mode
Manual

Cable Length
10 meters (standard)

Zero Offset (due to un-illuminated state)
< 5 W/m2

Zero Offset (due to temperature change)
< 2 W/m2 (5 K/h change)

Spectral Range
285-2800 nm

Sensitivity
7 to 14 V/W/m2

Protection Class
IP67

Operating Principle
Thermopile detector

Body Material
Anodized aluminum and glass dome

CMP10 Pyranometer Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

CMP10 Pyranometer About

Get an unprecedented hot deal on the CMP10 Pyranometer-your sterling choice for potent solar radiation measurement! This ISO 9060:2018 Class B (Secondary Standard) instrument boasts a wide spectral range of 285-2800 nm and delivers high sensitivity (7 to 14 V/W/m2). Its anodized aluminum body, IP67 protection, and desiccant-free operation guarantee low maintenance and long-lasting performance. Mount this easy-to-use, manually controlled pyranometer outdoors for continuous, accurate solar monitoring. Enjoy a special discount-try now and elevate your solar measurement capabilities!

CMP10 Pyranometer: Application & Precise Usage

Ideally suited for professionals and researchers, the CMP10 Pyranometer enables accurate outdoor solar radiation monitoring across diverse environments. With its robust anodized aluminum and glass dome construction, the device is level-mounted on masts or surfaces and manually operated-perfect for stationary, long-term solar measurement tasks. Typically used in solar energy studies, weather stations, and photovoltaic testing, its analog output ensures seamless integration with external dataloggers for real-time, meticulous data recording on solar intensity levels.

Supply, Packaging & Delivery of Your CMP10 Pyranometer

Each CMP10 Pyranometer is handled with utmost care and dispatched in secure, export-grade packaging, ensuring safe transport. Supply capacity remains flexible to meet both bulk and individual demands throughout India and internationally. Once your order is confirmed, the product is swiftly shipped and typically handed over to reliable couriers within a defined delivery schedule. Timely delivery and attentive logistical support are guaranteed every step of the way, so your pyranometer arrives safely and ready for immediate use.

FAQ's of CMP10 Pyranometer:

Q: How does the CMP10 Pyranometer measure solar radiation accurately?

A: The CMP10 Pyranometer uses a thermopile detector and a glass dome to measure solar radiation across a wide spectral range (285-2800 nm), providing precise analog output for real-time monitoring.

Q: What is the recommended application method for the CMP10 Pyranometer?

A: Mount the device level on a mast or flat surface in an outdoor setting, ensuring it is unobstructed. Connect its analog output to a datalogger or suitable reader for continuous solar monitoring.

Q: Where is the CMP10 Pyranometer typically used?

A: It is widely utilized in solar energy research, photovoltaic efficiency testing, meteorological stations, and environmental monitoring projects both in India and abroad.

Q: What is the supply and delivery process for this pyranometer?

A: Orders are expertly packed and dispatched via reliable shipping partners. After confirmation, units are shipped promptly and handed over to the carrier for safe transit and timely delivery.

Q: What are the main benefits of using this pyranometer for solar monitoring?

A: The instrument offers high stability, low temperature dependence, desiccant-free operation, and is maintenance-friendly, ensuring precise and uninterrupted solar data collection in diverse climates.

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