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Sunshine Recorder

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Product Description

Product Description

Our rich domain expertise has enabled us to come up with excellent Sunshine Recorder. Widely used at meteorological and climatological research centers, observatories, spas and health resorts, viticulture and vegetable gardening, this device automatically register time and duration. Made by using best grade components, our offered Sunshine Recorder is available in different technically specifications to meet variegated demands of the customers. Some attributes of these laboratory instruments are as follows:

Features:

Optimum functionality
Low power consumption
Longer service life
Less maintenance

Other Details:

The instruments are set up on flat roofs or on clear ground in such manner as to be well exposed to solar radiation, during the whole day. The type of instrument to be chosen depends on the latitude of the place installation. This recorder consists essentially of a glass sphere mounted concentrially in a section of a spherical metal bowl, the diameter of which is such that the sun stays are focused sharply on a card held in the grooves, in the bowl. Three overlapping pairs of grooves are provided in the bowl to taken up cards suitable for the different seasons of the year.

Robust & Weatherproof Construction

Built for outdoor operations, the Campbell-Stokes Sunshine Recorder features a corrosion-resistant metal frame and weatherproof design. Its sturdy construction ensures long-lasting durability, even amidst challenging environmental conditions, making it highly reliable for consistent meteorological recording.

Accurate Meteorological Measurement

Utilizing a precision 100 mm glass sphere, this recorder delivers accurate readings of daily sunshine duration ranging from 0 to 12 hours. The device is engineered expressly for meteorological applications, ensuring high-quality data collection for research, forecasting, and climate analyses.

Simple Operation & Low Maintenance

With minimal maintenance requirements, the sunshine recorder is easy to operate and maintain. Set up is efficient thanks to included accessories like burn cards, card holder, and base stand, allowing for quick deployment and straightforward daily use.

FAQ's of Sunshine Recorder:

Q: How does the Campbell-Stokes Pattern Sunshine Recorder measure sunshine duration?

A: The recorder uses a 100 mm glass sphere to focus sunlight onto calibrated burn cards. As the sun moves, the concentrated light burns a trace on the card, indicating the duration of bright sunshine throughout the day.

Q: What accessories are provided with the sunshine recorder for its operation?

A: Each recorder comes with essential accessories including burn cards, a card holder, a base stand, and a fixed mounting arrangement, ensuring you have all the necessary components for immediate setup and daily use.

Q: When and where is the ideal time and place to install this recorder?

A: Install the sunshine recorder outdoors in an unobstructed location where direct sunlight is present from sunrise to sunset. For best results, it should be set up at the beginning of the observation period for accurate daily sunshine measurement.

Q: What materials are used for the construction of the recorder, and why are they important?

A: The device uses a glass sphere for precise sunlight measurement and a corrosion-resistant metal frame to withstand prolonged outdoor exposure. These materials ensure durability, accuracy, and longevity in various weather conditions.

Q: What is the process for replacing the burn cards, and how often should it be done?

A: Burn cards should be replaced daily or after each observation period. Simply remove the old card from the card holder, insert a new one, and ensure it is securely positioned for accurate recording the next day.

Q: How does regular use of this sunshine recorder benefit meteorological observations?

A: Consistent operation provides reliable sunshine duration data that is vital for weather forecasting, climate studies, and agricultural planning, thereby supporting informed decision-making and research initiatives.