SISCO precision outdoor rain gauge's stakes is designed as H-shape to secure in the ground, rust-proof and upright.Which make the rain gauge for fence more stable and no fear about strong wind. The rain gauge is suitable for all types of landscapes, and is easily placed, including clay, dirt, topsoil, grass, sand etc.
Add a Color Strip Behind the Rain Gauge for Easier Reading
The Outdoor Rain Gauge has a Design of 3-Sections Adjustable Height
The SISCO rain gauges are widely used in hydropower stations, reservoirs, agriculture and forestry, meteorological stations, and hydrological stations to accurately measure rainfall for weather observation, irrigation planning, and water resource management.
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Model | SISCO-RG-glass |
Measuring Tube Material | High-quality glass |
Scale Graduation | 1 mm increments |
Tube Diameter | 2 inches |
Tube Length | 9.1 inches |
Installation Type | Ground stake /fence mount / garden spike |
Temperature Resistance | -10°C to 50°C (14°F to 122°F); avoid freezing water inside the tube |
Weather Resistance | UV-resistant, rustproof holder; waterproof and corrosion-resistant parts |
Dimensions | 28.8 inches (including stand/frame) |
Weight | 300g |
Q1: What is a rain gauge?
A1: A rain gauge is a meteorological instrument designed to accurately measure the amount of rainfall over a set period, usually recorded in millimeters or inches. It collects rainwater in a funnel or container, allowing for precise quantification of precipitation, which is vital for weather forecasting, agricultural planning, water resource management, and environmental research. There are several types of rain gauges, including manual gauges that require periodic reading, tipping bucket gauges that automatically record rainfall by counting bucket tips, weighing gauges that measure the weight of collected water, and advanced optical or radar-based gauges that estimate rainfall remotely.
Q2: Why a rain gauge is important?
A2: A rain gauge is important because it provides accurate and reliable measurements of rainfall, which are essential for weather forecasting, managing water resources, agriculture, and flood prevention. By tracking precipitation levels, rain gauges help farmers optimize irrigation, enable meteorologists to predict storms and droughts, support water authorities in managing reservoirs and flood control, and contribute to climate research and environmental monitoring. Without precise rainfall data, it would be much harder to make informed decisions that protect communities and sustain ecosystems.
Q3: Can a rain gauge be any size?
A3: A rain gauge can come in various sizes, but its dimensions must be carefully designed to ensure accurate and reliable measurements. Larger gauges can collect more rainwater and are often used in professional or research settings, while smaller, more portable gauges are convenient for personal or educational use. However, the size of the collection area affects the sensitivity and precision of the readings, so rain gauges are typically designed following standard dimensions to balance ease of use with measurement accuracy.
Tips: Is the glass rain gauge durable enough for outdoor use?
Yes, the glass tube in an outdoor rain gauge is generally durable enough for outdoor use. It is typically made from thick, weather-resistant or tempered glass designed to withstand rain, sun exposure, and temperature changes. However, care should be taken in freezing conditions—if water inside the tube freezes and expands, it may cause the glass to crack. To prolong its lifespan, it's recommended to empty or remove the tube during winter months in colder climates. With proper handling and periodic maintenance, a glass rain gauge can last for many years outdoors.
Thank you for buying industrial test and measurement equipment on SISCO.com, all products sold by SISCO and the partner cover a 12 months warranty, effective from the date of receiving the products.
SISCO is responsible for providing free spare parts, and free technical support to assist the customer to repair the defective products until the problem is solved.