Barometric Pressure Transmitter model WE100
Technical Characteristics:
Output: 4-20 mA
Range: 800-1100 mb
Accuracy: ±1% of full scale
Temperature compensation in -40° to +55°C range
Applications:
Can be used with weather stations, ocean buoys, ships, checking engine performance, airports, and many more
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Wind Direction Sensor model WE570
Technical Characteristics:
Potentiometer Sensor
Output: 4-20 mA
Range: 0-360° (352° electrical, 8° open)
Accuracy: 1% of full scale
Sensitivity: 1 m/s (2.2 mph)
Applications:
WE570 is used for predicting and supporting weather forecasts, determining the safety of operating mechanical equipment like cranes and lifts in industry, estimating the efficiency of operating power generating wind farms, navigation and safe operation in the shipping industry, aircraft safety, wastewater and landfill odor control, and others
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Wind Speed Sensor model WE550
Technical Characteristics:
Output: 4-20 mA
Range: 0 to 50 m/s (110 MPH)
Accuracy: 02 MPH over the range 11 to 55 MPH
Applications:
WE550 is used for predicting and supporting weather forecasts, determining the safety of operating mechanical equipment like cranes and lifts in industry, estimating the efficiency of operating power generating wind farms, navigation and safe operation in the shipping industry, aircraft safety, wastewater and landfill odor control, and others
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Solar Radiation Sensor model WE300
Technical Characteristics:
High-stability silicon photovoltaic detector
Output: 4-20 mA
Range: 0 to 1500W/m2
Accuracy: 1% of full scale
Operating Voltage: 10-36 VDC
Applications:
WE300 is used in combination with weather stations, for predicting weather forecasts, estimating the efficiency of operating power generating solar systems, and many more
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Temperature Sensor Model WE700
Humidity Sensor Model WE600
Solar Shield Model WE770
Technical Characteristics:
Rugged and Hi- quality Precision RTD Temperature Sensor
Solid State Capacitative Humidity Sensor
Solar Shield is a ventilated sun shield, with high reflectiveness, low heat retention, and low thermoconductivity
Temperature Sensor:
Output: 4-20 mA
Range: -50°C to +50°C
Accuracy: ±0.2°F or ±0.1°C
Humidity Sensor:
Output: 4-20 mA
Range: 0 to 100% RH
Accuracy: ±2% RH
Applications:
Used in combination with fixed and portable weather stations, for weather forecast studies, and many more
EP180 Evaporation Pan
Technical Characteristics:
Size: 47.5" diameter x 10" deep
Construction: Low carbon stainless steel passivated after welding. Heliarc welded
Weight: 48 lbs
Applications:
Global Water's EP180 Evaporation Pan is a stainless steel pan for measuring daily evaporation. Global Water's Evaporation Pan is built to be compatible with all standard National Weather Service pan evaporation measurements. The EP180 is a Class A Evaporation Pan that features a drain plug and an attached stilling well for easy installation of a water level sensor, like Global Water's WL400 (3' range).
LW100 Leaf Wetness/ Rain Sensor
Technical Characteristics:
Power Requirements: 12VDC @1.0 mA
Output: 0-5 VDC
Size: 3" x 5.5"
Shipping Weight: 2 lbs
Applications:
The LW100 Leaf Wetness/Rainfall Sensor can be used to monitor leaf moisture and rainfall. The sensor is easy to install directly within a plant. To install, the sensor should be hung within the plant from its cable at the location where leaf wetness needs to be monitored. The angle of the sensor should be set to approximately the same angle as that of the leaves that are being monitored.
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RG200 Rain Gauge 6" (Tipping Bucket)
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Technical Characteristics:
Capacity: Unlimited
Accuracy: 3% up to 4"/hr
Dimensions: 6" x 15"
Shipping Weight: 3 lbs
Applications:
Global Water's RG200 Rain Gauge is a durable weather instrument for monitoring rain rate and total rainfall. With minimal care, the rain gauge will provide many years of service. All rain gauges are constructed of high impact UV-protected plastic to provide reliable, low-cost rainfall monitoring. The simplicity of the rain gauge design assures trouble-free operation, yet provides accurate rainfall measurements. RG200 rain gauges have a 6" orifice and are shipped complete with mounting brackets and 50' of two-conductor cable. The rain gauge sensor mechanism activates a sealed reed switch that produces a contact closure for each 0.01" or 0.25 mm of rainfall.
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RG600 Tipping Bucket Rain Gauge 8"
Technical Characteristics:
Capacity: Unlimited
Accuracy: +1% at 1” per hour
Average Switch Closure Time: 135 ms
Maximum Bounce Settling Time: 0.75 ms
Maximum Switch Rating: 30 VDC @ 2A, 115 VAC @ 1 A
Operating Temperature: 0° to +51°C
Dimensions: 10 1/8” x 8”
Shipping Weight: 8 lbs
Cable: 60', 2 conductor
Applications:
Global Water's RG600 Tipping Bucket is a durable weather instrument for monitoring rain rate and total rainfall. With minimal care, the tipping bucket will provide many years of services. All Global Water tipping buckets were designed by the National Weather Service to provide a low-investment, reliable, industrial, tipping bucket rain gauge. Its simple design assures trouble-free operation, yet provides accurate rainfall measurements. The tipping bucket has an 8"; orifice and is shipped complete with mounting brackets and 50' of two-conductor cable. The tipping bucket sensor mechanism activates a sealed reed switch that produces a contact closure for each 0.01", 0.2 mm, or 1 mm of rainfall. The tipping bucket rain gauge can be pole mounted or bolted to a level plate.
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Soil Moisture Sensor model AT210
Technical Characteristics:
Range: 0-100% saturation
Power Requirements: 12 VDC ±20% @ 40 mA
Overall Size: 3/4" diameter x 30-1/2" long
Output: 4-20mA
Applications:
Global Water's AT210 Soil Moisture Sensor provides reliable and accurate soil moisture monitoring for applications including: Bioremediation; Wastewater Reclamation; Landfill Management; Agriculture; etc. Global Water's Soil Moisture sensor measures the dielectric constant of the soil, which is directly related to the water content of the soil. The sensor uses TDR, time domain reflectometry, for direct soil moisture measurement. When installed vertically, the moisture sensor can be used to average moisture readings along a soil column. When installed horizontally, the sensor can be used to measure moisture at a specific soil depth
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