YOUNG Wind Sensor Interface
Description
The YOUNG 05603C wind sensor Interface provides calibrated analog DC voltage signals for wind speed and wind direction.
- Power Requirement: 8-24 VDC (5 mA @ 12 VDC)
- Temperature Range: -50 to 50 C (-58 to 122 F)
- Inputs: YOUNG Wind Monitor
- Outputs: 0 to 5.00 VDC
- Wind Speed: 0 to 100 M/S, Wind Direction: 0 to 360 degrees
- Accuracy: +/-1% FS over temperature and supply voltage range.
- Dimensions: 110 mm W x 75 mm H x 56 mm D (4.3 in W x 2.9 in H x 2.2 in D)
- Mounting: U-bolt for vertical pipe 25-50mm (1- 2 in) Dia
| Image | Part # | Product Description | Price | Stock | Order | |
|---|---|---|---|---|---|---|
|
05603C | Wind sensor interface for use with 05106, 0-5 VDC outputs |
$466.00
|
Drop ships from manufacturer | ||
|
05608C | Wind sensor interface for use with 05108, 0-5 VDC outputs |
$474.00
|
Drop ships from manufacturer
|
||
| Image | Part # | Product Description | Price | Stock | Order | |
|---|---|---|---|---|---|---|
|
18446 | Sensor cable, 5 conductor shielded, 22 AWG, per ft. |
$0.60
|
Drop ships from manufacturer | ||
In The News
UNC's industry-standard water quality profiling platforms get upgrade
The University of North Carolina Institute Of Marine Sciences has a history with profiling platforms. UNC engineers and scientists have been building the research floaters for 10 years in a lab run by in Rick Luettich , director of the institute. UNC scientists and engineers developed their own autonomous vertical profilers to take water quality readings throughout the water column.  They have three profilers  placed in the New and Neuse rivers. The profilers are designed to drop a payload of sensors to an allotted depth at set time intervals. Instruments attached take readings continuously on the way down and up. Data collected by the profilers has been used to study water related issues such as infectious disease and sediment suspension.
Read More
USGS weather station network monitors Arctic Alaska's climate
When the U.S. Geological Survey began building their climate and permafrost monitoring network in Arctic Alaska in 1998, there wasn't much precedent for how to build the infrastructure for the instruments in the region's unforgiving environment. That meant the scientists had to learn the particulars on the fly. For example: On the great expanse of flat, barren tundra, a weather station sticks out like a sore thumb to a curious grizzly bear. "The initial stations were pretty fragile," said Frank Urban, a geologist with the USGS Geosciences and Environmental Change Science Center. "So the bear and those stations--the bear won every single time without any problem.
Read More
Inside the Struggle to Designate Lake Erie's Water Impaired
Since the mid-1800s, Ohio has been a locus for industry . As the state cranked out steel, rubber, automotive parts, appliances, glassware, and refined oil, its economy grew—but pollution also became a serious problem . Factories dumped refuse into rivers and into Lake Erie, agricultural runoff ended up there, and city sewers also emptied into the lake. By the late 1960s, the Cuyahoga River had caught on fire, and the shores of Lake Erie were lined with dead fish as algal blooms flourished in its waters. The fiery river and the presumed “death†of Lake Erie prompted changes at both the local and national level. Leaders in Cleveland worked to improve the sewage system and monitor water quality more effectively.
Read More
Follow Us