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All FAQs (1917 total: showing 221-240)

Are the CS616 and CS625 waterproof? For example, can they withstand being covered with water, sand, and soil?
Can the CS616 or CS625 be used in frozen, shallow soil conditions?
Can a CS616 or CS625 be used at a peat swamp where water levels remain near the surface?
Can the CS616 or CS625 be used to measure the moisture content in solid waste?
Can the CS616 or CS625 be used with soil that has a high salt content?
Can the CS616 or CS625 be used to measure liquid water in snow?
What size circumference is measured around a CS616 or CS625?
What is the difference between soil water content probes that have two rods (CS616 and CS625) and those that have three rods (CS610-L)?
What is the difference between the CS616 and the CS625?
What type of maintenance is needed for the OBS-3+ or OBS300?
Are data from the OBS-3A comparable with data from the OBS-3+ or OBS300?
Using an OBS-3+ or OBS300, when would it be advantageous to use a 4X curve instead of a 1X curve?
Using either an OBS-3+ or OBS300 with Short Cut, how can both NTU and mV values be included as outputs?
What type of handheld display can be used with the OBS-3+ or OBS300?
Can an OBS-3+ or OBS300 be used in a drinking water plant where the NTU is expected to be on a very low range?
Why are there two different turbidity measurements (Turbidity-High and Turbidity-Low), what do they signify, and how does the OBS-3+ or OBS300 differentiate between the measurements when it stores the data?
What is the accuracy and deviation from actual NTU in the low range for the OBS-3+ or OBS300?
What size is the arc that the OBS-3+ or OBS300 measures?
Is it possible to adjust an OBS-3+ or OBS300 for measurements up to 4,000 NTUs?
Is it possible to operate an OBS-3+ or OBS300 onboard a vessel while the vessel is in motion?

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