Used Solinst 50' Direct Read Cable Assembly

Direct read cables are designed for direct communication with Levelogger sensors without pulling the sensor from the well.

Features

  • 1/10" dia. coaxial cable with HDPE outer jacket for strength and durability
  • Upper end of direct read cable is fitted with a connector that can act as a well cap for 1" wells
  • Used equipment includes 90-day warranty through Fondriest Environmental
Your Price $87.50
Stock 1AVAILABLE
Direct read cables are available for attachment to any Levelogger, new or old, in standard lengths of: 15', 50', 100', 200', 250', and 300'. The 1/10" diameter (2.54 mm) coaxial cable has an HDPE outer jacket for strength and durability. A stranded stainless steel braided conductor gives non-stretch accuracy.

The lower end of the direct read cable has a miniaturized infra-red optical reader. The top cap of the Levelogger is removed and the direct read cable is threaded in its place. In turn, the upper end of the cable is attached to a portable computer or Leveloader, via a USB or RS232 PC Interface Cable. This allows viewing of the data, downloading and/or programming in the field

The upper end of the direct read cable is fitted with a connector that can act as a well cap for a 1" well. This connector fits Solinst Levelogger well caps designed for 2" or 4" wells, and can easily be tethered at surface in other situations.
Questions & Answers
No Questions
Did you find what you were looking for?

Select Options

  Products 0 Item Selected
Image
Part #
Description
Price
Stock
Quantity
Used Solinst 50' Direct Read Cable Assembly
104766-R
Used Solinst direct read cable assembly, 50'
Your Price $87.50
1 Available
Notice: At least 1 product is not available to purchase online
×
Multiple Products

have been added to your cart

There are items in your cart.

Cart Subtotal: $xxx.xx

Go to Checkout

In The News

Fawn River restoration redeems stream once muddied by dam release

In 1998, a rapid drawdown of a dam in Northeast Indiana sent 100,000 cubic yards of sediment oozing over a five-mile stretch of the Fawn River's pristine gravel stream bed. The release turned what was one of Indiana's few deep, swift, cobble-bottomed streams into a slow, wide, mud-clogged channel with eroding banks. Now, 15 years later, a set of restoration techniques has some segments of the muddied stream looking as clean as ever. "None of us really knew how successful we were going to be when we started, and we're pretty pleased with where we are at this point," said Neal Lewis, a trustee with the Fawn River Restoration and Conservation Trust, a non-profit group working to return the stream to pre-1998 conditions.

Read More

Three Decades of Research at Acton Lake

A multi-disciplinary team at Miami University, Ohio, has been studying the environmental change at Acton Lake for over three decades. Using three different NexSens buoys over this time, the team has an incredible archive of data that is helping build a picture of Acton’s past, present, and future. Until recently, a NexSens CB-50 buoy was used alongside other environmental monitoring at Acton Lake. In May 2025, the Miami team deployed a new XB-200 buoy , future-proofing their ongoing monitoring using real-time buoy systems. Acton Lake, a small hypereutrophic reservoir in southwest Ohio, covers 2.4km² and has a maximum depth of about 8m. The dam was built in 1956, and the lake has a large agricultural watershed.

Read More

Source Water Monitoring in Albany, New York: Tracing Water Quality throughout Tributaries

Thousands of US cities pull their drinking water from natural source waters like reservoirs, rivers, and streams, making overall watershed health a key consideration for water providers. In Albany, New York, the Albany Department of Water and Water Supply delivers drinking water to over 100,000 residents as well as monitors and manages the larger drinking water supply watershed. Hannah Doherty, Environmental Specialist at the Albany Department of Water and Water Supply , spends her days working with a small team to monitor the drinking supply and the connected water bodies. Doherty explains, “We’re the first to encounter the water that ends up being the drinking water.

Read More