Solinst Model 122 Oil/Water Interface Meters
Features
- Rugged free-standing reel with carrying handle designed for field use
- Certified intrinsically safe for use in explosive environments
- 5/8" (16 mm) diameter P8 probe allows easy access through tight spaces and into narrow wells
- Free ground shipping
- Expedited repair and warranty service
- Lifetime technical support
- More
Overview
The Solinst Model 122 determines both light (floating) non-aqueous phase liquids (LNAPL) and dense (sinking) non-aqueous phase liquids (DNAPL). The factory-sealed probe is pressure-proof (up to 500 psi), and tapes are available in a range of lengths from 100 to 1000 ft (30 to 300m). The 5/8" (16mm) diameter probe allows easy access through tight spaces and into narrow wells. The probe is designed for use in various monitoring applications.
Hazarous Location Use
The Solinst Model 122 is approved for use in explosive environments. The grounding strap is a safety essential when the meter is used in potentially explosive environments. It also ensures that the electronics are properly protected.
Accurate and Robust
- Designed for rugged field use
- Stable electronics with automatic circuitry testing
- Laser-marked PVDF flat tape is easy to decontaminate and resists stains
- Tape uses stranded stainless steel and copper coated steel conductors
- High in tensile strength
- Electrical efficiency
- Non-stretch
- Does not corrode
- Sturdy free-standing reel with carrying handle
- (1) Model 122 Oil/Water Interface meter
- (1) Grounding clip
- (1) Tape guide/datum
In The News
Wave-Powered Buoy Deployed in Puget Sound
While the development of solar-powered monitoring systems has improved access to real-time environmental data, solar power is still limited by low light conditions, such as poor weather, nighttime, or high-latitude environments. To supplement these incumbent power solutions at sea, Ocean Motion Technologies has developed a small-scale ocean wave energy system that can be directly integrated with existing data buoy platforms. Not only does wave energy supplement solar power during periods when the buoys are limited by light availability, but it also allows data buoys to perform beyond their current power capacities.
Read MoreLong-Term Monitoring in the Chautauqua Lake Watershed
With a widely developed shoreline, Chautauqua Lake experiences influxes of non-point source pollution that have historically impacted the health of the lake. The Chautauqua Lake Association (CLA) has been monitoring the lake for over two decades, reporting on changes that have occurred over the years. A pair of local lake advocates, Jane and Doug Conroe, have lived on the lake for over 40 years and have played an important role in establishing monitoring programs and facilitating consistent data collection throughout the watershed. Doug has been involved with the Chautauqua Lake Association (CLA) since the pair moved to the area in 1980, and is currently serving as the Executive Director.
Read MoreNo Red Herrings: Data Driving the Largest Salt Marsh Restoration in the NE USA
The Herring River system encompasses around 1,000 acres in the Towns of Wellfleet and Truro, Massachusetts. In 1909, the Chequessett Neck Road dike was built at the river’s mouth, drastically limiting tidal flow. Today, it’s one of the most restricted estuaries in the northeastern United States. As a result, the area has suffered environmental decline, including poor water quality, hypoxia, lower pH, and salt marsh degradation. In 2023, the Town of Wellfleet received $14.7 million from NOAA’s Office of Habitat Conservation to fund the Herring River Restoration Project (HRRP). Francesco Peri, President and CEO at Charybdis Group LLC, uses a network of NexSens data loggers to monitor water level and water quality on the Herring River.
Read More