Description AW-Lake Subsea Turbine Flow Meter are built from our standard components that can be customized to match your specific requirements. They are fitted with encapsulated electronics so it can be used in subsea hydraulics applications such as subsea drilling operations, blowout prevention, ROV maintenance, valve actuation and subsea chemical injection. Materials and design provide […]
AW-Lake JVK Plastic Spur Gear Flow Meter is specifically designed for the chemical dispensing industry. It is ideal for measuring chemicals, including the strongest of chemicals such as acid, caustic-based fluids, and corrosives. It is machined of tough thermoplastic and designed to provide years of service. These gear meters are easy to install and operate. […]
Description AW-Lake JV-CG Positive Displacement Meter is ideal for highly accurate metering of non-lubricating, small-particle fluids of medium to high viscosity, including paints, adhesives, sealants, and resins. It is economical and reliable with the ability to maintain consistent accuracy (±0.5% of reading) despite changing viscosity conditions. The JV-CG Positive Displacement Meter can be used in […]
Description Kobold VKG Viscosity has a spring-loaded float, which slides within a cylindrical measuring tube and has an integral orifice that is believed to be unique. This and other design features mean that it has for the first time become possible to create a flowmeter and switch which fully compensates for viscosity and to a […]
Description Kobold VKP Viscosity operate on a special suspended float principle with cylindrical measuring tube and spring-loaded float with orifice. The float in model VKP-3… has slots moulded on the outside, which protect the instrument from soiling by depositing dirt particles. The danger of the float jamming is thus considerably reduced and soiled liquids with […]
Description Kobold SMN Displacer Flow Switch is used when extremely low flow switch points are required together with minimum pressure loss at high flow rates. The flow switch operates on the well-known float principle. An orifice float with its integral circular magnet moves within a cylindrical flow tube in the direction of flow and against […]