Daniel L. Jerman Co., Inc. is a leading provider of flow meter solutions for customers in a variety of industries, including oil and gas, chemical processing, water and wastewater, food and beverage, and more. They have a long-standing reputation for providing high-quality products and exceptional customer service.
The company offers a range of flow meter products, including positive displacement, turbine, electromagnetic, and ultrasonic flow meters. These products are designed to provide accurate, reliable, and repeatable measurements of liquid and gas flow rates in various applications. The company also offers pipes, pipe fittings, valves, piping accessories, and more.
Daniel L. Jerman Co., Inc. is a trusted partner to customers in various industries, providing high-quality flow meter products and exceptional customer service. The company's commitment to sustainability, environmental responsibility, and innovation has enabled it to become a leader in the flow meter industry and a valued partner to customers across the globe.
A Coriolis flow meter measures mass by the inertia of a liquid or gas flowing through a vibrating tube that is equipped with a set of sensors at the inlets and outlets of the meter. The increased movement of the flow produces measurable oscillation that is proportional to the mass...
Flow Switches
A flow switch is a device that measures the flow rate and liquid pressure within a duct, loop, or system. Flow sensor and flow indication are other names for this switch. The primary purpose of a flow switch is to continually...
Level Switches
A level switch is an electrical or mechanical method for measuring the level of a liquid, powder, or granule material. It is designed to activate an alarm if the material level in a container passes a predetermined height or depth...
Magnetic Flow Meters
A magnetic flow meter is a volumetric flow meter that uses electrodes connected to the liquid flow to measure the velocity of fluids in a tube or pipe. The unique design of magnetic flow meters allows them to take their readings without the need for any moving parts...
Mass Flow Meters
A mass flow meter is a way of measuring the volume or mass of a gas or liquid passing through a system at a specific point in the flow system. They are used to measure linear, nonlinear, mass, and volumetric flow rates...
Ultrasonic Flow Meters
An ultrasonic flow meter measures the flow of a liquid or gas by sending ultrasonic waves across a pipe, containing the flow in the direction of the flow and in the opposite direction of the flow. The ultrasonic waves and the velocity of...
Types of Flow Meters
A flow meter is a flow rate measuring device used to determine the linear or nonlinear mass and volumetric flow of a liquid or a gas. The many names of flow meters include flow gauge, flow indicator, liquid meter, and flow rate sensor...
Metering Pumps
A metering pump is a precision machine that moves or pumps a measured amount of fluid in a predetermined time to create volumetric flow. The term “metering pump” covers a wide range of pumping methods, each designed to meet...
Rotameters
A rotameter is a device that measures the flow of fluid volume per unit time in a closed tube. There are diverse rotameters applications, including chemical injection/dosing and tank blanketing. A rotameter can be said...
Water Filtering Systems
A water filtering system is a mechanism that is designed to remove solid particles, tiny or large, from inside a liquid through the use of a filter medium that only allows the liquid to pass but restricts solid particles....
Leak Detector
A leak detector is a sensor used for monitoring a system that contains liquids, gasses, or other substances to ensure that the contained materials do not escape, leak, or otherwise leave the system. The leak detection process involves...
Centrifugal Pumps
A centrifugal pump is defined as a hydraulic machine that changes mechanical energy into hydraulic energy by the use of centrifugal force acting on the fluid. This is a machine that uses rotation to enforce velocity on a liquid...
