Electromagnetic, Adjustable Insertion

1 product

These electromagnetic adjustable insertion flowmeters are engineered for flexibility and precision. Slotted into pipes without interrupting flow, they measure conductive fluids with high accuracy—ideal for wastewater, chemical, and industrial processes. Adjustable to various pipe diameters, they offer seamless integration and quick deployment. Their robust construction resists corrosion and wear, maintaining performance in challenging environments. Coupled with data logging and calibration services, these meters deliver dependable readings and improved operational control.

Frequently Asked Questions

These are flow measurement devices, often referred to as magmeters, that feature an adjustable probe inserted into a pipeline. They measure the flow rate of conductive liquids and slurries using electromagnetic induction. Because they have no moving parts, they are highly reliable and resistant to wear.

The adjustable design allows the sensor to be positioned at the precise depth required for accurate readings in various pipe sizes. This versatility makes them more cost-effective than full-bore meters for larger pipelines, as one sensor size can fit multiple pipe diameters.

The collection features several advanced options including the FMG900 series Adjustable Insertion Electromagnetic Flow Meter and Hot-Tap Metal Insertion models. These are specifically designed for installation into existing pressurized systems without needing a complete system shutdown.

Most models are equipped with versatile electronics providing integrated displays for real-time monitoring of rate and totalized flow. They also feature pulse outputs for easy integration with PLCs and 4-20mA analog outputs for remote monitoring and industrial control systems.

To ensure high accuracy, these meters typically require a straight run of pipe both upstream and downstream from the sensor. A common standard is ten pipe diameters of straight run before the meter and five pipe diameters after it. This helps stabilize the fluid velocity profile and prevents turbulence from causing inconsistent readings.

The liquid must have a minimum level of electrical conductivity, usually at least 5 to 20 microSiemens per centimeter. These meters work perfectly with water-based solutions, sewage, and slurries, but they cannot measure non-conductive fluids such as oils, steam, or pure gases.