Why should you chooses volumetric measurement with Baumer? Save costs!
The electromagnetic flow meters from Baumer allow efficient process monitoring and control. Very precise, reliable, and reproducible measurement results lead to optimized processes, for example, for the precise dosage of media. This ensures the optimal use of resources. In addition, the flow measurement with Baumer sensors takes place in the system without any loss of energy, as the measuring tubes do not cause any pressure loss with high accuracy.
Highly precise reporting. No pressure loss. Exact dosages. Save resources and costs.
Save resources thanks to precise measurement with maximum long-term stability
Resources are saved through the precise measurement of reporting, mixing, and dosing processes since they can be optimized and controlled with high precision. This reduces media waste to a minimum. Customized coreless air coils that cover the entire length of the measuring tube ensure a lasting, temperature-resistant magnetic field that achieves stable and reliable measurement results with an accuracy of up to 0.2%.
No energy loss thanks to a continuous measuring tube
The electromagnetic flow meters PF75 are highly precise and equipped with a continuous measuring tube without constriction or fittings, which prevents pressure loss in the system. This allows optimal pump performance without energy loss in the system. The special magnetic coil design results in high precision without having to reduce the measuring tube diameter to increase the flow velocity.
All information at a glance with the CombiView display
The display of the CombiSeries allows uniform operation and process monitoring across the entire CombiSeries product range, including temperature, pressure, conductivity, and flow measurement. All required information is displayed in such a way that it can be seen at a single glance, even from a large distance. The display allows intuitive operation with a touch screen and two relay outputs for direct process control.
Optimal resource deployment based on a stable performance at 0.2% precision
The magnetic field is optimized for each measuring tube diameter via specially designed coreless air coils.
Quick and sensitive response times.
Stable performance across the entire measurement range, independent of the temperature. effects.
No energy loss
Based on the high sensor performance and measuring tube without constriction or fittings, the sensor can always be used with the full pipe diameter without any pressure loss.
CombiView display – all information at a glance
Easy process monitoring – information easy to read from a distance, direct operation via touch, and process status display via changes of the background color.
Uniform operation across the entire CombiSeries product range, including temperature, pressure, conductivity, and flow measurement.
Highest long-term process stability
No movable parts and thus reduced maintenance effort.
Non-solenoid core air coil creates a lasting magnetic field that is not affected by temperature changes or external influences.
Specially adjusted linings are available for each process.
Temperature- and vacuum-resistant linings.
Easy to set up and to use
Parameterization via USB.
BCP software available for download free of charge.
Several measurement variables collected by a single sensor.
Calibration at the factory. No subsequent calibration required.
Food safety and hygiene (PF75H)
Variants with 3-A Sanitary Standards, FDA compliance.
Design that meets food and pharmaceutical specifications with PTFE and PFA lining of the measuring tube, allowing reliable cleaning without adherence of soiling.
Residue-free and quick cleaning of the measuring point (piggable, suited for SIP and CIP).
Flexible design and application
All standard process connections for hygienic and industrial processes as well as linings for the respective application and a selection of diameters DN 3 to 250.
Detection and monitoring of constant flows
Volumetric flow measurement of continuous flows, for example of inlet and outlet of fresh water and sewage water.
Content measurement inside tanks
Electromagnetic flow meters in the tank inlet and outlet for a redundant detection of the medium volume with a hydrostatic pressure sensor.
Increased filter service life due to uniform product infeed with continuous volume flow measurement as a complementary measurement to the pressure measurement. No unplanned downtimes and maximized application quantities based on an optimized service life.
Dosage of cleaning agents
Precise dosage, e.g., of cleaning agents in CIP applications. Careful and optimized handling with high-quality media and avoidance of overdosing or unnecessary disposal costs.
Monitoring of cooling circuits
The continuous, quick, and temperature-related monitoring of the coolant, e.g., during machining production processes such as drilling and turning, to protect the tool/the processing center from thermal overstrain.
To ensure high measurement accuracy, some aspects, such as grounding, must be taken into account when installing and mounting flow meters. See the know-how section to find out in detail what needs to be observed.
Calibration at the factory – no subsequent calibration required
Prior to delivery, all electromagnetic flow sensors are calibrated by an accredited calibration laboratory according to ISO 17036 (ACCREDIA certificate LAT237) and do not require calibration on location. You will receive the calibration certificate on paper and electronically upon delivery of the product.
The flow sensor is configured via the Baumer Control Panel (BCP) operating and control software. The software allows user-friendly and easy access to all programmable functions of the flow meter. A mini USB cable is required for connecting the device to a PC. The following section contains information on what to observe prior to the configuration and how the software is structured.
From drinking water to chemicals – the electromagnetic flow meters from Baumer offer a wide range of measuring tube linings (liner) for every medium. The correct choice of the ideal material depends on the medium, proportion of solids in the medium and process temperature.