Krohne IFM4080K/D/6 Electromagnetic Flowmeter
The Krohne IFM4080K/D/6 Electromagnetic Flowmeter is a precision instrument engineered for accurate measurement of conductive liquids in industrial systems. Designed with advanced technology and durable materials, it delivers reliability, long service life, and consistent performance in demanding environments such as water treatment, chemical processing, and manufacturing operations.
Manufacturer: Krohne
Type: Electromagnetic Flowmeter
Model: IFM4080K/D/6
Transmitter Model: IFC 090
Technical Information
- Power Supply: 19 to 29 V AC/DC
- Power Consumption: 10 VA / 8 W
- Frequency: 48 to 63 Hz
- Output Signal: 4 to 20 mA analog output
- Load Resistance (R‚—): ‰¤ 0.5 kΩ
- Pulse Output (P): 1 pulse per m³
- Display Features: LCD with Totalizer and Flow Indication, Local keypad for setup and diagnostics
- Nominal Diameter (DN): DN150 (6 inches)
- Flow Range (Q): 0 to 150 m³/h
- Pressure Rating: PN16 Bar
- Flange Standard: ISO / DIN flange connection
- Liner Material: PFA (Perfluoro alkoxy) “ corrosion and chemical resistant
- Electrode Material: Hastelloy C (HC) “ ideal for aggressive media
- Enclosure Protection: IP67 (dust-tight and water-resistant)
- Housing Material: Coated aluminum (blue finish)
- Mounting Type: Flanged inline installation
- Conductivity Requirement: >5 µS/cm
- Response Time: <1 second
- Ambient Temperature: -20°C to +60°C
- Process Temperature: -10°C to +120°C
- Protection Class: IP67
- Insulation Class: ISO KL.H
- Compliance: CE Certified
- Safety Standard: EN 61010-1
- EMC Compliance: EN 61326-1
With its combination of accuracy, corrosion-resistant construction, and easy setup, the IFM4080K/D/6 ensures dependable measurement performance in harsh conditions. The integrated LCD provides real-time flow indication and totalizer readings for quick process insight. Its Hastelloy C electrodes and PFA liner make it a perfect choice for aggressive and conductive fluids.
Ideal for industries such as water and wastewater management, chemical processing, and general automation where precise flow control and long-term reliability are essential.
