Home chevron_right Instruments & Meters chevron_right Flow Meters 
German Kirchgaesser Magnetic Inductive Flow Meter MID-EX-C
German Kirchgaesser Magnetic Inductive Flow Meter

German Kirchgaesser Magnetic Inductive Flow Meter - MID-EX-C

• Measurement principle: Magnetic inductive
• Flow measurement range: 0 - 10 l/min to 0 - 600 l/min
• Power consumption: < 1 W
• Protection class per EN 60529: IP 65
• Ambient and medium temperature: 0°C - 80°C

Product Model: MID-EX-C

Product Introduction

I.MID-EX-CFeatures of the magnetic inductive flow meter:
• Robust and reliable flow measurement sensor, connects to Kirchgaesser evaluation and/or display units or signal converters
• Available nominal diameters:
  - DN10, DN19, DN25
- Optional plug couplings DN10, DN12, DN19, DN25, or DN31
- Optional socket heads DN32 and DN50 (type SSKV heavy-duty version)
• No moving parts ensures wear-free and maintenance-free operation
• No additional components inside the pipe, resulting in no extra pressure loss
• Comprehensive installation guide
• Flow sensor specifically designed for measuring conductive fluids such as water, emulsions, sludge, slurries, and pastes
• Flow sensor is completely sealed except for the connections
• Housing:
- Sensor part: brass or bronze
- Electronics part: plastic

• Nominal pressure range: 100 bar (10 MPa) to 500 bar (50 MPa)
• Flow measurement range: 0 - 10 l/min (DN10) to 0 - 600 l/min (DN25)
• Flow range can be reduced by half via switch adjustment
• Electrical connection: Hirschmann surface-mount connector type G4

II.、MID-EX-CTechnical parameters of the magnetic inductive flow meter:
• Measurement principle: Magnetic inductive
• Flow measurement range: 0 - 10 l/min to 0 - 600 l/min
• Power supply: Provided by evaluation and/or display units or signal converters
• Power consumption: < 1 W
• Protection class per EN 60529: IP 65
• Certified per 94/9/EC (ATEX): I M2 Ex ia I (BVS 07 ATEX E 060)
• Mining product safety certificate: J2013327+J2013332
• Ambient and medium temperature: 0°C - 80°C
• Measurement error: max. ± 2% of final value, typ. ± 1% of final value