Kobold MIM-1205GN4P100 Product Overview
The Kobold MIM-1205GN4P100 is a premium, remote-configured magnetic inductive flow meter engineered to continuously measure, monitor, and dose small to medium bidirectional flows of conductive liquids. Built with a rugged 316L stainless steel housing, this specialized «Remote Version» splits the sensor unit from the electronics. This configuration makes it an exceptional choice for high-temperature fluid networks, tight piping assemblies, and heavy-vibration environments across the pharmaceutical, chemical processing, and water management industries.
Key Technical Specifications
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Product Model: MIM-1205GN4P100 (MIM-12 05G N4 P10)
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Measuring Range: 0.01 to 2.6 GPM (Gallons per minute) / 0.04 to 10 L/min
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Body & Electrode Material: 316L Stainless Steel
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Insulation / Lining Material: PEEK
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Seal Material: FKM (Viton)
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Process Connection: 1/2″ NPT Female Thread («N4»)
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Configuration Profile: Remote Mount Display & Electronics Unit
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Interconnecting Cable: 10-meter (32.8 feet) PVC Cable («P100»)
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Configurable Outputs: 2x Outputs (Analog 4–20 mA/0–10 VDC, Pulse, Frequency, or Alarm) + IO-Link
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Maximum Pressure / Temperature: 230 PSI (16 bar) | Up to 284°F (140°C) media temperature via remote kit
Obstructionless Faraday Induction Technology
Operating in compliance with Faraday’s Law of Magnetic Induction, the MIM-1205GN4P100 passes conductive media through a calibrated magnetic field to induce a voltage directly proportional to flow velocity. Two wetted 316L stainless steel electrodes pick up this signal with minimal delay, routing it over the 10-meter PVC interconnecting cable to the isolated U-PACE (Universal Precision and Control Electronics) module. Because the flow path is completely clear of mechanical components like turbines or gears, it eliminates pressure drop, prevents component wear, and provides an impressive reading accuracy of $<\pm(0.8\%\text{ of reading } + 0.5\%\text{ of FS})$.
Thermal Isolation and Smart Industry 4.0 Integration
By separating the local TFT control display from the physical pipe body, the MIM-1205GN4P100 protects its sensitive microprocessor and display screen from high-temperature media running up to 284°F (140°C). The remote multi-line color display unit changes color dynamically to warn operators of flow or temperature limit violations, and features an integrated dosing function controllable via optical touch keys. Full compatibility with IO-Link architectures ensures seamless connection to automated Industry 4.0 networks for diagnostics and parameterization.
