Klinger LDGC is a magnetic inductive flow meter for accurate measurement of liquids in all types of industrial plants, as well as in water, wastewater and cooling systems, special made for big pipe sizes.
The meter can be used for all liquids with electrical conductivity (> 20uS / cm), and the measurement signal is shown on a digital display, as well as via a large selection of electrical output signals for the overall control system. Setup takes place either via the display unit or with the built-in HART protocol (option).
Generel data
| Type: | Klinger LDGC | |
| Dimensions: | DN 300 to DN 3.000mm | |
| Process connection: | Welding adapter | |
| Hot Tap version available | ||
| Versions: |
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| Wetted parts: | Sensor: AISI 316 / PVDF | |
| Elektrodes: | SS 1.4571, Hastelloy C, Tantal 0r Platin-Uridium | |
| Ranges: | 0,3 to 10m/s | |
| Accuracy: | ±2,5% of Measured value / 1 to 10m/s | |
| Power Supply: | 110 or 240V 50/60Hz | |
| 20...36VDC | ||
| Udgangssignal: | 4 to 20mA | |
| Frequency 0...6.000Hz / scaled pulse | ||
| 2 x Alarm / status | ||
| CommuniCation (Option): | HART, Modbus RS485, GPRS or Profibus DP |
Ranges:
The measurement principle is based on Faradays law on magnetic induction, it says, that an electrical voltage will be induced, when a conductor passes a magnetic field.
In the magnetic inductive flow meter is the liquid the electrical conductor, and the induced voltage directly proportional to the velocity of the liquid.