Level Transmitters
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Atlas Magnetic Level Indicator
Atlas is a magnetic level indicator designed for reliable continuous control of liquid levels and phase interfaces in tanks and technological vessels. The device provides a clear local indication without the need for external power supply and can be additionally equipped with level indicators and converters for remote data transmission. The reliable design allows it to be used in difficult industrial conditions in the oil and gas, chemical and energy industries.
Advantages
• Precision-machined float with multiple magnets and a magnetically conductive ring to ensure optimum residual magnetic induction.
• Inert gas filled display to eliminate condensation and ensure readability under all conditions.
• Rubber seal protects the display glass from strong vibrations and rough handling.
• The flags have a mechanical stop to ensure stable readings under conditions of rapid level changes.
• Tracking shuttles for level and interface indication.
• Stainless steel flags in aluminium or stainless steel display (optional).
• Venting and drainage threaded holes 1/2" NPT
• Max. pressure when hydraulically pressing the float:
62 bar (higher pressure on request).
• Min. operating temperature: -50 ° C in standard version; up to -196 ° C on request.
• Max. operating temperature up to + 538 ° C when using thermal insulation supplied by the manufacturer.
• Density at least 0.25 kg/dm3.
• The float is protected by upper and lower springs from damage during transportation, maintenance, splashes and flushing.
• On additional order:
- models designed for high and low temperatures
- stainless steel scale for level and volume
- Jupiter magnetostrictive level gauge.
See also
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Eclipse Aurora is a combined device that combines waveguide radar level measurement technology and a magnetic level indicator in one chamber. Due to the independent operation of the two systems, reliable measurement redundancy and continuous level control are ensured even in difficult operating conditions. The device works effectively at high temperatures, pressures, as well as in environments with variable product characteristics.
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