Electromagnetic Level Monitoring Equipment For Monitoring And Testing
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Manufactured by F.lli Giacomello S.r.l.based in ITALY
Use: Made to ensure, with maximum safety, the minimum or and empty levels of liquids in tanks, and hydraulic power packs containing mineral oils with viscosity not higher than 80°E. and for all non-corrosive and inflammable liquids. Electromagnetic level indicators at a control point M18x1, 5 connection, SPST or SPDT ...
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Manufactured by F.lli Giacomello S.r.l.based in ITALY
These electromagnetic level gauges in Kits can be obtained in the required length “L” simply by cutting the control rod with an ordinary pipe cutter and press fitting the float in the cutting place (see table for cutting). The control rod can commutate the signal of 1 or 2 Reeds in sequence (with single or exchange contact). The float does not hold magnets, therefore the Level can ...
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Manufactured by EUROSWITCHbased in ITALY
P005P Electromagnetic Level ...
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Manufactured by F.lli Giacomello S.r.l.based in ITALY
Use: Made to ensure, with maximum safety, the minimum or minimum and maximum levels of liquids in tanks, and hydraulic power packs containing mineral oils with viscosity not higher than 80°E. and for all non-corrosive and inflammable liquids. Electromagnetic level indicators to one or two contacts, 1/2" Bsp threaded Connection, SPST or SPDT ...
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Manufactured by EUROSWITCHbased in ITALY
Electromagnetic level gauges use the force of a magnet in the float to change the electrical status of a reed switch. Figure 6 shows the components of an electromagnetic level gauge that operates vertically. Figures 7 and 8 show an indicator with a normally-open contact. When the level of fluid increases, the float moves from B towards A. As soon as the magnet in the float reaches point A, the ...
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Manufactured by EUROSWITCHbased in ITALY
Electromagnetic level gauges use the force of a magnet in the float to change the electrical status of a reed switch. Figure 6 shows the components of an electromagnetic level gauge that operates vertically. Figures 7 and 8 show an indicator with a normally-open contact. When the level of fluid increases, the float moves from B towards A. As soon as the magnet in the float reaches point A, the ...
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