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| Reflex Type > Download PDF |
The Reflex Level Gauge, available in both ANSI range Class 150 to ANSI Class 1500, and DIN range PN16 to PN400, is particularly suitable for gas liquefaction plants, reactor vessels, low pressure boilers and storage vessels.
The Reflex Glass allows light to be absorbed in the liquid space giving a dark appearance and reflected in the gas space, thereby providing a clear indication of the liquid level.
• Distinct Black and Silver indication
• Pressures up to ANSI 1500 (250 bar)
• Temperatures -196°C to +400°C |
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| Transparent Type > Download PDF |
The Transparent Level Gauge, available in both ANSI range Class 150 to ANSI Class 1500 & DIN range PN16 to PN400, is particularly recommended for:-
• For Media which are corrosive to glass, the glass can be fitted with protectors
• Viscous and coloured
• For interface applications
• Can be illuminated |
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| Illuminators > Download PDF |
EEx rating according to type of lamp used.
Type of E27 Bulb EEx Rating Bulb Ref 15W incandescent (1) EEx d IIc T6 E27/15W1 60W incandescent (1) EEx d IIc T5 E27/60W1 75W incandescent (1) EEx d IIc T4 E27/75W1 15W fluocompact (2) EEx d IIc T6 E27/15F 60W equivalent.
Electrical specification Voltage: 110 – 230V AC (max 380V) – 50/60Hz, 6 to 48V DC Cable entry: 3/4" NPT IP rating: IP 65 EEx approval: ISSeP No. 98D. 103. 1283/970. 103. 124 |
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| Switches > Downloand PDF |
TC Fluid Control offer a range of either ‘in-tank’ or chamber mounted float operated switches. The operating principle of this design ensures a positive latching action via a variety of mechanical switch mechanisms to suit the customer needs.
As the float follows the liquid level of the process vessel, a connecting rod moves a magnetic attraction sleeve within an enclosed tube. The switch mechanism (containing a permanent magnet) is mounted outside of the tube and the magnet is attracted to the attraction sleeve as it enters the magnetic field, thereby actuating the switch mechanism. When the float level falls, the attraction sleeve moves out of the magnetic field and the switch mechanism return to their original position under gravity |
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