Bamo E Series Variable Area Glass Flow Indicators

Description

Bamo E Series Variable Area Glass Flow Indicators are variable area flow indicators, the diver (”float”) moves inside a calibrated conical tube. These flow indicators may be calibrated according the fluid properties and operating conditions. They accept flow switches, inductive mono-stable contacts, and adjustable over the entire measuring range.

Bamo E Series Features:

  • Direct reading
  • Accuracy ± 2 %
  • For liquids or gases
  • Materials according to ranges
  • Adjustable contacts

Application:

The E series flow indicators are used for flow-rate reading or on gases or on liquids:

  • Water treatment plants
  • Manufactures (pulp industry, textile industry, etc.)
  • Chemical, pharmaceutical industries
  • Heating or cooling plants

Bamo E Series Specification:

Accuracy± 2 % F. S. (Full Scale)
Repeatability≤ 0.25 % of reading
Scale length250 mm
UnitOn request of the customer
Temperature limits0… 90 °C with Buna seals
0… 120 ° C with FPM seals
FittingsOr BSP-F
MaterialsOr flanges (DIN, ANSI, etc.)
Or carbon steel, or AISI 316, or PVDF
Thread fittingsOn request: Hastelloy, Titanium
FlangesOr AISI 316, or painted carbon steel
Measuring tubeBorosilicate glass
Spherical diverAccording to specifications (see further on)
Conical diverStandard: AISI 316 L; Or Aluminum (application for air)
Options: PVDF, PTFE, Hastelloy B or C, Monel or titanium
StopsAISI 316 L, or PVDF
On request: Hastelloy, Monel
SealsStandard: NBR; Or FPM
BodyEpoxy-painted carbon steel Or AISI 304 L
Monostable inductive contacts Intrinsically safe version (CENELEC, EEX ib II C)
Repeatability± 0.3 % F.S.
Ambient temperature-25 … +60 °C
ProtectionIP 67
Cable length1 m
AccessoriesPMMA
Transparent protection screen
Guiding rod (when specified)Or AISI 316,

Download Data Sheet: Variable Area Glass Flow Indicators E Series

Ref: bamo.eu

Another Article:

Similar Posts

Discover more from Indonesia Industrial Parts

Subscribe now to keep reading and get access to the full archive.

Continue reading