PRODUCTS
  • KLINGER Magnetic level gauge MLG 1
  • KLINGER Magnetic level gauge MLG 2
  • KLINGER Magnetic level gauge MLG 3
  • KLINGER Magnetic level gauge MLG 0
  • KLINGER Magnetic level gauge MLG 1
  • KLINGER Magnetic level gauge MLG 2

KLINGER magnetic level gauge

Application

KLINGER MLG is a magnetic level gauge designed for reliable and visual level measurement in vessels, tanks, and boilers. The magnetic level gauge is used in both standard and demanding industrial applications where high requirements for safety, operational reliability, and clear readability apply.

The magnetic level gauge is suitable for oil, water, as well as toxic, aggressive, and explosive media, and can be used at both very high and very low temperatures. The solution is also used for steam boilers, where stable level indication at high pressure is essential.

KLINGER MLG can be supplied with magnetic switches and/or a level transmitter, making the magnetic level gauge suitable for visual monitoring, signalling, and integration into process and control systems. The robust, vibration‑resistant display ensures very clear and safe reading, even under demanding operating conditions.

  • Can be supplied with magnetic switches and/or transmitter
  • Robust and vibration‑resistant display
  • Very clear and safe reading

Features

  • Float system with 360° magnetic field
  • Pressureless and sealed float – increased safety with no risk of leakage
  • Display mechanically isolated from the process medium
  • Can be expanded with magnetic switches, transmitters, insulation, and steam or electric tracing
  • Supplied in the required length and in various designs

Generel data

Type:  Klinger MLG
Material: AISI 316L / 1.4401 / 1.4404
  Alternative materials such as Titanium, Hastelloy, 1.4571
   
Connection: Various connection options depending on design
   
Float:
Sealed, freely moving and pressureless
  360° magnetic field
  Coating:
ECTFE (max. 150 °C)
PFA (max. 270 °C)
   
Display : Aluminium
  Stainless steel (AISI 316)
  Polycarbonate
 
Red/white indicator flags – rotatable and vibration‑resistant
   
Operating Pressure:
Up to 200 bar
   
Temperature: -100 °C … +400 °C
  Steam boilers up til 120 bar
   
Approvals: 
EN 13445
  ASME VIII div. 1
  Lloyd’s
  ATEX
  Bureau Veritas
   
Options: Magnetic switches
 
Level transmitters
 
Insulation
 
Steam and electric tracing
 
Special materials (fx 254SMO, Monel, PP, PVDF, UPVC)
 
Internal PTFE coating (AISI 316L)
   
Ordering Information 
 
Please Specify:
Pressure and temperature (operating and design)
 
Process connection and centre‑to‑centre distance
 
Medium and specific gravity (SG)
  Any requirements for materials and approvals

Benefits 

High Operational Reliability
Sealed and pressureless float system without through‑connections minimises the risk of leakage.


Very Clear Readability

Robust and vibration‑resistant display with red/white flags provides a clear visual indication – even from a distance.

Flexible and Custom‑Engineered

Supplied in the required length with multiple connection options and materials adapted to the process medium.

Suitable for Demanding Conditions

Can be used at temperatures from ‑100 °C up to +400 °C and operating pressures up to 200 bar.

Expansion Options

Can be expanded with magnetic switches, transmitters, insulation, and steam or electric tracing.

Minimal Maintenance

Freely moving float with a 360° magnetic field requires no ongoing service.
Klinger Bypass

Magnetic level gauges & accessories

A measuring chamber designed as a parallel tube is placed on the outside of the tank with the level to be measured. A magnetic float is placed in the measuring chamber. This will follow the liquid’s surface so that the tank contents become visualized, by allowing the magnet to affect the roller scale mounted outside of the measuring chamber. The float’s position thus appears on the outside of the pipe, on a scale roller, typically via a color change. Bypass systems are available in lengths from 150mm up to 25.000mm, and can be equipped with external switches and transmitters.

 

This webpage uses cookies to ensure you the best experience on the page. Learn more about our cookies

Ok