PRODUCTS
  • KLINGER S22 Mekaniske Flowswitche image 1
  • KLINGER S22 Mekaniske Flowswitche image with male thread T-fiting 2
  • KLINGER S22 Mekaniske Flowswitche female thread T-fitting 3
  • KLINGER S22 Mekaniske Flowswitche tegning with male thread T-fiting 4
  • KLINGER S22 Mekaniske Flowswitche image 0
  • KLINGER S22 Mekaniske Flowswitche image with male thread T-fiting 1
  • KLINGER S22 Mekaniske Flowswitche female thread T-fitting 2
  • KLINGER S22 Mekaniske Flowswitche tegning with male thread T-fiting 3

Switch with T-piece

 

Blade S22 is a Paddle Switch that can be used for pipe dimensions from DN15 up to DN50. The alarm point for the current switch is a combination of the design of the paddle and the setting of the switch.

In this version, the user can fine-tune the switch point between two outer limits.

 

Generel data

 

Type:  S22xxxBA
  Flowswitch in T-piece
Dimensions: DN 15...50
Ranges: See below or in the Datasheet
T-stykke: Brass, PVC orr Copper
Paddle: Brass or Stainless stål
Process Connection:

Brass: Thread (Female (std) / Male)

PVC: For Gluing

Copper: Soldering

Output: Contact / Max 250VAC, 24VDC / 3A 
Electrical Connection: DIN 43650A or Cable: 1,5m PVC
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Ranges:

Type: Klinger S22

  • Datablad (DK)
  • Datablad (UK)
  • Manual (DK)
  • Kontakt osContact us
Varenr Dimension Tilslutning Medieberørt El-tilslutning Maks. flow (l/min vand)
19103812 15 mm 1/2" BSP indv. Forniklet messing Stik DIN 43650 20 l/min
19103946 20 mm 3/4" BSP indv. Forniklet messing Stik DIN 43650 40 l/min
19103813 25 mm 1" BSP indv. Forniklet messing Stik DIN 43650 60 l/min
19103947 32 mm 1 1/4" BSP indv. Forniklet messing Stik DIN 43650 80 l/min
19103948 40mm 1 1/2" BSP indv. Forniklet messing Stik DIN 43650 100 l/min

Mechanical  Flowswitches

Mechanical flow switches are used in many industrial contexts e.g. as pump protection to secure bearings and gaskets against overheating. At Klinger we can offer several different types, e.g. paddelswitche.

The paddle switch is a device in which the sensor element is designed as a tab that is mechanically affected by the liquid that passes. The movement that the influence results in activates a switch whose signal can be used for monitoring / event control.

 

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