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AARONIA AG
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ADASH
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Amptek
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AOiP
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Automatic Research
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AWSensors
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BASI
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BRS
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CALMET
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CHECKLINE
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Cmc
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CTRL
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DANATRONICS
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DV Power
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Dioxide Materials
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EA Technology
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ECH
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EL-CELL
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Electrothermal
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Elsys
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ELVEFLOW
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Enapter
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ENERGY SUPPORT
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Enervac
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FASTEC
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Gaskatel
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GE
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GIUSSANI
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Globecore
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GMW
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GREENLIGHT
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GRZ
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HIGH SENSE SOLUTIONSHTW
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HTW
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HUBER
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HVPD
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Ida
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Instytut Fotonowy
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IVIUM
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Jacomex
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Jenway
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JGG
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KEHUA TECH
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Labdex
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Labnics
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LIQUID
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METERTEST
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Metrel
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Microrad
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micrux
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TANDELTA
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ndb
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Neware
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Norecs
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Novocontrol
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OKOndt Group
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OZM
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Pine Research
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Pinflow
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Redoxme
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SATIR
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Sonel
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SDT
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Serstech
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SENSIA
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SIKA
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SMC
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VacCoat
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Zurich
- AARONIA AG
- ADASH
- Amptek
- AOiP
- Automatic Research
- AWSensors
- BASI
- BRS
- CALMET
- CHECKLINE
- Cmc
- CTRL
- DANATRONICS
- DV Power
- Dioxide Materials
- EA Technology
- ECH
- EL-CELL
- Electrothermal
- Elsys
- ELVEFLOW
- Enapter
- ENERGY SUPPORT
- Enervac
- FASTEC
- Gaskatel
- GE
- GIUSSANI
- Globecore
- GMW
- GREENLIGHT
- GRZ
- HIGH SENSE SOLUTIONSHTW
- HTW
- HUBER
- HVPD
- Ida
- Instytut Fotonowy
- IVIUM
- Jacomex
- Jenway
- JGG
- KEHUA TECH
- Labdex
- Labnics
- LIQUID
- METERTEST
- Metrel
- Microrad
- micrux
- TANDELTA
- ndb
- Neware
- Norecs
- Novocontrol
- OKOndt Group
- OZM
- Pine Research
- Pinflow
- Redoxme
- SATIR
- Sonel
- SDT
- Serstech
- SENSIA
- SIKA
- SMC
- VacCoat
- Zurich
Level switches / Metal version with plug connector
型號:Type VHS- Lateral installation with male thread G¾ or G½
- simple alignment by means of union fitting
- brass or stainless steel
- versatile thanks to float options
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The SIKA level switches are used for reliable monitoring of liquid levels. Used for:
- dry-run protection
- overflow protection
- leakage monitoring
The SIKA level switches are the simple and reliable solution for monitoring liquid levels. The installation is carried out laterally by means of a G¾ or G½ thread. The proven float principle and a potential-free contact as a signal transmitter offer a high level of functional reliability.
The increasing level in the tank rises the float. Via the paddle system, the magnet changes its position relative to the reed contact and actuates it. The repulsion between the permanent magnets of the same polarity supports the buoyancy. As soon as the fill level drops again, the float does as well and actuates the reed contact again.
The switching function set at the factory
- contact closes when the level rises
- contact opens when the level drops
can be changed by the customer.
The reed contact used as a signal transmitter consists of two ferromagnetic contact tongues located in a glass bulb filled with inert gas. This virtually eliminates wear due to contact fires. This design enables a service life of up to 100,000,000 switching cycles.
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Technical data
Switching function
Contact
g opens with falling level
g closes with rising level reversing possibleActivation point, related to middle axis (water, 20 °C)
-4...0 mm
(elbow version different)Activation point, related to middle axis (water, 86 °F)
-0,157"...0"
(elbow version different)Hysteresis
Approx. 1...4 mm (elbow version different)
Hysteresis
Approx. 0.039". 0.157"
(elbow version different)Pressure rating
PN 25
Minimum medium density
PVDF-float
0.78 kg/dm³
0.028 lb / in³
Stainless steel cylinder float
0.83 kg/dm³
0.030 lb / in³
Temperature ranges
Medium
-10...110 °C
14...212 °F
Ambient
→VHS
→VH6
→VH6...X-25...80 °C
-25...100 °C
-25...80 °C-13...176 °F
-13...212 °F
-13...176 °FElectrical data
Electrical connection
→VHS→VH6
Plug connector
DIN EN 175301-803-A
incl. cable socket1.5 m PVC jacket cable 59.055“ PVC jacket cable
Max. switching current
1 A
Max. switching voltage
230 VAC, 48 VDC
Max. rating
26 VA, 20 W
Degree of protection EN 60529
IP65
Protection class EN 60730-1
Class II