LEVEL – VIBTIS https://www.vibtis.al Turnkey Solution - Investment - Services Mon, 10 Sep 2018 10:14:06 +0000 en-US hourly 1 https://wordpress.org/?v=6.0.6 2281 Multipoint Switch, 1 or 2 SPDT Relay, 2-4 Electrodes https://www.vibtis.al/products/2281-multipoint-switch-1-or-2-spdt-relay-2-4-electrodes/ Mon, 10 Sep 2018 10:14:05 +0000 http://plagjiature.com/vibtis/?post_type=product&p=5885 The Multipoint Switch is based on the conductivity principle and can be applied to liquids with conductivity higher than 10 μS/cm. The probes has to be immersed into the tank for detecting the level. The probe length should be in accordance with the level to be detected. Filling liquid in the tank will change the electrical conductivity between the reference probe and probes. The established connection will be converted and will activate a relay providing for output.  
  • Conductive Principle
  • Relay Output: 1 or 2 SPDT
  • Power Supply: 24V…240V AC or DC 24V AC/DC
  • Max. voltage rating 250V AC1, 24V DC
  • Probes: 2,3,4 + 1 Reference
  • Electrode Material: Stainless Steel 1.4571
  • Electrode Length: 0.5, 1.0, 1.5 m (max. 3 m)
  • Electrode Seperator, Material PP ( KLP-201)
]]> The Multipoint Switch is based on the conductivity principle and can be applied to liquids with conductivity higher than 10 μS/cm. The probes has to be immersed into the tank for detecting the level. The probe length should be in accordance with the level to be detected. Filling liquid in the tank will change the electrical conductivity between the reference probe and probes. The established connection will be converted and will activate a relay providing for output.  
  • Conductive Principle
  • Relay Output: 1 or 2 SPDT
  • Power Supply: 24V…240V AC or DC 24V AC/DC
  • Max. voltage rating 250V AC1, 24V DC
  • Probes: 2,3,4 + 1 Reference
  • Electrode Material: Stainless Steel 1.4571
  • Electrode Length: 0.5, 1.0, 1.5 m (max. 3 m)
  • Electrode Seperator, Material PP ( KLP-201)
]]> 2285 Float Switch, NO/NC, PP body https://www.vibtis.al/products/2285-float-switch-no-nc-pp-body/ Mon, 10 Sep 2018 10:13:30 +0000 http://plagjiature.com/vibtis/?post_type=product&p=5883 The 2285 level float switch is suitable for level switching of various liquids, sewage in shafts, tanks, basins or cisterns. The double-chambered float is made of injection moulded tough polypropylene that ensures good waterproof protection. The contacting microswitch is incorporated in the float. The cable of the level switch is absolutely waterproof and PVC insulated. Different control tasks such as liquid level monitoring and pump control can be realized. It is mercury-free contact and suitable for level switching of drinking water, raw water or polluted liquids with low solid content. The level switching is done when the contact reaches the ±45° switching angle. The switching differential of the level switch is adjustable by the position of the counterweight on the cable. The level switches should be arranged appropriately in case of multilevel switching tasks to avoid undesired tangling of the cables.  
  • Microswitch: SPDT 250V AC, 3A NO/NC
  • Sensor body: PP
  • Ingress Protection: IP 68
  • Switching Angle: 45°
  • Separate counterweight
]]> The 2285 level float switch is suitable for level switching of various liquids, sewage in shafts, tanks, basins or cisterns. The double-chambered float is made of injection moulded tough polypropylene that ensures good waterproof protection. The contacting microswitch is incorporated in the float. The cable of the level switch is absolutely waterproof and PVC insulated. Different control tasks such as liquid level monitoring and pump control can be realized. It is mercury-free contact and suitable for level switching of drinking water, raw water or polluted liquids with low solid content. The level switching is done when the contact reaches the ±45° switching angle. The switching differential of the level switch is adjustable by the position of the counterweight on the cable. The level switches should be arranged appropriately in case of multilevel switching tasks to avoid undesired tangling of the cables.  
  • Microswitch: SPDT 250V AC, 3A NO/NC
  • Sensor body: PP
  • Ingress Protection: IP 68
  • Switching Angle: 45°
  • Separate counterweight
]]> 2282 Guided Float Switch, Reed contact, Cable, PP/PVDF https://www.vibtis.al/products/2282-guided-float-switch-reed-contact-cable-pp-pvdf/ Mon, 10 Sep 2018 10:12:51 +0000 http://plagjiature.com/vibtis/?post_type=product&p=5881 The Guided float switch is designed for economical control of liquids in tanks. The switch is remarkable for its maintenance-free compact design and reed contacts with high switch capacity. It can easily be installed in water applications as well as in chemical applications. The encapsulated reed contact is operated by the magnet. The switching function (N/O contact/N/C contact) is determined by the installation position. The switching function is reserved by simply rotating the switch through 180 °.  
  • Output: Reed Contact
  • Connection: Cable
  • Cable Type: AWG30, 2-core, PVC, 1m
  • Contact Components: N/O or N/C depending on the installation
]]> The Guided float switch is designed for economical control of liquids in tanks. The switch is remarkable for its maintenance-free compact design and reed contacts with high switch capacity. It can easily be installed in water applications as well as in chemical applications. The encapsulated reed contact is operated by the magnet. The switching function (N/O contact/N/C contact) is determined by the installation position. The switching function is reserved by simply rotating the switch through 180 °.  
  • Output: Reed Contact
  • Connection: Cable
  • Cable Type: AWG30, 2-core, PVC, 1m
  • Contact Components: N/O or N/C depending on the installation
]]> 2284 Ultrasonic Gap Switch, Relay Output, PPS body https://www.vibtis.al/products/2284-ultrasonic-gap-switch-relay-output-pps-body/ Mon, 10 Sep 2018 10:12:17 +0000 http://plagjiature.com/vibtis/?post_type=product&p=5879

The Ultrasonic gap switch consists of Polyphenylene Sulphide (PPS) and is high corrosion resistant in most liquids. The gap switch is designed for high or low level alarm in different tank applications as well as pump control. However, if there is a liquid present, the signal will be transmitted across the gap and the integral electronics will switch the output circuitry to signal the presence of a liquid. It can be mounted in any position in a tank using a 3/4" or 1" thread available in BSP and NPT thread forms.

 
  • Ultrasonic Principle
  • Power Supply: 18 to 30 VDC / AC
  • Switching Function: SPCO Relay NO/NC
  • Sensor body: PPS
  • Max. Voltage Rating: 30 VDC / AC
  • Cable Type: 5-core 7/0.2mm, 3m
]]>

The Ultrasonic gap switch consists of Polyphenylene Sulphide (PPS) and is high corrosion resistant in most liquids. The gap switch is designed for high or low level alarm in different tank applications as well as pump control. However, if there is a liquid present, the signal will be transmitted across the gap and the integral electronics will switch the output circuitry to signal the presence of a liquid. It can be mounted in any position in a tank using a 3/4" or 1" thread available in BSP and NPT thread forms.

 
  • Ultrasonic Principle
  • Power Supply: 18 to 30 VDC / AC
  • Switching Function: SPCO Relay NO/NC
  • Sensor body: PPS
  • Max. Voltage Rating: 30 VDC / AC
  • Cable Type: 5-core 7/0.2mm, 3m
]]> 2280 Swing Forks, Cable/DIN Connectors, PNP/NPN/2-Wire, ATEX https://www.vibtis.al/products/2280-swing-forks-cable-din-connectors-pnp-npn-2-wire-atex/ Mon, 10 Sep 2018 10:11:35 +0000 http://plagjiature.com/vibtis/?post_type=product&p=5877 Vibrating fork level switches are suitable for level detection of liquids or granular, powdered solids. Mounted on tanks filling / emptying can be controlled using these devices just as well they can generate failsafe alarms providing overfill- or dry run protection. The operation principle is based on the electronic circuit exciting the fork probe making it vibrate. As the medium reaches and covers the fork its vibration changes. The electronics senses the change of vibration and gives output signal after a selected delay.  
  • Vibrating Principle
  • Sensor body: Stainless Steel 1.4571
  • Switching Function: 2-wire AC; 3-wire PNP-NPN
  • Power Supply: 12...55 V DC or 20...255 V AC, 50/60 HZ
  • Connection: Cable PVC 5x0.5mm2, 3m or DIN Connector
]]> Vibrating fork level switches are suitable for level detection of liquids or granular, powdered solids. Mounted on tanks filling / emptying can be controlled using these devices just as well they can generate failsafe alarms providing overfill- or dry run protection. The operation principle is based on the electronic circuit exciting the fork probe making it vibrate. As the medium reaches and covers the fork its vibration changes. The electronics senses the change of vibration and gives output signal after a selected delay.  
  • Vibrating Principle
  • Sensor body: Stainless Steel 1.4571
  • Switching Function: 2-wire AC; 3-wire PNP-NPN
  • Power Supply: 12...55 V DC or 20...255 V AC, 50/60 HZ
  • Connection: Cable PVC 5x0.5mm2, 3m or DIN Connector
]]> 2280 Swing Forks – PBT Enclosure, Relay Output https://www.vibtis.al/products/2280-swing-forks-pbt-enclosure-relay-output/ Mon, 10 Sep 2018 10:11:03 +0000 http://plagjiature.com/vibtis/?post_type=product&p=5875 Vibrating fork level switches are suitable for level detection of liquids or granular, powdered solids. Mounted on tanks filling / emptying can be controlled using these devices just as well they can generate failsafe alarms providing overfill- or dry run protection. The operation principle is based on the electronic circuit exciting the fork probe making it vibrate. As the medium reaches and covers the fork its vibration changes. The electronics senses the change of vibration and gives output signal after a selected delay.  
  • Vibrating Principle
  • Output Type: 1 SDPT relay
  • Switching Function: 1 SDPT relay
  • Sensor body: Stainless Steel 1.4571
  • Power Supply: 20...255 V AC and 20...60 V DC
  • Connection: Terminal
]]> Vibrating fork level switches are suitable for level detection of liquids or granular, powdered solids. Mounted on tanks filling / emptying can be controlled using these devices just as well they can generate failsafe alarms providing overfill- or dry run protection. The operation principle is based on the electronic circuit exciting the fork probe making it vibrate. As the medium reaches and covers the fork its vibration changes. The electronics senses the change of vibration and gives output signal after a selected delay.  
  • Vibrating Principle
  • Output Type: 1 SDPT relay
  • Switching Function: 1 SDPT relay
  • Sensor body: Stainless Steel 1.4571
  • Power Supply: 20...255 V AC and 20...60 V DC
  • Connection: Terminal
]]> 2280 Swing Forks, Cable/DIN Connectors, PNP/NPN/2-Wire https://www.vibtis.al/products/2280-swing-forks-cable-din-connectors-pnp-npn-2-wire/ Mon, 10 Sep 2018 10:10:30 +0000 http://plagjiature.com/vibtis/?post_type=product&p=5873 Vibrating fork level switches are suitable for level detection of liquids or granular, powdered solids. Mounted on tanks filling / emptying can be controlled using these devices just as well they can generate failsafe alarms providing overfill- or dry run protection. The operation principle is based on the electronic circuit exciting the fork probe making it vibrate. As the medium reaches and covers the fork its vibration changes. The electronics senses the change of vibration and gives output signal after a selected delay.  
  • Vibrating Principle
  • Sensor body: Stainless Steel 1.4571
  • Switching Function: 2-wire AC; 3-wire PNP-NPN
  • Power Supply: 12...55 V DC or 20...255 V AC, 50/60 HZ
  • Connection: Cable PVC 5x0.5mm2, 3m or DIN Connector
]]> Vibrating fork level switches are suitable for level detection of liquids or granular, powdered solids. Mounted on tanks filling / emptying can be controlled using these devices just as well they can generate failsafe alarms providing overfill- or dry run protection. The operation principle is based on the electronic circuit exciting the fork probe making it vibrate. As the medium reaches and covers the fork its vibration changes. The electronics senses the change of vibration and gives output signal after a selected delay.  
  • Vibrating Principle
  • Sensor body: Stainless Steel 1.4571
  • Switching Function: 2-wire AC; 3-wire PNP-NPN
  • Power Supply: 12...55 V DC or 20...255 V AC, 50/60 HZ
  • Connection: Cable PVC 5x0.5mm2, 3m or DIN Connector
]]> 2280 WHG Vibration fork switch https://www.vibtis.al/products/2280-whg-vibration-fork-switch/ Mon, 10 Sep 2018 10:09:29 +0000 http://plagjiature.com/vibtis/?post_type=product&p=5869 Function During the operation a piezoelectric crystal sets the fork ends in vibration. The electronics monitor changes in the frequency permanently. As soon as the forks come into contact with a liquid, the vibration is damped. This difference in frequency is detected and the state of te output is changed accordingly.]]> Function During the operation a piezoelectric crystal sets the fork ends in vibration. The electronics monitor changes in the frequency permanently. As soon as the forks come into contact with a liquid, the vibration is damped. This difference in frequency is detected and the state of te output is changed accordingly.]]> 2291 Contacting Radar (TDR) EX https://www.vibtis.al/products/2291-contacting-radar-tdr-ex/ Mon, 10 Sep 2018 10:08:22 +0000 http://plagjiature.com/vibtis/?post_type=product&p=5867 With its ability to read accurately when other non-contacting or invasive methods fail, the guided level transmitter type 2291 using GWR (guided wave radar) is the solution to your level needs. The radar signal is sent down the probe assembly eliminating the interferences caused by low dielectric liquids, heavy fuming, slightly conductive foams, internal tank obstructions, etc. By focusing its energy along the probe, the type 2291 can be installed in tanks with limited space. The type 2291 is also less sensitive to turbulence that would normally upset the readings in ultrasonic and unguided radar technologies. Applications: • General – Challenging tank applications where other non-contacting principles fail e.g. ultrasonic or unguided radar • Chemical Process Industry – Storage of solvents, chlorine or ammonia, level detection in reaction vessels or buffer tanks • Water Treatment – Pumping stations, sludge handling, drain level monitoring, drinking water conditioning vessels Remark:
  • Display: LCD
  • Sensor Type: SS316/DIN 1.4571, rope/rod
]]> With its ability to read accurately when other non-contacting or invasive methods fail, the guided level transmitter type 2291 using GWR (guided wave radar) is the solution to your level needs. The radar signal is sent down the probe assembly eliminating the interferences caused by low dielectric liquids, heavy fuming, slightly conductive foams, internal tank obstructions, etc. By focusing its energy along the probe, the type 2291 can be installed in tanks with limited space. The type 2291 is also less sensitive to turbulence that would normally upset the readings in ultrasonic and unguided radar technologies. Applications: • General – Challenging tank applications where other non-contacting principles fail e.g. ultrasonic or unguided radar • Chemical Process Industry – Storage of solvents, chlorine or ammonia, level detection in reaction vessels or buffer tanks • Water Treatment – Pumping stations, sludge handling, drain level monitoring, drinking water conditioning vessels Remark:
  • Display: LCD
  • Sensor Type: SS316/DIN 1.4571, rope/rod
]]> 2291 Contacting Radar (TDR) https://www.vibtis.al/products/2291-contacting-radar-tdr/ Mon, 10 Sep 2018 10:07:56 +0000 http://plagjiature.com/vibtis/?post_type=product&p=5865 With its ability to read accurately when other non-contacting or invasive methods fail, the guided level transmitter type 2291 using GWR (guided wave radar) is the solution to your level needs. The radar signal is sent down the probe assembly eliminating the interferences caused by low dielectric liquids, heavy fuming, slightly conductive foams, internal tank obstructions, etc. By focusing its energy along the probe, the type 2291 can be installed in tanks with limited space. The type 2291 is also less sensitive to turbulence that would normally upset the readings in ultrasonic and unguided radar technologies. Applications: • General – Challenging tank applications where other non-contacting principles fail e.g. ultrasonic or unguided radar • Chemical Process Industry – Storage of solvents, chlorine or ammonia, level detection in reaction vessels or buffer tanks • Water Treatment – Pumping stations, sludge handling, drain level monitoring, drinking water conditioning vessels Remark:
  • Display: LCD
  • Sensor Type: SS316/DIN 1.4571, rope/rod
]]> With its ability to read accurately when other non-contacting or invasive methods fail, the guided level transmitter type 2291 using GWR (guided wave radar) is the solution to your level needs. The radar signal is sent down the probe assembly eliminating the interferences caused by low dielectric liquids, heavy fuming, slightly conductive foams, internal tank obstructions, etc. By focusing its energy along the probe, the type 2291 can be installed in tanks with limited space. The type 2291 is also less sensitive to turbulence that would normally upset the readings in ultrasonic and unguided radar technologies. Applications: • General – Challenging tank applications where other non-contacting principles fail e.g. ultrasonic or unguided radar • Chemical Process Industry – Storage of solvents, chlorine or ammonia, level detection in reaction vessels or buffer tanks • Water Treatment – Pumping stations, sludge handling, drain level monitoring, drinking water conditioning vessels Remark:
  • Display: LCD
  • Sensor Type: SS316/DIN 1.4571, rope/rod
]]>