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Product Index :: Industrial Components ::

Level/Monitoring Devices :: Liquid Leakage Detection Sensors

K7L-UP-FLK

Liquid Leakage Position Sensor


K7L-UP-FLK Liquid Leakage Position Sensor

 

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* Ordering information

* Specifications

* Configurations

* Dimensions, and etc

 

  can be found in our PDF brochure.

 

 

 

Pinpoint Liquid Leakage Detection at Up to 600 m. Easy Setup and Installation.

  • Even unseen places under the floor can be pinpointed and restored.

  • Detection of the extent of leakage and occurrence of a leak in another place.

  • Monitoring at up to 600 m with a single Controller.

  • The disconnection detection function constantly monitors for cable errors.

  • A wide selection of outputs from a relay output to communications output to suit the system.

  • The Sensing Cable is made of fluororesin for improved resistance to chemicals.

  • Cables with connectors are easy to install.

  • UL approval.

 

Features

 

Find the Location of a Leak.


Even unseen places under the floor can be pinpointed and restored.

 

Find the Location of a Leak


Liquid leakage locations are displayed in meters. The meter displays can be converted into area displays for up to 20 areas. In addition, the Sensor can be used in combination with a touch panel to visually display the leakage location as seen from the floor.
 

 

Observe Changes in the Extent of Leakage.


Detection of the extent of leakage and occurrence of a leak in another place.

 

The position display for the first leak remains unchanged even when a second leak is detected.


With previous Sensors, when leakage occurred at a second location after having first been detected at one location, the position display for the first location was changed and the display value became unreliable. The client had to guess at the position of the leakage. With the K7L-UP, the position display for the first leak remains unchanged even when a second leak is detected.

Note: The values in parentheses represent the second leakage location (reference value) after the leakage at the first location has been wiped off.

 


Leakage Can Be Monitored at Long Distance.


Monitoring at Up to 600 m with a Single Sensor.

 

Monitoring at Up to 600 m with a Single Sensor.


Liquid leakage sensor cable and general-purpose cable can be combined for a total length of up to 600 m. Being able to efficiently combine these cables helps lower costs.

 


Can Be Used in a Clean Room.


The liquid leakage sensor cable is made of fluorocarbon resin for worry-free use.

 

The liquid leakage sensor cable is made of fluorocarbon resin.


The liquid leakage sensor cable is made of fluorocarbon resin with chemical-resistant materials. There is little out gas and it can be used without worry in a clean room.

 


Easy to Use


Connectors make it easy to connect and disconnect.

 

Easy-to-use connectors.


Installation and replacement are made easy with connectors. In addition, flexible cables make wiring easy.

 


The Starting Position for Leakage Monitoring Can Be Shifted.


The location of the leakage detection is now easier to understand.

 

Graph illustration


This function changes the 0-m position for the sensor cable. When there is a distance between the K7L-UP and the place where the leakage is detected, the display can be made easier to understand by changing any distance to 0 m.

 


Compensation Is Enabled for Discrepancies between Blueprints and Actual Sites.


Compensation can be used to adjust for actual site conditions.

 

Graph illustration


This function changes the length of the sensor cable to any value. When there is a discrepancy between the actual length and the measured length, this figure can be compensated to any value.

 


Connect to Essentially Any Device.


A Wide Selection of Outputs from a Relay Output to Communications Output to Suit the System.

 

Wide selection of outputs: Relay output, 4 to 20-mA output and RS-485


Relay outputs (NO/NC) and 4 to 20-mA outputs are supported, as well as RS-485 communications (CompoWay/F and Modbus), making it easy to connect to a PLC or touch panel.

 


Suitable for Use Around the World.


The Sensor conforms to international safety standards, and the display can be switched between English and Japanese.

 

cUL (pending), explosion-proof standards (Japan), wide power supply range, CE standards, and English and Japanese displays


The Sensor can be used with assurance that it conforms with CE standards and cUL standards. In addition, support of English and Japanese displays and a wide power supply range (100 to 240 AC) allow it to be used worldwide.

 


Easy Setup


Setup software makes installation easy.

 

Easy setup!


Even for multiple Sensors, free setup software can be downloaded to make the setup easy.
 

Applications

 

1. Semiconductors / FPD Factories   Improved Operating Rate


Large quantities of pure water and chemical solutions are used in semiconductor and FDP factories. Here, production rates can be improved by rapid detection and restoration of liquid leakage locations.


2. IDCs (Internet Data Centers)   System Maintenance and Management


Humidity is constantly controlled to maintain equipment in an IDC. Here, liquid leakage from air conditioning can be held to a minimum.


3. Computer Centers   System Maintenance and Management


Humidity is constantly controlled to maintain equipment in a computer center. Here, liquid leakage from air conditioning can be held to a minimum.


4. Telecommunications Exchanges   System Maintenance and Management


Humidity is constantly controlled to maintain equipment in a telecommunications exchange. Here, liquid leakage from air conditioning can be held to a minimum. At the same time, liquid leakage from the large-capacity lead storage batteries for power interruptions can be monitored.


5. Chemical and Pharmaceutical Factories   Corporate Risk Management


Underground soil contamination and damage outside of the factory from chemical solutions can be held to a minimum in chemical and pharmaceutical factories.


6. Public Facilities (Art Museums, Public Museums, and Libraries) 

    Protection Against Loss


Sprinkler systems are normally installed for fire protection in a public facility. Here, secondary damage from sprinklers that are broken in an earthquake can be held to a minimum.


7. Banks   Protection Against Loss


In a bank, water leakage damage to valuables such as documents and works of art in underground safety deposit boxes can be held to a minimum. Secondary damage from sprinklers that are broken in an earthquake can also be minimized.


8. Hospitals   Hospital Risk Management


Large amounts of water are used for surgery and dialysis in a hospital, so a water storage tank is installed in case the water supply is interrupted. Here, water leakage from the storage tank can be monitored.

 

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Ultra-miniature Sensor Amplifier detects liquids ranging from water to liquid chemicals with low conductivity.