| Table of Contents | ||
|---|---|---|
|
Function and purpose
Product page: https://vutlan.com/analog-sensors/91-vt591-leak-sensor.html
...
 | "WLC / Water leak cable" is ordered separately! When water is in contact with the detection cable, a resistive sensor indicates the emergence of moisture. The whole area can be effectively monitored by placing the cable near or with possible flood sources. |
|---|
Used for
The VT591 Water Leak Sensor is used for:
...
Model | Description |
|---|---|
WLC3 | WLC / Leak detection cable length is 3m. |
WLC6 | WLC / Leak detection cable length is 6m. |
WLC10 | WLC / Leak detection cable length is 10m. |
WLC15 | WLC / Leak detection cable length is 15m. |
WLC25 | WLC / Leak detection cable length is 25m. |
WLC50 | WLC / Leak detection cable length is 50m. |
Dimensions
...
Usage examples
...
Technical specifications
VT591 / Water leak sensor specifications | |
|---|---|
Sensor type: | Analog sensor |
Measures: | Detects water leakage by the drop in resistance in WLC water leak cable |
Chain connection | No |
Dimensions: | 60×18×18 mm |
Weight: | 60 g |
Inputs: | 2 wire (WLC cable) |
Outputs: | RJ11/RJ12 (6p4c) |
Operating temperature: | -10 °C to +80 °C |
Operating humidity: | 5% to 95% (Non-Condensing) |
Mounting: | Mounting bracket included. |
Power consumption: | 60mW |
Max. distance: | 100 m from the monitoring or extension unit |
Response time: | 15 sec., |
Recovery time: | Depends on how fast the sensor dries out |
Manufactured in: | Slovak Republic, E.U. |
HS Code: | 9025 80 400 |
GTIN | 8588009886211 |
WLC / Water leak cable specifications | |
|---|---|
Description | WLC can work in high humidity, pollution, and hazardous waste |
Detectable liquids | Clean, polluted & distilled water; acids; alkalis; alcohols, and other electrically conductive liquid |
Diameter | 6.5 mm in diameter |
Lengths | Order options include 3m, 6m, 10m, 15m, 25m, 50m, or custom length. |
Weight | 36 g/m |
Operating humidity | 0% - 95 % |
Max. storage temperature | 75°C |
Max. cable length | 100 m |
Outputs | x2 wires |
HS code: | 8544 42 10 |
GTIN: | 3m 8588009886396, 6m 8588009886433, 10m 8588009886402, 15m 8588009886419, 25m 8588009886440, 50m 8588009886426, |
Package content VT591
Included page https://vutlan.atlassian.net/wiki/spaces/DEN/pages/232259595/VT591+package+content
| Include Page | ||||
|---|---|---|---|---|
|
Package content WLC
Included page https://vutlan.atlassian.net/wiki/spaces/DEN/pages/2921463809/WLC+package+content
| Include Page | ||||
|---|---|---|---|---|
|
Connecting WLC / Water leak cable
...
Do not do illustration | Description | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|
 |
| |||||||||
| ||||||||||
 |
| |||||||||
|
Connect the "VT591 / Water leak sensor" to the monitoring unit. The connection is plug-an-play.
Connect the terminal cable to the VT591 sensor.
Connect "WLC / Water rope" to terminal cable.
Connect any additional "WLC / Water leak cables" to each other as shown in the picture above to make a chain connection.
Wire the WLC rope around or under potentially leaking objects around the perimeter or under the raised floors.
Put a protective cap on the connector of the last WLC cable in a chain.
The sensor is ready to use.
Analog sensor connection
Page link https://vutlan.atlassian.net/wiki/spaces/DEN/pages/1016274/Analog+sensors+connection
Sensor configuration
Page link https://vutlan.atlassian.net/wiki/spaces/DEN/pages/1016314/Sensor+configuration
How to test the sensor & sensor cable
Connect the WLC cable to VT591. Connect VT591 to the analog port of the system. The sensor should appear in the Vutlan Web Interface >> “System tree” panel >> “System group” tab >> “Autodetect” sensors. Make sure that the WLC cable is straight or not contacting itself, or any conducting material. The sensor should appear in the system as “Normal” (if the behavior is set to “Normal”), which means that there’s no presence of liquid (the two yellow wires along the WLC cable are not cables shorted).
Take a rag and wet it a little. Touch the rag to both yellow ires on the WLC cable. This should shorten the contact. The VT591 sensor should change the state to “Alarm”.
Dry the cable carefully with a dry cloth.
Installation examples
Please find installation examples in our articles "Water leakage detection using cable sensor and spot sensor" and "Leak detection under raised floors in data centers".
Cable layouts
 | Cover the whole area Comprehensive protection for critical areas |
 | Cover the edge area Prevent leaks from immersing in or spreading out |
 | Covering air-conditioned areas Key protection against major leakage sources such as alr conditioners |
Cable pinouts
The sensor uses a standard Vutlan analog sensor cable(RJ11/RJ12 to RJ11/RJ12) for connecting to the monitoring unit. You can find further instructions at the Analog sensors connection
Technical support
The device does not contain any user-serviceable parts. If the power meter requires service, contact your local sales representative. Do not open the device. Opening the device voids the warranty.
Schematics / Sensitivity adjustment
You can change the R10 resistor using the following schemes.
For example, if your room has very high humidity and the cable is in an alarm state without the spilled liquid being present, you can change R10 to 270k. This should lower the sensitivity level.
...
Troubleshooting
The following table describes potential problems and their possible causes. It also describes checks you can perform or possible solutions for each. After referring to this table, if you cannot resolve the problem, contact your local Vutlan sales representative for assistance.
...