• Water sensor SHT 5006
  • Water sensor SHT 5006
  • Water sensor SHT 5006
  • Water sensor SHT 5006
  • Water sensor SHT 5006

Water sensor SHT 5006

Water sensor SHT 5006

21,01 €
21,01 €
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Taxes included. Versandkosten
  • Fork water sensor-Accesoriesfor our water detectorsSHT 5000, 5001 and 5002
  • 2 nickel-plated brass contacts, injected in white plastic
  • for regularly dry environments
  • Cable length 6 meters | 2 x 0.14 mm², extendable up to 50 m - special lengths available upon request. Do not install parallel to 230 V mains voltage!
  • LIYY cables are temporarily waterproof, flame-retardant, low-adhesion, self-extinguishing and largely resistant to oils, greases, coolants and lubricants (manufacturer information)
  • Discounts for specialist companies & resellers
  • Personal expert advice (no call center!)
  • Repair service beyond the statutory warranty

SKU: 300745

Delivery time: 2-3 working days

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Water sensor SHT 5006

Water sensor SHT 5006

21,01 €
  • Description
  • Technical information
  • Downloads
  • FAQ - Frequently Asked Questions
  • Reviews

Scope of delivery

  • Fork sensor SHT 5006
  • cast on 6 meters of LIYY control cable 2 x 0.14 mm²
  • Mounting material (1 screw, 1 dowel)
  • Operating instructions for water sensors | float switches | accessories

The SHT 5006 sensor is equipped with two nickel-plated brass contacts encased in white plastic. As soon as water touches both contacts, the connected Schabus water detector immediately triggers an alarm.

Thanks to its wide notch (forked design), the sensor reliably detects real leaks – even in environments where biofilms, thin water films, or condensation can form. False alarms caused by slight moisture are thus reliably prevented.

📏 Sensor cable: 6 m (extendable up to 50 m)
The cable length can be extended to up to 50 meters – provided the cross-section is a maximum of 2 × 0.14 mm² .

⚠️ Instructions for use:
The SHT 5006 is designed for use in regularly dry areas – e.g., in laundry rooms under washing machines or other appliances, in utility rooms, or on floor surfaces.

It is not suitable for permanently humid environments such as shafts, tanks, or containers. We recommend our mini float switches made of plastic, V2A or V4A, for these applications.

🧪 Line: LIYY control line
The cables used are flame-retardant, low-adhesion, self-extinguishing and largely resistant to oils, greases, coolants and lubricants – but only temporarily waterproof .

⚠️ Safety note: The LIYY cables must never be laid parallel to 230 V mains cables to avoid interference and safety risks.

[caption id="attachment_21251" align="alignleft" width="134"] Circuit diagram with freewheeling diode[/caption]

When using third-party power supplies , it is necessary to connect a freewheeling diode (e.g. 1N4148) in parallel to the relay or contactor.

The function of the freewheeling diode is to suppress voltage spikes that occur when the relay is turned off. This minimizes current flow and voltage, thus protecting the sensitive reed contacts.

WEEE NO.: DE91394868

Functional area -5 °C / + 55 °C
Dimensions (W x W x D) 50x28x7 mm
Working principle Impedance measurement, passive
Area of application Bathrooms, boiler rooms, kitchens, kitchenettes, washrooms
Environmental conditions regularly dry environment
Line Special length on request, 6 m | 2×0.14 mm2 | white
material plastic
Assembly Wall mounting
sensor 2 contacts nickel-plated brass

🔌 Which water detectors is the SHT 5006 compatible with?
The sensor can be used with all Schabus water detectors – especially with the models SHT 5000, SHT 5001 and SHT 5002. The SHT 5006 is already installed on the water detectorsSHT 216, SHT 217, SHT 218, SHT 240 and WWD 240 and WWD 100.

🌊 Can the sensor also be used in shafts or tanks?
No, the SHT 5006 is only forregularly dry environmentsIn damp shafts or permanently wet areas, malfunctions or corrosion may occur. For such applications, we recommend suitable mini float switches made of plastic, V2A or V4A.

📏 How far can I extend the sensor cable?
The factory-connected cable is 6 m long and can beextended up to 50 mprovided that a cable with a maximum2 × 0.14 mm²cross-section is used.

🚿 How does the sensor detect water – even with a thin film or condensation?
The specialFork design with wide notchPrevents false alarms caused by biofilm or condensation. The sensor only triggers when there is an actual conductive connection between the two contacts—that is, when water actually enters the sensor.

🧪 Are the cables also resistant to oils or cleaning agents?
Yes, theLIYY managementis according to the manufacturerflame-resistant, low-adhesion and self-extinguishingand largely resistant toOils, greases, coolants and lubricantsHowever, it isnot for permanent water contactdesigned.

⚙️ Do I need to use a freewheeling diode when connecting a third-party device?
Yes, absolutely! If you connect a third-party power supply (e.g. an external relay or contactor) to the potential-free output, aFreewheeling diode (e.g. 1N4148)connected in parallel to the coil. This protects the sensitive reed contacts from voltage spikes that occur during shutdown.

🔧 What does a freewheeling diode do at the relay output?
When a relay or contactor is switched off, high voltage peaks (induction voltage) occur for a short time.Freewheeling diodediverts these and thus prevents damage to the switching contacts of the water detector – particularly important for longevity and functional reliability.

❓ Why can't LIYY cables be laid parallel to 230 V mains cables?

⚠️ Important:The parallel laying of LIYY cables and 230 V mains cables can lead toInterference, electromagnetic influencesand in the worst case toSecurity risksPlease always maintain separate cable ducts or sufficient distance.

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Description

Scope of delivery

  • Fork sensor SHT 5006
  • cast on 6 meters of LIYY control cable 2 x 0.14 mm²
  • Mounting material (1 screw, 1 dowel)
  • Operating instructions for water sensors | float switches | accessories

The SHT 5006 sensor is equipped with two nickel-plated brass contacts encased in white plastic. As soon as water touches both contacts, the connected Schabus water detector immediately triggers an alarm.

Thanks to its wide notch (forked design), the sensor reliably detects real leaks – even in environments where biofilms, thin water films, or condensation can form. False alarms caused by slight moisture are thus reliably prevented.

📏 Sensor cable: 6 m (extendable up to 50 m)
The cable length can be extended to up to 50 meters – provided the cross-section is a maximum of 2 × 0.14 mm² .

⚠️ Instructions for use:
The SHT 5006 is designed for use in regularly dry areas – e.g., in laundry rooms under washing machines or other appliances, in utility rooms, or on floor surfaces.

It is not suitable for permanently humid environments such as shafts, tanks, or containers. We recommend our mini float switches made of plastic, V2A or V4A, for these applications.

🧪 Line: LIYY control line
The cables used are flame-retardant, low-adhesion, self-extinguishing and largely resistant to oils, greases, coolants and lubricants – but only temporarily waterproof .

⚠️ Safety note: The LIYY cables must never be laid parallel to 230 V mains cables to avoid interference and safety risks.

[caption id="attachment_21251" align="alignleft" width="134"] Circuit diagram with freewheeling diode[/caption]

When using third-party power supplies , it is necessary to connect a freewheeling diode (e.g. 1N4148) in parallel to the relay or contactor.

The function of the freewheeling diode is to suppress voltage spikes that occur when the relay is turned off. This minimizes current flow and voltage, thus protecting the sensitive reed contacts.

WEEE NO.: DE91394868

Technical information
Functional area -5 °C / + 55 °C
Dimensions (W x W x D) 50x28x7 mm
Working principle Impedance measurement, passive
Area of application Bathrooms, boiler rooms, kitchens, kitchenettes, washrooms
Environmental conditions regularly dry environment
Line Special length on request, 6 m | 2×0.14 mm2 | white
material plastic
Assembly Wall mounting
sensor 2 contacts nickel-plated brass
Downloads
Connection examples
FAQ - Frequently Asked Questions

🔌 Which water detectors is the SHT 5006 compatible with?
The sensor can be used with all Schabus water detectors – especially with the models SHT 5000, SHT 5001 and SHT 5002. The SHT 5006 is already installed on the water detectorsSHT 216, SHT 217, SHT 218, SHT 240 and WWD 240 and WWD 100.

🌊 Can the sensor also be used in shafts or tanks?
No, the SHT 5006 is only forregularly dry environmentsIn damp shafts or permanently wet areas, malfunctions or corrosion may occur. For such applications, we recommend suitable mini float switches made of plastic, V2A or V4A.

📏 How far can I extend the sensor cable?
The factory-connected cable is 6 m long and can beextended up to 50 mprovided that a cable with a maximum2 × 0.14 mm²cross-section is used.

🚿 How does the sensor detect water – even with a thin film or condensation?
The specialFork design with wide notchPrevents false alarms caused by biofilm or condensation. The sensor only triggers when there is an actual conductive connection between the two contacts—that is, when water actually enters the sensor.

🧪 Are the cables also resistant to oils or cleaning agents?
Yes, theLIYY managementis according to the manufacturerflame-resistant, low-adhesion and self-extinguishingand largely resistant toOils, greases, coolants and lubricantsHowever, it isnot for permanent water contactdesigned.

⚙️ Do I need to use a freewheeling diode when connecting a third-party device?
Yes, absolutely! If you connect a third-party power supply (e.g. an external relay or contactor) to the potential-free output, aFreewheeling diode (e.g. 1N4148)connected in parallel to the coil. This protects the sensitive reed contacts from voltage spikes that occur during shutdown.

🔧 What does a freewheeling diode do at the relay output?
When a relay or contactor is switched off, high voltage peaks (induction voltage) occur for a short time.Freewheeling diodediverts these and thus prevents damage to the switching contacts of the water detector – particularly important for longevity and functional reliability.

❓ Why can't LIYY cables be laid parallel to 230 V mains cables?

⚠️ Important:The parallel laying of LIYY cables and 230 V mains cables can lead toInterference, electromagnetic influencesand in the worst case toSecurity risksPlease always maintain separate cable ducts or sufficient distance.

Reviews

Customer Reviews

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