SANELA SPL Husa Sensor Tap Instruction Manual

June 1, 2024
SANELA

SANELA SPL Husa Sensor Tap

SANELA-SPL-Husa-Sensor-Tap-product

Product Information

Specifications

  • Finish : Tempered Water
  • Water Temperature: Cold and pre-mixed water
  • Power Supply: 4 x AA batteries
  • Control : Sensor-activated tapware
  • Active Range : Hands within active range for water flow
  • Recommended Pressure: Operating pressure range

Product Usage Instructions

Components

  1. Mounting screws
  2. Faucet spout
  3. Faucet base
  4. Mounting plate
  5. Gasket
  6. Hex nut
  7. Connection hose
  8. 4 x AA batteries
  9. Solenoid valve
  10. Connection hoses
  11. Battery housing
  12. Washer
  13. Filter
  14. Angle valves (x2)

Faucet Installation

  1. Install 1/2 angle valve(s)

  2. Flush lines thoroughly

  3. Connect faucet spout and base together, insert mounting screw and fit gasket

  4. Fit connection hose into base of faucet

  5. Pass mounting screw, hose and electrical connections through vanity

  6. Fit remaining gasket, mounting plate, and hex nut

  7. Fit remaining connection hose, connect washer and solenoid.
    Note arrow on solenoid valve for water flow direction

  8. Fit filter into angle valve and connect hoses

  9. Remove lid of battery housing

  10. Insert 4 x AA batteries into battery housing ensuring correct polarity

  11. Place batteries back in housing and close lid securely

Battery Connection and Adjustment
Turn angle valves on and check all connections. Connect the battery to the faucet by aligning guide lines on respective cables. Secure the battery housing to the wall using the adhesive strips provided.

Important: Once the battery housing is connected, the faucet will automatically adjust sensing range during the first 10 seconds. The LED on the sensor will continually flash, do not come in the active range during this time.

General Information

  • Designed for indoor use only. Do not expose to elements of nature.
  • All plumbing and electrical connection must be made in accordance with AUS / NZ standards.

Warnings

  • Read all instructions before attempting to install this system. It is recommended a qualified & registered plumber completes the install.
  • Ensure pipe work is thoroughly flushed before installing the solenoid assembly. Solenoid components are susceptible to debris and require additional flushing compared to a standard plumbing fixture.
  • Consideration should be given to any regulations relating to an air gap, an air break or double check valve to protect against back flow.

Operating Instructions and Parts Manual

Please read carefully before attempting to assemble, install, operate or maintain the product described. Protect yourself and others by observing all safety information. Failure to comply with instructions could result in personal injury and/or property damage. Retain instructions for future reference.

Sanela Husa Sensor Tap
Sensor-activated tapware for cold and pre-mixed water. High-quality electronics combined with elegant aesthetics.

Specifications

  • Finish: Chrome
  • Water Temperature: For cold, hot or premixed water (thermostatic mixing valve available)
  • Power Supply: 6V (4 x AA alkaline batteries) 2 years @ 100 cycles / day
  • Control: Infra-red sensor
  • Operating Voltage: Battery 6V, 6W
  • Active Range: Standard 0.2 – 0.26 m, START/STOP program 0.25 – 7.75 secs
  • Recommended Pressure: 0.1 – 0.6 Mpa (1-6 Bar)
  • Rate of Flow: 3.8 l/min (6 l/min or 1.9L/m available on request)
  • Water Inlet: Male thread G 1/2”
  • Dimensions: Height 346mm, Depth 210mm, Tap Diameter Ø 50, Hole Ø 35mm, Nosing 190mm, Discharge Height 230mm
  • Warranty: 24 Months

Planning

  • Ensure an appropriate piping design (sizing etc). This will eliminate issues arising from flow, pressure and water hammering.
  • Where appropriate install necessary filters, water hammering arrestors and water pressure reducing valves (recommended pressure 1 to 6 bar). This will minimise future maintenance.
  • Install the angle valve to enable ease of future maintenance.

Tempered Water
An appropriate thermostatic mixing valve (TMV3) should be installed to ensure a safe regulated water temperature. These are available from SPL – SST THERMO VALVE

Components

SANELA-SPL-Husa-Sensor-Tap-fig-  \(1\)

  1. Mounting screws
  2. Faucet spout
  3. Faucet base
  4. Mounting plate
  5. Gasket
  6. Hex nut
  7. Connection hose
  8. 4 x AA batteries
  9. Solenoid valve
  10. Connection hoses
  11. Battery housing
  12. Washer
  13. Filter
  14. Angle valves (x2)

Standard Functions

SANELA-SPL-Husa-Sensor-Tap-fig-  \(2\)

Faucet Installation

  1. SANELA-SPL-Husa-Sensor-Tap-fig-  \(3\)
  2. Install 1/2” angle valve(s)
  3. Flush lines thoroughly
  4. Connect faucet spout and base together, insert the mounting screw and fit gasket
  5. Fit connection hose into base of faucet
  6. Pass mounting screw, hose and electrical connections through vanitySANELA-SPL-Husa-Sensor-Tap-fig-  \(4\)
  7. Fit remaining gasket, mounting plate and hex nut
  8. Fit remaining connection hose, connect washer and solenoid. Note arrow on solenoid valve for water flow direction
  9. Fit filter into angle valve and connect hoses
  10. Remove lid of battery housingSANELA-SPL-Husa-Sensor-Tap-fig-  \(5\)
  11. Insert 4 x AA batteries into battery housing ensuring correct polarity
  12. Place batteries back in housing and close lid securelySANELA-SPL-Husa-Sensor-Tap-fig-  \(6\)
  13. Turn angle valves on and check all connections
  14. Connect battery to faucet by aligning guide lines on respective cables. Secure battery housing to the wall using the adhesive strips provided
  15. Do not come within active range
  16. Once the battery housing is connected, faucet will automatically adjust sensing range during first 10 seconds. The LED on sensor will continually flash, do not come in active range during this time.

SANELA-SPL-Husa-Sensor-Tap-fig-  \(7\)

Important

  • Pipework is required to be flushed thoroughly prior to faucet and solenoid installation. Foreign debris may reduce level of flow and in some cases damage the solenoid valve.
  • The sensor of the faucet must not be obstructed.
  • Avoid positioning reflective objects or surfaces in front of the faucet sensor. This can cause false activation i.e. mirrors opposite faucet. With wall mounted faucets pay particular attention to the distance between the bottom of the basin and the faucet (minimum of 300mm) and the location and material of the basin waste (avoid mounting directly over the waste and/or choose non reflective options).
  • All plumbing and electrical installation must be carried out by a qualified person and in accordance with applicable codes and regulations.

Note : If you require to modify any of the factory settings please request the Sanela remote SLD03.

SANELA-SPL-Husa-Sensor-Tap-fig-  \(8\)

Maintenance

  • It is recommended that the solenoid valve and all filters be inspected for foreign debris and cleaned annually (more frequently if necessary)
  • Clean faucet regularly using soapy water and a soft cloth or wet sponge
  • DO NOT clean faucet with any abrasive material or chlorine/acid based cleaning product. This may damage the filter of the infrared sensor and/or the finishing of the faucet
  • Check batteries periodically. Flashing lights will indicate when the battery voltage is below 10% capacity

SANELA-SPL-Husa-Sensor-Tap-fig-  \(9\)

Troubleshooting

SANELA-SPL-Husa-Sensor-Tap-fig-  \(10\)

Supreme Comprehensive Warranty

Your Supreme sensor tap is fully guaranteed against defective materials and faulty workmanship commencing from the date of sale (according to SPL’s records), subject to it being installed and maintained in accordance with the manufacturer’s instructions. SPL (2021) Limited warrants that should any part of the sensor tap fail within the given warranty period (24 months), it will be remedied by SPL. The tap should be returned to SPL (2021) Limited for all warranty claims. The cost of cartage will be payable by the customer.

This warranty excludes:

  • Incorrect installation, or installation that does not specifically follow the installation guidelines supplied
  • Failure to follow the manufacturer’s maintenance instructions
  • Damage/Failure resulting from:
    • the use of non-authorised parts
    • authorised parts not installed in accordance with the manufacturer’s instructions
    • accidental damage, negligent use, misuse, vandalism, neglect
    • damage caused either directly or indirectly by external sources (incorrect power supply, natural disaster, or insect infestation)
  • Water ingress caused by property maintenance or flooding
  • Negligent cleaning practices (water ingress, harmful chemicals etc)

The above includes consequential damage to any other goods, furnishings, or property.

  • Normal wear and tear and consumable parts (batteries etc)
  • This warranty does not displace any statutory warranty in relation to the dispenser but any liability of SPL (2021) Limited under any statutory warranty will be limited to a replacement or repair of the dispenser or payment of the cost of such replacement or repair at the sole discretion of SPL (2021) Limited

Note:

  • Warranty only extends to products purchased and installed in New Zealand.
  • Contamination or poor water quality is not covered by a product warranty.
  • Damage to the solenoid caused by inadequate flushing or excess water pressure is not covered by the product warranty.

SPL Limited

splwashrooms.co.nz

FAQ

If there is no water flow and the LED on the sensor is flashing red when hands are within the active range, what could be the possible causes?

  1. Water supply
  2. Water connections
  3. Filter is clogged
  4. Faucet to solenoid power connection
  5. Batteries are flat
  6. Faulty solenoid

If there is no water flow and the LED on the sensor is NOT flashing when hands are within the active range, what could be the possible causes?

  1. Power supply
  2. IR sensor damaged
  3. Faulty IR sensor

If water doesn’t stop flowing, what could be the possible causes?

  1. Dirty IR sensor
  2. Obstruction in the detection zone
  3. Water drop on sensor eye
  4. Ghost sensing due to reflection
  5. Debris in solenoid

If there is a reduced flow rate, what could be the possible causes?

  1. Filter clogged
  2. Aerator clogged
  3. Water supply

References

Read User Manual Online (PDF format)

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Download This Manual (PDF format)

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