Pegler PERFORMA 886V Maintenance manual

Your Guide to the Installation,
Care and maintenance of
PERFORMA
Electronic Self Closing
Fittings - Mains Powered
Pegler Limited, St Catherine’s Avenue, Doncaster DN4 8DF
Telephone [phone], Fax [phone]
Pegler Yorkshire Technical Office Tel [phone]
886V (343029) 885V (343027)

Before installing this product – Pegler recommend the reading of this document
thoroughly and leaving it with the user for future reference.
Introduction
The PERFORMA self closing electronic products utilise an infra red proximity sensor which
detects movement in front of the sensor eye. This opens the solenoid valve (via the control
module to provide a flow of water for hand washing. When no further movement is detected
the sensor sends a signal to the module and solenoid valve is closed immediately. The
sensor only detects movement which means it cannot be deliberately blocked (for example
chewing gum) to allow the water to flow continuously thus preventing intentional flooding
and wastage of water.
The outlet does not need to be touched physically in order to operate it. This enforces
improved hygiene levels while reducing the risk of cross contamination.
Operation is simple, just place hands in front of the outlet sensor (each unit range can be
set individually for on-site requirements). Once movement is detected within its range, the
flow of water will commence. When water usage is finished, move away and the flow of
water will cease.
Please Note: All Pegler Yorkshire electronic products are suitable for many types of
applications but are also sensitive to high visibility jackets. Therefore areas where high
visibility jackets are used can experience false high levels of sensor feedback.
The total fitting comprises of a number of differing elements that need to be installed.
1. Terminal fitting (either spout, shower or similar)
2. Sensor Eye (in many cases this is integral with the terminal fitting)
3. The control module with integrated transformer
4. Solenoid Valve
The features of all Pegler Yorkshire’s PERFORMA self closing electronic products make
them suitable for many applications where frequent usage is experienced and where water
and energy saving, hygiene and ease of use are key requirements for installation.
All PERFORMA self closing electronic products have been designed to give you many years
of trouble free service, but should you have any problems or technical queries with either of
these products please telephone [phone], or fax us on 01302 560537
Images above are show generic taps

Water Regulations Requirements
It is important to ensure that the water supplies to your PERFORMA self closing electronic
products are connected in accordance with the water regulations (WRAS) requirements and
good plumbing practice.
These products have been designed to function on all types of water systems and from as
little as 0.2 bar operation.
Please Note: If a pump is to be installed to boost gravity supplies please refer to the pump
manufacture’s instructions.
Electrical Specification
Sensor eye 3.3 Volt
Infra red proximity sensor detecting movement. The detection
field is adjustable from a minimum of 1mm to 300mm (12”) This
is adjusted via the potentiometer in the control module. The
sensor is also supplied with 1 meter of cable fitted. This should
never be extended!
Solenoid valve 6V bi-stable latching
Connection to control module is via 2 spade connectors
Control Module
/ Transformer Primary 230 / 240 AC 50Hz (Max 11mA)
Fuses – Primary 63mA quick blow
Conforms to LVD EMC directives
Transformer conforms to standard EN 60742
Mounting distance from spout should be within 1 meter.
Cable requirement – Primary to current IEE Regulations
Operating temperature of control module/transformer -10 to 50
degrees C
Power rating max 2.5 watts
Power supply to be via a connection unit fused at 3A fixed spur.
Please Note: All electrical installations must comply with current IEE, ROSH regulations
and be undertaken by a qualified person.
Conditions for Normal Use
Please Note: a suitable hot water temperature control device should be installed to reduce
temperatures exceeding the above maximum hot water supply temperature. This can easily
be achieved by installing a group mixing valve upstream which can achieve a more suitable
and safer temperature. Please see the Pegler Yorkshire approved Prestex 410 Group Mixing
Valve 22mm size – product code 5A1060 or Prestex 402H 22mm/15mm size – product code
5A1002 as two examples.
Maximum Static Pressure (bar) 6.0 bar
Minimum Flow Pressure 0.2 bar
Optimum Flow Pressure 0.5 bar
Maximum Temperature Range 60 degrees C

Please Note: Ensure that the flow rate through any mixing valve used is sufficient to supply
enough water to each terminal fitting.
Pipe Connections
IMPORTANT. Before making any inlet pipe connections all supplies MUST be thoroughly
flushed to remove any debris. Failure to do so could result in damage or low flow from the
valves. It is a requirement of Byelaw 55 of the Water Fittings Byelaw Scheme that this function
is undertaken before making any pipe connections to supplies. It is also Pegler Yorkshire’s
recommendation and good plumbing practice that a service valve (Pegler PB300) should
be installed upstream in the inlet supply lines, and the appropriate filters (supplied in most
cases) are installed inline before the terminal fitting.
Please Note: Where filters are supplied with the products, it is the responsibility of the
installer to ensure that they are fitted upstream. Failure to do so will void warranty.
To reduce pressure to a more optimum level we also recommend the use of a Pegler
Pressure Reducing Valve. For use on pressures between 1.1/2 bar to 5.1/2 bar - product
code 5A2001 for ½” pipe or 5A2002 for ¾” pipe.
General Installation Notes
 • Caremustbetakenduringinstallationtopreventanyriskofdamagetotheproduct
or injury to installer.
 • Installation must be carried out by a qualied and competent person and in
accordance with the instructions supplied.
 • InstallationsmustcomplywithallLocalandNationalWaterAuthorityRegulations,
and Building/Plumbing Regulations.
 • Pleaseensurethatyouhavereadandunderstoodallsectionsofthismanualbefore
installation.
 • Pleaseensurenosolderingoccursnearthetap.Anysolderingrequiredshouldbe
done before the valve is installed as any heat generated may damage the
mechanisms and seals.
 • ItisalsoPeglerYorkshire’srecommendationsthatthein-lineltersareinstalledto
the valves. Isolation valves near to the valves are also recommended to allow
individual isolation for servicing and maintenance.
Pre-Installation Checks
 • Ensurethatthereissufcientspacetoinstalltheproductwithouthamperingits
operation.
 • Ensure all pipe work has been thoroughly ushed before any installation takes
place.
Installation
The solenoid valve MUST be fitted with the filter supplied at the inlet of the valve. To prevent
the solenoid becoming restricted by debris all pipework MUST be thoroughly flushed prior
to installation.
It is recommended that a service valve (Pegler 15mm 808 (523008)) is fitted in close proximity
to the inlet of the solenoid valve to allow isolation of the water supply to the fitting should
maintenance become necessary.

It is imperative that the connections from the sensor are correctly wired into the control
module (in accordance with the wiring instructions included in this leaflet) failure to do so
will result in extensive damage to the electrical components. The cable from the sensor unit
must never be extended. The control unit module must be situated within 1 meter of the
outlet (either underneath the basin in a dry area or behind a duct wall) and should always be
accessible for service and maintenance.
The screw packs provided with the control module MUST be used to fix the control module
lid of the unit in order for the control module to be watertight and meet the IP rating of
IP56.
Round cable from the fuse switch (primary) to the control module should be used in order to
ensure a seal at then stuffing glands.
Installation of Basin Pillar Tap 885V
Please Note: The 885V is a single tap for use on hot / cold or mixed water. (For mixed
water please ensure appropriate TMV is fitted to support a safe delivery of water)
1. Determine the position of the basin tap allowing sufficient space around the tap for
it to be used without hindrance or harm to the user.
2. Fit tap through hole in ware/worktop and ensuring ‘O’ ring sealing washer is
between base of tap and surface of ware. Ensure the sensor cable, stainless steel
flexible hose and double threaded studs are positioned through the hole in the
ware.
3. Once located, locate large fibre washer and clamping plate on the two studs and
tighten nuts to hold tap in position.
4. Route supply pipework to point where solenoid valve is being fitted, then flush
pipework thoroughly.
5. Fit solenoid valve to supply line (stainless steel flexible hose) ensuring that in-line
filter is fitted in the correct orientation on the inlet to the solenoid valve. Use
correct seals and coupling nuts supplied. Ensure that the position of the solenoid
valve is within distance of the plastic inlet tube and connecting piece.
Please Note: DO NOT solder near the solenoid valve as excessive heat will damage
seals and internals of valve. Any necessary soldering should be done prior to installation of
solenoid valve. Failure to do so will void warranty.
6. The solenoid valve is marked with arrows, please ensure direction of flow is adhered
to or valve will not operate.
7. Screw inlet tube and connecting piece onto solenoid valve.
8. Decide on control module position. See template on back page.
9. See Electrical Connection

Installation of Basin Pillar Tap 886V
Please Note: The 886V is a single tap for use on hot / cold or mixed water. (For mixed
water please ensure appropriate TMV is fitted to support a safe delivery of water)
1. Determine the position of the basin tap allowing sufficient space around the tap for
it to be used without hindrance or harm to the user.
2. Fit tap through hole in wall ensuring ‘O’ ring sealing washer is between base of tap
and surface. Tighten backnut behind.
Please Note: A suitable hole size for this product wil l be to accommodate the hexagonal
nut holding the wall flange in place.
3. Route supply pipework to point where flow controller is to be fitted, then flush
pipework thoroughly.
Please Note: For solid walls a channel should be cut to route pipework and sensor
cable.
4. Fit solenoid valve to supply line ensuring that in-line filter is fitted in the correct
orientation on the inlet to the solenoid valve. Use correct seals and coupling nuts
supplied. Ensure that the position of the solenoid valve is within distance of the
plastic inlet tube and connecting piece.
Please Note: DO NOT solder near the solenoid valve as excessive heat will damage
seals and internals of valve. Any necessary soldering should be done prior to installation of
solenoid valve. Failure to do so will void warranty.
5. The solenoid valve is marked with arrows, please ensure direction of flow is adhered
to or valve will not operate.
6. Screw inlet tube and connecting piece onto solenoid valve.
7. Decide on control module position. See template on back page.
8. See Electrical Connection
Features
The PERFORMA self closing electronic products have three distinct features each operational
by the dip switched mounted within the control module. (See diagram for location)
Dip Switch #1 activates the ‘autoflush’ feature.
By switching this on activates a countdown timer within the unit to flush every 8 hours. This
feature ensures during long periods of the product not being used that the unit will switch
itself on flushing through any stagnant water within the product out of the system. Set at a
fixed 30 seconds flushing time the product counts down from last time of use. If used within
the 8 hour countdown period it simply resets itself. By default this item is off at the point of
purchase.
Dip Switch #2 activates the ‘test’ feature.
By default this item is off and should only be switched on at the point of troubleshooting or
fault finding. Switching to the on position tests the sensor and sensitivity of the unit. See
troubleshooting section for detail.

Dip Switch #3 activates the ‘shower’ feature.
Because the control module is used on other products with in the PERFORMA range of
electronic products Dip Switch 3 is primarily used for showering applications. Therefore
when control module is being used on 885V and 886V products this should be permanently
switched off.
Electrical Connection
Please Note: It is recommended that each control module is connected to the mains by a
fused switch spur rated at 3 amps. All electrical installations must comply with current IEE
regulations and be undertaken by a qualified person.
1. Remove the box lid from the control module.
2. Site the control module to a maximum 1 meter from the terminal fitting. Use the
length of the sensor cable for guidance.
3. The control unit should be mounted in a dry area underneath the basin or behind a
wall duct.
4. Mark wall surface through the two screw holes in the control module base.
See template on back page.
5. Remove, then drill and plug holes. Fix module to wall with screws provided.
6. The control box should be mounted with the stuffing glands facing downwards
towards the floor to reduce the risk of water or condensation running down the
cable and into the module.
7. Remove stuffing glands and nuts
8. Removal terminal wiring block by lifting outwards
9. Place gland nuts and glands on cables and pass cables through stuffing glands
into the control module.

Sensitivity
To adjust the detection field, remove the control module box lid and adjust by turning
the potentiometer with a small flat ended screwdriver. Turning clockwise will increase the
distance, while anticlockwise will reduce. The screw will turn to a maximum 225 degrees
rotation. DO NOT FORCE THE SCREW FURTHER.
Sensitivity will also be factory set at approximately 100mm.
Time Adjustment
The duration of time the solenoid is open (thus flow) can be set between 5 and 15
seconds (factory set time is 5 seconds) Turning clockwise will increase the distance,
while anticlockwise will reduce. The screw will turn to a maximum 225 degrees rotation.
DO NOT FORCE THE SCREW FURTHER.
Troubleshooting
Problem Water will not switch off
Remedy • Checkpolarityofconnectionstosolenoidarecorrectwayaround
  • Solenoidcouldbestuckpermanentlyopen,socheckfordebrislocked
in the valve
  • Sensitivityissettohighadjustsensitivitypotentiometerandsignalis
bouncing back from high gloss surface (like basin)
Problem Operation works opposite way. Approach fitting and water goes off,
leave fitting and switches on
Remedy • Check polarity of connections to solenoid ensuring they are
connected correct way around
Problem Shuts off too early
Remedy • Checktimeadjustment–usingpotentiometermarked“TIME”
Problem 8 Hour Autoflush feature is required
Remedy • Switchondipswitch#1
Problem Splashes when in operation
Remedy • Fitanaeratorratherthanowstraightener.
  • Reducesupplypressuretotting
Problem No Flow (Power Test)
Remedy • THIS OPERATION SHOULD ONLY BE UNDERTAKEN BY
QUALIFIED PERSONEL. To test solenoid check power supply is
on (Note: red LED will glow red inside control module box if mains
power is being supplied) I red LED is not on – please turn off mains
power and check 63mA quick blow fuse and connecting cables.

  • CAUTION PLEASE ENSURE POWER SUPPLY IS SWITCHED
OFF. Check cable continuity and is not damaged.
  • IfnonoftheabovesolvethenoowproblempleasecontactPegler
Yorkshire Technical Office on telephone [phone]
Problem No Flow (Solenoid Test)
Remedy • IfabovetestispositivewithglowingLED,nexttestsolenoidusinga
9 volt battery (dab on/ dab off with battery). CAUTION PLEASE
ENSURE POWER SUPPLY IS SWITCHED OFF BEFORE
DISCONNECTING SOLENOID. Swap polarity of battery to spade
terminals to open solenoid and match polarity of battery to spade
terminals to close solenoid. Unit will click open and close if
functioning.
  • Checksolenoidiscorrectwayaround(directionarrowon solenoid
body)
  • IfnonoftheabovesolvethenoowproblempleasecontactPegler
Yorkshire Technical Office on telephone [phone]
Problem No Flow, Product is not picking up movement (Sensor Test)
Remedy • THIS OPERATION SHOULD ONLY BE UNDERTAKEN BY
QUALIFIED PERSONEL. To test IR sensor is fully operational
check power supply is on. Remove control module box lid, turn on
   dipswitch#2(Note:yellowLEDwillashinsideelectronicsboxifunit
is functioning) Wave hand in front of IR sensor at a distance at
approximately 100mm (10cm). Yellow LED should now glow solid
yellow.
  • Ifthisdoesnot glow solid yellow turn up sensitivity potentiometer
and try again.
  • IfnonoftheabovesolvethenoowproblempleasecontactPegler
Yorkshire Technical Office on telephone [phone].
  • Ifproblemissolvedswitchdip#2switchbacktotheoffpositionand
refit lid.
Care & Maintenance
To maintain the surface finishes, simply wipe occasionally with a mild detergent on soft damp
cloth. Dry using soft cloth, never use abrasive cleaners or chemical household cleaners,
avoid contact with concentrated bleach.
Pegler products are manufactured to the highest standards and should require little or no
maintenance. In the unlikely event of any spare part requirements, please visit our website:
www.pegler.co.uk, contact you’re nearest stockist or the Pegler Yorkshire Technical Office
on telephone [phone].

This drawing is to scale
and can be used as a template if necessary

Pegler Limited, St Catherine’s Avenue, Doncaster DN4 8DF
Telephone [phone], Fax [phone]
Pegler Yorkshire Technical Office, Tel [phone]