Installation - xclear 2 WAY AUTOMATIC VALVE Bedienungsanleitung

• Keep children away from this device and from the electrical wiring.
• Never submerge this device in water.
• Never install the unit in an area exposed to full sunlight.
• Only install the device in a dry and well-ventilated area.
• Do not use the device if any of the components are damaged.
• Remove the device if there is any risk that it might freeze during the winter months.
• This product may only be used according to the guidelines described in these instructions for use.

Installation

Important! When turning the actuator that operates the cylinder in the valve, any water flow should be avoided; during this period, the
pump should be switched off." The actuator has been factory-set for standard installation, and always rotates in a clockwise direction
through 360°, at the same speed. Inlets B and C on the 3-way valve and inlet B on the 2-way valve are sealed off by a single rotation of the
cylinder (see Drawing 2) (depending on the signals from the (solar) controller that controls the valve).
Instruction intended for 2-way valve: The standard installation position is via inlet "A" (see Drawing 1) as the inlet to the valve. Because
the controller only rotates in a clockwise direction, the rotor seal will always complete a 90° 'closing' rotation, while at the next switching
moment, it will complete a 270° 'opening' rotation. As a consequence, part of the rotation will pass over inlet A. You must remember that
the rotation through 270° requires more time before it reaching the position whereby the internal switch contact is made (see drawing 2).
Instruction intended for 3-way valves: The standard installation position is via inlet "A" (see Drawing 1) as the inlet to the valve. Part of
the rotation of the rotor seal is across inlet A. Because the controller only rotates in a clockwise direction, the cylinder will always complete
a 180° rotation (see drawing 2).
1 Determine where you would like to install the valve, and allow the necessary space required to carry out maintenance on the valve when
necessary. The valve can be placed in any desired position, even upside down.
2 Unscrew the M4 socket-head screws (see A, Drawing 3) from the top cover (see C, Drawing 3) using an Allen key, and remove the top cover.
3 Thread the wiring of the (solar) control that will control the valve through the cable gland (see B, Drawing 3) of the top cover and fix the
wiring of the (solar) control to the connectors on the valve according to Drawing 4 (see E, Drawing 3).
4 Test the rotation of the rotor seal (see R, Drawing 3) in the valve housing (see W, Drawing 3) with regard to the closure of the desired
gates (this can be checked via the inlet/outlet).
5 Glue the valve housing (see W, Drawing 3) into the piping circuit with the 63mm or 60.5mm O connections. Ensure that there is enough
space (+/- 15 cm) to remove these for maintenance or replacement (if you wish to be able to dismantle the valve from the piping, special
3-component adhesive couplings are available from your dealer).
6 Replace the top cover (see C, Drawing 3) and tighten the M4 socket-head screws (see A, Drawing 3) and the cable gland (see B, Drawing
3) for the wiring.
7 Switch the pump on and check the system for flow and leakage.
WARNING - Risk of Electric Shock. Disconnect power before servicing.
Dismantling / Maintenance
Always switch off the power supply during maintenance/dismantling of the device. Ensure that no water can flow through. Maintenance of
the valve is required once a year.
1 Unscrew the M5 socket-head screws (see H, Drawing 3) and let any water that is present flow from the housing.
2 Take the complete actuator (see components A up to and including V, Drawing 3), including the cylinder, from the housing and grease
the pivot with a suitable agent (e.g. Molycote). If the sealing rubber (see S, Drawing 3) has been damaged, this can be replaced by
unscrewing the Phillips screws (see T, Drawing 3) and replacing the rubber. The sealing rubber can be ordered from your distributor.
3 If the wiring needs to be disconnected, the top cover (see C, Drawing 3) should be unscrewed and the wiring should be disconnected
from the connectors (see E, Drawing 3). The wiring can be pulled through if the cable gland (see B, Drawing 3) is unscrewed. In case of
any doubt with regard to the connection, consult a recognised fitter.
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Specifications
Connections
Low Voltage
Voltage
High Voltage
Rotation time
Aux. limit switches
Valve material
Consumption
Nominal voltage
High Voltage Absorbed current
Rated input
Nominal voltage
Low Voltage Absorbed current
Rated input
All Frequency
Warranty terms
You have made an excellent choice in selecting this product. The device has been assembled carefully and in compliance with all applicable
safety regulations. For reasons of quality, the supplier has only made use of high-quality materials, and provides a guarantee for the device
covering material and manufacturing faults for a period of 2 years from the date of purchase.
Claims under the guarantee can only be considered if the product is returned post-paid together with a valid purchase receipt. The
guarantee cannot be invoked in the case of installation or operation errors, the incorrect use of the device, non-compliance with the safety
regulations, poor maintenance, damage to the device, or if any technical changes have been made to the device. In the case of warranty
claims, the supplier reserves the right to repair or replace the unit as a whole, as he deems appropriate. Consequential damage is excluded
from the guarantee. Complaints regarding transportation damage will only be considered if the damage was established or confirmed upon
delivery by the carrier or the postal authorities. A claim can only be made against the carrier or postal authorities if this has been done.
63mm (or 60,5mm)
24 V AC (50Hz)
240 V (50Hz)
0.6 RPM
STD (2)
ABS
240 V AC
0.02A
4VA
24VAC
0.20A
4VA
50Hz
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