Vivreau Extra I-Tap User manual

Extra I-Tap
Installation Guide

Step 1 — Unpack the device and inspect the parts
• To unpack the device, pull the packaging upwards.
• Check for completeness of the installation kit and accessories.
Which are in the upper part of the box.
Step 2 — Examination installation environment
• Check the installation site. Are the pre-requirements available? 1/2” water supply female
threaded, power outlet, countertop hole and CO2

Step 3 —Insert drip tray
• Apply clear silicon to the bottom edge of the drip tray.
• Insert drip tray with drain hose (image 1) and press on.
• Remove excess sealant.
• Bend the fastening tabs on the underside of the drip tray.
Step 4 — Fasten the tap
• Insert the tap with hoses and data cable into the borehole (image 1).
• Screw the threaded sleeve into the tap until it protrudes at least 4 cm from the worktop.
• First slide on the triangular pressure plate and then the washer from below. Then screw on the
fastening nut and hand-tighten.
• Align the tap so that the outlet is centered over the drip tray.
• Tighten the fastening nut and secure with the 3 screws.

Step 5 — Guide the data cable through the ferrite ring
• Guide the data cable through the ferrite ring
and wrap it around the ferrite ring a total of 2
times.
• The ferrite ring should be positioned as high
as possible in front of the threaded sleeve of
the tap.
Step 6 — Water connection concept
• Make the connections at the customer water supply, water block and lter head.

Step 7 — Connection concept
• The water connection concept must already be implemented as described above.
• Important: : When attaching the lter head, there should be enough distance from the lter head to
the worktop so that the head of the lter can be changed if necessary.
• Please note: The CO2 pressure reducer must be set to 65-70psi
• Note: The power cable is provided with a pull-o protection (required for approval reasons). To
remove the cable, the red pin must be pulled.
• In the present example, the water pressure regulator is integrated in the base cabinet as a space-
saving concept. (see second photo)
• The next step is to pull the insulation onto the water hose, which is attached directly before and after
the lter. The cap on the hose prevents dirt from getting into the device.
• Attach the CO2 strap to secure the CO2 bottle in the base cabinet.
• Check whether the water is draining correctly from the drip tray.

Open / close the I-Tap housing Instructions*
• Switch o the device using the power switch.
• First disconnect the power plug from the socket
and then from the device.
• To do this, push the red snap-in hooks (pull-out
protection) to the rear.
Step 1— Establish a stress-free state
• Open the housing (instructions below)*
• Check the device for possible leaks.
Step 8— Remove sidewalls

• The left side wall can be dismantled individually. The right side wall is a component together with the
upper part of the housing.
• For most activities it is sucient to dismantle the left side wall.
• Remove left side wall: remove 2 screws on the front left (Fig. 1) and 2 screws on the side (Fig. 2).
• Remove right side wall / upper part: remove 2 screws at the front right (picture 1) and 2 screws at the
rear.
• The 4 screws on the cover do not have to be removed completely. It is enough to loosen them
(image 3).
• Remove the housing part.
Step 2 — Remove sidewalls
• The housing is closed in reverse order.
• If all housing parts have been removed, the upper part / right side should be installed rst and then
the left housing part.
Step 3 — Close the housing
• Loosen 4 screws . Carefully loosen the last screw
and hold the HMI housing tight. Then loosen the
connector of the HMI and remove the HMI with the
housing.
Step 4 — Disassembly of the HMI housing

• Loosen 4 screws.
• When installing , make sure that the hood is
pushed all the way down. There should be no
gap between the scoop and the oor of the
base unit.
Step 5 — Dismantling the hood

Step 9 — For devices with the Hygiene Plus option
• The SX3 hygiene lter is enclosed separately
on delivery. The point at which this is later
used is bridged with a piece of hose. The
SX3 lter is only used in the course of the
cleaning program (step 8)!
• On delivery, both connections of the lter are
closed with plugs. If these are missing, the
lter must not be used. The caps must be
removed before installation.
Step 10 — Chemical cleaning
• For better accessibility, it is recommended to position the cooler as far forward as possible.
• When connecting the hoses, angle connectors should preferably be used.
• IMPORTANT: The hose from the cooler to the tap should be shortened as much as possible.
• Connect the water, CO 2 and voltage supply lines to the cooler.
• To connect the RJ45 connector, the sheet metal cover must rst be removed. This serves as a splash
guard and must be reinstalled . Firmly insert the plug and carefully mount the cover. If the connection
is poor, the error E326 is output.
• The RJ45 plugs are plugged in as follows: The tap cable into the right socket of the cooler (labeled
Tap) Accessories (waste water container, EAP) are plugged into the left socket of the cooler.

Step 12 — Chemical cleaning
• Carry out cleaning via the menu. Instructions outlined in the next 6 pages.
• During the exposure time, the drip tray can be removed and cleaned.
• In the course of rinsing after cleaning, the water ow can already be measured and adjusted using
the compensators (see next step).
• When rinsing, water is dispensed for 30 seconds; multiply this amount by a factor of 2.
Step 11 — Adjust the tap spout
• Adjust the spout of the tap so that the water jet runs vertically down to the center of the drip tray.
• Use a suitable and disinfected tool for this.

Dry cleaning Top Pro & Extra I-Tap with
Iodophore USA Only or Huwa-San Canada Only
• During the entire cleaning process, it must be ensured that no drinking water is drawn o. If the
housing is open, the device must be protected against access. Caution! Danger to life in the event of
electric shock by touching live parts!
• Use appropriate safety gloves according to EN 374, safety glasses with side protection and suitable
work clothes.
• Attach the Do not Use sign.
• The device can not be operated with the Easy Access Panel in the cleaning program.
Step 1— Preparations
Step 2 — Start of the integrated cleaning program
• Open case; remove the right housing cover
• Start the cleaning program via the service menu. The following steps in these instructions contain
additional information or point out important points in the cleaning program.
• Enter the Admin mode on the front screen by entering the Service PIN: 0112
• Follow the instructions on the screen

Step 3 — only with Hygiene Plus: insert a new SX3 lter
• Not relevant for devices without the Hygiene Plus option.
• Insertion of the new SX3 lter. It is essential to wear clean gloves because a sterile lter. The
connectors are sprayed with alcohol-based disinfectant
• On delivery, both connections of the lter are closed with plugs. If these are missing, the lter must
not be used. The caps must be removed before installation.
Step 4 — only with Hygiene Plus: insert a new SX3 lter
• Check the expiry date of the cleaning agent. Expired cleaning agent must not be used.
• Put cleaning agent in the service cartridge.
• USAWhen using Iodophor add 2ml of the chemical to a 500ml service cartridge
• CanadaWhen using Huwa-San, add 80ml of the chemical to a 500ml service cartridge.

Step 5 — Service cartridge insert
• Cold water lter Pull cartridge out of lter head.
• Insert new input lter.
• Disconnect the line to the device and place it in a container / bucket.
• Open H2O and rinse the lter with water according to the manufacturer‘s instructions (Clarity button 1L).
• Close H2O. Reconnect the line to the device.
• Use service cartridge lled with cleaning agent.
• Open the water supply.

Step 6 — Rinse in detergent
• If the lling process of the carbonator cannot be completed due to high counter pressure, pull the
safety valve (Fig. 1). Use a cloth to absorb any splashing water.
• Draw o the respective types of water as specied by the cleaning program (rst still and still chilled,
then sparkling). End the dispensing process with Next.
• Draw 100 mL sparkling drinks and 50 mL still chilled and still unrefrigerated.
• The tapping process can be interrupted and continued at any time with Pause or Run.
• Put up the information sign. Now let the cleaning agent act for 10 minutes.
• During the entire cleaning process, it must be ensured that no drinking water is drawn o. If the
housing is open, the device must be protected against access. Caution! Danger to life in the event of
electric shock by touching live parts!
Step 7 — Empty the carbonator
• Open the CO2 supply line.
• Close the water supply.
• Tap the soda until only CO2 escapes.

Step 8 — Empty the carbonator
• Remove the service cartridge and insert a new pre-rinsed cold water lter cartridge.
• Open the water supply.
• Place a vessel under the outlet. The cleaning program carries out rinses for all types of water.
The carbonator is completely ooded (overpressure valve must be pulled).
• When rinsing, the water types are changed several times. Due to the short stagnation, residues
of the cleaning solution are released from dead corners.
• The cleaning program from rmware 2.2.9 species 2 rinsing cycles.
• Flush volume sparkling 10 L (2 x 5 L), chilled 5 L (2 x 2.5 L), still 5 L (2 x 2.5 L).
Step 9 — Rinse out cleaning agent

Step 10 — Set the ow pattern on the compensator if the ow is
too fast or too slow
• Set the ow diagram of the compensator.
Instructions starting on the next page.
• Close the housing.
Step 11 — Ensure operation
• Ensure trouble-free operation through
functional test.
• Reset lter capacity (menu Administration -
Filter - Reset lter (cold water), see gure 1.
• Clean the working environment, remove
the Maintenance sign.

• Set the CO2 pressure to 65 psi
• Draw o the sparkling water and measure the ow rate per minute. This must be less than 1.7 l / min.
If the ow rate is too high, turn the lower adjusting screw in slightly and measure the ow rate again.
Repeat this until the ow rate is between 1.6 and 1.7 l / min.
• If the value cannot be reached because the water inlet pressure is too low, the highest possible value
must be set and this must be taken into account in the subsequent setting.
• Draw o still (chilled or uncooled) water and measure the ow rate per minute. In principle, this
should be a little lower than with soda. Setpoint 1.5-1.6 l / min. Adjustment is made using the upper
adjusting screw.
• Draw o the medium water and check the visual appearance of the water. If the water appears milky,
screw in the upper adjusting screw slightly and check again.
• The jet pattern of the water jet can now be adjusted by slightly turning the needle valve (Fig. 2). To
adjust, loosen the lock nut and then tighten it again.
• If these settings do not lead to an optimal spray pattern, reset the compensator and needle valve to
the basic settings (see next step) and carry out the setting again as described above.
Step 1 — Setting ow diagram
Setting the Flow Diagram