1
English
Application
Operation is possible in conjunction with:
•
Pressurized storage heaters
Operation is
not
possible with:
•
Low-pressure storage heaters (displacement water heaters)
Specifications
•
Max. flow:
8.3 L/min or 2.2 gpm/ 60 psi
GROHE EcoJoy
5.7 L/min or 1.5 gpm/ 60 psi
•
Flow pressure
- min.
7.25 psi
- recommended
14.5 - 72.5 psi
- greater than 72.5 psi, fit pressure reducing valve
•
Max. operating pressure
145 psi
•
Test pressure
232 psi
•
Temperature
- max. (hot water inlet)
176
°
F
•
Water connection: cold - RH hot - LH
•
Deck thickness max.
2 3/8"
•
Non reversible cartridge
Notes:
- Major pressure differences between cold and hot water supply
should be avoided.
- To be installed according to local codes and regulations.
- This faucet is not intended for the use with portable appliances.
Installation
Flush piping system prior and after installation of faucet
thoroughly!
Mount sink faucet,
see fold-out page III, fig. [1].
Refer to the dimensional drawing on fold-out page I.
Feed the spray hose (A) through the faucet body from above, see
fig. [1].
Note:
If brace (B) is omitted, deck thickness can be increased by 1 3/4" to
a total of 2 3/8".
Connect sink faucet,
see figs. [1] and [2].
- Cold water connection (marked blue)
= right
- Hot water connection (marked red)
= left
Avoid cross connection. The cartridge is not reversible.
Connect the spray hose (A),
see fig. [3].
1. Connect the handspray (C) without using any additional seals.
2. Fit one side of the stop (D) and spring (E) over the spray
hose (A) from below.
3. Pass the end of the spray hose (A) through the other hole in the
stop (D).
4. Install the snap coupling (G) on the end of the spray hose (A) and
tighten by hand.
5. Push the sleeve (J) of the snap coupling (G) downwards and fit
the coupling to the union (K).
To ensure that the handspray (C) is correctly seated when inserted,
lug (L) and (M) on the outlet must engage in recess on the
handspray.
Open cold and hot-water supply and check connections for
leakage!
Operation
1. Lever,
see fig. [4].
Slide lever to right
= open (water flow)
Slide lever to left
= closed
Slide lever towards front
= cold water
Slide lever towards back
= hot water
2. Handspray,
see fig. [5].
Slide lever to right (faucet open). The water will always emerge first
from the aerator.
Diverter button:
Turning off the faucet automatically diverts the water flow from
handspray to aerator.
Flow rate limiter
This faucet is fitted out with a flow rate limiter, permitting an
infinitely individual variable reduction of the flow rate. The highest
possible flow rate is set by the plant before despatch.
The use of flow rate limiters in combination with hydraulic
instantaneous water heaters is not recommended.
To activate see “Replacing the cartridge” point 1 to 4,
figs. [6] and [7].
Maintenance
Inspect and clean all parts, replace as necessary and grease with
special grease.
Shut off cold and hot water supply!
I. Replacing the cartridge,
see fold-out page III, fig. [6].
1. Lever out plug (N).
2. Loosen set screw (O) using a 3mm allen wrench.
3. Pull off lever (P).
4. Unscrew cap (R).
5. Turn out screwing (S) with wrench 32mm.
6. Change the complete cartridge (T).
Assemble in reverse order.
Observe the correct installation position!
Make sure that the cartridge seals engage in the grooves and the
locating pins at the base of the cartridge slot into the apertures on
the housing.
Screw in and tighten screwing (S).
II. Strainer and rose,
see fold-out page III, fig. [8].
1. Unscrew handspray (C) and remove non-return valve (U).
2. Pull out ring (V) and unscrew rose (W) by using wrench (X).
3. Clean strainer (Y) and rose (W).
4. With SpeedClean nozzles simply rub fingers over rose to remove
limescale.
We guarantee that the SpeedClean nozzles will function
unchanged for a period of five years.
Assemble in reverse order.
Replacement parts,
see fold-out page II ( * = special accessories).
Care
Instructions for care of this faucet will be found in the Limited
Warranty supplement.
Press
Press
= switches from spray to aerator flow
= switches to spray flow
