Priorities During Operation Of Pump, Plr, Lon, Ir Monitor; Factory Settings; Installation; Assembly - Wilo Veroline IP-E Notice De Montage Et De Mise En Service

ENGLISH
7.5 Priorities during operation of pump, PLR, LON,
IR monitor
The highest priority goes to displaying errors (menu 18) incl. their
acknowledgement. This means that errors take precedence on the
pump's display and that they must be acknowledged and removed.
If settings are made on the E module or from the IR monitor and not
confirmed, the setting will return to the previous position 30 s after
the last entry.
Pump – PLR: When a command is received from the building
m n
management system the pump automatically switches to PLR
mode. All settings are made via the PLR interface.
in the display. The control system ∆ p-c (
automatically set. The pump is blocked and cannot be operated.
Ext.off and error acknowledgement are still active. Restricted
menu operation, see menu
Pump – IR: The last command, whether from the IR monitor or
m n
x
the E module, is stored by the pump.
Pump – PLR/LON –
m n m n
x
gives priority to the settings on the PLR/LON. The PLR/LON set-
tings can be interrupted by the IR monitor. Settings can then be
made via the IR monitor or the E module. The connection to the
PLR/LON is re-established 5 min after the last setting made via
the IR monitor. During the interruption
the display.
Pump – LON: When a command is received from the building
m n
management system the pump automatically switches to LON
mode. All settings are made via the LON interface.
appears in the display. The pump is blocked and cannot be
operated. Ext.off and error acknowledgement are still active.
Restricted menu operation, see menu

7.6 Factory settings

Via the IR monitor it is possible to overwrite all settings and to
restore the factory settings of the pump.
8

Installation

Installation and commissioning by qualified staff only

8.1 Assembly

Before installing the pump make sure that all welding and solde-
x
ring has been completed and the pipe system flushed out, if
necessary. Dirt can have an adverse effect on the functioning of
the pump.
Standard pumps must be installed in a frost/dust-free, well-aired
x
and non-explosive environment, suitably protected against
weather conditions.
The pump must be installed in a readily accessible place to facili-
x
tate inspection and maintenance (e.g. mechanical seal) or repla-
cement. The flow of air to the heat sink of the electronic module
must not be restricted.
A hook or an eye with appropriate load-bearing capability (total
x
weight of pump: see catalogue / data sheet) must be fitted
directly above the pump, to which lifting gear or similar equip-
ment may be attached when maintaining or repairing the pump.
Lifting eyes on the motor must only be used to sup-
CAUTION!
port the motor and not the entire pump.
The pump must be lifted using authorised load suspension
x
equipment (see chapter 3).
Minimum axial distance between a wall and the motor fan cowl:
x
free space of min. 200 mm + l of fan cowl.
Shut-off devices should, as a rule, be mounted on the front and
x
back of the pump so as to avoid having to drain the entire unit
when inspecting or changing the pump.
There should be no mechanical strain between the pipeline and
x
the pump. The pipeline must be fixed so that the pump is not
supporting the weight of the pipes.
The vent valve (Fig. 9, 10, pos. 8.2) must always point upwards.
x
Any installation position is permitted except for "motor down-
x
wards". No motor support is required (see Fig. 7, 8).
The electronic module must not point downwards. If necessary, the
motor can be rotated after loosening the hexagon bolts.
44
) is
X
.
16
IR: With this configuration the pump
disappears from
X
.
16
After loosening the hexagon bolts the differential
CAUTION!
pressure only remains fastened to the pressure
gauge lines. When rotating the motor housing
ensure that the pressure gauge lines are not bent or
buckled.
The flow direction must correspond to the directional arrow on
x
the pump housing flange.
When sucking from a tank ensure that there is
CAUTION!
always a sufficiently high liquid level above the suc-
tion part to avoid dry-running of the pump. The
appears
minimum inlet pressure must be observed.
If the pump is used in air-conditioning or refrigeration units, the
x
condensate in the lantern can be drained off selectively via exi-
sting bore holes.
In insulated units, only the pump housing (Fig. 9, 10,
CAUTION!
pos. 3) may be insulated, not the lantern and the
motor.

8.2 Electrical connections

Electrical connection must be carried out by an electri-
cal installer authorised by the local power supply com-
pany in accordance with the applicable local regulations
(e.g. VDE regulations). The motor may only be operated
in combination with a frequency converter. The fre-
quency converter may only be used in combination with
this motor.
According to Part 105 of VDE 0160, the electrical connection
x
must be made by a solid wire (min. 4 x 1.5 mm
equipped with a plug or an all-pole switch. The width of the con-
tact gap must be at least 3 mm. The cable must be fed through
cable gland M 25.
To guarantee protection against dripping water and for strain
x
relief of the gland, cables with an adequate outer diameter shall
be used. The cables should be screwed sufficiently tight. In addi-
tion, cables positioned near the gland must be formed into a sort
of discharge hose in order to carry drops of water away from the
gland. Glands which are not used must be closed using the plugs
provided by the manufacturer.
The supply cable must be laid in such a way that it never touches
x
the pipework and/or the pump and motor casing.
This pump is equipped with a frequency converter and must not
x
be protected with an FI safety switch. Frequency converters can
affect the function of FI safety switches.
Exception: Selective, all-current sensitive FI safety switches may
be used.
Designation: FI
Tripping current: 30mA
Check mains current and voltage,
x
Observe pump rating plate data,
x
Check that the mains current and voltage comply with the data
on the rating plate.
Mains protection: max. permissible 25 A, observe rating plate
x
data.
Required tripping characteristic of the fuses: B
CAUTION!
Pump/unit must be earthed in compliance with regulations.
x
Assignment of terminals: (see Figure 2)
L1, L2, L3:
Mains voltage:
PE (identified with
IN1 – 0 ... 10 V (1) (can be set to 2-10V; 0-20mA; 4-20mA),
x
see section 7.2.
IN2 – 0 ... 10 V (2) (can be set to 2-10V; 0-20mA; 4-20mA),
x
see section 7.2.
l –
GND 2): Bonding posts for input 0...10 V and 4...20 mA.
x
+ 24 V (3) (output): Direct voltage for an ext. load/transmitter.
x
Max. load 60 mA. The voltage is short-circuit-proof.
Do not connect an external voltage, as this could
CAUTION!
destroy the module.
aux.:
x
No function. Not used.
Differential pressure sensor connection:
x
already factory-connected via cable gland M12, via (1), (2), (3) in
accordance with the sensor cable designations (1,2,3).
three-phase current 3 ~ 400 Vac, 50 Hz, IEC 38.
three-phase current 3 ~ 380 Vac, 60 Hz, IEC 38
)
2 , max. 4 x 4 mm 2 )