Homa KX...H series, Оригинальное руководство пользователя

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EngliSH | 33
No. 3 Ph 3 Ph Ex
1 Typ description Typ description
2 Serial number Serial number
3 Impeller diameter Impeller diameter
4
Temperature of medium Temperature of medium
5 Immersion depth Immersion depth
6 Weight Weight
7 Hmax (delivery head max) Hmax (delivery head max)
8 Hmin (delivery head min) Hmin (delivery head min)
9 Qmax (delivery volume max) Qmax (delivery volume max)
10 Standard Standard
11 Construction product test lab Construction product test lab
12a Year type test Year type test
12b Declaration of performance Declaration of performance
13 Build year Build year
14 Motor type Motor type
15 IE Marking IE Marking
16 Frequency Frequency
17 Voltage - 3Phase Voltage - 3Phase
18 Nominal current - 3Phase Nominal current - 3Phase
19 Motor RPM Motor RPM
20 Voltage - Star Connection Voltage - Star Connection
21
Nominal current Star
connection Nominal current Star
connection
22 Insulation class Insulation class
23 Power P1 Power P1
24 Cos phi Cos phi
25 Protection class Protection class
26 Power P2 Power P2
27 Operating class Operating class
28 Text field sales Ex-certification number
29 Ex-test lab
30 Ex-Designation
31 Ex-i- power circuit details
32 Text field sales
The rated (nominal) values can be found on the type plate.
Nominal input data relate to:
•
an ambient temperature of -20 °C to 40 °C
• maximum temperature of the medium 40 °C
• continuous operation S1 and
• rated supply voltage
The connecting cables are designed for rated operation
where they are:
•
separately routed,
• permanently submerged and/or attached to surfaces
and/or passing through air, and
• at a maximum ambient temperature of 40 °C
If the routing and/or ambient temperature of the connect-
ing cables differs from this, the standards and regulations
applicable at the installation site must be observed. If the
type of operation and/or rated power supply is different,
the tolerances specified in EN 60034 must be observed
and the installation adjusted in accordance with the stan-
dards and regulations applicable at the installation site.
Note:
Conditions at the installation site must conform to all de-
tails on the rating plate.
In the case of uncertainty, the manufacturer must be con-
sulted before commissioning.
3.3.2. Motor
The three-phase asynchronous motor is made from sheet
metal with a double-varnished winding wire as well as the
motor shaft with rotor package. The power supply cable is
designed for the maximum mechanical load and is sealed
against water pressure from the pumped liquid. The mo-
tor cable lead connections are sealed from the pumped
liquid as well. The bearings used are permanently lubricat-
ed maintenance-free antifriction bearings.
All models are available with explosion proof motors ac-
cording to ATEX Ex II 2 G EExd.
General motor data
Service factor 1.15
Operating mode S1
Insulation class H (180°C)
Degree of protection IP68
Cable length 10 m
Rotor shaft seal Silicon-carbide / Silicon-carbide
Mechanical shaft seal Silicon-carbide / Silicon-carbide
Bearing
one grooved ball bearing (above),
two angular ball bearing (below)
3.3.3. Control devices
The pump is equipped with various safety and control
devices:
Motortype Motorversion
H... Temperature monitoring in the winding (only 50Hz)
H.../C(S) Temperature monitoring in the winding, Oil chamber
seal conditions sensor (&stator room)
HU...(S) Fully submerged motor, Temperature monitoring in the
winding, Oil chamber seal conditions sensor
(&stator room)
HL...(S) Fully submerged motor, closed liquid cooling, Tempe-
rature monitoring in the winding, Seal probe leakage
chamber (&stator room)
H...EX Temperature monitoring in the winding, Explosion
proof (only 50Hz)
H.../C(S) EX Temperature monitoring in the winding, Oil chamber
seal conditions sensor and motor connecting chamber
(&stator room), Explosion proof
HU...(S) EX Fully submerged motor, Temperature monitoring in the
winding, Oil chamber seal conditions sensor
(&stator room), Explosion proof
HL...(S) EX Fully submerged motor, closed liquid cooling,
Temperature monitoring in the winding, Seal probe
leakage chamber (&stator room), Explosion proof
Temperature Sensors
All pumps have a set of temperature sensors built in the
stator windings. The contact of these sensors opens in
case of overtemperature and switches off the motor pow-
er supply.
Standard models have the sensors connected to the mo-
tor power supply cable the wire ends marked T1 and T3.