Control Devices - Homa GRP16 Betriebsanleitung

No. 1 Ph
1 Type description
2 Serial number
3 Impeller diameter
4 Temperature of medium
5 Immersion depth
6 Weight
7 Hmax (delivery head max)
8 Hmin (delivery head min)
9 Qmax (delivery volume max)
10 Standard
11 Construction product
regulations-test lab
12a Year type test
12b Declaration of performance
13 Build year
14 Motor type
15 IE Marking
16 Frequency
17 Voltage
18 Nominal current
19 Motor RPM
20 Power P1
21 Cos phi
22 Insulation class
23 Power P2
24 Start condenser
25 Operating condenser
26 Protection class
27 Operating class
28 Text field sales
29
30
31
32
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 motor cable lead connections are sealed from the
pumped liquid as well. The bearings used are permanently lubricated maintenance-free antifriction bearings.
All models are available with explosion proof motors according to ATEX Ex II 2 G EExd.
General Motor data
Service factor
Operating mode
Insulation class
Degree of protection
Cable length
Rotor shaft seal
Mechanical shaft seal
Bearing

3.3.3. Control devices

The pump is equipped with various safety and control devices:
Motor Version
C... Temperature monitoring in the winding
C.../C Temperature monitoring in the winding, Oil chamber seal conditions sensor
C...EX Temperature monitoring in the winding, Explosion proof
C.../C EX Temperature monitoring in the winding, Oil chamber seal conditions sensor, Explosion proof
D... Temperature monitoring in the winding
D.../C Temperature monitoring in the winding, Oil chamber seal conditions sensor
D...EX Temperature monitoring in the winding, Explosion proof
D.../C EX Temperature monitoring in the winding, Oil chamber seal conditions sensor, Explosion proof
...A...
Automatic level control
1 Ph Ex
Type description
Serial number
Impeller diameter
Temperature of medium
Immersion depth
Weight
Hmax (delivery head max)
Hmin (delivery head min)
Qmax (delivery volume max)
Standard
Construction product
regulations-test lab
Year type test
Declaration of performance
Build year
Motor type
IE-Marking
Frequency
Voltage
Nominal current
Motor RPM
Power P1
Cos phi
Insulation class
Power P2
Start condenser
Operating condenser
Protection class
Operating class
Ex-certification number
Ex-test lab
Ex-Designation
Ex-i- power circuit details
Text field sales
1.15
S1
H (180°C)
IP68
10 m
Silicon-carbide / Silicon-carbide
Silicon-carbide / Silicon-carbide
One grooved ball bearing (above), double-row type angular ball bearing (below)
46
3 Ph
Type description
Serial number
Impeller diameter
Temperature of medium
Immersion depth
Weight
Hmax (delivery head max)
Hmin (delivery head min)
Qmax (delivery volume max)
Standard
Construction product
regulations-test lab
Year type test
Declaration of performance
Build year
Motor type
IE-Marking
Frequency
Voltage – 3-phase
Nominal current 3-phase
Motor RPM
Voltage – Star connection
Nominal current Star connection
Insulation class
Power P1
Cos phi
Protection class
Power P2
Operating class
Text field sales
3 Ph Ex
Type description
Serial number
Impeller diameter
Temperature of medium
Immersion depth
Weight
Hmax (delivery head max)
Hmin (delivery head min)
Qmax (delivery volume max)
Standard
Construction product
regulations-test lab
Year type test
Declaration of performance
Build year
Motor type
IE-Marking
Frequency
Voltage – 3-phase
Nominal current 3-phase
Motor RPM
Voltage - Star connection
Nominal current Star connection
Insulation class
Power P1
Cos phi
Protection class
Power P2
Operating class
Ex-certification number
Ex-test lab
Ex-Designation
Ex-i- power circuit details
Text field sales