Grundfos SMG.09.55 Operating instructions

SMG
50/60 Hz DIN/ANSI
Service instructions
GRUNDFOS INSTRUCTIONS

SMG
English (GB)
Service instructions ........................................................................4
3
Table of contents

English (GB) Service instructions
Original service instructions
Table of contents
1. Symbols used in this document ................4
2. Identification .............................5
2.1 Nameplate...............................5
2.2 Type key ................................6
3. Tools ..................................6
4. Torques and lubricants ......................7
5. Oil types and quantity .......................8
6. Dismantling and assembling the product ..........8
6.1 General information .........................8
6.2 Dismantling the product.......................8
6.3 Assembling the product ......................10
7. Testing the AL05 Ex leakage sensor.............11
8. Winding resistance and stator sizes.............12
9. Sectional drawings........................13
9.1 SMG.09.xx - SMG.40.xx [DIN] / SMG.12.xx - 55.xx
[ANSI] ................................13
9.2 SMG.48.xx - 120.xx [DIN] / SMG.75.xx - 160.xx [ANSI] ..14
9.3 SMG.140.xx - 180.xx [DIN] / SMG.220.xx [ANSI] ......15
10. Exploded drawings........................16
10.1 SMG.09.xx - 40.xx [DIN] / SMG.12.xx - 55.xx [ANSI] ....16
10.2 SMG.48.xx - 120.xx [DIN] / SMG.75.xx - 160.xx [ANSI] ..17
10.3 SMG.140.xx - 180.xx [DIN] / SMG.220.xx [ANSI] ......18
11. Document quality feedback ..................19
1. Symbols used in this document
Warning
If these safety instructions are not observed, it may result
in personal injury.
Warning
These instructions must be observed for explosion-proof
pumps. We recommend that you also follow these
instructions for standard pumps.
Caution If these safety instructions are not observed, it may result
in malfunction or damage to the equipment.
Note Notes or instructions that make the job easier and ensure
safe operation.
4
English (GB)

2. Identification
This section shows the nameplate, the type key and the codes that
can appear in the variant code.
As codes can be combined, a code position may contain
more than one code (letter).
2.1 Nameplate
PN mm
Weight
Cos. Ф S.F.
U
Pol Hz
P.c.
IStart
kW
IPm T
V
nN
Ins.class
Type
DK-8850 Bjerringbro, Denmark
P3
IN
P1/P2
99564189
Made in Hungary
15 1114 13 12
1
2 3 54 6
18
17
16
19
8
9
10
7
a
U.K. Importer: Grundfos Pumps ltd.
Grovebury Road Leighton Buzzard
Bedfordshire LU74TL
TM062588
Nameplate
Pos. Description
1 Type designation
2 Product number and serial number
3 Liquid temperature range
4 Production site
5 Enclosure class according to IEC
6 Propeller diameter
7 Insulation class
8 Rated voltage
9 Rated speed, propeller
10 Weight
11 Starting current
12 Frequency
13 Safety factor
14 Number of poles
15 Rated current
16 Power factor
17 Motor power P1/P2
18 Production code
19 Maximum installation depth
5
English (GB)

2.2 Type key
50 and 60 Hz
Example: SMG.15.55.342.Ex.5.1B.
Code Explanation
SType range
SMG
MVersion
Mixer
G
D
Drive
Gear-driven
Direct-driven
P2
15
Motor output power P2
Code from type designation/10 [kW]
1.5 kW
55 Propeller diameter
55 cm
[-] Applications
All applications
342 Propeller speed
342 min-1
[-]
Ex
Explosion protection
Non-explosion-proof
Explosion-proof
5
6
Frequency
50 Hz
60 Hz
0B
1B
0K
1K
0P
1P
0Z
1Z
Supply voltage and starting method
400-415 V, DOL
400-415 V, Y/D
380 V, DOL
380 V, Y/D
440-480 V, DOL
440-480 V, Y/D
Special, DOL
Special, Y/D
[-]
A
B
Generation
First generation
Second generation
Third generation
60 Hz ANSI
Example: SMG.55.25.396.6.0P.
Code Explanation
SType range
SMG
MVersion
Mixer
GDrive
Gear-driven
P2
55
Motor output power P2
Code from type designation/10 [hp]
5.5 hp
25 Propeller diameter
25 inches
[-] Applications
All applications
396 Propeller speed
396 rpm
[-]
Ex
Explosion protection
Non-explosion-proof
Explosion-proof
6Frequency
60 Hz
0P
1P
0Z
1Z
Supply voltage and starting method
440-480 V, DOL
440-480 V, Y/D
Special, DOL
Special, Y/D
[-]
A
B
Generation
First generation
Second generation
Third generation
3. Tools
Description Gear-driven mixers Product number
Socket
TMFS6 Propeller SMG.09-40
SMG.12-55
50/60 Hz SI
60 Hz ANSI 95035457
TMFS7 Bearings in gear head SMG.09-40
SMG.12-55
50/60 Hz SI
60 Hz ANSI 95035458
TMFS8 Propeller SMG.48-120
SMG.75-160
50/60 Hz SI
60 Hz ANSI 96257444
TMFS9 Bearings in gear head SMG.48-120
SMG.75-160
50/60 Hz SI
60 Hz ANSI 95035454
TMFS10 Propeller SMG.140-180
SMG.220
50/60 Hz SI
60 Hz ANSI 95035455
TMFS12 Bearings in gear head SMG.140-180
SMG.220
50/60 Hz SI
60 Hz ANSI 95035456
TMFT 36 Bearing-fitting tool kit All 97905585
6
English (GB)

4. Torques and lubricants
Pos. Description Quantity Dimensions Torque Lubricant
[Nm] [ft-lbs]
1008 Screw
M6
M8
M10
M12
M16
8.8
21.4
44
74
183
6.5
15.8
32.5
54.6
135
Loctite 243
1020 Motor flange 1 Loctite MR 5923
1021 Screw By hand
1022 O-ring 2 Loctite MR 5923
1023 Terminal box cover 1 Loctite MR 5923
1024 Screw
M6
M8
M10
M12
M16
8.8
21.4
44
74
183
6.5
15.8
32.5
54.6
135
Loctite 243
1025 O-ring 1 Loctite MR 5923
1028 Screw By hand
1041 Screw 1
M6
M8
M10
M12
M16
8.8
21.4
44
74
183
6.5
15.8
32.5
54.6
135
Loctite 511
1044 Screw By hand
1049 Water-in-oil sensor 1 Loctite 511
1052 Plug 1 8 6 PTFE tape
1064 Screw
M4
M5
M6
M8
M10
M12
M16
3
5.9
10
25
49
85
210
2.2
4.4
7.4
18.4
36.1
62.7
154.9
Loctite 243
1090 Slotted nut 1 70 51.6
1097 Wear ring 1 Loctite 648
1098 Shaft seal Stationary part Outside Soapy water or cream
Seal face Loctite 7063
Rotating part Inside Soapy water or cream
1099 Screw
M6
M8
M10
M12
M16
8.8
21.4
44
74
183
6.5
15.8
32.5
54.6
135
Loctite 243
1102 Plug By hand PTFE tape
1104 Lip seal Outside and inside Shell Cassida grease
1106 Slotted nut 70 51.6
1111 Screw
M6
M8
M10
M12
M16
8.8
21.4
44
74
183
6.5
15.8
32.5
54.6
135
Loctite 511
1158 Nut 30 22.1
7
English (GB)

5. Oil types and quantity
50/60 Hz DIN
Type
Gear casing
[l]
ISO VG 68
SMG.09-40.xx 1.2
SMG.48-120.xx 2.5
SMG.140-180.xx 4.0
60 Hz ANSI
Type
Gear casing
[fl oz]
ISO VG 68
SMG.12-55.xx 40.6
SMG.75-160.xx 84.5
SMG.220.xx 135
6. Dismantling and assembling the product
WARNING
Before starting service work, remove the fuses or switch
off the power supply. Make sure that the power supply
cannot be accidentally switched on.
Disconnect the power supply cable in accordance with
local regulations.
Make sure that all rotating parts have stopped moving.
WARNING
All regulations applying to mixers or flowmakers installed
in potentially explosive environments must be observed.
Make sure that no work is carried out in potentially
explosive environment.
Before starting any work on mixers or flowmakers used in liquids
which could constitute a hazard to health, carry out thorough
cleaning and venting of mixer or flowmaker, tank, etc. according to
local regulations.
Spare parts
Replace defective parts by new parts. Motor parts must not be
reconditioned by machining, retapping, welding, etc.
6.1 General information
Position numbers of parts (digits) refer to sections Sectional
drawings and Exploded drawings.
Before assembling the product
• Clean and check all parts.
• Replace defective parts by new parts.
• Order the necessary service kits.
• Always replace gaskets and O-rings.
During assembly
• Lubricate and tighten screws and nuts according to section
4. Torques and lubricants.
Related information
4. Torques and lubricants
6.2 Dismantling the product
6.2.1 Propeller
1. Remove the plug (pos. 1102).
2. Remove the plug (pos. 1101) and drain the oil into a suitable
container.
3. Remove the screw (pos. 1111), the washer (pos. 1110), the hub
cover (pos. 1109) and the O-ring (pos. 1108).
4. Remove the outer slotted nut (pos. 1106) with a suitable tool.
5. Remove the inner slotted nut (pos. 1106).
6. Gently tap on the back of the propeller with a plastic hammer to
remove it from the shaft.
8
English (GB)

6.2.2 Sealing system of propeller hub and gear casing
1. Remove the lip seals (pos. 1104) from the inside of the hub.
2. Remove the key (pos. 1105) from the shaft.
Caution Take care not to damage the surface of the wear ring.
3. Remove the rotating shaft seal part (pos. 1098) from the gear
shaft (pos. 1093).
4. Gently tap on the side of the wear ring to remove it from the
gear casing.
5. Remove the stationary shaft seal part (pos. 1098) from the wear
ring.
6. Remove the intermediate ring (pos. 1095) from the wear ring.
Note
These pumps have no intermediate ring:
SMG.48.xx - 120.xx [DIN]
SMG.75.xx - 160.xx [ANSI].
6.2.3 Motor and cable
1. Place the motor in horizontal position with the terminal box
upwards.
2. Remove the screws (pos. 1024).
3. Cut with a knife along the terminal box cover (pos. 1023) to
protect the paint.
4. Remove the terminal box cover and the O-ring (pos. 1025).
5. Write down the numbers on the wires to ensure correct
connection.
6. Disconnect the cable conductors from the motor windings
including the screw (pos. 1028).
7. Remove the cable relief (pos. 1009) from the cable (pos. 1001).
8. Cut with a knife between the terminal box and the cable flange
(pos. 1002) to protect the paint.
9. Remove the screws (pos. 1008), the cable flange (pos. 1002)
and the cable (pos. 1001).
10. Remove the small cable seal (pos. 1006), the thrust washer
(pos. 1005), the large cable seal (pos. 1004), the cable guide
(pos. 1003) and the cable flange (pos. 1002) with the O-ring
(pos. 1007).
11. Place the motor in vertical position with the shaft upwards.
12. Remove the screws (pos. 1021).
13. Cut with a knife between the motor flange (pos. 1020) and the
motor housing (pos. 1017) to protect the paint.
14. Screw two screws into the threaded holes of the motor flange to
separate the motor flange and motor housing.
15. Remove the motor flange with rotor (pos. 1019) from the motor
housing.
Note Take care not to damage the wires of the water-in-oil
sensor (pos. 1049).
16. Remove the locking ring (pos. 1051) and the spacer ring (pos.
1050).
17. Remove the rotating shaft seal part (pos. 1048).
18. Remove the rotor flange (pos. 1020) from the rotor.
19. Push the stationary shaft seal part (pos. 1048) out of the motor
flange (pos. 1020).
20. Remove the water-in-oil sensor (pos. 1049).
21. Remove the seal washer (pos. 1173) from the water-in-oil
sensor.
22. Place the motor in horizontal position.
23. Remove the compensation disc (pos. 1038) from the N-end of
the motor housing.
24. Remove the bearings (pos. 1039 and 1047) from the rotor shaft
(pos. 1019).
25. Remove the O-ring (pos. 1022) from the motor flange.
26. Remove the nut (pos. 1158), the spring washer (pos. 1045) and
the screw (pos. 1044) from the motor housing and mark the
position of the stator.
27. Remove the stator from the motor housing.
Note Take care not to damage any wires.
6.2.4 Gear casing
1. Cut with a knife between the motor housing (pos. 1017) and the
gear casing (pos. 1088) to protect the paint.
2. Remove the screws (pos. 1021).
3. Lift the unit with a crane and knock the motor housing free of the
gear casing.
4. Remove the gear casing.
5. Remove the planet carrier (pos. 1067) and the sun wheel (pos.
1060).
6. Remove the O-ring (pos. 1022) from the motor flange (pos.
1020).
7. Remove the shaft seal (pos. 1048) from the motor flange.
8. Remove the screws (pos. 1064) from the ring gear (pos. 1062).
9. Remove the ring gear.
SMG.09.xx - 40.xx [DIN] / SMG.12.xx - 55.xx [ANSI]
1. Remove the locking ring (pos. 1089) from the gear shaft (pos.
1093).
2. Unlock the lock washer (pos. 1091).
3. Remove the slotted nut (pos. 1090).
4. Remove the lock washer (pos. 1091).
SMG.48.xx - 120.xx [DIN] /SMG.75.xx - 160.xx [ANSI]
1. Remove the locking ring (pos. 1089) from the gear shaft (pos.
1093).
2. Remove the slotted nut (pos. 1090).
SMG.140.xx - 180.xx [DIN] / SMG.220.xx [ANSI]
1. Unlock the lock washer (pos. 1091).
2. Remove the slotted nut (pos. 1090).
3. Remove the lock washer (pos. 1091).
All types
1. Knock the shaft out of the gear casing using a plastic hammer.
The inner bearing ring (pos. 1092) is removed at the same time.
2. Remove the outer bearing rings (pos. 1092 and 1094).
3. Remove the inner bearing rings (pos. 1094) from the shaft by
means of a puller.
6.2.5 Stator
1. Remove the nut (pos. 1046) from the motor housing (pos.
1017).
2. Remove the screw (pos. 1044) from the motor housing.
3. Disconnect the stator wires from the motor housing and pull the
stator (pos. 1018) out of the motor housing.
9
English (GB)

6.3 Assembling the product
6.3.1 Motor
Note Make sure that the rotor is positioned correctly.
Caution Do not use a hammer.
1. Heat the bearings (pos. 1039 and 1047) and fit them on the
ends of the rotor shaft.
Caution If you use a bearing heater, make sure that the
temperature does not exceed 80 °C (176 °F).
Note Use a hydraulic press if a bearing heater is not
available.
2. Fit the seal washer (pos. 1173) on the water-in-oil sensor (pos.
1049) and lubricate the washer and threads with Loctite 511.
3. Fit the water-in-oil sensor into the motor flange (pos. 1020) and
tighten it a little by hand.
Note Keep the wires of the water-in-oil sensor away from
the bearing, for instance by means of a plastic strip.
4. Lubricate the groove for the O-ring (pos. 1022) on the motor
side of the motor flange (pos. 1020) with Loctite MR 5923.
5. Fit and lubricate the O-ring with Loctite MR 5923.
6. Insert the rotor (pos. 1019) into the motor flange (pos. 1020).
7. Place the rotor with the motor flange upwards.
8. Fit the stationary shaft seal part (pos. 1048) into the motor
flange (pos. 1020).
9. Clean the shaft and the seal face of the shaft seal.
10. Fit the rotating shaft seal part (pos. 1048) on the stationary shaft
seal part.
11. Fit the spacer ring (pos. 1050) and the locking ring (pos. 1051).
12. Fit and lubricate the O-ring with Loctite MR 5923.
13. Insert the stator into the motor housing (pos. 1017).
Note Make sure that the fixation holes for alignment are
positioned correctly.
Caution Take care not to damage any wires.
14. Fit the screw (pos. 1044), the spring washer (pos. 1045) and the
nut (pos. 1158), and tighten the nut. See section Torques and
lubricants.
15. Lead the wires into the terminal box.
16. Place the motor housing (pos. 1017) in vertical position.
17. Fit the compensation disc (pos. 1038) into the N-end of the
motor housing.
18. Insert the rotor into the motor housing. Connect the wires of the
water-in-oil sensor (pos. 1049) before the rotor is fully inserted.
Note Align the motor flange with the water-in-oil sensor
pointing downwards/away from the terminal box.
19. Fit the screws (pos. 1021) and tighten them a little by hand.
20. Place the motor in horizontal position.
21. Fit the cable flange (pos. 1002) and the O-ring (pos. 1007) on
the cable (pos. 1001).
22. Lubricate the O-ring with soapy water or cream and fit it into the
cable flange.
23. Fit the cable guide (pos. 1003), the large cable seal (pos. 1004),
the thrust washer (pos. 1005) and the small cable seal (pos.
1006) on the cable (pos. 1001).
24. Lubricate the complete seal unit with soapy water or cream and
insert it into the terminal box.
25. Lubricate the threads of the screws (pos. 1008) with Loctite 243.
26. Fit the screws into the cable flange and tighten them. See
section Torques and lubricants.
27. Fit the cable relief (pos. 1009) on the cable.
Note Make sure that you have enough cable in the terminal
box before tightening the cable relief.
28. Fit the screw (pos. 1028) and the lock washer (pos. 1029).
29. Connect the wires according to the notes you made during
dismantling. Secure connections with terminal tubes and shrink-
on sleeves.
30. Remove the screw (pos. 1041) and the washer (pos. 1040) from
the motor housing.
31. Wrap PFTE tape around the plug (pos. 1052).
32. Fit the plug into the motor housing and tighten it. See section
Torques and lubricants.
33. Lubricate the screw (pos. 1041) with Loctite 511 and fit the
washer (pos. 1040) on the screw.
34. Fit the screw into the motor housing (pos. 1017) and tighten it.
See section Torques and lubricants.
35. Lubricate the groove in the terminal box cover (pos. 1023)
with Loctite MR 5923.
36. Fit and lubricate the O-ring with Loctite MR 5923.
37. Fit the terminal box cover (pos. 1023).
38. Lubricate the threads of the screws (pos. 1024) with Loctite 243
and tighten the screws. See section Torques and lubricants.
Related information
4. Torques and lubricants
6.3.2 Gear casing
1. Fit the ring gear (pos. 1062) into the gear casing (pos. 1088).
2. Lubricate the threads of the screws (pos. 1064) with Loctite 243
and tighten the screws. See section Torques and lubricants.
3. Fit the outer bearing ring (pos. 1092) into the gear casing.
4. Heat the inner bearing ring (pos. 1094) using a bearing heater
and fit it on the shaft.
Caution If you use a bearing heater, make sure that the
temperature does not exceed 80 °C (176 °F).
Note Use a hydraulic press if a bearing heater is not
available.
5. Fit the shaft (pos. 1093) into the gear casing.
6. Heat the inner bearing ring (pos. 1092) using a bearing heater
and fit it on the shaft.
SMG.09.xx - 40.xx [DIN] / SMG.12.xx - 55.xx [ANSI]
1. Fit the lock washer (pos. 1091) and the slotted nut (pos. 1090)
on the shaft, and tighten the slotted nut. See section Torques
and lubricants.
2. Lock the slotted nut with the lock washer.
3. Fit the locking ring (pos. 1089).
SMG.48.xx - 120.xx [DIN] / SMG.75.xx - 160.xx [ANSI]
1. Fit the slotted nut (pos. 1090) on the shaft, and tighten the
slotted nut. See section Torques and lubricants.
2. Fit the locking ring (pos. 1089).
SMG.140.xx - 180.xx [DIN] / SMG.220.xx [ANSI]
1. Fit the lock washer (pos. 1091) and the slotted nut (pos. 1090)
on the shaft, and tighten the slotted nut. See section Torques
and lubricants.
2. Lock the slotted nut with the lock washer.
All types
1. Wrap PFTE tape around the plug (pos. 1101).
2. Fit the plug into the gear casing and tighten it.
3. Fit the sun wheel (pos. 1060).
10
English (GB)

4. Lubricate the O-ring with oil and fit it on the shaft.
Note Check that the shaft seal (pos. 1048) is intact and that
the shaft can rotate freely.
5. Fit the planet carrier (pos. 1067 or 1083) and place the gear
casing on the motor flange.
6. Lubricate the threads of the screws (pos. 1099) with Loctite 243
and fasten the gear casing on the motor flange. See section
Torques and lubricants.
7. Apply a new coat of paint if the coat is damaged.
Related information
4. Torques and lubricants
6.3.3 Sealing system of propeller hub and gear casing
1. Lubricate the wear ring (pos. 1097) with Loctite 648 and fit it into
the propeller end of the gear casing.
2. Insert the intermediate ring (pos. 1095) into the wear ring if the
version requires an additional ring.
3. Lubricate the stationary shaft seal part (pos. 1098) with soapy
water or cream and fit it into the wear ring.
4. Remove surplus soapy water or cream and clean the surface of
the stationary part by means of Loctite 7063.
5. Remove the inner ring from the rotating shaft seal part and fit
the rotating shaft seal part (pos. 1098).
6. Lubricate the inner lip seal (pos. 1104) with Shell Cassida
grease and fit it into the hub with the open side pointing away
from the hub.
7. Lubricate the inner lip seal with Shell Cassida grease, and fit
and lubricate the outer lip seal.
8. Fit the key (pos. 1105) into the gear shaft.
9. Lubricate the shaft with Shell Cassida grease and fit the hub on
the shaft.
10. Fit the slotted nut on the shaft with the chamfered end pointing
away from the hub and tighten it. See section Torques and
lubricants.
11. Fit the other slotted nut on the shaft with the chamfered end
towards the hub and tighten it. See section Torques and
lubricants.
12. Fill the hub top partly with gear oil. See section Oil types and
quantity.
13. Fit the hub cover (pos. 1109).
14. Lubricate the threads of the screw (pos. 1111) with washer (pos.
1110) with Loctite 511.
15. Fit the screw and tighten it. See section Oil types and quantity.
16. Wrap PFTE tape around the plug (pos. 1101).
17. Fit the plug into the gear casing and tighten it.
18. Fill the gear casing with oil through the hole for the plug (pos.
1102). See section Oil types and quantity.
19. Wrap PFTE tape around the plug (pos. 1102).
20. Fit the plug into the gear casing and tighten it.
21. Apply a new coat of paint if the coat is damaged.
Related information
4. Torques and lubricants
5. Oil types and quantity
6.3.4 Cable entry
1. Fit the cable flange (pos. 1002) and the O-ring (pos. 1007) on
the cable (pos. 1001).
2. Lubricate the O-ring with soapy water or cream and fit it into the
cable flange.
3. Fit the cable guide (pos. 1003), the large cable seal (pos. 1004),
the thrust washer (pos. 1005) and the small cable seal (pos.
1006) on the cable (pos. 1001).
4. Lead the cable into the terminal box on the motor housing (pos.
1017).
Caution Make sure that the cable entry is fitted correctly in the
cable hole of the motor housing.
5. Fit the screws (pos. 1008) with the washers into the cable flange
and cross-tighten the screws. See section Torques and
lubricants.
6. Lubricate the groove for the O-ring (pos. 1025) with Loctite MR
5923 and fit the O-ring.
7. Fit the cable relief (pos. 1009) on the cable.
8. Connect the wires according to the notes you made during
dismantling. Secure connections with terminal tubes and shrink-
on sleeves.
9. Fit the earth conductor and the washer (pos. 1029) on the screw
(pos. 1028).
10. Fit the screw into the terminal box on the motor housing and
tighten it.
Caution Take care not to damage any wires.
11. Fit the cable clamp with the conical shape upwards using the
screws and the washers.
12. Apply a new coat of paint if the coat is damaged.
Related information
4. Torques and lubricants
7. Testing the AL05 Ex leakage sensor
WARNING
If the sensor has been or is to be incorporated in an
explosion-proof product, you must not carry out the tests
described below. The intrinsically safe sensor (EN
60079-11) loses the explosions-proof aspect if it is
connected to non-intrinsically safe devices.
The AL05 Ex leakage sensor is integrated in a submerged agitator
and connected to the ALR 20/A Ex leakage sensor relay via two
wires. The relay supplies the sensor with power and receives a
current signal from the sensor. The signal depends on the amount
of water in the gear oil.
The current signal decreases as the amount of water in the oil
increases and is compared to a manually adjustable switching
point. If the switching point is exceeded, the relay switches to fault
mode.
In case of a short circuit or a cable breakage the relay also
automatically switches to fault mode.
Leakage sensor with relay
In order to test the sensor and the relay, measure the current
flowing through the sensor and compare it to the values in the table
below.
L
N
A
TM064366
Current measured
[mA] Cause Status of relay
< 0.5 No current Cable breakage Fault
0.5 - 5 Low current Water in the oil Fault
5-11 Normal value A little or no water
in the oil
Depends on the
switching point of
the relay.
> 11 Too high current
The power supply
cable is short-
circuited.
Fault
11
English (GB)

Leakage sensor without relay
If no relay is available or the sensor is to be tested separately, you
can replace the relay by a direct-current supply of 12 V. In this case
a 330 Ω resistor must be added to the circuit.
Now, the measured current is comparable to the table above.
A
330Ω
12Voc
TM064367
8. Winding resistance and stator sizes
Product type Stator winding No-load current ** Connection Product
number
50 Hz 60 Hz 60 Hz ANSI
Poles
Winding resistance *
Length
Outer diameter
Inner diameter
50 Hz, 400 V 60 Hz, 380 V 60 Hz, 460 V
Motor kit
- - [Ω] [mm] [mm] [mm] [A] [A] [A]
SMG.09.55 SMG.09.55 SMG.12.22
6 4.0 125 155 100 2.2 1.5 1.9 Y 95039700SMG.12.63 SMG.12.63 SMG.16.25
SMG.16.63 SMG.12.63 SMG.22.25
SMG.20.71 SMG.20.71 SMG.27.28
4 5.1 155 155 100 2.8 1.8 2.5 Δ 95039701
SMG.25.71 SMG.25.71 SMG.34.28
SMG.30.71 SMG.33.71 SMG.44.28
SMG.36.71 SMG.38/40.71 SMG.55.28
SMG.48.73
4 1.3 185 200 125 8.4 5.1 6.9 Δ 95039702SMG.56.86 SMG.56.86 SMG.75.34
SMG.70.86 SMG.70.86 SMG.95.34
SMG.85.86 SMG.95.86 SMG.130.34 4 0.74 280 200 125 12.9 8.2 10.6 Δ 95039703
SMG.110.86 SMG.120.86 SMG.160.34
SMG.140.90 SMG.160.90 SMG.220.35 4 0.40 270 240 150 18.8 11.6 14.6 Δ 95039704
SMG.180.90
* Resistance of one phase winding without power supply cable. Tolerances: ± 0.2 for values greater than 1 and ± 0.1 for values less than 1.
** No-load current at a specific power supply (± 10 %).
12
English (GB)

9. Sectional drawings
9.1 SMG.09.xx - SMG.40.xx [DIN] / SMG.12.xx - 55.xx [ANSI]
TM035491
13
English (GB)

9.2 SMG.48.xx - 120.xx [DIN] / SMG.75.xx - 160.xx [ANSI]
14
English (GB)

9.3 SMG.140.xx - 180.xx [DIN] / SMG.220.xx [ANSI]
15
English (GB)

10. Exploded drawings
10.1 SMG.09.xx - 40.xx [DIN] / SMG.12.xx - 55.xx [ANSI]
TM062486
16
English (GB)

10.2 SMG.48.xx - 120.xx [DIN] / SMG.75.xx - 160.xx [ANSI]
TM062484
17
English (GB)

10.3 SMG.140.xx - 180.xx [DIN] / SMG.220.xx [ANSI]
TM063063
18
English (GB)

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