Sulzer ABS XFP-PE5 Instruction manual

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ABS Submersible sewage pump
XFP-PE5
GB Workshop Manual

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ABS Submersible sewage pump
VUPX-PE5
GB Workshop Manual

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ABS Submersible sewage pump
AFLX-PE5
GB Workshop Manual

Modular Workshop Manual
Contents
-1-
Contents:
Explosion approved motor PE5…………..……………………………………….………………………WSM-11-0501
XFP PE5 Motor with cooling jacket...…………………………….……………………………………….WSM-00-0501
XFP PE5 Motor without cooling jacket……………………………………………………………………WSM-00-0502
VUPX/AFLX PE5 Motor……………………………………………….………………………………...…WSM-00-0503
Connection Chamber PE5…...…………………………………………………………………………….WSM-01-0501
Upper bearing Lid PE5……..…………………………………………………………………………...…WSM-02-0502
Shaft and Coolant Chamber XFP PE5 (with cooling jacket)…..…….……………………….…………WSM-03-0503
Shaft and Coolant Chamber XFP PE5 (without cooling jacket)……….....……………………………..WSM-03-0504
Shaft and Coolant Chamber VUPX/AFLX PE5…………..…...………………………………………....WSM-03-0505
Motor housing and Cooling jacket XFP PE5……..………………………………………………………WSM-04-0509
Bearing Arrangement lower bearings XFP PE5…………..………………………………………..……WSM-05-0510
Bearing Arrangement lower bearings VUPX/AFLX PE5…..…………………………...……………….WSM-05-0511
XFP CB Hydraulics……………….……..……………………………………………...………………….WSM-08-0812
XFP CH Hydraulics………………..……………………………………………………….………………WSM-08-0813
XFP SK Hydraulics….……………..……………………………………………………….………………WSM-08-0814

Modular Workshop Manual
Explosion approved motor PE5
-1-
WSM 11-0501_GB
Explosion approved motor
NOTE!
Explosion approved motor may only be repaired or maintained by authorized
ABS personnel or personnel authorized by ABS. The personnel and /or your workshop
may also require authorisation by your local government.
IEC 60079-19 and EU Directive 94/9/EC are valid for all maintenance and repair work of
products used in hazardous locations.
To ensure that the motor complies with the regulations and approval of the authorities,
use only genuine ABS spare parts when carrying out repair work.
Always check the dimensions of vital parts before assembly. See picture and table for
respective motor below.
The assembled pumps shall always be insulation-tested and test-run before delivery.
General
In an explosion approved motor (Ex), the gaps between different parts, for example between the motor housing and the connection
Chamber, shall prevent any sparks from interior of the motor from getting out and igniting surrounding gases.
All flame path length and gaps shall be measured with accurate and calibrated instruments. All gap surfaces shall be inspected.
No scratches, tool marks or the like are permissible.
Failure to meet the above requirements may render the explosion approval invalid. Note that the work requires experienced and specially
trained personnel. The personnel and/ or your workshop may require authorisation by your local government.
Workshop repair
The parts for which dimensions must be checked are given in the part list. It is important to ensure that the gap surfaces for these parts
are not damaged during dismantling.
The product must be thoroughly examined and a report must be prepared on all findings. Any measurements, dimensional checks,
test readings, details of material, parts of windings which are found to require attention should be carefully noted.
It is required to affix a repair nameplate on the product after repair.
If the products have been modified and do not comply with original approval, the owner must be informed and further information on the
application must be requested.
If there are any doubts during the repair as to the results of measurements, tests, the continued integrity of parts or the possible
reclamation of damage parts, reference must be made to your local Ex Coordinator.
Guidelines for repair
Care must be taken when dismantling Ex approved products, as damage to flame proof faces can easily occur. For instance, if difficulties
are found in separating spigot gaps, draw studs should be used wherever possible rather than trying to wedge the components apart,
as not only will damage occur at the point of wedging, but he wedges are liable to be driven through and damage the flame path surface
of the spigot.
Similarly care should be exercised when removing the main bearing assembly and bearing cover to ensure that damage does not occur
on the part of the shaft that constitutes the flame path.
Once the motor has been completely dismantled, detailed examination of all parts should be made and a concise record kept of all
findings.
When assembling an Ex approved product, measure the gaps and the flame path length. Inspect the flame path surfaces and smear them
with grease to prevent corrosion.
If a part does not meet the requirements on dimensional accuracy or surface finish, it must be discarded and a new specially approved
part ordered. The new part must also be inspected.
Observe caution during assembly to prevent damage to the flame path surfaces.
Flame paths
By referring to the spare parts list and dimensional drawings, the trained person can ascertain the parts of the motor that require special
examination. The flame paths should be examined for any corrosive pitting or damage which may have occurred.
All castings should be examined for blow holes or hairline cracks. If there is evidence that there has been an internal explosion of gases,
this may be confirmed by the user and will probably be evident by smoke and debris tracking across the flame paths.

Modular Workshop Manual
Explosion approved motor PE5
-2-
WSM 11-0501_GB

Modular Workshop Manual
ABS Submersible motor XFP PE5 with cooling jacket
WSM 00-0501_GB-1-

Modular Workshop Manual
ABS Submersible motor XFP PE5 with cooling jacket
-2- WSM 00-0501_GB
1Connection chamber 140 Grub screw
2Screw (Connection chamber) 168 Auxiliary Impeller
3 Screw (Lifting hoop) 169 Grub screw (Auxiliary Impeller)
4 Lifting hoop 178 Screw / Attachment swivel (only horizontal version)
5 Plug Screw (Connection chamber) 254 Stator
6 Seal 274 Shaft seal ring
9Cable entry (Power cable) 396 Washer (EMC-Connection)
10 Cable entry (Control cable) 397 Screw (EMC-Connection)
12 Screw (Cable cap control cable) 436 Screw
17 Seal (Power cable lower) 437 Washer
18 Seal (Control cable) 450 O-ring (Motor housing)
26 Power cable 459 Pressure washer (Power cable upper)
27 Control cable 460 Pressure washer (Control cable upper side)
29 Cable shoe 461 Seal (Power cable)
31 Cable shoe 462 Seal (Control cable)
32 Upper bearing lid 463 Washer
33 O- ring (Upper bearing flange) 464 Washer
34 Grooved pin 465 Pressure washer (Power cable lower)
(35) Moisture sensor (DI) (Connection chamber) 466 Pressure washer Control cable (lower)
40 Cable duct (Power cable) 519 Sealing washer
41 Cable duct (Control cable) 520 Washer (Lifting hoop)
43 Cover lid (Upper bearing) 521 Cover lid (only US-Version)
44 Screw (Cover lid) 522 Seal (only US-Version)
46 O-Ring (Cover lid) 523 Blind plug (only US-Version)
47 Upper bearing 524 Pressure washer (Power cable upper – only US-Version)
(48) Temperature monitoring (Upper bearing) 525 Pressure washer (Power cable lower - only US-Version)
50 Terminal board (Power cable complete) 526 Screw (only US-Version)
51 Terminal block (Monitoring cables complete) 527 Cable shoe (US-Version)
52 Screw cable shoe 528 Screw (US-Version)
53 Washer cable shoe 530 Washer (US-Version)
55 Motor housing 531 Shrink hose (strain relief)
59 Cooling jacket 532 Shrink hose (strain relief)
60 Strip 533 Washer
63 O-
ring (Cooling jacket) 546 Plug screw (Upper bearing flange)
64 O- ring (Cooling jacket lower) 547 Seal
65 Motor shaft
66 Key
67 Lower bearing flange
68 Screw (Motor housing lower)
74 Seal (plug screw)
75 Plug screw (Lower bearing flange)
76 Plug screw (Inspection chamber)
77 Seal (plug screw)
78 Terminal block (Motor housing)
80 O-Ring (Motor housing)
(81) Moisture sensor (DI) (motor housing)
93 Nut (bearing lid)
98 Distance washer (Lower bearing 95)
90 Lower bearing lid
91 Stud screw (Lower bearing lid)
95 Cylinder roller bearing
96 Angular ball bearing
(99) Temperature monitoring (Lower bearing)
100 Shaft nut (Main bearing)
101 Looking washer (Main bearing)
102 Cover plate
103 Screw
106 Mechanical Seal (Engine side)
108 Coolant (33% Glycol and 67% Water; Frost-resistant up to -20°C/-4° F)
109 Moisture sensor (DI) (separation chamber)
117 O-Ring (Bearing flange)
121 Seal cover
122 Screw
126 O- ring
128 Plug Screw (Cooling jacket)
129 Seal
130 Plug screw (Seal cover)
131 Seal
138 Mechanical seal (Medium side)
139 Adjusting ring (Mechanical seal medium side)

Modular Workshop Manual
ABS Submersible motor XFP-PE5
WSM 00-0502_GB-1-

Modular Workshop Manual
ABS Submersible motor XFP-PE5
-2- WSM 00-0502_GB
1Connection chamber 437 Washer
2Screw (Connection chamber) 450 O-ring (Motor housing)
3 Screw (Lifting hoop) 459 Pressure washer (Power cable upper)
4 Lifting hoop 460 Pressure washer (Control cable upper side)
5 Plug Screw (Connection chamber) 461 Seal (Power cable)
6 Seal 462 Seal (Control cable)
9Cable entry (Power cable) 463 Washer
10 Cable entry (Control cable) 464 Washer
12 Screw (Cable cap control cable) 465 Pressure washer (Power cable lower)
17 Seal (Power cable lower) 466 Pressure washer Control cable (lower)
18 Seal (Control cable) 519 Sealing washer
26 Power cable 520 Washer (Lifting hoop)
27 Control cable 521 Cover lid (only US-Version)
31 Cable shoe 522 Seal (only US-Version)
32 Upper bearing flange 523 Blind plug (only US-Version)
33 O-ring (Upper bearing flange) 524 Pressure washer (Power cable upper – only US-Version)
34 Grooved pin 525 Pressure washer (Power cable lower - only US-Version)
(35) Moisture sensor (DI) (Connection chamber) 526 Screw (only US-Version)
40 Cable duct (Power cable) 527 Cable shoe (US-Version)
41 Cable duct (Control cable) 528 Screw (US-Version)
43 Cover lid (upper bearing) 530 Washer (US-Version)
44 Screw (Cover lid) 531 Shrink hose (strain relief)
46 O-Ring (Cover lid) 532 Shrink hose (strain relief)
47 Upper bearing 533 Washer
(48) Temperature monitoring (Upper bearing) 546 Plug screw (Upper bearing flange)
50 Terminal board (Power cable complete) 547 Seal
52 Screw cable shoe
53 Washer cable shoe
55 Motor housing
65 Motor shaft
66 Key
67 Lower bearing flange
68 Screw (Motor housing lower)
74 Seal (plug screw)
75 Plug screw (Motor housing)
76 Plug screw (Inspection chamber)
77 Seal (plug screw)
78 Terminal block (Motor housing)
80 O-ring (Motor housing)
(81) Moisture sensor (DI) (motor housing)
90 Lower bearing lid
91 Stud screw (Lower bearing lid)
93 Nut (bearing lid)
95 Cylinder roller bearing
98 Distance washer (Lower bearing 95)
(99) Temperature monitoring (Lower bearing)
100 Shaft nut (Main bearing)
101 Looking washer (Main bearing)
106 Mechanical Seal (Engine side)
108 Coolant (33% Glycol and 67% Water; Frost-resistant up to -20°C/-4° F)
109 Moisture sensor (DI) (separation chamber)
117 O-Ring (Lower bearing flange)
121 Seal cover
122 Screw
126 O-ring
130 Plug screw (Seal cover)
131 Seal
138 Mechanical seal (Medium side)
139 Adjusting ring (Mechanical seal medium side)
140 Circlip (Mechanical seal medium side)
168 Adjusting ring
169 Grub screw (Adjusting ring)
178 Screw / Attachment swivel (only horizontal version)
190 Zinc anode belt (Lower part)
181 Zinc anode belt (Upper part)
254 Stator
274 Shaft seal ring
396 Washer (EMC-Connection)
397 Screw (EMC-Connection)
436 Screw

Modular Workshop Manual
ABS Submersible motor VUPX / AFLX - PE5
-1- WSM 00-0503_GB

Modular Workshop Manual
ABS Submersible motor VUPX / AFLX - PE5
-2- WSM 00-0503_GB
1Connection chamber 257 Plug screw (seal cover)
2Screw (Connection chamber) 258 Seal
3 Screw (Lifting hoop) 274 Shaft seal ring
4 Lifting hoop 275 Plug screw (seal cover)
5 Plug Screw (Connection chamber) 276 seal
6 Seal 396 Washer (EMC-Connection)
9Cable entry (Power cable) 397 Screw (EMC-Connection)
10 Cable entry (Control cable) 436 Screw
12 Screw (Cable cap control cable) 437 Washer
17 Seal (Power cable lower) 450 O-ring (Motor housing)
18 Seal (Control cable) 459 Pressure washer (Power cable upper)
26 Power cable 460 Pressure washer (Control cable upper side)
27 Control cable 461 Seal (Power cable)
31 Cable shoe 462 Seal (Control cable)
32 Upper bearing flange 463 Washer
33 O-ring (Upper bearing flange) 464 Washer
34 Grooved pin 465 Pressure washer (Power cable lower)
(35) Moisture sensor (DI) (Connection chamber) 466 Pressure washer Control cable (lower)
40 Cable duct (Power cable) 519 Sealing washer
41 Cable duct (Control cable) 520 Washer (Lifting hoop)
43 Cover lid (upper bearing) 521 Cover lid (only US-Version)
44 Screw (Cover lid) 522 Seal (only US-Version)
46 O-Ring (Cover lid) 523 Blind plug (only US-Version)
47 Upper bearing 524 Pressure washer (Power cable upper – only US-Version)
(48) Temperature monitoring (Upper bearing) 525 Pressure washer (Power cable lower - only US-Version)
50 Terminal board (Power cable complete) 526 Screw (only US-Version)
52 Screw cable shoe 527 Cable shoe (US-Version)
53 Washer cable shoe 528 Screw (US-Version)
55 Motor housing 530 Washer (US-Version)
65 Motor shaft 531 Shrink hose (strain relief)
66 Key 532 Shrink hose (strain relief)
67 Lower bearing flange 533 Washer
68 Screw (Motor housing lower) 546 Plug screw (Upper bearing flange)
71 Screw 547 Seal
74 Seal (plug screw)
75 Plug screw (Motor housing)
76 Plug screw (Inspection chamber)
77 Seal (plug screw)
(78) Terminal block (Motor housing)
80 O-ring (Motor housing)
(81) Moisture sensor (DI) (motor housing)
90 Lower bearing lid
91 Stud screw (Lower bearing lid)
93 Nut (bearing lid)
95 Angular ball bearing (counter bearing)
96 Angular ball bearing (main bearing)
98 Distance washer (Lower bearing 95)
(99) Temperature monitoring (Lower bearing)
100 Shaft nut (Main bearing)
101 Looking washer (Main bearing)
106 Mechanical Seal (Engine side)
107 Circlip
108 Coolant (33% Glycol and 67% Water; Frost-resistant up to -20°C/-4° F)
109 Moisture sensor (DI) (separation chamber)
117 O-Ring (Lower bearing flange)
121 Seal cover
122 Screw
126 O-ring
138 Mechanical seal (Medium side)
139 Adjusting ring (Mechanical seal medium side)
140 Circlip (Mechanical seal medium side)/ grub screw (adjusting ring)
141 Circlip
142 supporting disc
168 Adjusting ring
169 Grub screw (Adjusting ring)
181 Zinc anode belt (Upper part)
184 Zinc anode belt (Middle part)
190 Zinc anode belt (Lower part)
218 clamping ring
254 Stator

Modular Workshop Manual
Connection chamber XFP-PE5
-1-
WSM 01-0501_GB
Dismantling of the connection chamber
Unscrew the socket head screw (2) and remove Strip (60) if fitted
(only for cooling jacket version of XFP).
Carefully lift off the connection chamber (1) with the aid of an
adequately dimensioned hoist.
Dismantle the cable entries (9 and 10) if the cables (26 or 27) need
to be replaced. Remove the screws (12) .
ATTENTION Prior to cut off the damaged cables or disconnecting
the leads from the terminal board (50), the terminal assignment of
the leads should always be noticed!
Assembly of the connection chamber
Insert new o-ring (33) into the groove between motor housing (55)
and upper bearing lid (32).
In case of cooling jacket version:
Insert a new o-ring (63) into the groove of the connection chamber
(1).
Insert a new o-ring (450) into the groove of the plane face of the
motor housing (55).
Bring the connection chamber (1) into line with the grooved pin
(34) of the upper bearing lid (32) and opposite to the bulge of the
motor housing (55) as shown in the drawing.
The notch inside of the connection chamber (1) must be in line
with the grooved pin (34) from the upper bearing lid!
Observe the correct position of the lifting hoop (4) as well!
Lower the connection chamber carefully into the centring seat of
the motor housing (55).
Screw in and tighten the screws (2).
Dismantling of the power- and control cables
ATTENTION Do not cut off the cables! Prior to cut off damaged
cables or disconnecting the leads from the terminal board (50), the
terminal assignment of the leads should be noticed!
Dismantle the connection chamber as described above.
Dismantle the cable entries (9 and 10) if the cables (26 or 27) need
to be replaced. Remove the screws (12) .
IMPORTANT Use always the old cable as a sample for lead
designation and for cut to length of the leads and the insulations!
Disconnect the plug from the optionally DI-probe (35).
Disconnect the cable leads from the clamps of the terminal board
(50 and 51).
Assembly of the power- and control cables
Cut to length and removing of the cable- and lead- insulations
should be done in accordance with the old (sample) cable ends.
Fit the new shrink hose (531) to its final position and shrink it with
care by the aid of a hot-air gun. This piece of shrink hose is an
additional strain relief for the cable!
ATTENTION The earth connection leads should be a few cm
longer than the other leads of the cables for safety reasons.
Fit all parts of the cable entries (9 and 10) together with all
washers and seals in the correct order (as shown in the drawing).
First ensure that the earth connection leads (52) (PE) of the
power- and control cables are connected to the earthing
clamps (PE) of the terminal board!
Connect the monitoring and the power leads to the terminal board
(50). (See also Chapter 5.3 of the Installation and Operating
Instructions).
ATTENTION
Observe the correct terminal assignment of the leads!

Modular Workshop Manual
Upper bearing flange PE5
-1-
WSM 02-0502_GB
Dismantling and assembly of the connection chamber
See module “Connection chamber / Cables“
Dismantling and assembly of the power- and control cables
See module “Connection chamber / Cables“
Dismantling of the upper bearing
ATTENTION Prior to pull through the leads from the stator through
the cable ducts (40 and 41) the lead designations should always
be noticed!
The leads should be marked immediately after pull through the
cable ducts!
Disconnect the plug from the optionally DI-probe (35).
Dismantle the terminal clamps (50 and 51) by unscrewing the
socket head screws in the mounting rail.
Dismantle the optionally DI-probe (35) – only if the upper bearing
flange (32) needs to be replaced.
Pull out the upper bearing flange (32).
Remove the cover lid (43 and 44) which covers the bearing.
Push out the outer bearing part (47.1) of the upper bearing lid
Withdraw the inner bearing ring (47.2) from the rotor shaft (65) with
the aid of a puller.
Assembly of the upper bearing
Press new inner bearing ring (472) on the rotor shaft (65)
Bring upper bearing flange (32) into correct position to the motor
housing (55). The grooved pin (34) must be opposite into line with
the bulge on the motor housing (55)
Push the leads of the stator through the seals of the cable ducts
(40/41) and mark again the leads immediately.
Push the upper bearing flange (32) carefully into the centring seat
of the motor housing.
Fit the new outer bearing part (47.1) into the bearing seat of the
upper bearing flange (32).
Grease the bearing with bearing grease as specified:
Rivolta SKD 4002 (ABSpart no.:1 103 0053).
Cover the bearing with the cover lid (43 and 44). Insert new O-
Ring (46)
Assemble the terminal clamp (50) by fixing the mounting rail with
the both socket head screws on the upper bearing lid.

Modular Workshop Manual
Motor shaft and lower bearing flange XFP-PE5 (with cooling jacket)
-1-
WSM 03-0503_GB
Release the coolant
See module “Coolant filling of the PE motors“
Dismantle the cooling jacket
See module “Motor housing and Cooling jacket“
Dismantle the motor housing
See also module “Motor housing and Cooling jacket“
HINT The connection chamber don‘t need to be dismantled.
Screw out the socket head screws (68).
Raise the motor housing (55) only a few cm from the intermediate
flange (67) with the aid of a hoist.
Disconnect the control leads.
Lift off the motor housing (55) and place it safely on an even flat
surface.
Dismantling of the pump case and the impeller
Unscrew the nuts (152). See also according “hydraulic module“
Dismantling of the motor shaft unit
Screw in a suitable auxiliary eyelet screw into the threaded hole on
the motor shaft end (65).
Lift off the motor shaft unit and place and support the motor shaft
unit safely in a horizontal position. Make sure that the motor shaft
unit cannot roll over!
Dismantling of the mechanical seal (medium side)
Remove key (66).
Loosen grub screw (140) and withdraw adjusting ring (139) from
the shaft end.
Carefully pull off the rotating part of the mechanical seal (138) from
the shaft.
Dismantling of the seal cover
Loosen socket head screws (122) and withdraw the seal cover
(121) from the motor shaft (65) and lower bearing flange (67).
Dismantling of the cover plate
HINT The cover plate don‘t need to be dismantled.
Screw out the socket head screws (103) and withdraw the cover
plate (102) carefully from the motor shaft.
Dismantle the Auxiliary impeller
Loosen grub screw (169) and withdraw the auxiliary impeller (168)
from the motor shaft.
Dismantling of the mechanical seal (motor side)
Withdraw the mechanical seal (106) carefully from the motor shaft.
Dismantling of the lower bearings
Unscrew the nuts (93) and withdraw the lower bearing lid (90)
Withdraw the lower bearing flange (67) together with the bearings
and the lip seal ring (274) from the motor shaft with the aid of a
suitable puller.
Loosen and remove shaft nut (100).
Pull the bearings out of lower bearing flange (67) with the aid of a
suitable puller.
Push the lip seal ring (274) out of the its seat in the lower bearing
flange (67).
HINT See also module “Bearing arrangement lower bearings
XFP- PE5“
Assembly
The assembly of the motor shaft and the coolant chamber has to
be made in a reverse manner.
ATTENTION Bearings must be cold pressed on motor shaft.
The bearings may not be by heated for assembly!
ATTENTION The plug screws (74 and 75) from the lower bearing
flange (67) have to be in line with the plug screw (130) from the
coolant chamber (121).
IMPORTANT All o-rings should be replaced during the assembly!

Modular Workshop Manual
Motor shaft and lower bearing flange XFP-PE5
-1-
WSM 03-0504_GB
Release the coolant
See module “Coolant filling of the PE motors“
Dismantle the motor housing
See also module “Motor housing and Cooling jacket“
HINT The connection chamber don‘t need to be dismantled.
Screw out the socket head screws (68).
Raise the motor housing (55) only a few cm from the lower bearing
flange (67) with the aid of a hoist.
Disconnect the control leads.
Lift off the motor housing (55) and place it safely on an even flat
surface.
Dismantling of the pump case and the impeller
Unscrew the nuts (152). See also according “hydraulic module“
Dismantling of the motor shaft unit
Screw in a suitable auxiliary eyelet screw into the threaded hole on
the motor shaft end (65).
Lift off the motor shaft unit and place and support the motor shaft
unit safely in a horizontal position. Make sure that the motor shaft
unit cannot roll over!
Dismantling of the mechanical seal (medium side)
Remove key (66).
Loosen grub screw (140) and withdraw adjusting ring (139) from
the shaft end.
Carefully pull off the rotating part of the mechanical seal (138) from
the shaft.
Dismantling of the seal cover
Loosen socket head screws (122) and withdraw the seal cover
(121) from the motor shaft (65) and lower bearing flange (67).
Dismantling of the mechanical seal (motor side)
Loosen grub screw (169) and withdraw the adjusting ring (168)
from the motor shaft.
Withdraw the mechanical seal (106) carefully from the motor shaft.
Dismantling of the lower bearings
Unscrew the nuts (93) and withdraw the lower bearing lid (90)
Withdraw the lower bearing flange (67) together with the bearings
and the lip seal ring (274) from the motor shaft with the aid of a
suitable puller.
Loosen and remove the shaft nut (100).
Pull the bearings out of lower bearing flange (67) with the aid of a
suitable puller.
Push the lip seal ring (274) out of its seat in the intermediate flange
(67).
HINT See also module “Bearing arrangement lower bearings
XFP- PE5“
Assembly
The assembly of the motor shaft and the coolant chamber has to
be made in a reverse manner.
ATTENTION Bearings must be cold pressed on motor shaft.
The bearings may not be by heated for assembly!
ATTENTION The plug screws (74 and 75) from the intermediate
flange (67) have to be in line with the plug screw (130) from the
coolant chamber (121).
IMPORTANT All o-rings should be replaced during the assembly!

Modular Workshop Manual
Motor shaft and coolant chamber VUPX AFLX PE5
-1-
WSM 03-0505_GB
Dismantling of the pump hydraulics
See according “hydraulic module“
Release the coolant
See module “Coolant filling of the PE motors“
Dismantling of the mechanical seal (medium side)
Remove key (66).
Remove circlip (218) and support washer (142)
Loosen grub screw (140) and withdraw adjusting ring (139) from
the shaft end.
Carefully pull off the rotating part of the mechanical seal (138) from
the shaft.
Dismantling of the coolant chamber
Loosen socket head screws (68) and withdraw the coolant
chamber (121) from the motor shaft (65).
Dismantling of the mechanical seal (motor side)
Remove circlip (107).
Loosen grub screw (169) and withdraw the adjusting ring (168)
from the motor shaft.
Withdraw the mechanical seal (106) carefully from the motor shaft.
Dismantle the motor housing
See also module “Motor housing and Cooling jacket“
HINT The connection chamber don‘t need to be dismantled.
Screw out the two flat socket head screws (71).
Raise the motor housing (55) only a few cm from the lower bearing
flange (67) with the aid of a hoist.
Disconnect the control leads.
Lift off the motor housing (55) and place it safely on an even flat
surface.
Dismantling of the motor shaft unit
Screw in a suitable auxiliary eyelet screw into the threaded hole on
the motor shaft end (65).
Lift off the motor shaft unit and place and support the motor shaft
unit safely in a horizontal position. Make sure that the motor shaft
unit cannot roll over!
Dismantling of the lower bearings
Unscrew the nuts (93) and withdraw the lower bearing lid (90)
Remove circlip (100).
Withdraw the lower bearing flange (67) together with the bearings
and the lip seal ring (274) from the motor shaft with the aid of a
suitable puller.
Pull the bearings out of the lower bearing flange (67) with the aid
of a suitable puller.
Push the lip seal ring (274) out of the seat in the lower bearing
flange (67).
HINT See also module “Bearing arrangement lower bearings
XFP- /VUPX- /AFLX- PE4“
Assembly
The assembly of the motor shaft and the coolant chamber has to
be made in a reverse manner.
ATTENTION Bearings must be cold pressed into its seats.
The bearings may not be heated for assembly!
ATTENTION The plug screws (74 and 76) from the lower bearing
flange (67) have to be in line with the plug screws (275) from the
coolant chamber (121).
IMPORTANT All o-rings should be replaced during the assembly!

Modular Workshop Manual
Bearing Arrangement lower bearings XFP-PE5
-1-
WSM 05-0510_GB
ATTENTION
Bearings must be cold pressed into its seats!
The bearings may not be heated for assembly to
avoid gaps between them caused of temperature
shrinking.
Due to the PE ATEX/ FM design it is very
important that the bearings are cold pressed!
50 Hz 60 Hz
XFP- PE5
(O- Arrangement)
PE 550 / 4 PE 630 / 4 .60
PE 750 / 4 PE 860 / 4 .60
PE 900 / 4 PE 1040 / 4 .60
PE 1100 / 4 PE 1250 / 4 .60
PE 450 / 6 PE 520 / 6 .60
PE 550 / 6 PE 630 / 6 .60
PE 750 / 6 PE 860 / 6 .60
PE 900 / 6 PE 1040 / 6 .60
PE 370 / 8 PE 430 / 8 .60
PE 450 / 8 PE 520 / 8 .60
PE 550 / 8 PE 630 / 8 .60
PE 750 / 8 PE 860 / 8 .60
PE 300 / 10 PE 350 / 10 .60
PE 370 / 10 PE 430 / 10 .60
PE 450 / 10 PE 520 / 10 .60
PE 550 / 10 PE 630 / 10 .60
ATTENTION
Other bearing arrangements are possible for special versions.
In these cases the according assembly drawings should be
requested.

Modular Workshop Manual
Bearing Arrangement lower bearings VUPX/ AFLX-PE5
-1-
WSM 05-0511_GB
50 Hz 60 Hz
ATTENTION
VUPX/ AFLX- PE5
(Tandem- Arrangement)
PE 550 / 4 PE 630 / 4 .60
PE 750 / 4 PE 860 / 4 .60
PE 900 / 4 PE 1040 / 4 .60
PE 1100 / 4 PE 1250 / 4 .60
PE 450 / 6 PE 520 / 6 .60
PE 550 / 6 PE 630 / 6 .60
PE 750 / 6 PE 860 / 6 .60
PE 900 / 6 PE 1040 / 6 .60
PE 370 / 8 PE 430 / 8 .60
PE 450 / 8 PE 520 / 8 .60
PE 550 / 8 PE 630 / 8 .60
PE 750 / 8 PE 860 / 8 .60
PE 300 / 10 PE 350 / 10 .60
PE 370 / 10 PE 430 / 10 .60
PE 450 / 10 PE 520 / 10 .60
Bearings must be cold pressed into its seats!
The bearings may not be heated for assembly to
avoid gaps between them caused of temperature
shrinking.
PE 550 / 10 PE 630 / 10 .60
Due to the PE ATEX/ FM design it is very
important that the bearings are cold pressed!
ATTENTION
Other bearing arrangements are possible for special versions.
In these cases the according assembly drawings should be
requested.

Modular Workshop Manual
XFP 100J-CB2 / 150J-CB2 / 150M-CB2 / 151J-CB2 / 200J-CB2 / 201J-CB2 / 250J-CB2 / 300J-CB3
- 1/2 - WSM 08-0812_GB
146
143
145
144
156
157 119
120
149
133
270
163
268
266
267
(158)
(159)
155
(160)
150
164
Dismantling and assembly of the hydrauli
c
NOTE For professional and safe dismantling or assembly we
recommend to change the asymmetric lifting hoop of the XFP
against suitable attachment swivels or against the symmetric lifting
hoop version used for VUPX/AFLX versions (part nos. see table).
Only this measure enables to hang the motor unit in a vertical
upright position!
Dismantling of the motor unit
Unscrew the screws (150) and lift off the motor unit carefully with the
aid of an adequately dimensioned hoist.
Observe the total weight of the pump (see name plate)!
Place the motor unit carefully on its side, taking care that it cannot
roll over. Do not place it on the cooling jacket!
Assembly of the motor unit
Clean the surface of the centring seat of the motor unit and the volute
(149).
Insert new o-ring (133).
Bring the motor unit into line to the volute. The marking arrow on the
flange of cooling-/ or oil chamber must be in line with the discharge
flange of the volute.
Lower the motor unit with care.
Fit and tighten the screws (150).
NOTE If the impeller (148) is being changed then care should be
taken that the bottom plate (163) is fitted in such a manner that the
smallest possible gap between the shearing edge of the impeller
and the bottom plate is adjusted.
Dismantling of the impeller
Dismantle the volute.
Dismantling of the impeller (A) = hanging at the hoist
Hang the motor unit in a vertical upright position above a
suitable solid mounting pedestal. Lower the motor unit carefully
so far that the impeller will be supported at the mounting pedestal.
Loosen impeller screw (144) and screw it out together with
securing washers (145).
Remove collar washer (143) together with grooved pin (270).
Raise the motor unit a few cm and withdraw the impeller (146). If
necessary with the aid of two levers.
Dismantling of the impeller (B) = horizontal position
Lift off the motor unit carefully with the aid of an adequately
dimensioned hoist. Place the motor unit carefully on its side, taking
care that it cannot roll over. Do not place it on the cooling jacket!
Remove impeller screw (144) together with securing washers
(145), collar washer (143) and the grooved pin (270).
Withdraw and lift off the impeller (146) from the shaft end e.g. with
the aid of two levers or with an impeller puller at the gap between
the shroud of the impeller and the cooling-/oil chamber.
Assembly of the impeller (AB)
Prior assembling the impeller the shaft end and key (66) should be
cleaned and checked for any damage. Any damaged or worn parts
should be replaced.
Impeller bore and the shaft end should be lightly lubricated with
graphite-grease or a suitable mounting paste.
Fit the key (66) into the motor shaft and push the impeller on the
motor shaft.
Assembly of the impeller (A)
Place the impeller (146) to the mounting pedestal and bring it into line.
Hang the motor unit above the impeller with a hoist.
Bring the shaft end with impeller bore and key with key groove into
line and lower the motor unit with care as far as the stop.
Assembly of the impeller (B)
Push impeller to the shaft.
(AB) Insert collar washer (143) together with the grooved pin (270).
(AB) Screw in the impeller screw (144) together with the two
securing washers (145).
(AB) Tighten the impeller screw (144) with the correct tightening
Lifting devices for XFP-PE assembly
VUPX / AFLX- Lifting hoop: Attachment swivels:
PE4 Part no.: 3 206 2500 M12 Part no.: 1 499 0096
PE5 Part no.: 3 206 2510 M16 Part no.: 1 499 0100
PE6A Part no.: 3 206 2520 M20 Part no.: 1 499 0097
mounting pedestal