Walrus TPH50T5KF User manual

ࠄ঒ຽ۵ЊѣࢨΦ
Walrus Pump Co., Ltd.
TPH
TPH
MULTISTAGE CENTRIFUGAL PUMP
TPH
TPH
к߱ᗓёࠄ঒
Installation Manual
ֹ!ϡ!ᄲ!ځ!
րЕ
Web: www.walruspump.com E-mail: [email protected]
Walrus Pump Co., Ltd.
C099C0030008-01
ISO 9001 Certified

R&D department manager: Kao Tien-chuan
Manager:
Address: 83 -14, DA PIAN TOU, HO CHUOH VILLAGE,
SAN CHI, TAIPEI HSIEN, TAIWAN
TEL:[phone]~7
FAX: [phone]
Date: August 15, 2000
EC Declaration of Conformity
We WALRUS PUMP CO., LTD. declare under our sole
responsibility that the products : Multistage Centrifugal
Pump -
TPH2T, TPH4T, TPH8T, TPH12T, TPH25T, TPH50T
series, to which this declaration relates, are in conformity with the
Council Directives relating to
- 98/37/EEC (Machinery Directive)
Standard used : EN 292 : 1991
EN 1050 : 1996
Pr EN 809 : 1992
- 89/336/EEC (Electromagnetic compatibility Directive)
- 73/23/EEC (Low-Voltage Directive)
Standard used : EN60335-1
EN60335-2-51 : 1997
TPH Instruction Manual
Please study all instructions carefully before
installing your new system, as failures caused by
incorrect installation and operation are not
covered by the warranty.
1. General Data:
1.1 Applications
The TPH Series are modernly designed with quiet
and high efficient operation pumps, suitable for
dependable water transfer, circulating or booster
service. It works for clean or other liquids without
abrasive matters.
-Industrial circulation system
-Washing/cleaning system
-Pressure boosting system
-Water/liquid transfer
-Agricultural irrigation
-Air-conditioning
1.2 Pump Construction:
Horizontal multi-stage centrifugal pump, non
self-priming, co-axial pump/motor design,
impellers mounted on extended motor shaft. All
parts in contact with the pumped liquid are made
of stainless steel.
1.3 Operation conditions:
Ambient temperature: Max. 40oC(104oF )
Liquid temperature range: 0oC(32oF ) to 90oC(194oF)
Operating pressure: Max. 10 kg/cm²(142 psi)
Inlet pressure: Max. 6 kg/cm² (85 psi)
2. Installation and piping
2.1 Installation site
2.1.1 For secure operation, please mount and
bolt the pump base to the foundation.
2.1.2 Select a dry and good ventilated site and
provide accessible space around the pump
for future maintenance and service.
2.1.3 Make sure the ambient temperature is
below 40oC(104oF) and the flowing liquid
temperature does not exceed 90oC(194oF) .
2.1.4 Do not operate the pump under explosive
environment.
2.1.5 When the pump is installed outside, please
provide a suitable cover to protect it from
weather and frost. Please do not allow any
foreign objects fall into the motor fan
cover.
2.1.6 Horizontal installation is recommended.
When it is installed in other positions,
please provide drain holes to allow
drainage of the pump.
2.2 Electrical connection
2.2.1 This mark located outside the
connection box is a warning for
an electrical hazard.
2.2.2 The electrical connection should be carried
out in accordance with local regulations.
The operating voltage and frequency are
marked on the nameplate. Please make
sure that these data match with your job
requirement. For your safety, be sure the
circuit breaker is in your system and
grounding is properly connected to prevent
from electric shock.
2.2.3 Three phase motors must be connected to a
motor starter for protection of overload and
single phase running. Please be sure if the
direction of rotation is correct. For three
phase motor you can reverse the direction
of rotation by interchanging any two of the
incoming supply wires. Before your first
operation, please place a screwdriver
against the shaft at motor end and turn by
the direction of rotation to see if rotor
spins freely.
2.2.4 The position of the connection box is
adjustable. It can be turned either side
before the pump is installed. The preset
position from the factory is on the top of
the motor. To change the position of the
connection box, please remove the bolts
on the motor frame (4 bolts which are
bolted into the chamber) and turn the
stator housing to the required position.
Replace the screws and tighten securely.
~ 2 ~
Fig.1

2.3 The pump should be installed so that the
suction pipe is as short and the suction lift
as small as possible.
2.4 When draw liquid from the same level of the
pump suction inlet, please allow a downward
slope from the liquid source to the pump
suction inlet to avoid air sucked in. If it is to
pump liquid from a level lower than the pump
suction inlet, a foot valve must be fitted to
the end of the suction pipe.
2.5 Please select the pipe size specified in the
specifications. Smaller piping will cause
considerable pressure loss and affect pump
efficiency.
2.6 All piping joints must be completely tight.
Leakage in suction piping may result in the
loss of the suction capability. Leakage in
discharge piping may cause the "cycling" of
the pump.
2.7 Please do not allow any foreign objects
(chewing gum, dirt, and sand etc.) fall into
the pump or motor.
2.8 The pump lifting capacity is related to the
temperature of flowing liquid. Under normal
flowing temperature (20oC - 30oC), it will lift
up to 5M. At high temperature operation
(over 60oC), the pump must be installed at
the level lower than the liquid source or the
pump inlet pressure must be higher than 1
atmosphere (15 PSI).
2.9 It is extremely dangerous to run the pump
against a closed discharge valve, because it
will cause extremely high liquid flow
temperature and damage your pump. You
may connect a bypass/a drain to the
discharge pipe to allow a minimum liquid
flow through the pump.
2.10 Metal piping is recommended when the
operations require high lifting head or high
liquid temperature.
2.11 In systems with hot liquids (over 60oC), extra
caution should be exercised to prevent from
personal injury caused by escaping water.
3. Operation instructions
3.1 For booster systems where the liquid level on
the suction side is above the pump inlet,
please remove the filling plug and let water
back flow to the chamber. For pumping from
tanks and wells where the liquid level on the
suction side is below the pump inlet, please
remove the filling plug and pour water
through the chamber. Be sure suction pipe
and pump are completely filled with liquid
and vented. Replace the plug after water is
filled.
3.2 Double check if the voltage and wiring
connection are correct before you switch on
the pump. Your pump should be operating
shortly.
3.3 If there is no discharge flow after a few
minutes, please turn off the pump and repeat
the Process of 3.1 Turn the pump on and off
several times until it is working normally.
3.4 When pump is working on normal condition,
measure the motor current and check it with
the nameplate value. If it exceeds the rated
value, please reduce the lifting capacity or
fully open the valve.
3.5 When pump is not in use for a period, it
should be drained by removing the priming
and drain plugs. For start up after long time
inactivity, please check if the impeller and
mechanical seal are free. If they are locked
up by sand, rust or something else please
clean them up.
~ 3 ~
Priming plug
Drain plug
Fig.2
1
2
3
4
5
6
7
8
9
11
10
12
13 14 15
1. MOTOR 6 .IMPELLER 11 .LOCK NUT
2 .GASKET 7 .DIFFUSER 12 .GASKET
3 .MECHANICAL SEAL 8 .SHAFT SLEEVE 13 .PUMP COVER
4 .C- RING 9 .IMPELLER 14 .BOLT
5 .SHAFT SLEEVE 10 .SHAFT SLEEVE 15 .PLUG
4. CONSTRUCTION
Fig. 3
~ 4 ~

5. Trouble Shooting
(Make sure to disconnect the power before attempting to diagnose any fault.)
Fault
1. Pump does not start
2. Pump runs at reduced capacity or no
discharge water
3. Pump stops during operation
Cause
1. Check if electrical power source, fuse or circuit
breaker failed.
2. Check if pump is locked up by sand, rust or any
foreign objects.
3. Check if the motor is defective due to overload or
other causes.
1. If it is a three phase motor, please check if the
direction of rotation is correct.
2. Check if the inlet source is sufficient, the suction
lift is not too great and the temperature is within
the normal range.
3. Check if there is any leakage in suction pipe,
check valve works normal and mechanical seal is
not defective etc.
1. Motor overheat due to excessive suction lift or too
high liquid temperature.
2. Control circuit has cut out (pressure switch or
level controller).
6. Sound pressure level
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
TPH 2T2K
TPH2T3K
TPH2T4K
TPH2T5K
TPH2T6K
TPH4T2K
TPH4T3K
TPH4T4K
TPH4T5K
TPH4T6K
LA dB(A)
~ 5 ~
Model 50Hz 60Hz
<70
-
<70
<70
<70
<70
-
<70
<70
<70
70.7
70.7
<70
<70
<70
70.7
70.7
-
<70
<70
71.7
76.1
-
-
TPH8T2K
TPH8T2.5K
TPH8T3K
TPH8T4K
TPH8T5K
TPH8T6K
TPH12T1K
TPH12T2K
TPH12T3K
TPH12T4K
TPH12T5K
TPH12T6K
LA dB(A)
Model 50Hz 60Hz
76.0
76.0
76.0
76.0
-
78.0
-
78.0
78.0
-
78.0
78.0
78.0
78.0
78.0
-
78.0
-
78.0
78.0
TPH25T2KF
TPH25T3KF
TPH25T4KF
TPH25T5KF
TPH25T6KF
TPH50T2KF
TPH50T2.5KF
TPH50T3KF
TPH50T4KF
TPH50T5KF
LA dB(A)
Model 50Hz 60Hz
7.Dimensions and weights
See page 9.
1. ˘ྤ
1.1 ᑕϡ
ώΦTPHրЕயݡࠎπк߱ᗓёࠄ
঒Ăϡ౉ᇃھĂዋЪ˘ӣᗔኳ୻
߹វΐᑅăᏮăೈᒖ፟ୠన౯ᑕϡĂ
тĈຽր௚ă୻߾ր௚ăᆧᑅր௚ă୵វ
็ă๩ᘹ᛿൅ඈĄ
1.2 ࠄ঒ၹౄ
πк߱ᗓёࠄ঒ĂܧҋӛĂࠄ঒ᄃ྿
ТคĂཧ዇׽ؠٺΐܜ྿ค˯Ă͹ࢋ
જүొҜ࿬Іࠎ㝮᐀ՄኳĄ
1.3 ֹϡ୧І
ᒖဩ໢ޘ:Max. +40
o
C
୵វ໢ޘ:+0
o
C ~ +90
o
C
үᑅ˧:Max. 10 kg/cm
2
ˢ˾ᑅ˧:Max. 6 kg/cm
2
2.щ྅გڦຍְี
2.1 щ྅ᐼхಞٙ
2.1.1 ࠎֹྻᖼπᘦĂኛڦຍщ྅غᑕቁ
!!!!!၁׽ؠĄ
2.1.2 щ྅ᐼхಞٙυืܲ޺઀ᒌͷ఼ࢲ։р
!!!!!Ă֭ѣ֖ૉ۩มٽٺˠࣶჯ࣒ڇચĄ
2.1.3 ྻᖼ۞ᒖဩ໢ޘ଀ٺ40
o
C ֭ͷ୵វ
!!!!!໢ޘ଀ٺ!90
o
CĄ
2.1.4 Ξͽֹϡд׍ѣᘕࠓПᐍᒖဩĄ
2.1.5 ༊щ྅ٺވγĂυืనཉዋ༊᜕֨ନ
!!!!!߉ͽᔖҺวЍۡତᘉខܥ୽Ă֭ᔖҺ
!!!!!ளۏซˢ྿ҽݒࢲˢ˾Ą
2.1.6 ώயݡϒ૱ͽπщ྅ࠎ͹Ăࡶᅮଳפ
!! ׎΁щ྅ҜĂυื҂ᇋࠈ๫૟ࠄ
!!!!!঒߹វԆБଵ΍ࠎࣧ݋Ą
2.2 ࿪໚۞ాତ
2.2.1 ົயϠ࿪۞ПᐍᛋӘᇾϯĂ
ٺତቢ஼γځቁᇾϯĂະኛ
Ą
2.2.2 ኛڦຍ࿪໚ᄃ྿ᅛൕ˯ᇾϯ࿪ᑅ
!!!!!ᐛதߏӎ࠹௑Ăֶ֭໰༊г࿪ڱఢԆ
!!!!!јቢĂ྅నତгቢٕ႒࿪ฟᙯĂͽᔖ
!!!!!Һ൴Ϡ࿪ᑝПᐍĄ
2.2.3 ˬ࠹྿ᅮγΐ࿅ྶ᜕ܲ࠹᜕ܲฟ
!!!!!ᙯĂͽᔖҺ྿࿅ྶٕ࠹፵໑Ąڦຍ
!!!!!ˬ࠹࿪໚۞ాତυืֹ྿ᖼШᄃࢲཊ
!!!!!˯ᇾϯ۞ྻᖼШ࠹ТĂ࿪ྏᖼШ
!!!!!݈ኛͽᓲකֶ୊ᖼШᖼજคͽ
!!!!!ᔖҺ࿬௡ІΙҝຫᗼ֭ቁܲྻᖼπᘦĂ
!!!!!ࡶᖼШТΞ૟ˬ࠹࿪໚Їຍ׌୧ቢ
!!!!!၆አӈΞԼតШĂᖼШ᏾ᄱົயϠ
!!!!!ᑅ֖፟ୠคދᇅᖊᗫฟតԛ҃႒
!!!!!Ą
2.2.4 ώயݡ྿ତቢ஼ࠎΞொજనࢍĂтௐ
!!!!!3ࢱ!Fig.1 ٙϯ<አፋՎូࢵА૟྿
!!!!!ࠄ঒ม׽ؠᓲකٵ˭ޢГᖼࠄ঒Ҍ࿰ؠ
!!!!!ҜཉĂГ૟׽ؠᓲකᗆღ֭૟ࢲཊ྅а
!!!!!ӈΞĄ
2.3 ૟ࠄ঒ጐΞщ྅ٺ໚ܢܕĂͽഴӛ
ˢೳ඀Ă೩ྻᖼதĄ
2.4 πӛˢგྮυืᔖҺ۩ঈ૆๫Ă༊ࠄ঒
ˢ˾ٺ໚υืٺӛˢგ݈ბ྅న
ᅧĄ
2.5 გྮତᐝυืቁ၁૜ދĂӛˢბგྮ૜ދ
։Ă૟ֹࠄ঒εΝӛΑĄ
2.6 გᅮڦຍᔖҺளۏซˢࠄ঒ވĂপ
Ҿߏ๬ቱგϡPVCቱᜠĂͽҺཧ዇
ΙѪຫᗼĄ
2.7 ࠎᔖҺ൴Ϡࠄ঒۩ᄞĞCavitationğன෪
Ăώࠄ঒ӛஎޘົᐌ୵វ໢ޘᆧΐ҃ഴ
Ą૱໢(20
o
C~30
o
C)ӛஎޘࡗࠎ!5
Ą༊߹វ໢ޘ෹࿅60
o
Cࠄ঒ˢ˾υ!
ื໚ҲĂٕӛˢ˾ᑅ˧υืٺঈ
ᑅ˧Ą
2.8 ΍˾გྮఢͽࠄ঒΍˾࠹Тࠎࣧ݋Ă΍!
˾გྮ࿅૟ጱ࡭ᑅ˧ຫεĂࢫҲֹϡ!
தĄ΍˾გྮ૜ދ։૟ጱ࡭ΐᑅր௚ྻ
ᖼᐛᓄĄ
~ 6 ~

2.9 ώࠄ঒Ξܜมྻᖼٺ΍˾БౕಞЪĂтѩ૟ጱ࡭߹វ໢ޘள૱˯Ăᚑࢦ֭૟ጱ࡭!
გྮᘕෘٕ྿፵໑Ą
2.10 ΍˾გྮኛֹϡܛᛳგͽ֨୵វ໢ޘள૱ጱ࡭გྮ৔ෘĄ
2.11 ֹϡ୵វ໢ޘ෹࿅60
o
CĂᅮΐ྅᜕֨྅ཉĂͽᔖҺ፺๋Ą
3.ྻᖼፆүՎូֹϡڦຍְี
3.1 ༊ࠄ঒ˢ˾ٺ୵ࢬĂࢵАפ˭ڦ๫Ă૟᛿႕ࠄ঒ވӛˢ઎გྮĂГ૟ڦ๫୊ღ
Ą҃༊ࠄ঒ˢ˾Ҳٺ୵ࢬĂפ˭ڦ๫Ăឰ୵វҋҖ߹΍ڦҌӣ۩ঈޢĂГ૟ڦ๫
୊ღĄ
3.2 ГѨᑭߤ࿪໚࿪ᑅߏӎᄃ྿ఢ࠹௑ĂඕቢߏӎϒቁޢĂ૟࿪໚ฟᙯχฟĂ྿ᑕϲגᖼ!
જĄχฟ΍˾઎გྮ΍ᅧĂᇴࡋޢᑕѣҋ΍˾ბგྮ߹΍Ąˬ࠹྿ኛГޘቁᄮᖼШ
ߏӎϒቁĄ
3.3 જᇴᛗޢࡶࠄ঒۩ᖼĂ݋ᑕϲӈઃֻ࿪Ă૟ڦ๫χฟГ᛿ĄాᜈୁજᇴѨĂͽ
ֹӛˢგ·႕Ą
3.4 ༊྿ྻᖼϒ૱ޢĂͽ࿪߹ᏻณീ྿ྻᖼ࿪߹ߏӎٺ྿ᅛൕᇾϯࣃĂࡶ࿪߹࿅ኛГ!
Ѩᑭߤ࿪ᑅٕࠄ঒࢑ྶߏӎள૱Ą
3.5 ܜഇઃϡ݈ĂኛӀϡࠈ๫૟ࠄ঒ొ୵វଵ઀Ą୬ࢦາֻ࿪ୁજ݈ĂኛАቁؠཧ዇൑Ιҝ
ଐԛĂГҖֻ࿪Ąࡶ൑ڱֹ׎ᖼજĂኛԯࠄ঒઎ᄏཧ዇ٵעĂ୻ሒޢГ௡ЪĄ
4 ၹౄ࿬ІЩჍ
~ 7 ~
1.྿
2.ါ
3.คދ
4.љᒖ
5.ค
6.ཧ዇
7.ጱ߹ڕ௡
8.ค
9.ཧ዇
10.ค
11.֨ᗫค
12.ါ
13.፟ᄏ
14.ᓲং
15.๫ᐝ
࿬Іဦኛણ໰
!!!ௐ 4 ࢱ
!!!!Fig.3
5 ߇ᅪયᗟ఍ந)ჯ᜕ă࣒ந఍ந݈ኛАᕝ࿪໚*
߇ᅪયᗟ
1. ࠄ঒ົୁજ
2. ྿ྻᖼϒ૱ҭ߹΍ณޝٕ൑߹
΍ณ
3. ྻᖼ྿ن൒ઃ
఍நё
1. ᑭߤ࿪໚ฟᙯߏӎχฟĂܲᐍකߏӎ፵ຫĄ
2. ࠄ঒ߏӎజѳۏΙѪ!
3. ྿෹ྶጱ࡭໢ޘ᜕ܲጡྯ௲ٕ፵໑
1. ࡶࠎˬ࠹྿ኛᑭߤ྿ᖼШߏӎϒቁ
2. ቁᄮ໚ߏӎ·֖Ăӛޘߏӎዋ༊Ă໢ߏ
ӎ࿅Ą
3. ᑭߤӛბგྮăତᐝăᅧٕคދߏӎ႒
ٕᗔۏ૆๫Ą
1. ྿෹ྶጱ࡭໢ޘ᜕ܲጡྯ௲ٕ፵໑Ą
2. ଠטቢྮ߇ᅪ)ᑅ˧ฟᙯٕঙ஧ฟᙯඈ*!
6. ጠࢰ
7. ࢦณ!(Dimensions and weights)
~ 8 ~
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
<70
TPH 2T2K
TPH2T3K
TPH2T4K
TPH2T5K
TPH2T6K
TPH4T2K
TPH4T3K
TPH4T4K
TPH4T5K
TPH4T6K
LA dB(A)
Model 50Hz 60Hz
<70
-
<70
<70
<70
<70
-
<70
<70
<70
70.7
70.7
<70
<70
<70
70.7
70.7
-
<70
<70
71.7
76.1
-
-
TPH8T2K
TPH8T2.5K
TPH8T3K
TPH8T4K
TPH8T5K
TPH8T6K
TPH12T1K
TPH12T2K
TPH12T3K
TPH12T4K
TPH12T5K
TPH12T6K
LA dB(A)
Model 50Hz 60Hz
76.0
76.0
76.0
76.0
-
78.0
-
78.0
78.0
-
78.0
78.0
78.0
78.0
78.0
-
78.0
-
78.0
78.0
TPH25T2KF
TPH25T3KF
TPH25T4KF
TPH25T5KF
TPH25T6KF
TPH50T2KF
TPH50T2.5KF
TPH50T3KF
TPH50T4KF
TPH50T5KF
LA dB(A)
Model 50Hz 60Hz

Dimensions ( TPH 2/4 )
Dimensions ( TPH 8/12 )
~ 9 ~
PT "
8
3
PT "
8
3
2T: PF 1"
4T: PF 1¼"
D
C
138
160 B
A
Ø8.5
90
130
108
218
128
142
161
Outlet PF 1"
Inlet
TPH 2T 1K
TPH 2T 2K
TPH 2T 3K
TPH 2T 4K
TPH 2T 5K
TPH 2T 6K
287
305
323
341
399
417
45
63
81
99
117
135
56
74
92
110
128
146
81
99
117
135
153
171
11.7
11.8
11.9
12.0
13.5
13.6
Model
TPH 2T
A(mm) B(mm) C(mm) D(mm) N.W.(kg)
TPH 4T 2K
TPH 4T 3K
TPH 4T 4K
TPH 4T 5K
TPH 4T 6K
314
381
408
435
462
72
99
126
153
180
83
110
137
164
191
108
135
162
189
216
11.7
13.3
14.1
14.2
16.1
Model
TPH 4T
A(mm) B(mm) C(mm) D(mm) N.W.(kg)
* Optional : flange type inlet & outlet.
TPH 8T 2K
TPH 8T 2.5K
TPH 8T 3K
TPH 8T 4K
TPH 8T 5K
TPH 8T 6K
370
407
407
435
467
467
77
109
109
109
141
141
75
107
107
107
139
139
88
120
120
120
152
152
18.8
19.5
20.0
25.4
25.5
25.5
Model
TPH 8T
A(mm) B(mm) C(mm) D(mm) N.W.(kg)
TPH 12T 1K
TPH 12T 2K
TPH 12T 3K
TPH 12T 4K
TPH 12T 5K
TPH 12T 6K
335
375
435
435
467
467
77
77
109
109
141
141
88
88
120
120
152
152
75
75
107
107
139
139
17.6
20.0
25.4
28.0
29.2
29.2
Model
TPH 12T
A(mm) B(mm) C(mm) D(mm) N.W.(kg)
C
138
B
160
108
130
D
A
110
240
182
124
188
Ø8.5
PT ½"
PT ½"
Inlet PF 1½"
Outlet PF 1½"
* Optional inlet & outlet: 1. 1½ inch or 2 inch.
2. flange type
Dimensions ( TPH 25T )
~ 10 ~
TPH 25T 50Hz
TPH 25T 2KF
TPH 25T 3KF
TPH 25T 4KF
TPH 25T 5KF
TPH 25T 6KF
537.5
597.5
597.5
707.5
707.5
158.5
218.5
218.5
278.5
278.5
198.5
258.5
258.5
318.5
318.5
120
180
180
240
240
51.0
56.8
57.0
68.8
69.0
Model
TPH 25T 60Hz
A(mm) B(mm) C(mm) D(mm) N.W.(kg)
TPH 25T 2KF
TPH 25T 3KF
TPH 25T 4KF
TPH 25T 5KF
597.5
707.5
707.5
767.5
218.5
278.5
278.5
338.5
258.5
318.5
318.5
378.5
180
240
240
300
53.0
58.8
59.0
71.0
Model A(mm) B(mm) C(mm) D(mm) N.W.(kg)
200
280
190
168
A
B
C
242
D
320
147
320
Ø12
Inlet PF 3"
Outlet PF 3"
Dimensions ( TPH 50T )
582.5
692.5
742.5
203
263
263
243
303
303
162
222
222
55.6
77.6
86.7
Model
TPH 50T 60Hz
A(mm) B(mm) C(mm) D(mm) N.W.(kg)
TPH 50T2.5KF
TPH 50T 4KF
TPH 50T 5KF
642.5
752.5
802.5
263
323
323
303
363
363
222
282
282
61.5
80.6
88.0
Model
TPH 50T 50Hz
A(mm) B(mm) C(mm) D(mm) N.W.(kg)
TPH 50T 2KF
TPH 50T 3KF
TPH 50T 4KF
200
280
C
B
D
A
147
325
168
190
325
243
Ø12
Inlet PF 4"
Outlet PF 4"