Boyser RBT Series User manual

www.boyser.com
Operating instruccions Peristaltic Pumps
RBT Series

2
Operating instruccions Peristaltic Pumps RBT Series
1. Introduction
This instruction manual must accompany the pump at all times for as long as it is in use.
The RBT series peristaltic pump is a machine for fluid handling intended to be used in
industrial areas, as such the instruction manual is part of the legislative provisions for the
safe and correct use of the pump.
This instruction manual does not substitute any installation standard or any additional
future standard.
1.1. How to use this manual
This manual is intended as a reference book by means of which qualified users are able to
install, commission and maintain the hose pumps mentioned on the front cover.
1.2. Original instructions
The original instructions for this manual have been written in English. Other language
versions of this manual are a translation of the original instructions.
1.3. Other supplied documentation
Documentation of components such as motors and inverters is normally not included in
this manual. However, if additional documentation is supplied, you must follow the instruc-
tions in this additional documentation.
1.4. Service and support
For information with respect to specific adjustments, installation, maintenance or repair
jobs which fall beyond the scope of this manual, contact BOYSER. Make sure you have the
serial number hose pump at hand.
1.5. Environment and disposal of waste
Enquire within your local government about the possibilities for reuse or environment
friendly processing of packaging materials, (contaminated) lubricant

3
2. Safety
2.1. Explanation of the safety information
This symbol identifies the instructions of this manual, which must be
observed to avoid failure to meet safety standards.
This symbol identifies the instructions of this manual, which must be
observed to avoid compromising electrical safety.
This symbol identifies the instructions of this manual, which must be
observed to guarantee the correct operation of the pump.
Other documentation supplied: instructions in all additional documentation supplied with
the pump must also be followed (instructions for components such as gearbox, motor,
sensor, frequency controller).
2.2. Intended use
The hose pump is exclusively designed for pumping suitable products. Every other or fur-
ther use is not in conformance with the intended use. In case of doubt it is the use which
appears to be its intended use judging from the construction, execution and function
of the product. Observing the instructions in the user’s documentation also belongs to
intended use.
Only use the pump in conformance with the intended use described above. The manu-
facturer cannot be held responsible for damage or harm resulting from use that is not in
conformance with the intended use. If you want to change the application of your hose
pump, contact BOYSER.
2.3. Responsibility
The manufacturer does not accept any responsibility for damage or harm caused by not
(strictly) observing the safety regulations and instructions in this manual and the also su-
pplied documentation, or by negligence during installation, use, maintenance and repair
of the hose pumps mentioned on the front cover. Depending on the specific working con-
ditions or accessories used, additional safety instructions can be required.
2.4. User qualifications
Pumps are machines that can present dangers due to moving parts and the presence of
a pressurised fluid within the hose.

4
Operating instruccions Peristaltic Pumps RBT Series
THE FOLLOWING CAN CAUSE SERIOUS DAMAGE AND INJURY:
- Improper use
- Removal of the protections and/or disconnection of protective de-
vices
- Lack of inspections and maintenance
The person responsible for safety should therefore guarantee that the pump is transpor-
ted, installed, put in service, used, maintained and repaired by qualified personnel who
should possess:
- Specific training and sufficient experience for the tasks.
- Knowledge of the technical standards and applicable laws.
- Knowledge of the national and local safety and installation stan-
dards.
Any work carried out on the electrical part of the pump should be authorized by the per-
son responsible for safety.
Given that the pump is intended to form part of a system, it is the responsibility of whoever
supervises the installation of the entire system to guarantee absolute safety, adopting the
necessary measures of additional protection.
2.5. General safety information
Live parts
Possible consequence: fatal or very serious injuries.
- Risk mitigation: the device must be disconnected from the power
supply before it is opened
- Isolate damaged, faulty or manipulated devices from the mains in
order to de-energize.
Lack of emergency stop switch
Possible consequence: fatal or very serious injuries.
An emergency stop switch must be connected for the entire system.
This should enable the entire system to be shut down in the event of an
emergency in such a way that the overall system can be brought into
a safe condition.
Unauthorized access
Possible consequence: Fatal or very serious injuries.
- Risk mitigation: ensure that there can be no unauthorized access to
the pump or to the system.

5
Hazardous media/contamination of persons and equipment
Possible consequences: Fatal / serious injuries, material damage.
- Ensure that the pump hoses are chemically resistant against the
media being handled
- Always observe the safety data sheets for the media to be handled.
The system operator must ensure that these safety data sheets are
available and that kept up-to-date.
- The safety data sheets for the fluid being handled are always deci-
sive for initiating countermeasures and/or first aid in the event of
leakage of the fluid.
- Observe the general restrictions in relation to viscosity limits, che-
mical resistance and density.
- Always switch the pump off before exchanging the pump hose
Incorrect and improper use
Possible consequence: fatal or very serious injuries.
- The unit is not intended to convey or regulate gases or solid media
- Do not exceed the rated pressure, speed or temperature for the
pump
- Maximum pressure on suction/inlet side is 3 bar (45 psi approx.)
and maximum pressure on suction/inlet side is 0,5 bar (7,25 psi
approx.) only in pumps with Norprene tube).
- The unit may only be used in accordance with the technical data
and specifications provided in these operating instructions and in
the operating instructions for the individual components
- This pump is NOT supplied for use in areas of risk from explosion.
ATEX versions of BOYSER pumps are available and they are supplied
with a special ATEX version of the Instruction Manual.
- Only switch the pump on if it has been properly fastened to the
floor
- Only switch the pump on if the front cover has been attached.
- Do not carry out any maintenance operations or dismantle the
pump without first making sure that the pipes are not under pres-
sure and are empty or isolated.
- In the case of the hose becoming stuck during extraction or fitting it
is necessary to reverse the direction of the pump, re-lubricate, and
then repeat the operation.
- As the peristaltic pump is volumetric and its functioning is positive
displacement, it is necessary to prevent a possible overload of pres-
sure, due to, for example, the accidental closure of a valve. For this
reason, it is advisable to fit a safety device such as: a safety valve,
pressure limiter, etc.

6
Operating instruccions Peristaltic Pumps RBT Series
Operational lifetime of the pump hoses
Possible consequence: fatal or very serious injuries.
- The hose has an indeterminate life and due to the possibility of its
breakage or deterioration, the user is responsible for the preven-
tion of a possible (although most unlikely) incorporation of particles
from the hose into the product being pumped. This can be achieved
by means of filtration, a hose rupture alarm or other means suitable
for the respective process
- In addition, the operational lifetime of the pump hoses cannot be
precisely specified. For this reason, the possibility of fracture and
consequential leakage of liquids must be accounted for. If the hose
rupture alarm (optional) is fitted, then the pump can be stopped
and/or an electrical valve can be activated.
CIP cleaning
- In the event of CIP cleaning, it is necessary to obtain information
from the manufacturer about correct installation of the pump (a
special installation is required) as well as regarding the compatibi-
lity of the cleaning agents with the pump hoses and the hydraulic
connections.
- Cleaning should be undertaken at the recommended maximum
temperature.
Direction of rotation/flow direction
Possible consequence: material damage, destruction of the unit.
- The pump’s direction of rotation in relation to the desired flow di-
rection must be checked prior to every start.
Disconnect the pump from the mains
Possible consequence: personal injury.
- Work may only be carried out on the pump after it has previously
been switched off and disconnected from the mains.
Environmental influences
Possible consequence: material damage up to destruction of the unit.
- The device is suitable for outdoor operation once it is covered and
protected from rain and direct sunlight. Ambient conditions must
also be respected, see Section 7.2 & 7.3.
- Take suitable measures to protect the device from environmental
influences such as UV rays, moisture, frost, etc.

7
3. Functional description
The RBT Series is a positive displacement pump. The feed chemical is conveyed by the ro-
tor squeezing the hose in the direction of flow. No valves are needed for this. This ensures
gentle handling of the metered media.
Maximum pressure on suction/inlet side is 3 bar (45 psi approx.) and maximum pressure
on suction/inlet side is 0,5 bar (7,25 psi approx.) only in pumps with Norprene tube).
The RBT Series has been designed for safe and uncomplicated operation, as well as strai-
ghtforward maintenance.
The RBT Series can be used for many different media. However, this pump type is often
the optimal solution for abrasive, shear-sensitive and viscous media.
Typical areas of use include processes where only a low discharge pressure is required
(max. 15 bar).
3.1. Main modules:
1. Drive Unit
2. Housing
3. Base frame
DESCRIPTION UNIT RBT-25 RBT-32 RBT-40 RBT-60 RBT-70 RBT-80 RBT-100
Max. capacity
continuous
m3/h 1,08 1,86 4,79 10,83 18,09 28,08 36,00
GPM 4,76 8,19 21,09 47,68 79,65 123,63 158,50
Max. capacity
intermittent
m3/h 1,44 2,98 6,38 12,99 24,12 42,12 48,00
GPM 6,34 13,12 28,09 57,19 106,19 185,45 211,34
Capacity per
revolution
l/rev 0,3 0,62 1,33 3,61 6,7 11,7 20
Gal/
rev 0,079 0,164 0,351 0,954 1,770 3,091 5,283
Max. permissable
working pressure bar 15 15 15 15 15 15 15
Permissable am-
bient temperature °C -10 to
+45
-10 to
+45
-10 to
+45
-10 to
+45
-10 to
+45
-10 to
+45
-10 to
+45
Permissable pro-
duct temperature °C -10 to
+80
-10 to
+80
-10 to
+80
-10 to
+80
-10 to
+80
-10 to
+80
-10 to
+80
Sound level at 1m dB (A) 70 70 70 70 70 70 70
3
2 1

8
Operating instruccions Peristaltic Pumps RBT Series
4. DESCRIPTION
4.1. Identification of the product
A: Pump head
B: Gearbox
C: Electric motor
4.2. Identification of the pump
MOD: Type number
Nº: Serial number
YEAR: Year of manufacture
4.3. Identification of the gearbox (B)
The gearbox has an identity plate with the model, serial number and manufacturer’s de-
tails as well as information relevant to its function such as reduction ratio.
4.4. Identification of the electric motor (C)
The motor has an identity plate with the model, serial number and manufacturer’s details
as well as information relevant to its function such as electric power.
5. CONSTRUCTION
The pump housing is closed off with a bolted front cover in order to avoid the risk of injury.
The motor serves to drive the rotor. Two shoes attached to the rotor serve to press the
pump hose against the pump housing.
The rotary movement of the rotor alternately presses and releases the shoes against the
pump hose. This serves to suck the media and convey it into the metering line.
5.1. Diagram of functional principle
1. Housing
2. Rotor
3. Shoes
4. Hose

9
6. PUMP HOSE
6.1. General
A: Inner layer
B: Nylon reinforcement layers
C: Outer layer
The pump hose liner material should be chemically resistant with the product to be pum-
ped. Depending on the specific requirements of your application a corresponding pump
hose must be selected. For each pump model various hose types are available.
The material of inner lines is the part in contact with the media.
HOSE TYPE MATERIAL INNER LINER COLOUR STRIPE
NR Natural rubber No one (black)
NBR Nitrile rubber Red
NBR-A Nitrile rubber (FDA) White
EPDM EPDM Blue
CSM Hypalon Green

10
Operating instruccions Peristaltic Pumps RBT Series
7. TRANSPORT AND STORAGE
7.1. Transport
- The pump is protected by cardboard packaging or a wooden crate.
- The packaging materials are recyclable.
7.2. Storage for less than 1 month
- The pump should be in a resting position, rotor in horizontal position.
- Avoid areas open to harsh weather or excessive humidity and temperatures lower
than 0°C or higher than 30°C.
- Spare hoses should be stored in a dry place away from direct light.
7.3. Storage for more than 1 month
- Avoid areas open to harsh weather or excessive humidity and temperatures lower
than 0°C or higher than 30°C.
- IMPORTANT Disassemble one of the shoes (see also section 9.4.1 for instructions):
- Remove the front cover.
- Remove a shoe (the shoe that is not touching the pump hose).
- Mount the front cover.
- Turn the rotor with the help of the motor so that the remaining shoe
is not pressing against the pump hose.
- For storage periods of longer than 30 days, protect the coupling surfaces (clamps,
reducers, motors) with adequate anti-rust protection.
- For storage periods longer than 6 months rotate the rotor a few turns to prevent
damage to bearings and oil seals and to prevent grease migration.
- Spare hoses should be stored in a dry place away from direct light.
7.4. Elevation
Models RBT- 25, RBT-32, RBT-40
Weights RBT-25 RBT-32 RBT-40
Total pump
weight
96 kg 145 kg 196 kg
211 lbs 319 lbs 432 lbs
Max. rating of
the lifting point
170 kg 170 kg 240 kg
374 lbs 374 lbs 529 lbs
Safety factor 6 6 6

11
- To elevate the pump use the eye bolt.
Models RBT-60, RBT-70, RBT-80 and RBT-100
- To elevate the pump, it is necessary to use lifting equipment.
Weights RBT-60 RBT-70 RBT-80 RBT-100
Total pump
weight
346 kg 642 kg 1150 kg 1375 kg
762 lbs 1415 lbs 2535 lbs 3031 lbs
Max. rating of
the lifting point
400 kg 750 kg 1280 kg 1525 kg
881 lbs 1653 lbs 2821 lbs 3362 lbs
Safety factor >6 >6 6 5

12
Operating instruccions Peristaltic Pumps RBT Series
8. ASSEMBLY, COMISSIONING AND INSTALLATION
8.1. Ambient conditions
Assembly is to be carried out in the following order.
If the pump has to be installed outdoors, then it is to be equipped with protection against
sunlight and weather influences.
When positioning the pump, ensure that sufficient room for access is provided for all types
of maintenance work.
Limit values for hose temperature and pressure.
Hose Material Min. Temp. (°C)
Feed chemical
Max. Temp (°C)
Feed chemical
Min. Temp (°C)
Environment
Max. Pressure
(bar)
NR - 10 80* - 20 15
NBR - 10 80* - 20 15
NBR-A - 10 80* - 20 15
EPDM - 10 80* - 20 15
CSM - 10 80* - 20 15
* At max. temperature, the life of hose is drastically reduced.
Please contact BOYSER for applications with feed chemical temperature higher than 60°.
8.2. Commissioning
8.2.1. Testing prior to commissioning the pump
The following tests are to be carried out:
- Check that the shoes are correctly fitted and fastened.
- Check that the drive and the pump housing are properly lubricated. The specially
formulated lubricant can be obtained from BOYSER or from the authorized distri-
butor.
- Only switch the pump on if the front cover has been properly attached.
- Check that the mains voltage is suitable for the motor.
- Check that the thermal overload protection (not included in the delivery scope)
corresponds to the value specified on the motor type plate.
- Confirm that pump has been properly earthed.
- Connect the electric motor according to local applicable rules and regulations.
The electrical installation work must be carried out by qualified personnel.
- Check that the optional electrical components are connected and are working
properly.
- Check whether the direction of rotation is correctly adjusted.

13
8.3. Correct installation of the pump
- Ensure that the pump has not been damaged during transportation or storage.
Immediately report any damage to the supplier.
- Ensure that all the packaging has been removed.
- Check that the information printed on the identification plate corresponds with
the order.
- Check the operating instructions in order to ensure that the flow values, pressures
and power consumption of the motor do not exceed rated values.
- Ensure that the hose is suitable for the fluid to be conveyed and that it is not
damaged.
- Make sure that the temperature of the liquid does not exceed the recommended
temperature range.
- Ensure that there is enough space for free airflow around the motor.
- Ensure that no nearby objects or direct sunshine radiate additional heat to the
motor.
8.3.1. Suction side
- Install a manometer in the pressure line if the back-pressure value is unknown.
Maximum pressure on suction/inlet side is 3 bar (45 psi approx.) and maximum
pressure on suction/inlet side is 0,5 bar (7,25 psi approx.) only in pumps with
Norprene tube).
- The pump is to be positioned as near as possible to the liquid container, so that
the suction side is kept as short and straight as possible.
- The suction line must be absolutely airtight and made of a suitable material, so
that it does not collapse under vacuum.
- The diameter must correspond to the rated diameter of the pump hose. A larger
diameter is recommended in the event of viscous liquids.
- The pump is self-priming and does not require an admission valve.
- The pump is reversible and the suction side can be connected to either hydraulic
connection of the pump. Normally the option is selected which is best suited to
the physical conditions of the rest of the installation.
- It is recommended to use flexible piping between the fixed pipes and the hydraulic
connections of the pump, in order to avoid the transmission of vibrations.
8.3.2. Maximum permissible loads on the pump connection
- Pump must be bolted to floor before applying loads to connections/flanges.

14
Operating instruccions Peristaltic Pumps RBT Series
RBT-25 RBT-32 RBT-40 RBT-60 RBT-70 RBT-80 RBT-100
F1 N 600 600 900 1200 1300 1500 1700
lb-f 135 135 202 270 292 337 382
F2 N 300 300 450 600 650 750 850
lb-f 67 67 101 135 146 167 191
F3 N 120 120 450 600 650 750 850
lb-f 27 27 101 135 146 167 191
8.3.3. Discharge side
- The discharge line is to be kept as straight and short as possible, in order to avoid
performance reduction.
- The diameter must correspond to the rated diameter of the pump hose. A larger
diameter is recommended in the event of viscous liquids.
- It is recommended to use flexible piping between the fixed pipes and the hydraulic
connections of the pump, in order to avoid the transmission of vibrations.
- Install a pressure relief valve or a pressure switch (or similar device) in the pressure
line in order to protect the pump in the event that a valve is unintentionally closed
off or the line is blocked in another way.
8.4. Adjusting the shoe pressure
- The peristaltic pump is equipped with shims, in order to adjust the precise dis-
tance from the axis of rotation to the shoe for correct hose compression (also
dependent on speed and operating pressure).

15
- In order to achieve optimal life of the pump hose, the compression force of the
pump hose can be adjusted by placing a number of shims under the pressing
shoe. The shims (2) are fitted between the rotor (1) and the pressing shoe (3). The
number of shims will vary for each counter pressure situation.
1. Hose in normal shape.
2. Insufficient squeezing (back flowing media in the cavity will destroy the hose
within a short period of time).
3. Perfect squeezing.
4. Excessive squeezing (increased wear and tear to pump and hose).
The shims are fitted in the factory. The number of shims can be adapted to the actual
operating conditions according to the following tables.
Shims placement
Squeezing the hose

16
Operating instruccions Peristaltic Pumps RBT Series
8.4.1. RBT-25 Model
a) NR, NBR, EPDM, CSM and NBR-A:
Number of shims of 0,5 mm thickness (part number 100.01.13) in each location (i.e. mul-
tiply by 2 for total quantity). NOTE: for fluid temperatures >60°C, reduce shim quantities
by 1. Halar coated pumps, reduce shim quantities by 1.
RBT-25 rev/min
0-19 20-39 40-59 60-79 80-99
bar
0,511100
2,511111
5,0* 2 2 2 2 2
7,543333
10,054444
12,565554
15,0 7 6 6 6 --
*Factory default setting if working pressure is not informed
8.4.2. RBT-32 Model
a) NR, NBR, EPDM, CSM and NBR-A:
Number of shims of 0,5 mm thickness (part number 104.01.13) in each location (i.e. mul-
tiply by 2 for total quantity). NOTE: for fluid temperatures >60°C, reduce shim quantities
by 1. Halar coated pumps, reduce shim quantities by 1.
RBT-32 rev/min
0-19 20-39 40-59 60-79 80-99
bar
0,500000
2,500000
5,0* 11100
7,521110
10,022211
12,533322
15,04443--
*Factory default setting if working pressure is not informed

17
8.4.3. RBT-40 Model
a) NR, NBR, EPDM, CSM and NBR-A:
Number of shims of 0,5 mm thickness (par t number 109.00.04) in each location (i.e. mul-
tiply by 2 for total quantity). NOTE: for fluid temperatures >60°C, reduce shim quantities
by 1. Halar coated pumps, reduce shim quantities by 1.
RBT-40 rev/min
0-19 20-39 40-59 60-79 80-99
bar
0,533222
2,5 4 3 3 3 --
5,0* 5 4 4 4 --
7,5 5 5 5 -- --
10,0 6 6 5 -- --
12,5 7 7 6 -- --
15,0 8 8 -- -- --
*Factory default setting if working pressure is not informed.
8.4.4. RBT-60 Model
a) NR, NBR, EPDM, CSM and NBR-A:
Number of shims of 0,5 mm thickness (part number 111.00.47) in each location (i.e. mul-
tiply by 2 for total quantity). NOTE: for fluid temperatures >60°C, reduce shim quantities
by 1. Halar coated pumps, reduce shim quantities by 1.
RBT-60 rev/min
0-19 20-39 40-59 60-79 80-99
bar
0,500000
2,500000
5,0* 2 2000
7,522222
10,0 4 4 2 2 --
12,5 4 4 4 4 --
15,0 4 4 4 -- --
*Factory default setting if working pressure is not informed.

18
Operating instruccions Peristaltic Pumps RBT Series
8.4.5. RBT-70 Model
a) NR, NBR, EPDM, CSM and NBR-A:
Number of shims of 0,5 mm thickness (part number 114.00.03) in each location (i.e. mul-
tiply by 2 for total quantity). NOTE: for fluid temperatures >60°C, reduce shim quantities
by 1. Halar coated pumps, reduce shim quantities by 1.
RBT-70 rev/min
0-19 20-39 40-59 60-79 80-99
bar
0,511100
2,5 2 2 2 1 --
5,0* 3 3 3 2 --
7,5 4 4 4 -- --
10,0 5 5 5 -- --
12,5 6 6 6 -- --
15,0 7 7 -- -- --
*Factory default setting if working pressure is not informed.
8.4.6. RBT-80 Model
a) NR, NBR, EPDM, CSM and NBR-A:
Number of shims of 0,5 mm thickness (part number 118.00.49) in each location (i.e. mul-
tiply by 2 for total quantity). NOTE: for fluid temperatures >60°C, reduce shim quantities
by 1. Halar coated pumps, reduce shim quantities by 1.
RBT-80 rev/min
0-19 20-39 40-59 60-79 80-99
bar
0,5 7 6 -- -- --
2,5 8 7 -- -- --
5,0* 9 8 -- -- --
7, 5 10 10 - - -- --
10,0 12 11 -- -- --
12,5 13 12 -- -- --
15,0 14 13 -- -- --
*Factory default setting if working pressure is not informed.

19
8.4.7. RBT-100 Model
a) NR, NBR, EPDM, CSM and NBR-A:
Number of shims of 0,5 mm thickness (part number 119.00.07) in each location (i.e. mul-
tiply by 2 for total quantity). NOTE: for fluid temperatures >60°C, reduce shim quantities
by 1. Halar coated pumps, reduce shim quantities by 1.
RBT-100 rev/min
0-19 20-39 40-59 60-79 80-99
bar
0,5 3 1 -- -- --
2,5 3 1 -- -- --
5,0* 5 4 -- -- --
7,55 4------
10,0 7 4 -- -- --
12,59--------
15,0 11 -- 6 -- --
*Factory default setting if working pressure is not informed.
9. MAINTENANCE
9.1. Components weights
RBT-25 RBT-32 RBT-40 RBT-60 RBT-70 RBT-80 RBT-100
Total Weight 96 kg 145 kg 196 kg 346 kg 642 kg 1150 kg 1375 kg
211 lbs 319 lbs 432 lbs 762 lbs 1415 lbs 2535 lbs 3031 lbs
Pump Cover 5.1 kg 7,.7 kg 10,6 kg 14,5 kg 32,4 kg 42,8 kg 58,3 kg
11 lbs 16 lbs 23 lbs 31 lbs 71 lbs 94 lbs 128 lbs
Shoe 0,4 kg 0,6 kg 1,6 kg 3,4 kg 6,5 kg 14,2 kg 21,9 kg
0,9 lbs 1,3 lbs 3,5 lbs 7,5 lbs 14,3 lbs 31,3 lbs 48,3 lbs
Connection 0,2 kg 0,2 kg 1,4 kg 1,9 kg 3,2 kg 5,4 kg 7,0 kg
0,4 lbs 0,4 lbs 3,1 lbs 4,2 lbs 7,1 lbs 11,9 lbs 15,4 lbs
Press Flange 2,3 kg 2,8 kg 2,0 kg 3,9 kg 3,9 kg 9,0 kg 12,9 kg
5,1 lbs 6,2 lbs 4,4 lbs 8,6 lbs 8,6 lbs 19,8 lbs 28,4 lbs
Hose 1,8 kg 2,7 kg 3,1 kg 6,3 kg 11,2 kg 19 kg 28 kg
3,9 lbs 5,6 lbs 6,8 lbs 13,9 lbs 24,7 lbs 42 lbs 62 lbs

20
Operating instruccions Peristaltic Pumps RBT Series
9.2. Torque values
Description RBT-25 RBT-32 RBT-40 RBT-60 RBT-70 RBT-80 RBT-100
A
Shoe
support
bolts*
29
M8
13 mm
spanner
46
M12
19 mm
spanner
46
M12
19 mm
spanner
53
M16 10.9
24 mm
spanner
53
M16 10.9
24 mm
spanner
59
M18 10.9
27 mm
Spanner
59
M18 10.9
27 mm
Spanner
B
Inspection
cover
bolts*
2
M6
5 mm A/F
allen key
2
M6
5 mm A/F
allen key
2
M6
5 mm A/F
allen key
4
M8
6 mm A/F
allen key
2
M6
5 mm A/F
allen key
2
M6
5 mm A/F
allen key
4
M8
6 mm A/F
allen key
C
Cover
bolts*
29
M8
13 mm
spanner
43
M10
17 mm
spanner
29
M8
13 mm
spanner
43
M10
17 mm
spanner
46
M12
19 mm
spanner
46
M12
19 mm
spanner
46
M12
19 mm
spanner
D
Hose
clamp*
Manual,
no bolts
Manual, no
bolts
Manual, no
bolts
Manual, no
bolts
Manual, no
bolts
Manual, no
bolts
Manual, no
bolts
E
Flange
bracket
bolts*
29
M8
13 mm
spanner
43
M10
17 mm
spanner
43
M10
17 mm
spanner
46
M12
19 mm
spanner
46
M12
19 mm
spanner
49
M14
22 mm
spanner
49
M14
22 mm
spanner
F
Drive shaft
bolts*
29
M8
13 mm
spanner
29
M8
13 mm
spanner
37
M8 10.9
13 mm
spanner
46
M12 10.9
19 mm
spanner
46
M12 10.9
19 mm
spanner
59
M18 8.8
27 mm
spanner
59
M18 10.9
27 mm
spanner
*Units: Nm