Samson 42-24 Service manual

Mounting and
Operating Instructions
EB 3003 EN
Edition July 2015
Self-operated Pressure Regulators
Differential Pressure Regulators (closing)
Type42-24·Type42-28
Type42-24 Differential Pressure Regulator Type42-28A Differential Pressure Regulator

Denition of signal words
DANGER!
Hazardous situations which, if not
avoided, will result in death or seri-
ous injury
WARNING!
Hazardous situations which, if not
avoided, could result in death or seri-
ous injury
NOTICE
Property damage message or mal-
function
Note:
Additional information
Tip:
Recommended action

2 EB 3003 EN

Contents
EB 3003 EN 3
1 General safety instructions.............................................................................4
2 Process medium and scope of application.......................................................5
3 Transportation and storage............................................................................5
4 Design and principle of operation ..................................................................6
5 Installation....................................................................................................9
5.1 Mounting position..........................................................................................9
5.2 Strainer (lter)..............................................................................................10
5.3 Shut-off valve...............................................................................................10
5.4 Pressure gauge ............................................................................................10
5.5 Control line, compensation chamber and needle valve....................................11
6 Operation...................................................................................................12
6.1 Start-up.......................................................................................................12
6.2 Adjusting the set point..................................................................................12
6.3 Decommissioning.........................................................................................12
7 Maintenance and troubleshooting ................................................................13
7.1 Replacing the operating diaphragm ..............................................................15
8 Customer inquiries ......................................................................................15
9 Nameplate..................................................................................................16
10 Appendix....................................................................................................17
10.1 Technical data .............................................................................................17
10.2 Dimensions..................................................................................................20

4 EB 3003 EN
General safety instructions
1 General safety instructions
−All safety instructions and warnings given in these mounting and operating instructions,
particularly those concerning installation, start-up and maintenance, must be strictly ob-
served.
−The device must be mounted, started up or serviced by fully trained and qualied person-
nel only; the accepted industry codes and practices are to be observed. Make sure em-
ployees or third persons are not exposed to any danger.
−According to these mounting and operating instructions, trained personnel refers to indi-
viduals who are able to judge the work they are assigned to and recognize possible dan-
gers due to their specialized training, their knowledge and experience as well as their
knowledge of the applicable standards.
−The devices comply with the requirements of the European Pressure Equipment Directive
2014/68/EU. Devices with a CE marking have a declaration of conformity, which includes
information about the applied conformity assessment procedure.This declaration of conformi-
ty can be provided on request. This declaration of conformity can be provided on request.
−To ensure appropriate use, only use the device in applications where the operating pres-
sure and temperatures do not exceed the specications used for sizing the device at the
ordering stage.
−The manufacturer does not assume any responsibility for damage caused by external
forces or any other external factors.
−Any hazards that could be caused in the regulator by the process medium, operating
pressure or by moving parts are to be prevented by taking appropriate precautions.
−Proper transport, storage, installation, operation and maintenance are assumed.
Note:
Non-electric valve versions whose bodies are not lined with an insulating material
coating do not have their own potential ignition source according to the risk assess-
ment stipulated in EN13463-1:2009, section5.2, even in the rare incident of an
operating fault. Therefore, such valve versions do not fall within the scope of Directive
94/9/EC.
For connection to the equipotential bonding system, observe the requirements speci-
ed in section 6.3 of EN60079-14: 2011 (VDE0165 Part 1).


EB 3003 EN 5
Process medium and scope of application
2 Process medium and scope of application
Differential pressure regulators for district heating systems, extended heating systems and in-
dustrial applications
Differential pressure set points Δp from 0.05 to 10bar · Valves DN15 to 250 · Nominal
pressure PN16 to 40 · Suitable for liquids and vapors from 5 to 350°C as well as for air
and non-ammable gases up to 80°C
The valve closes when the differential pressure rises.
3 Transportation and storage
The regulator must be carefully handled, transported and stored. Protect the regulator against
adverse inuences, such as dirt, moisture or frost, during storage and transportation.
Note:
Before installing the regulator, tighten the blanking plug(s) at the side in the valve
body using a suitable box wrench.
Torque: 50Nm for G¼, 70Nm for G
3
/
8
When regulators are too heavy to be lifted by hand, fasten the lifting sling to a suitable place
on the valve body.
WARNING!
Incorrectly attached lifting slings or supports.
Risk of injury and property damage due to valve falling.
Securely fasten slings or supports to the valve body and secure against slipping.
WARNING!
Do not attach lifting slings or supports to mounting parts, such as control line etc.
The valve can fall or mounting parts may be damaged.
Securely fasten slings or supports to the body of the valve and secure against slip-
ping.


6 EB 3003 EN
Design and principle of operation
Regulator congurations
Regulator =Valve +Actuator
Type42-24 Type2422 balanced Type2424 adjustable set point
Type42-28 Type2422 balanced Type2428 xed set point
__
1) Type2422 Valve, balanced by a diaphragm, DN65 to 250 only
4 Design and principle of oper-
ation
See Fig.1 on page7.
The differential pressure regulators are de-
signed to maintain a constant pressure differ-
ence between the high pressure and low
pressure lines to an adjustable set point
(Type42-24) or a xed set point (Type42-
28).
The regulators basically consist of a valve
with seat (2) and plug (3) and a closing ac-
tuator (Type2424 or Type 2428) with an op-
erating diaphragm (13).
Valve and actuator are delivered separately
and must be assembled on site using a cou-
pling nut (11).
The medium ows through the valve between
the plug (3) and the seat (2) in the direction
indicated by the arrow. The position of the
valve plug determines the differential pres-
sure prevailing across the plant.
The Type2422 Valve is balanced. The forces
acting on the valve plug created by the up-
stream and downstream pressures are bal-
anced by a balancing bellows (5) or balanc-
ing diaphragm 1) (5.1).
The principle of operation of the regulator
balanced by a bellows or diaphragm only
differs concerning the pressure balancing.
Valves balanced by a diaphragm have a
balancing diaphragm (5.1) instead of the
balancing bellows (5). The downstream pres-
sure p2 acts on the bottom of the diaphragm
and the upstream pressure p1 on the top of
the diaphragm. As a result, the forces creat-
ed by the upstream and downstream pres-
sures acting on the plug are balanced out.
1Valve body
2 Seat
3Plug
4 Plug stem
5Balancing bellows
5.1 Balancing diaphragm (DN65 to 250)
11 Coupling nut
12 Diaphragm stem
13 Operating diaphragm
14 Diaphragm case
15 Nuts and bolts
16 Set point springs
17 Set point adjuster (set point nut)
18 Nut
19 Diaphragm plate
20 Control line
21 Overload protection (force limiter with
internal excess pressure limiter)

EB 3003 EN 7
Design and principle of operation
Fig.1: Functional diagrams of Type42-24 and Type42-28
Type42-24 Type42-28
2
3
4
5.1
P1P2
2
1
3
4
5
11
21
13
15
16
17
20
20
19
18
14
12
+
_
P1P2
4
16
13
21
20
20
+
_
12
15
11
19
18
Type42-24
Type2428 Actuator
Type2424 Actuator
Type2422 Valve, balanced by a diaphragm
(DN65 to 250)
Type2424 Actuator
Type2422 Valve, balanced by a bellows
(DN15 to 250)

8 EB 3003 EN
Design and principle of operation
The differential pressure across the plant is
transmitted over the high pressure and low
pressure lines to the operating diaphragm
(13) where it is converted into a positioning
force. This force moves the plug according to
the force of the set point springs (16).
The set point springs are mounted inside the
actuator for a xed set point (Type42-28).
These springs can be adjusted externally for
an adjustable set point (Type42-24).
Control lines (20) mounted on site transfer
the high pressure and low pressure in all ver-
sions.
Type2424 and Type2428 Actuators are
equipped with an overload protection (21). It
prevents a rise in differential pressure during
extreme operating conditions (e.g. vacuum
at the heat exchanger) by opening an inter-
nal excess pressure limiter. As a result, plants
and the regulator itself are protected against
excessively high differential pressures.

EB 3003 EN 9
Installation
5 Installation
The Type42-24 and Type42-28 Regulators
are designed for installation in the high
pressure (ow) line of the plant.
The Type42-24 and Type42-28 Regulators
are designed for installation in the low pres-
sure (return ow) line of the plant.
ÎChoose a place of installation that allows
you to freely access the regulator even af-
ter the entire plant has been completed.
ÎInstall a strainer (e.g. SAMSON
Type2N) upstream of the regulator (see
section5.2).
ÎFlush the pipeline thoroughly before in-
stalling the regulator to ensure that any
sealing parts, weld spatter and other im-
purities carried along by the process me-
dium do not impair the proper function-
ing of the valve, above all the tight shut-
off.
ÎThe direction of ow must match the di-
rection indicated by the arrow on the
body.
NOTICE
Incorrectly installed regulator
The pressure regulator can be dam-
aged.
−Make sure the regulator is installed
free of stress.
−Do not attach supports (if required)
directly to the valve or actuator. At-
tach the supports near to the con-
necting anges.
−Observe permissible mounting po-
sition.
5.1 Mounting position
See Fig.1 on page7.
See Fig.2 for permissible mounting positions.
Standard mounting position · Install valve
without actuator in a horizontal pipeline with
the connection for the actuator facing down-
wards. Make sure the medium ows through
the valve in the direction indicated by the ar-
row.
Fig.2: Permissible mounting positions
Connect the actuator to the valve bottom sec-
tion using the coupling nut (11).
Balanced by a bellows or
diaphragm
−Standard mounting position
All versions
Balanced by a bellows
−Above 80°C
−Steam applications
Balanced by a bellows
−All versions DN15 to 80
plus up to max. 80°C
Balanced by a diaphragm
−All versions up to max. 80°C
Balanced by a bellows
−Versions with xed plug
guide

10 EB 3003 EN
Installation
SW 13
Valve bottom
section
Screw plug
Do not remove!
Plug stem
DN125 to 250 only
Fig.3: Valve bottom section with plug stem
5.2 Strainer (lter)
Install the strainer upstream of the regulator.
The direction of ow must correspond to the
arrow on the body. The lter element must
be installed to hang downwards or sideways
for applications with steam. Remember to
leave enough space to remove the lter ele-
ment.
5.3 Shut-off valve
Install a hand-operated shut-off valve both
upstream of the strainer and at the outlet of
the return ow pipe (see Fig.4). This allows
the plant to be shut down for cleaning and
maintenance, and when the plant is not used
for longer periods of time.
5.4 Pressure gauge
Install a pressure gauge both upstream and
downstream of the regulator to monitor the
pressures prevailing in the plant. Install the
pressure gauge on the downstream side be-
hind the downstream pressure tapping point
(not between the tapping point and the
valve).
Fig.4: Typical installations (control lines to be installed on site are represented by a dashed line)
1
1
2237
M
7
M
4
5
6
651
1
3
6
6
4
5
5
(+) (+)
(–)
(–)
Type42-24/42-28 in a ow pipe Type42-24/42-28 in a return ow pipe
1Shut-off valve
2 Strainer
3Differential pressure regulator
4 Compensation chamber (e.g. for steam applications)
5Pressure gauge
6Needle valve (optional)
7Motorized valve

EB 3003 EN 11
Installation
5.5 Control line, compensation
chamber and needle valve
Control line · A control line preferably as an
8 x 1 mm stainless steel pipe must be provid-
ed at the site of installation. Connect the con-
trol line to the main pipeline at least ve
times ØD away from the valve. If a manifold
is located in between, increase the distance
correspondingly. How the lines are routed
generally depends on the installation site.
We recommend connecting the control line
at the side of the main pipeline. Install any
instruments that can cause turbulence in the
ow sufciently far away from the pressure
tapping points.
Do not change the pipe diameter of the
main pipeline so that it is off center!
Control line kit · A control line kit for tap-
ping pressure directly at the valve body is
available as an accessories part from
SAMSON (uT3095). These control line kits
for tapping pressure directly at the valve
body already take into account the ow con-
ditions. As a result, no special attention has
to be paid to the ow conditions on connect-
ing the regulators.
Compensation chamber · A compensation
chamber is required for liquids above
150°C as well as for steam (valve balanced
by a bellows). The mounting position of the
compensation chamber is indicated by an
adhesive label on the chamber itself as well
as by an arrow and the word "top" stamped
on the top of the chamber. This mounting po-
sition must be adhered to; otherwise the safe
functioning of the pressure reducing valve
cannot be guaranteed.
Correct!
Fig. 5.4: Connection at the side – optimal
Incorrect!
Fig. 5.3: Connection at the top – incorrect po-
sition
Incorrect!
Fig. 5.2: Connection at the bottom – incorrect
position
(–)
Ø d
min.
3 x Ø
d
min.
3 x Ø d
min.
5 x Ø D
Ø D
M
(+)
Fig. 5.1: Control line connection, depending
on how the pipeline is routed
Fig.5: Control line connection

12 EB 3003 EN
Operation
Note:
Only a valve balanced by a bellows
can be used for steam control appli-
cations.
Needle valve · If the regulator tends to hunt,
we recommend installing a SAMSON screw
joint with restriction (needle valve) at the
control line connection of the actuator.
Note:
Needle valves, condensation cham-
bers, excess pressure relief equip-
ment and compression-type screw t-
tings can be supplied as required.
These accessories are listed in
uT3095.
6 Operation
See Fig.1 on page7.
6.1 Start-up
ÎFirst start up the regulator after mounting
all parts.
ÎMake sure the control lines are open and
correctly connected.
ÎIf needle valves are installed in the con-
trol lines, open them before start-up.
Fill condensation chambers with the pro-
cess medium before start-up.
ÎOpen the shut-off valves slowly prefera-
bly starting from the return ow pipe
side.
NOTICE
Impermissible excessive pressure.
The diaphragm actuator can be dam-
aged.
The pressure at the actuator must not
exceed the nominal pressure by 1.5
times on testing the pressure of the
plant when the regulator is already
installed. Shut off any external con-
trol lines before performing a pres-
sure test.
Rinsing the plant · After lling the plant, rst
completely open the consumer and rinse out
the pipeline at full ow rate for several min-
utes. Roughly adjust the differential pressure
set point. Check the installed strainer (e.g. by
measuring the pressure drop). Clean the
strainer, if necessary.
6.2 Adjusting the set point
Type 42-24 · Adjust the required set point by
tensioning the set point springs at the nut
(17).
If small differential pressure set points are to
be adjusted, we recommend using a differ-
ential pressure gauge instead of the two
pressure gauges to monitor the pressure.
Turn the nut (17) clockwise to increase the set
point and counterclockwise to reduce the set
point.
Type 42-28 · Set point xed to Δp = 0.2,
0.3, 0.4 or 0.5 bar.
6.3 Decommissioning
Preferably close rst the shut-off valve on the
upstream side of the valve and then on the
downstream side of the valve.



EB 3003 EN 13
Maintenance and troubleshooting
7 Maintenance and trouble-
shooting
The regulators do not require any mainte-
nance. Nevertheless, they are subject to nat-
ural wear, particularly at the seat, plug and
operating diaphragm.
Depending on the operating conditions,
check the regulator at regular intervals to
avoid possible malfunctions.
Details on faults and how to remedy them
can be found in Table1:
ÎWe recommend removing the valve from
the pipeline.
ÎWhen used at high temperatures, allow
the plant section to cool down to ambient
temperature.
ÎAs valves are not free of cavities, remem-
ber that residual process medium might
still be contained in the valve.
WARNING!
Excessive pressure may cause parts
to move.
−Before performing any work on the
regulator, depressurize the relevant
plant section and, depending on
the process medium, drain it as
well.
−Shut off or disconnect the control
lines.

14 EB 3003 EN
Maintenance and troubleshooting
Table1: Troubleshooting
Malfunction Possible reasons Recommended action
Differential
pressure
exceeds the
adjusted set
point
Insufcient pressure pulses on the actua-
tor diaphragm
Clean the control line and the screw joint
with restriction.
Leak between seat and plug due to wear Disassemble the regulator and replace
damaged parts.
Pressure tapped at the wrong place.
Reconnect control lines at a different
place. Do not tap pressure at pipe bends
or necks.
Diaphragm defective Replace the diaphragm (see section7.1).
Valve too large for control task Recalculate KVS coefcient. Contact
SAMSON.
Differential
pressure
drops far be-
low the ad-
justed set
point
Valve or KVS coefcient too small Check valve sizing. Install larger valve, if
necessary.
Safety device, e.g. pressure limiter, has
been triggered Check plant. Unlock safety device.
Control loop
hunts.
Valve too large Check valve sizing. Select valve with
smaller KVS coefcient, if necessary.
No damping of the pulses as the restric-
tion in the screw tting of the actuator is
too large or is missing.
Install suitable needle valve in the control
line at the actuator. Close this needle
valve until the control loop becomes
stable. Do not close the needle valve
completely!

EB 3003 EN 15
Customer inquiries
7.1 Replacing the operating dia-
phragm
See Fig.1 on page7.
If just the operating diaphragm is defective,
it can be replaced without having to remove
the valve from the pipeline. Drain the rele-
vant section of the pipeline. Unscrew the
control lines and separate the actuator from
the valve.
1. Loosen the bolts (15) at the actuator and
remove the top casing together with the
actuator stem and spring assembly.
2. Unscrew the nut (18) while holding the
bottom diaphragm stem stationary using
a suitable tool.
3. Lift off diaphragm plate (19) and pull out
diaphragm.
4. Insert a new diaphragm.
5. Proceed in the reverse order to reassem-
ble the regulator.
For start-up, proceed as described in sec-
tion6.1.
8 Customer inquiries
Contact SAMSON's After-sales Service de-
partment for support concerning mainte-
nance or repair work or when malfunctions
or defects arise.
E-mail
You can reach the After-sales Service De-
partment at aftersalesservice@samson.
Addresses of SAMSONAG and its subsid-
iaries
The addresses of SAMSON AG, its subsid-
iaries, representatives and service facilities
worldwide can be found on the SAMSON
website (uwww.samson.de) in all SAMSON
product catalogs or on the back of these
Mounting and Operating Instructions.
To assist diagnosis and in case of an unclear
mounting situation, specify the following de-
tails (so far as possible). See section9:
−Type and nominal size of the valve
−Model number with index
−Upstream and downstream pressure
−Temperature and process medium
−Min. and max. ow rate
−Is a strainer installed?
−Installation drawing showing the exact
location of the regulator and all the ad-
ditionally installed components (shut-off
valves, pressure gauge, etc.)

16 EB 3003 EN
Nameplate
9 Nameplate
Nameplates are attached to the valve and the actuator.
Fig.6: Nameplates
psi
psi
psi Size cm
A
2
Type No
SAMSON
pmax
sq.in
bar DN
7
6
5
DIN ANSI PN
Made in Germany
bar
bar
11
9
8
12
2002
0062
10
4
3
2
1
Actuator nameplate 1Model number
2 Model number index
3Order number or date
4 Effective area
5Labeling according to DIN
6Labeling according to ANSI
7Max. perm. pressure
8 Nominal pressure
9Differential pressure
10 Set point range
11 Diaphragm material
12 Year
DIN version
1Valve type
2 Model number
3Conguration ID (Var.-ID)
4 Order number or date
5KVS coefcient
8 Nominal size
9Nominal pressure
10 Perm. differential pressure
11 Perm. temperature
12 Body material
ANSI version
5Nominal size
8 Perm. differential pressure
9Perm. temperature (°F)
10 Body material
11 CV coefcient (KVS x 1.17)
12 Class (pressure rating)
SAMSON
DN
bar
Made in Germany
˚C
T
bar
∆p
PN
Kvs
No
No
∆p
Made in Germany
Size SAMSON psi
Npsi T˚F Cv Cl
12
910 11
8
5
4
1
3
2
9
810 11 12
5
4
1
3
2
Valve nameplate
DIN version
ANSI version

EB 3003 EN 17
Appendix
10 Appendix
10.1 Technical data
Type 42-24·42-24 42-28·42-28
Nominal size DN15 to 250 DN15 to 100
Nominal pressure PN16, 25 or 40
Max. permissible
temperature
Valve See pressure-temperature diagram in uT3000
Actuator 1)
With compensation chamber: steam and liquids up to 350°C 2)
Without compensation chamber: liquids up to 150°C · Air and gases up to
80°C
Set point ranges in bar
0.05 to 0.25 · 0.1 to 0.6 · 0.2 to 1 · 0.5 to 1.5
1 to 2.5 · 2 to 5 · 4.5 to 10 3) 0.2 · 0.3 · 0.4 or 0.5
Actuator area A 80cm² 160cm² 320cm² 640cm² 160cm² 320cm²
Pressure above adjusted set point at
which internal excess pressure
limiter responds
2.4bar 1.2bar 0.6bar 0.3bar 0.6bar 0.3bar
Max. perm. operating pressure for
actuator with two diaphragms 40bar 40bar 25bar 25bar – –
Leakage class according to
IEC60534-4 ≤0.05% of KVS coefcient
1) Higher temperatures on request
2) Steam version only for valves balanced by a bellows
3) DN 125 to 250: 4.5 to 10bar on request
Terms for control valve sizing according to IEC60534, Parts 2-1 and 2-2: FL = 0.95, XT = 0.75

18 EB 3003 EN
Appendix
Ø D
H1
H
H2
L
Ø D
H1
H
H2
L
Type 42-24 · Type 42-28 · Balanced by a bellows
Type42-24
Type42-28
Fig.7: Dimension drawing of Type2422 Valve balanced by a bellows
Type42-24 with actuator with two diaphragms (special version)
Add approx. 55mm to the overall height H.
Fig.8: Dimension drawing of actuator with two diaphragms
55

EB 3003 EN 19
Appendix
Table2: Dimensions in mm and weights in kg · Type42-24 and Type42-28 balanced by a
bellows
Nominal size DN 15 20 25 32 40 50 65 80 100 125 150 200 250
Length L 130 150 160 180 200 230 290 310 350 400 480 600 730
Height H1 225 300 355 460 590 730
Height H2 Other materials 55 72 100 120 145 175 235 260
Forged steel 53–70–92 98 –
Type 42-28/42-28 Differential Pressure Regulator
Set point
0.2 · 0.3
0.4 or
0.5 bar
Height H 390 465 520
–Actuator ØD = 225mm,
A = 160cm² 3)
ØD = 285mm,
A = 320cm²
Weight 1) in kg 11.5 12 13 19.5 20 22.5 38 43 57
Type 42-24/42-24 Differential Pressure Regulator
Set point
range
0.05 to
0.25bar
Height H 610 685 740 990 1120 1260
Actuator ØD = 285mm,
A = 320cm² 2)
ØD = 380mm,
A = 640cm²
Weight 1) in kg 21 21.5 22.5 29 29.5 32 46 51 65 135 185 425 485
Set point
range 0.1
to 0.6bar
Height H 625 685 740 990 1120 1260
Actuator ØD = 225mm,
A = 160cm² 3)
ØD = 285mm,
A = 320cm² 2)
ØD = 380mm,
A = 640cm²
Weight 1) in kg 16 16.5 17.5 24 24.5 27 46 51 65 135 185 425 485
Set point
range 0.2
to 1bar
Height H 610 685 740 990 1120 1260
Actuator ØD = 225mm,
A = 160cm² 3)
ØD = 380mm,
A = 640cm²
Weight 1) in kg 16 16.5 17.5 24 24.5 27 42 47 61 135 185 425 485
Set point
range 0.5
to 1.5bar
Height H 610 685 740 910 1040 1180
Actuator ØD = 225mm,
A = 160cm² 3)
ØD = 285mm
A = 320cm²
Weight 1) in kg 16 16.5 17.5 24 24.5 27 42 47 61 125 175 415 475
Set point
range 1
to 2.5bar
Height H 610 685 740 940 1070 1210
Actuator ØD = 225mm,
A = 160cm²
Weight 1) in kg 16 16.5 17.5 24 24.5 27 42 47 61 125 175 415 475
Set point
range
2 to 5
bar/
4.5 to
10 bar
Height H 610 685 740 910 1040 1180
Actuator ØD = 170mm,
A = 80cm²
ØD = 225mm,
A = 160cm² 4)
Weight 1) in kg 16 16.5 17.5 24 24.5 27 42 47 61 102 170 410 470
1) The weight applies to the version with the material specications EN-JL1040/PN 16 (GG-25). Add +10% for all
other materials.
2) Optionally with actuator A = 640cm²
3) Optionally with actuator A = 320cm²
4) DN 125 to 250: 4.5 to 10bar on request

20 EB 3003 EN
Appendix
10.2 Dimensions
Type42-24 and Type42-28·Balanced by a
diaphragm
Fig.9: Dimension drawing of Type2422 Valve
balanced by a diaphragm
Table3: Dimensions in mm and weights in
kg
Types42-24 and 42-28·Balanced by a
diaphragm
DN 65 80 100 125 150 200 250
Length L 290 310 350 400 480 600 730
Height H 575 595 720 745 960
Height H1 1) 355 375 –
Height H2 98 118 145 175 260
Weight,
approx. kg
42 47 55 75 95 250 270
38 1) 43 1) 51 1) –
1) Type42-28
H2
H
L
H1
1)