TIM 2300

TIM 2300
Operating instructions

B 84015--3 en 0507/LH 1 (42)

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2 (42) B 84015--3 en 0507/LH

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CONTENTS

1. INTENDED USE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
2. DISPLAY UNIT KEYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
2.1. Brightness of digital display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
2.2. Indicator lights on display unit in operating mode . . . . . . . . . . . . . . . 6
3. DRILLING VERTICAL HOLES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
4. USING SIGHT FOR ALIGNMENT WHEN DRILLING INCLINED HOLES . . . . 12
4.1. Setting blasting angle . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
4.2. Directing in blasting direction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
4.2.1. Setting directional deviation to zero: . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
4.2.2. Checking the settings: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
4.2.3. Selecting blasting direction: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
4.3. Directing with aiming point not in blasting direction . . . . . . . . . . . . . 20
5. MEASURING DRILLING DEPTH (OPTIONAL EXTRA) . . . . . . . . . . . . . . . . . . . 27
5.1. Measuring drilling depth – general . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
5.2. Setting the desired hole depth . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28
5.3. Drilling depth measurement methods . . . . . . . . . . . . . . . . . . . . . . . . . . . 31
5.3.1. Drilling depth measurement when RODC = 0 . . . . . . . . . . . . . . . . . . . . 31
5.3.2. Drilling depth measurement when RODC = 4 . . . . . . . . . . . . . . . . . . . . 32
6. DRILLING MEMORY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34
7. DRILLING WITH LASER LEVEL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36
8. CHECKING OPERATION OF DIRECTING SENSORS IN OPERATING MODE . 37
9. CARRIER TILT ALARM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37
10. TROUBLESHOOTING TABLE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38

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1. INTENDED USE

The angle indicator makes it faster and easier to direct holes to desired angle and to drill
them to the desired depth/level.

The angle indicator comprises sensors on the feed and the carrier, as well as a display
unit and a sight in the cabin. The display unit shows the directional and depth readings
calculated on the basis of the information from the sight and the sensors.

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2. DISPLAY UNIT KEYS

Stand--by
mode Return Return
Switch
(OFF) / original previous
Operating over to
value on value on
mode display A
display display
(ON)

Select ver- Select

Read Switch
tical drilling aligning
stored dril- over to
display display
ling data display B
mode mode

Manual
Select
Start/end prevention
depth dis-
drilling of depth
play mode
measuring

Enter di- Check di-

Automatic
rectional rectional
alignment
settings settings

Accept setting
Exchange If in display A
+/-- Switch over to dis-
play B

2.1. Brightness of digital display

Switch to operating mode. Press and hold down; adjust brightness with and

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2.2. Indicator lights on display unit in operating mode

Device fault

Laser receiver activated

Set depth reached

Automatic depth
measuring prevention

Depth Vertical
Aligning
measuring drilling
mode
mode mode

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ALIGNING INDICATORS

FEED SWING
<SA 1

+SA3

--10 --5 --3 --1 +1 +3 +5 +10

--SA3 -- +

+10
+5
+3
+1 <SA 2
+SA 3
--SA 3
--1
--3
+ --
--5
--10

FEED TILT

The aligning indicators show the direction in which feed is inclined in relation to the set tilt
and swing angles. The illustration shows the angle differences indicated by the lights.
In vertical drilling mode, the centremost lights switch off and the green light turns on when
the angle difference is less than the set value in SA3. The value in SA3 is common to both
tilt and swing readings.
In aligning mode, the lights indicate the tilt and swing angles of the feed in the same way
as in vertical drilling mode. The green light for blasting direction turns on when the angle
difference is less than the SA1 setting, and the green light for blasting angle turns on when
the angle difference is less than the SA2 setting. When both blasting direction and blasting
angle (bench inclination) are correct and the green indicator lights are illuminated, the
lights of both indicator blocks are switched off even if the tilt and swing values were above
the SA3 setting.
When turning the feed to the correct position with the aid of the aligning indicators, always
first turn the feed to the correct tilt angle and then to the correct swing angle. This is
necessary because changing the swing angle does not affect tilt, whereas changing the
tilt does also change swing angle.

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--15_ ---4_

-- + -- +

0_

-- +
-- +

An example of the swing indicator’s operation when the angle value is set to 0.0 and swing
is run from the value 15_ to the set value. The green indicator lights up when the set
accuracy is reached.

4_
15_
+
+

-- --

0_
+

-- + --

An example of the operation of feed tilt indicator.

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3. DRILLING VERTICAL HOLES

Turn the feed to vertical position using feed swing X and feed tilt Y. The feed inclination
sensors X and Y indicate the feed’s tilt and swing angles.

+ -- + --

X Y

X= 0
Y= 0

Note! Feed stands vertical irrespective of the carrier’s position.

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Press to switch over from stand--by to operating mode, readings are shown on
display.

Select vertical drilling display mode This mode is used when drilling vertical holes.

Display A now shows feed swing angle (X) and display B shows feed tilt angle (Y).

Feed swing angle (X)

14.0
12.0 Feed tilt angle (Y)

Resetting to zero:

Press once, whereupon the display A shows a reading and the aligning indicators
(H10) start flashing.

Enter value “0.0“ on display A by pressing

0.0
12.0

Switch over to display B by pressing

Display B shows a reading and the aligning

indicators (H11) start flashing.
0.0
0.0 Enter value “0.0“ also on display B by

pressing

Accept the set values by pressing

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The aligning indicators now show the feed angles in relation to vertical position.
--14_

-- +

-- +

--12_

+
-- + --

Aligning indicators are used in positioning feed to the correct angles.

0_

-- +

-- +

0_
+

+ --
--

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4. USING SIGHT FOR ALIGNMENT WHEN DRILLING INCLINED

HOLES

Press to switch over from stand--by to operating mode. Readings are shown on the
display.

Select blasting direction / blasting angle This mode is used only when drilling
inclined holes.

NOTE! display mode cannot be used for vertical holes!

Display A now shows the feed’s blasting direction in relation to the carrier, and display

B shows blasting angle

54.0 Blasting direction

14.0
Blasting angle

Blasting angle Blasting direction

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4.1. Setting blasting angle

Set the initial blasting angle desired (bench face inclination).

There are two ways to set the blasting angle:

Alternative 1.

-- Press once; display B will show a reading and the aligning indicators (H11)
start flashing.
-- Use the number keys to enter the desired blasting angle on display B.
-- Accept the setting by pressing

54.0
14.0

Alternative 2.
-- Turn feed to the desired blasting angle. The angle is shown on display B.

-- Press twice.
-- The present feed inclination angle is now set as the blasting angle.

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4.2. Directing in blasting direction

This section describes how the sight is used for setting the blasting direction for the hole.
The aiming point is always in the blasting direction.
Bench face inclination is always set before blasting direction setting.

4.2.1. Setting directional deviation to zero:

Set the initial directional deviation (dIFF) between the blasting direction and aiming point
to zero.

Press and in this order. Display A now reads “dIFF“ and display B shows the
previously set value. The aligning indicators (H11) are flashing.

dIFF Enter “0.0“ on the display by pressing

14.0

0.0
14.0 Accept the value by pressing As the
dIFF value is now set to “0.0“, the blasting
direction will always be set to the aiming
direction.

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4.2.2. Checking the settings:

C 90.3
C 14.0 Press and hold The display now
shows alternately, with 1.5 second
intervals, the blasting direction / blasting
angle and the directional deviation value
“dIFF“. If “dIFF“ is set to zero, it will not be
shown when the key is pressed.

dIFF
13.9

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4.2.3. Selecting blasting direction:

Next, use the sight to select the desired blasting direction. The aiming point should be
chosen in the blasting direction and as far away as possible.

Blasting direction

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Press and hold the sight handle button,

whereupon the aligning indicators (H10)
start flashing.
0.0
12.0

Turn the sight to the blasting direction.

When the sight handle button is released,

the sight direction is stored as the blasting
direction.

FAIL If the sight handle button was not pressed

bLAS long enough, a short beep is heard and the
display shows the error message ‘FAIL
bLAS‘. In this event, aiming must be
repeated.

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25.0 After a successful aiming, displays A and B

10.0 show the current blasting direction and
blasting angle.

Carry out feed directing as follows:

1. Turn the feed tilt (Y) so that the red aligning indicators (H11) turn off. Note! The display
readings are not important at this stage.

2. Turn the feed swing (X) so that the red aligning indicators (H10) turn off and both green
indicators turn on.

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14_
0.0
= 14_ 14.0

14_

When the green indicator lights are on, the

feed is aligned for the set blasting direction
and blasting angle

You can now start drilling the holes.

Note! Aiming must always be repeated after moving the rig.

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4.3. Directing with aiming point not in blasting direction

This section describes how to use the sight when the aiming point is not in the blasting
direction. Bench face inclination is set as described above.

Setting directional deviation:

Set the initial directional deviation (dIFF) between the blasting direction and aiming point.
The directional deviation setting enables you to keep the blasting direction unchanged
after moving the rig.

dIFF Press and in this order.

14.0 Display A now reads “dIFF“ and display B
shows the previously set value. The
aligning indicators (H11) are flashing.

Press and hold the sight handle button.

bLAS
--45.0

Display A shows “bLAS“ and the aligning

indicators (H10) are flashing. Display B
shows the aiming direction in relation to the
carrier.

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Turn the sight to the desired blasting

direction and release the button.

If the sight handle button was not pressed

long enough, a short beep is heard and the
display shows the error message ‘FAIL
FAIL bLAS‘. In this event, aiming must be
bLAS repeated.

After a successful aiming, display A shows

POIn ‘POIn‘. Display B is blank.

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Press and hold the sight handle button

again and turn the sight to the aiming point.
bLAS

dIFF

POIn

Display A still shows “POIn“ and the

POIn
aligning indicators (H10) are flashing.
85.0 Display B shows the deviation between the
sight direction and the blasting direction.

Release the sight handle button.

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If the sight handle button was not pressed

long enough, a short beep is heard and the
display shows the error message ‘FAIL
FAIL POIn‘. In this event, aiming must be
POIn repeated.

If the aiming was successful, the reading on

the display is stored as the new directional
deviation value (dIFF). Displays A and B
show the current blasting direction and
25.0 blasting angle.
10.0

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Carry out feed directing as follows:

1. Turn the feed tilt (Y) so that the red aligning indicators (H11) turn off. Note! The display
readings are not important at this stage.

2. Turn the feed swing (X) so that the red aligning indicators (H10) turn off and both green
indicators turn on.

14_
0.0
= 14_
14.0

14_

When the green indicator lights are on, the

feed is aligned for the set blasting direction
and blasting angle

You can now start drilling the holes.

Note! Aiming must always be repeated after moving the rig.

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New aiming after moving the rig:

Aiming to the aiming point must always be

done again when the rig has been moved.

Press and hold the sight handle button and

turn the sight to the previously chosen
aiming point.

85_

POIn

85.0 Display A shows a reading. Display B

POIn shows “POIn“ and the aligning indicators
(H10) start flashing.

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Release the sight handle button. If the sight

handle button was not pressed long
enough, a short beep is heard and the
display shows the error message ‘FAIL
FAIL POIn’. In this event, aiming must be
POIn repeated.

After a successful aiming, the

measurement unit calculates the correct
blasting direction using the previously set
directional deviation. Displays A and B
show the current blasting direction and
25.0 blasting angle.
10.0

Align the feed as in the first hole.

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5. MEASURING OF DRILLING DEPTH (OPTIONAL EXTRA)

5.1. Measuring drilling depth – general

P 25
When the feed is at the desired angle and
10 drilling is started, press the drilling mode

key to enter drilling mode.

P 75
In drilling mode, display A at first shows the
30 penetration rate (cm/min) and display B
shows drilling depth in centimetres.
Even in drilling mode, the aligning
indicators are showing the position of the
feed.

The unit used in drilling depth measurement (centimetres/inches) is determined by the

SCPL parameter set during calibration. When inches are used, the CORF parameter can
also be set such that the length is shown in feet and inches or just inches.
The user can even, while in drilling mode, select vertical drilling angles or directional

angles to be displayed by pressing the display mode keys . Depth measuring

still works normally in these display modes.

0.0
To return to the penetration rate / depth
14.0
display, press the selector key

Note! Do not press to return to

drilling display mode, as the display will be
reset to zero.

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In drilling display mode, display B shows, by default, the drilled distance, i.e., the
maximum depth the drill bit has reached. If at some stage you wish to view the present

location of the drill bit instead of the distance drilled, press

Display B shows the reading indicating the present location of the drill bit and the letter
‘r’.

P 42
r 157

The present location of the drill bit is always indicated in relation to the set zero point
(usually the rock level) although the laser level is used.

To return to displaying distance drilled, press

5.2. Setting the desired hole depth

Before commencing drilling, the user can enter the desired hole depth into the TIM 2300
system. The TIM 2300 informs the user when the desired hole depth is reached.

0.0
When aligning is completed, enter drilling
14.0
mode by pressing the drilling key

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Press and the display shows HdEP

or FIEL

FIEL
10

In HdEP mode, the depth value is set in the hole direction (hole length). In FIEL mode, the
depth value is set in terms of the bench height. The conversion between the bench height
and hole length is calculated according to the position of the feed when the bench height
was entered. This is why the feed must be aligned before entry of the bench height.

HdEP

FIEL
800

Select HdEP or FIEL by pressing

Use the number keys to enter the desired hole depth in centimetres, and accept the setting
by pressing whereby the display returns to depth measuring mode. By pressing

you can check the set hole depth in the hole direction (HdEP).

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Note! always shows hole depth in the hole direction, even if the setting was given
as bench height (FIEL). With inclined holes, HdEP is greater than the set FIEL value.

Once the desired hole depth is reached, the LEVEL indicator light and display B start
flashing. At the same time, the ‘stop drilling’ output becomes activated.

P 0
800

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5.3. Drilling depth measurement methods

The drilling depth measurement method depends on the RODC parameter set when in
calibrating mode.
5.3.1. Drilling depth measuring when RODC = 0
When the RODC parameter is set to 0, the drilling depth is measured while percussion
is on. If percussion is off, the reading of the drilling depth counter does not change
although the rock drill was run in the feed (automatic depth measuring prevention). When
percussion is off, the indicator light for automatic depth measuring (H6) prevention
illuminates and display A reads ‘HOLE’. Display B shows the drilled distance.

HOLE
360

Rod replacement does not require the user to perform additional procedures. However,
if an existing hole is reamed with percussion, the bit must first be run to the bottom of the

hole, with the depth measuring prevented manually by pressing

The button’s indicator light turns on and display A shows ‘HOLE’.

HOLE
360

The hole can now be reamed with percussion without changes in the depth counter
reading. After cleaning of the hole, the bit must be run to the bottom of the hole, after which

the manual depth measuring prevention can be turned off by pressing

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0.0
When the hole is completed, press the
14.0
drilling mode key , and the display
will return to the angle display mode. At the
same time, the depth of the drilled hole is
stored in the memory and depth measuring
is reset to zero.

5.3.2. Drilling depth measuring when RODC = 4

When the RODC parameter is set to 4, the use of percussion does not affect drilling depth
measurement. Rod replacement or reaming of a drilled hole does not normally require
additional procedures on the part of the user. However, in order to make the drilling depth
measurement function properly, all rods except for the first rod must be of equal length.
In addition, the RODL parameter determining the rod length must be correctly set in the
calibration mode.
Since in this mode the drilling depth measurement starts immediately upon switching over
to drilling mode, the counter should be reset at the desired point, for example, when the

drill bit meets the rock with the first rod. This is done by pressing

3
min. 20 cm

4
1
RODL

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In the figure, the ‘1’ indicates the location of the rock drill when drilling is started. The ‘2’
indicates the level at which the rock drill is in its lowest position and rod replacement starts.
At point 3, the rock drill has been lifted from level 2 at least 20 centimetres beyond the rod
length. Display A shows ROD CH, and indicator light H6 starts flashing. Also the indicator
light for button C2 turns on.

ROD CH
283

However, if a rod is not added, this must be indicated to the TIM 2300 by pressing
At point 4, when the rock drill is lowered to a level which is one rod length higher than at
point 2, the depth counter assumes that a rod replacement took place and starts to
increase the drilling depth reading.
If the rock drill was not lifted enough at point 3, or if the rod replacement was cancelled

by pressing , drilling depth measurement continues only after the rock drill passes
the level reached at point 2.

After the hole is drilled to its final depth, return to angle display mode by pressing

At the same time, the data on drilled holes are stored in the drilling memory and the depth
counter is reset.

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6. DRILLING MEMORY

From drilling mode and angle display

mode, you can switch over to drilling
memory mode by pressing the drilling

memory key
To scroll the memory contents, use the

ALL arrow keys

328.0
Total depth of drilled holes

When the display reads ALL, the total

depth of holes drilled is shown in metres or
feet.

Number of drilled holes

HOLES
20 When the display reads HOLES, the
number of holes drilled is shown.

AP
P 81 Average penetration rate (AP = average
penetration)

Average penetration rate is shown in cm /

min or ft. and in. / min.

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PH
6h44 Drilling time (PH = penetration hours)

Total drilling time in hours and minutes. In

this example 6 hours 44 minutes.

Resetting drilling memory to zero

HOLES
Simultaneous resetting of drilling memory
0 contents can be done by pressing and

holding and depressing

To return from drilling memory mode to the

previous display, press the drilling memory

key again.

Reading accumulating drilling memory

The accumulating drilling memory locations gather information over the whole history of

the rig. Press and to read the accumulating drilling memory. The text now
shown on display A has C at the end (ALLC, HOLESC, APC and PHC). Accumulating
memory cannot be reset in the operating mode.

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7. DRILLING WITH LASER LEVEL

When hole depth has been set, drilling can be started normally.
Note! Make sure that the laser receiver is above the laser level when drilling is started and
that depth display is not reset to zero after detection of laser level.

0.0
When the drill bit contacts the rock, switch
14.0 over to drilling mode by pressing the drilling

key . If drilling mode already was

selected, reset the depth display by

pressing .

Commence drilling.

L 125
When the receiver reaches the laser level,
500 the P on the display changes to an L.
When the laser receiver is at the laser level,
the LASER indicator light illuminates.

The drilled depth after the laser level is added to the distance between the laser receiver
and the drill bit. In this example, the distance between the receiver and the drill bit is 500.

L 125
When the set bottom level is reached,
835 display B and the LEVEL indicator light
start flashing.

In this example, the set field depth (FIEL) was 800. Due to feed inclination (D), the depth
in the hole direction is 835. The bottom level can be checked by pressing the CHK key
(PLA=835).

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8. CHECKING OPERATION OF DIRECTING SENSORS IN

OPERATING MODE

Feed sensors

Switch over to vertical drilling mode by pressing Check operation of sensor by

moving feed in different directions.

Carrier inclination sensor

Press and hold to show the carrier inclination readings on the display.

Boom / upper carriage swing sensor

Press and hold to show swing angle on the display.

Sight

Press and hold to show swing angle on the display. Press the sight handle button
simultaneously to get the sight aiming direction on the display.

Depth measuring sensor

Switch over to drilling mode by pressing Run the rock drill forwards with percussion

switched on, and check the operation of the sensor. By pressing at the same time,
you can see the absolute depth value.

9. CARRIER TILT ALARM

An intermittent sound alarm is provided for indicating that the carrier is tilted more than
20 degrees. The audible alarm can be switched on in operating mode by pressing and

holding and simultaneously depressing When the alarm is switched off, a

short sound is heard and when it is switched on a long sound is heard.

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10. TROUBLESHOOTING TABLE

PROBLEM / ERROR MESSAGE POSSIBLE CAUSE / CHECK

Indicator light (H1) does not go on when Incorrect polarity of supply cable (W1).
operating voltage is switched on. Supply cable not connected.
Supply voltage fuse blown.
Cable between operating panel and control
unit disconnected.
In operating mode, display A shows E Feed swing sensor not working, or fault in
-------- cable.
In operating mode, display B shows E Feed tilt sensor not working, or fault in
-------- cable.
In calibrating mode: Feed tilt sensor not working, or fault in
Feed swing (X) reading shows -------- cable.
Feed tilt (Y) reading shows -------- Feed swing sensor not working, or fault in
cable.
In calibrating mode: Carrier inclination angle sensor not work-
Carrier inclination X reading shows b -------- ing, or fault in cable.
Carrier inclination Y reading shows b -------- Carrier inclination angle sensor not work-
ing, or fault in cable.
In vertical drilling mode, display A shows Calibrating mode setting AEC1=0. Enter
0.0, not changing. correct value.
In vertical drilling mode, display B shows Calibrating mode setting AEC2=0. Enter
0.0, not changing. correct value.
Inaccuracy in boom / upper carriage swing. Setscrew of boom / upper carriage swing
sensor pin loose. Carry out mechanical and
electric setting of zero.
Parameter UES is incorrect.
Parameter BOSE is incorrect.
Swing sensor faulty.
Incorrect set values of inclination sensors.
Feed sensor setting AEC1 or AEC2 either
zero or incorrect.
Carrier inclination sensor setting AEC3=0,
in which case carrier inclination is omitted.

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PROBLEM / ERROR MESSAGE POSSIBLE CAUSE / CHECK

Inaccuracy after moving rig and new aim- Inaccurate aiming.
ing. Faulty sight.

Display readings unstable during aiming. Faulty sight.

Unable to enter drilling mode with key (C1). Calibrating mode setting SCPL=0. Enter
correct value.
When switching over to drilling mode, Stopping depth HdEP/FIEL is set to zero.
LEVEL indicator light and display B start
flashing at once.
No depth measuring. Oxidized wiring connections.
Sensor not working.
Faulty cable.
Error in depth measuring. Calibrating mode setting SCPL incorrect.
Distance of inductive sensor from pulse
wheel incorrectly adjusted.
Fast feed speed too high.
Disturbances in measuring prevention line
RODL parameter is incorrect when
RODC=4.
The lengths of all the rods following the first
rod do not correspond to RODC=4.
Laser not working. Calibrating mode setting LASd=0. Enter
correct value.
Receiver faulty.
Faulty cable.
Transmitter in blind spot
Laser measuring incorrectly. Calibrating mode setting LASd incorrect.
Enter correct value.
Laser resets or gives reading during dril- False information from receiver.
ling.
Display shows L as soon as drilling mode Laser receiver faulty.
key C1 is pressed. Fault in cable.

CONTINUED...

B 84015--3 en 0507/LH 39 (42)

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PROBLEM / ERROR POSSIBLE CAUSE / CHECK

MESSAGE
Red FAULT indicator Press SHIFT to see the error message.
light flashing.
ON DISPLAY A
FAUL U Supplied operating voltage exceeds 31.5V.
Check battery connections and operation of charger.
FAUL P 8 A automatic fuse tripped.
Fault in automatic fuse cables or in sight.
ON DISPLAY B
1---------- Feed swing sensor not working, or fault in cable.
2----------
3----------
--1-------- Feed tilt sensor not working, or fault in cable.
--2--------
--3--------
----3------ X direction of carrier inclination sensor not working, or fault in
cable.
------3---- Y direction of carrier inclination sensor not working, or fault in
cable.
--------H-- Boom / upper carriage swing sensor not working, or fault in
cable.
----------P Tripped 650 mA automatic fuse of sensor auxiliary voltage.

Tilt and swing sensors, carrier inclination sensor and boom

swing sensor are not working, either, when the automatic fuse
has tripped.
Fault in some sensor cable or in sensor.

ERROR CODE MAY ALSO BE ANY COMBINATION OF THE ABOVE.

40 (42) B 84015--3 en 0507/LH

 TIM 2300

Notes:

B 84015--3 en 0507/LH 41 (42)

TIM 2300

Notes:

42 (42) B 84015--3 en 0507/LH