TV • VIDEO • CAMCORDER • MECABLITZ
MECABLITZ 34 AF-3 N
Operating instructions
Foreword
Dear Customer,
We thank you for your confidence in our
mecablitz MB 34 AF-3N.
The MB 34 AF-3N flashgun has been especially
designed for Nikon AF system cameras.
IMPORTANT: Never mount the flashgun in the
accessory shoe of any other system camera,
otherwise the flashgun’s foot or the camera’s
accessory shoe can be destroyed! The dedicated contacts in the foot of the MB 34 AF-3N
only support the controlling commands of
Nikon AF system cameras.
The following pages give details for the correct
operation of the mecablitz flashgun and summarize its fields of application.
Please read these operating instructions carefully,
even if, at first sight, some points may not appear
to be of interest. Our design work placed
particular
value on ensuring that operation of the mecablitz is
as simple
as possible, but it should be noted that
the system cameras for which the flashgun is
intended offer a great diversity of capabilities.
We wish you much pleasure with your new Metz
flashgun in conjunction
with a Nikon AF system
camera to light up the darkest points, and for
creative flash lighting.
Disposal of batteries
Do not dispose of spent batteries with domestic
rubbish.
Please return spent batteries to collecting points
should they exist in your country!
2
Contents
1. Safety instructions . . . . . . . . . . . . . . . . .24
2. Preparing the mecablitz for use . . . . . . .25
2.1 Power supply . . . . . . . . . . . . . . . . . . . . . .25
2.2 Loading and replacing the batteries . . . . . .25
2.3 Automatic flashgun cut-out circuit . . . . . . .26
2.4 Mounting/Removing the mecablitz . . . . . . .26
3. Setting the mecablitz into operation . . .27
3.1 Preconditions . . . . . . . . . . . . . . . . . . . . . .27
3.2 Switching the flashgun on and off . . . . . . .27
4. Flashgun instructions to the camera . . .28
4.1 Flash-ready indication . . . . . . . . . . . . . . . .28
4.2 Automatic flash sync speed control . . . . . .28
4.3 Correct-exposure indication . . . . . . . . . . .28
4.4 Information displayed in the
camera’s viewfinder . . . . . . . . . . . . . . . . .29
5. TTL flash control . . . . . . . . . . . . . . . . . . .30
6. Flash synchronisation . . . . . . . . . . . . . . .31
6.1 Normal synchronisation . . . . . . . . . . . . . . .31
6.2 Slow-synchronisation . . . . . . . . . . . . . . . .31
6.3 Second curtain synchronisation . . . . . . . . .32
7. Flash in the individual camera modes . .33
8. Autofocus measuring flash . . . . . . . . . . .34
9. Flash techniques and flash functions . .36
9.1 Automatic fill-in flash . . . . . . . . . . . . . . . .36
9.2 Exposure correction . . . . . . . . . . . . . . . . .36
9.3 Flash exposure sequences . . . . . . . . . . . .36
10.
Lighting and wide-angle/telephoto attachment
. .37
11. Care and maintenance Manual firing button
Troubleshooting . . . . . . . . . . . . . . . . . . .38
12. Technical data . . . . . . . . . . . . . . . . . . . . .39
Lightning distances . . . . . . . . . . . . . . . .40
3
1. Safety instructions
• NEVER fire a flash in the immediate vicinity of
the eyes! Flash fired directly in front of the eyes
of a person or animal can damage the retina and
lead to severe visual disorders - even blindness!
• Spent batteries should be immediately removed. Chemicals leaking out of spent batteries
will damage the flashgun.
• Do not short-circuit batteries! DANGER OF
EXPLOSION!
• Batteries should not be exposed to excessive
heat, for instance sunshine, fire and the like!
• NEVER throw spent batteries in a fire!
• Do not expose the flashgun to dripping or
splashing water!
• Protect the flashgun against excessive heat and
high humidity levels! Do not keep the flashgun
in the glove compartment of a car!
• In the event of flash shots with full light output
observe an interval of at least 3 minutes after a
series of 20 flashes. This will protect the flashgun against overload.
•
NEVER place material that is impervious to light
in front of, or directly
on, the reflector screen.
The reflector screen must be perfectly clean
when a flash is fired. The high energy of the
flash light will burn the material or damage the
screen if this is not observed!
• NEVER dismantle the flashgun! DANGER: HIGH
VOLTAGE! There are
no components inside the
flashgun that can be repaired by a layperson.
4
5
2. Preparing the mecablitz for use
2.1 Power supply
The flashgun can only be operated with 2 CR2type lithium batteries. This type of battery can be
stored for many years with practically no loss of
energy, thus making it ideal for occasional
amateur flash photography.
Batteries have become discharged or spent
when recycling takes more than 60 seconds.
The batteries should be removed from the
mecablitz if the flashgun is not going to be
used for a prolonged period.
2.2 Loading and exchanging batteries
• Turn off the flashgun with the main switch.
• Press the unlocking catch, slide the battery
compartment lid to the right and fold open (see
fig. 1).
•Insert the batteries according to the indicated
battery symbols.
The supplied lithium batteries are expendables
and, as such, are not subject to our warranty
provisions.
After the batteries have been inserted, fold down
the battery compartment lid, and push to the left
until it engages audible with the unlocking catch.
☞
☛
➭
Fig. 1: Unlocking and exchanging batteries
2. Preparing the mecablitz for use
6
When loading the batteries ensure correct
polarity. Incorrectly loaded batteries can destroy the flashgun! All batteries must be of the
same make and have the same charge level.
Exhausted batteries must not be thrown into
the dustbin! Contribute to the protection of
the environment and discard exhausted batteries at the appropriate disposal points.
2.3 Automatic flashgun switch-off
To avoid accidental battery discharge the
flashgun automatically switches itself off to save
power approximately 8 minutes after
- the flashgun was switched on
- the last flash was fired
- tripping the camera release, or
- switching on the camera light metering system.
The green flash-ready indicator is turned off.
To turn on the mecablitz again switch the main
switch OFF and then ON. The flashgun should
always be turned off if it is not being used.
2.4 Mounting/Removing the flashgun
• Turn off the mecablitz.
• Press the unlocking catch at the back of the
mecablitz (see fig. 2).
• Slide the mounting foot into the camera’s
mounting shoe.
•
Always turn off the flashgun before it is removed.
•
Press the unlocking catch at the back of the
mecablitz (fig. 2) and withdraw from the camera.
☞
Fig. 2: Unlocking catch
☛
7
3. Setting the mecablitz into operation
3.1 Preconditions
The mecablitz must only be used with TTL
flash controlled cameras!
The sensor of TTL flash controlled cameras
measures the light reaching the film through
the camera lens and instantly cuts out the
flash when the film has been correctly exposed. Please refer to the camera’s operating
instructions to find out whether your camera
features this function.
A full-power flash is fired if the camera does
not feature TTL flash control!
In other words: Without TTL flash control, the
mecablitz fires an unmeasured flash at maximum
output.
If there is a flashgun integrated in the camera
it
must be switched off or completely folded
down when the mecablitz is used.
Ǻ
Fig. 3: Switching the flashgun on and off
OFF ON
3.2 Switching the flashgun on and off
Set the main switch in the ON position to turn on
the flashgun. The green flash-ready indicator
lights up to indicate flash readiness.
Set the main switch in the OFF position to turn off
the flashgun.
4. Flashgun instructions to the camera
The mecablitz transmits different signals and
messages to the camera when it is connected to
the camera and is switched on.
4.1 Flash-ready indication
The green light on the mecablitz illuminates
when the flash capacitor is fully primed, thereby
indicating flash readiness. This means that flash
can be used for the next exposure. The flash readiness signal is transmitted to the camera where it
is indicated by a corresponding display in the
camera’s viewfinder. On some cameras (depending on the model) the shutter is automatically
changed to flash sync speed when flash readiness
is reached. The flash will not be fired if the shutter
is released before the flash ready light illuminates
with the result that the exposure may be incorrect
if the camera control circuit has already changed
over to flash sync speed. Please refer to the camera’s operating instructions for further details.
4.2 Automatic flash sync speed control
Most system cameras automatically change to
flash sync speed when flash readiness is reached.
The flash sync shutter speeds may vary between
1/30th and 1/300th second, depending on the
camera model. Please refer to the camera’s operating instructions for further details.
4.3 Correct-exposure indication (see fig. 4)
The red correct exposure light briefly illuminates
when flash exposure was correct. At the same
time the mecablitz sends an o.k. signal to the
camera for display in the viewfinder. Please refer
to the camera’s operating instructions for further
details.
8
4. Flashgun instructions to the camera
4.4 Information displayed in the camera’s viewer
The following table only gives a general survey.
Camera-specific deviations ar possible (please refer
to the camera’s operating instructions.
• Green arrow Indicates that flashgun should be used or
switched on.
• Red arrow Flash readiness indication.
• Red arrow is perma- The shot was correct-
nently illuminated ly exposed.
after exposure, or
disappears briefly
• Red arrow blinks after The shot was
exposure underexposed.
9
Fig. 4: Exposure o.k.
5. TTL flash control
The mecablitz receives its information exclusively from the connected TTL-controlled camera.
Exposure measurement in TTL mode (TTL =
through-the-lens) is completed by the camera’s
sensor. This sensor measures the light reaching
the film through the camera lens. An electronic
control circuit within the camera transmits a stop
signal to the flashgun as soon as the film has been
exposed by the correct amount of light; the flash is
then instantly cut out. The advantage of the TTL
mode is that all factors influencing the exposure of
the film (such as filters, change of aperture or
variable aperture zooms) are taken into account.
You need not worry about adjustment of the light
output. The camera’s electronic system automatically defines the required amount of light. You can
also utilize various metering facilities
(e.g. spot ,
matrix or centre-weighted overall readings)
offered
by some cameras.
The Table on page 39 gives the maximum range
for the selected aperture. The minimum lighting
distance is approx. 15% of the maximum
threshold range.
If the actual distance is shorter than the
minimum lighting distance, then this may
result in overexposure.
A strip of film must be loaded in the camera if tests
are to be conducted in TTL flash mode.
The effective flash range can only be checked by
the correct-exposure display (o.k.) if the flash is
triggered by the camera and not with the manual
release on the flashgun!
10
Ǻ
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6. Flash synchronisation
Different modes of flash synchronisation are possible, depending on the camera model. Please
refer to the camera’s operating instructions to find
out how the individual modes of synchronisation
are set on the camera.
6.1 Normal synchronisation
This mode is available with all TTL cameras, and it
is suitable for most flash shots. With normal
synchronisation, switching to the camera’s flash
sync shutter speed is automatic. The shutter
speed may vary from 1/30th and 1/300th seconds,
depending on the camera model. Please refer to
the camera’s operating instructions for further
details.
6.2 Slow-synchronisation
Some cameras feature specific exposure programs for slow-synchronisation.
Flash shots at low lighting levels and fast shutter
speeds (normal flash sync speed) can often result
in overexposed subjects in front of a very dark
back-ground. The slow-sync function allows the
use of slow shutter speeds right up to 30 seconds,
to significantly enhance the background as a result
of the extra ambient light. Such shots require a tripod to prevent camera shake. Please refer to the
camera’s operating instructions for further details.
11
6. Flash synchronisation
6.3 Second curtain synchronisation (REAR)
Some cameras offer the facility of second shutter
curtain synchronisation.
With normal synchronisation, the flash is fired
precisely after the opening of the first shutter
curtain. When using slow shutter speeds, and
with moving objects, this would result in an
unnatural rendition of light traces.
With second curtain or rear curtain synchronisation, the flash is fired as the exposure is ending,
just before the second curtain covers the film again.
This makes the light trail behind the moving
objects instead of appearing in front of them, and
renders a more natural looking picture.
12
First curtain Second curtain
7. Flash in the individual camera modes
Use of flash in the program modes
TTL-controlled flash shots can be made in all
exposure and auto program modes. Once the
mecablitz is attached to the camera and switched
on, it automatically operates with TTL flash
control in auto program (P), aperture priority (A),
shutter priority (S) and manual (M) modes. For
details please refer to the camera’s operating
instructions.
Special functions not supported by flash:
• Red-eye reduction function.
• multi-sensor fill-in flash
13
8. Autofocus measuring flash
The integrated AF red-light beam of the mecablitz
supports the automatic focusing of autofocus TTL
cameras. When the prevailing light is insufficient
for automatic focusing, the mecablitz will project
a pattern
of red vertical stripes onto the subject as
soon as the camera’s release
is lightly touched.
The camera’s autofocus system then focuses the
picture by this striped pattern.
Notes:
• When the camera’s autofocus system is on, the
electronic circuit will automatically activate the
autofocus measuring flash whenever the
prevailing light is insufficient for the exposure.
• The autofocus measuring flash cannot be
activated in every exposure mode or AF mode of
the camera. In most cases, it will only support
the SINGLE-AF function (see camera’s operating
instructions) without follow-up focusing.
• The range of the autofocus measuring flash
depends on the speed of the lens (maximum
aperture)! With an f/1.8 standard lens of 50 mm
focal length, the range is approx. 6-10 m (depending on the sensitivity
of the camera’s AF sen-
sor).
Low-speed lenses, e.g. with an aperture of
f/5.6
or f/8 (such as zoom lenses), significantly
restrict
the range of the autofocus measuring flash!
14
Fig. 5: AF red-light beam
AF red-light beam
8. Autofocus measuring flash
AF operating modes
Two operating modes are available with AF cameras (depending on the camera model):
• Focusing priority (SINGLE AF):
The shutter can only be released when the subject
has been sharply focused by the AF system. If the
camera’s AF system is unable to focus sharply,
then the shutter cannot be released and the flash
cannot be fired.
• Shutter release priority (CONTINUOUS AF)
The shutter can always be tripped, irrespective of
sharp focusing.
Shots may be blurred if the release is
actuated before focusing has been completed
by the camera.
The AF measuring flash is deactivated in
this operating mode!
Please refer to the camera’s operating instructions
for further details about the AF modes and their
activation.
15
☞
☞
9. Flash techniques and flash functions
9.1 Automatic fill-in flash
Some cameras offer the facility of activating automatic fill-in flash control or automatically trigger a
fill-in flash.
Fill-in flash will soften harsh shadows and diminish the
contrast, thereby producing a more balanced exposure
when shooting against the light. The camera’s computercontrolled measuring system automatically selects the
shutter speed, working aperture and light output in such
a manner that both the main subject in the foreground as
well as the background are uniformly exposed.
9.2 Exposure correction
Various cameras enable the user to influence the
TTL exposure control.
Accordingly, the camera’s
exposure settings can be corrected by up to ± 3
apertures (in one-third or half f-stop settings).
PLEASE NOTE: Do not forget to switch off this
function when it is no longer required!
Please refer to the camera’s operating instructions
for further details.
9.3 Flash exposure sequences
Some cameras permit a sequence of shots to be taken of
the same subject with different exposure parameters.
When this function is activated, three pictures - as an
example - can be taken in succession: The first shot is
made with a negative flash exposure correction (less
light output), the second is normally exposed, and the
third is taken with a positive flash exposure correction
(more light output). For further details on this function
and the settings to be made please refer to the camera’s
operating instructions.
16
Fig. 6: Fill-in flash in daylight (left without, right with fill-in flash
10. Lighting and attachments
Your mecablitz provides full and even illumination
of normal 24 x 36 mm negatives when using lenses of 35 mm focal length and longer.
A wide-angle diffuser is supplied with the flashgun to increase the coverage if you wish to use a
28 mm wide-angle lens.
A telephoto attachment (identified with a „T“) is
included for telephoto lenses of 85 mm focal length.
PLEASE NOTE: The use of the wide-angle
diffuser diminishes the effective range of
the flash!
Mounting and removing the attachments
The attachment is swivelled into the bayonet
mount (see fig. 7). Turn the attachment clockwise
and insert the guiding edge into the case gap.
To remove turn the attachment beyond the
retaining spring (see fig.) and withdraw the
attachment.
17
☞
Fig. 7: Mounting and removing the attachments
guiding edge
case gap
18
11. Care and maintenance - Troubleshooting
Remove grime and dust with a soft, dry cloth. Do
not use cleaning agents as these could damage
the plastic parts.
Forming the flash capacitor
The flash capacitor incorporated in the flashgun
undergoes a physical change when the flashgun
is not switched on for prolonged periods. For this
reason it is necessary to switch on the flashgun
for approx. 10 minutes every 3 months and to fire
a few flashes The batteries must supply sufficient
power to light up the flash-ready light within one
minute after the flashgun was switched on.
Manual firing button
An uncontrolled flash can be fired with the
manual firing button (see fig. 8).
Troubleshooting:
If the flashgun does not work as it should in the
individual modes, then proceed as follows:
• Switch off the flashgun with the main switch.
• Remove the rechargeable or dry-cell batteries
for a brief period, and then load them again.
Fig. 8: Manually firing button
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19
1,4
W N T W N T W N T W N T W N T W N T W N T W N T
8
11
16
22
32
45
10
14
20
28
40
56
12
17
24
34
48
67
5,5
8
11
16
22
32
7
10
14
20
28
40
8,5
12
17
24
34
48
4
5,5
8
11
16
22
5
7
10
14
20
28
6
8,5
12
17
24
34
2,8
4
5,5
8
11
16
3,5
5
7
10
14
20
4,2
6
8,5
12
17
24
2
2,8
4
5,5
8
11
2,5
3,5
5
7
10
14
3
4,2
6
8,5
12
17
1,4
2
2,8
4
5,5
8
1,8
2,5
3,5
5
7
10
2,1
3
4,2
6
8,5
12
1
1,4
2
2,8
4
5,5
1,2
1,8
2,5
3,5
5
7
1,4
2,1
3
4,2
6
8,5
0,7
1
1,4
2
2,8
4
0,9
1,2
1,8
2,5
3,5
5
1
1,4
2,1
3
4,2
6
ISO
25/15°
50/18°
100/21°
200/24°
400/27°
800/30°
2 2,8 4 5,6 8 11 16
Table for max. lighting distance
max. distance in m
12. Technical data
Guide number ISO 100/21°: 34 (with telephoto attachment)
28 (without attachment)
20 (with wide-angle diffuser)
Lighting for 35mm camera from 35 mm focal length
onwards, with wide-angle attachment from 24 mm, and with
telephoto attachment from 85 mm focal length onwards.
Colour temperature: approx. 5600 °K
Synchronization:
Low-voltage IGBT firing
Flash duration:
1/250 s ...1/45000 s
Number of flashes: Flash recycling time:
ca. 100 ca. 6 s at full light output
Lighting: Rectangular
Without attachment: horiz. approx. 56°, vertical approx. 40°
With W-diffuser: horiz. approx. 75°, vertical approx. 55°
With T-attachment: horiz. approx. 25°, vertical approx. 18°
Weight: approx. 160 g
Dimensions:
61 mm x 102 mm x 35 mm
Items delivered:
Flashgun, attachments (W-diffuser/T = telephoto
attachment), Operating Instructions, 2 batteries CR2.
20
400
[m]
W – 20%
T +20%
5710142028
200
3,557101420
100
2,53,5571014
50
1,82,53,55710
ISO
118
5,6
4
2,8
2
This table indicates a section of the most important maximum lighting distances in different
ISO/aperture combinations.
The sticker can be applied to the back of the
flashgun.
Lighting distances
400
[m]
W–20%
T+20%
5710142028
200
3,557101420
100
2,53,5571014
50
1,82,53,55710
ISO
118
5,6
4
2,8
2
400
[ft]
W – 20%
T +20%
162333466592
200
111623334665
100
81116233346
50
6811162333
ISO
118
5,6
4
2,8
2
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