Sennheiser EVOLUTION WIRELESS EW 100 Manuale del proprietario

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3
BEDIENUNGSANLEITUNG
evolution wireless Serie
w 100
9
! " #$%
&
' ( ) * +
, LC-Display
- Taste ! (UP)
. Taste " (DOWN)
/ Taste SET
0 Taste POWER
1 Zugentlastung für Anschlußkabel des Netzteils
2 Hohl-Klinkenbuchse für Anschluß des Netzteils (DC-IN)
3 6,3-mm-Klinkenbuchse für NF-Ausgang
(AF OUT BAL/UNBAL)
4 Steller für Ausgangspegel (AF LEVEL)
* BNC-Buchse, Antenneneingang II (ANT II)
+ BNC-Buchse, Antenneneingang I (ANT I)
5 Inbetriebnahme
Empfänger EM 100 in Betrieb nehmen
12
! " % $ #
(' ) * + 5&
Taschenempfänger EK 100 in Betrieb nehmen
! Antenne
" Betriebs- und Batteriezustandsanzeige, rote LED (ON/LOW BAT)
% HF-Empfangsanzeige, grüne LED (RF)
$ Abdeckung des Batteriefaches
# Abdeckung für Display und Bedienelemente
1 NF-Ausgang (AF OUT), 3,5-mm-Klinkenbuchse
2 Pegelsteller für NF-Ausgang
3 Taste SET
4 Taste ON/OFF
* LC-Display
+ Taste " (DOWN)
5 Taste ! (UP)
15
! " % $ #
(' ) * + 5&
Taschensender SK 100 in Betrieb nehmen
! Antenne
" Betriebs- und Batteriezustandsanzeige, rote LED (ON/LOW BAT)
% Audio-Peak-Anzeige, gelbe LED (AF-PEAK)
$ Abdeckung des Batteriefaches
# Abdeckung für Display und Bedienelemente
' Mikrofon- und Instrumenteneingang (MIC/LINE),
3,5-mm-Klinkenbuchse
& Schalter MUTE
( Taste SET
) Taste ON/OFF
* Display
+ Taste " (DOWN)
5 Taste ! (UP)
18
! " % $
( ) *&
# '
Aufstecksender SKP 100 in Betrieb nehmen
! Mikrofoneingang, XLR-3-Buchse
" Mechanische Verriegelung der XLR-3-Buchse
% LC-Display
$ Taste SET
# Taste " (DOWN)
' Taste ! (UP)
& Schalter MUTE
( Batteriefach
) Taste ON/OFF
* Betriebs- und Batteriezustandsanzeige, rote LED
40
Gesamtgerät EM 100 !EK 100
Spannungsversorgung 10,5–16 V DC,
!9-V-Batterie (IEC 6 LR 61)
Nennspannung 12 V DC !
Stromaufnahme (Betriebszeit) ca. 200 mA !ca. 75 mA (4–6 h)
Abmessungen [mm] 212 x 145 x 38 !110 x 65 x 22
Gewicht ca. 1100 g !ca. 255 g
Sender
Hochfrequenzeigenschaften SK 100 !SKP 100 !SKM 100
HF-Ausgangsleistung an 50 Ω typ. 30 mW
Antennenlänge [mm] 518 – 550 MHz: 130
!
630 – 662 MHz: 110 !
740 – 772 MHz: 90 !
790 – 822 MHz: 90 !
838 – 870 MHz: 80 !
Niederfrequenzeigenschaften
Max. Eingangsspannung MICRO: 1,8 V
eff
!2,9 V
eff
!
(bei Spitzenhub, 1 kHz
NF
) LINE: 2,4 V
eff
Gesamtgerät
Spannungsversorgung 9-V-Block, Alkali-Mangan, IEC 6 LR 61
Max. Stromaufnahme bei Nennspannung 60 mA
Betriebszeit > 8 h !> 8 h !> 8 h
Abmessungen [mm] 110 x 65 x 22 !105 x 43 x 43 !Ø 50 x 225
Gewicht ca. 255 g !ca. 195 g !ca. 450 g
Mikrofone
ME 2 !ME 3 !ME 4
Schallwandler elektret !elektret !elektret
Empfindlichkeit 20 mV/Pa !1,6 mV/Pa !40 mV/Pa
Schalldruck 130 dB SPL !150 dB SPL !120 dB SPL
Richtwirkung Kugel !Superniere !Niere
MD 835 !MD 845 !ME 865
Schallwandler dynamisch ! dynamisch !elektret
Empfindlichkeit 1,5 mV/Pa !1 mV/Pa !3 mV/Pa
Schalldruck 150 dB SPL !154 dB SPL !144 dB SPL
Richtwirkung Niere !Superniere !Superniere
41
Polardiagramme der Mikrofone / Mikrofonmodule
MD 835 ME 865 ME 3
MD 845 ME 4
Frequenzgänge der Mikrofone / Mikrofonmodule
MD 835 ME 2
MD 845 ME 3
ME 865 ME 4
42
Zubehör
Mikrofonmodul für SKM 100,
dynamisch, Nierencharakteristik
Mikrofonmodul für SKM 100,
dynamisch, Supernierencharakteristik
Mikrofonmodul für SKM 100,
Kondensator, Supernierencharakteristik
Wind- und Poppschutz für SKM 100
Mikrofonklemme für SKM 100
Ansteckmikrofon für SK 100,
Kondensator, omnidirektional
Ansteckmikrofon für SK 100,
Kondensator, Nierencharakteristik
Headsetmikrofon für SK 100,
Kondensator, Supernierencharakteristik
Instrumentenkabel für SK 100,
mit 6,3-mm-Klinkenstecker
Line-Kabel für SK 100,
mit 3poligem XLR-Stecker, female
Rackadapter für EM 100,
zur 19-Rackmontage von zwei EM 100/ASP 1
oder ein EM 100/ASP 1 mit AM 1
Rackadapter für Antennenfrontmontage
UHF-Antenne,
passiv, omnidirektional, für Stativmontage
UHF-Antennenbooster, 518 – 550 MHz
10 dB Verstärkung 630 – 662 MHz
bei Einsatz von ASP 1 740 – 772 MHz
790 – 822 MHz
838 – 870 MHz
Antennenkabel, BNC-Anschluß 1 m / 5 m / 10 m
Antennensplitter,
2 x 1:4, passiv, zum Anschluß von vier EM 100
an zwei A 1031-U/AB 1
Steckernetzteil für ASP 1
MD 835
MD 845
ME 865
MZW 1
MZQ 1
ME 2
ME 4
ME 3
CI 1
CL 2
GA 1
AM 1
A 1031-U
AB 1-A
AB 1-B
AB 1-C
AB 1-D
AB 1-E
GZL 1019-A1 / 5 / 10
ASP 1
NT 1
43
DC-Speiseadapter,
zur externen 12-V-DC-Speisung von SK/EK 100 anstatt 9-V-Batterie
Wendelantenne für EK 100, 518 – 662 MHz
zum Einsatz an der Kamera 740 – 870 MHz
Tragekoffer für SET ew 100
DC 1
A 17-1
A 17-2
CC 1
45
INSTRUCTION MANUAL
evolution wireless Series
w 100
51
! " #$%
&
' ( ) * +
, LC display
- ! button (UP)
. " button (DOWN)
/ SET button
0 POWER (ON/OFF) button
1 Cable grip for power supply DC cable
2 DC socket for connection of mains unit (DC-IN)
3 AF output,
1
/
4
” (6.3 mm) jack socket (AF OUT BAL/UNBAL)
4 AF output level control (AF LEVEL)
* Antenna input II (ANT II), BNC socket
+ Antenna input I (ANT I), BNC socket
5 Preparing the devices for use
EM 100 receiver
54
! " % $ #
(' ) * + 5&
EK 100 pocket receiver
! Antenna
" Red LED for operation and battery status indication (ON/LOW BAT)
% Green LED for RF signal indication (RF)
$ Cover plate for battery compartment
# Cover plate for display and operating controls
1 AF output (AF OUT), 3.5 mm jack socket
2 AF output level control
3 SET button
4 ON/OFF button
* LC display
+ " button (DOWN)
5 ! button (UP)
57
! " % $ #
(' ) * + 5&
SK 100 pocket transmitter
! Antenna
" Red LED for operation and battery status indication (ON/LOW BAT)
% Yellow LED for AF peak (AF PEAK)
$ Cover plate for battery compartment
# Cover plate for display and operating controls
' AF input (MIC/LINE), 3.5 mm jack socket
& MUTE switch
( SET button
) ON/OFF button
* Display
+ " button (DOWN)
5 ! button (UP)
60
! " % $
( ) *&
# '
SKP 100 plug-on transmitter
! Microphone input, XLR-3 socket
" Mechanical locking ring of XLR-3 socket
% LC display
$ SET button
# " button (DOWN)
' ! button (UP
& MUTE switch
( Battery compartment
) ON/OFF button
* Red LED for operation and battery status indication
63
SKM 100 hand-held transmitter
! Sound inlet basket
" Colour-coded identification ring for microphone modules
green: MD 835 microphone module
(cardioid dynamic microphone)
blue: MD 845 microphone module
(super-cardioid dynamic microphone)
red: ME 865 microphone module
(super-cardioid condenser microphone)
% Body of hand-held transmitter
$ Battery compartment
# Display section
' Turnable protective cap for operating controls (shown removed)
The following operating controls become accessible in turn by turning
the protective cap ':
& SET button
( " button (DOWN)
) ! button (UP)
* MUTE switch
+ ON/OFF button
5 Red LED for operation and battery status indication
75
7 Troubleshooting
Error checklist
Problem Possible cause
No operation indication $ Batteries are flat
$ No mains connection
No RF signal $ Transmission frequency is not the
same as the receiving frequency
$ Transmitter is out of range
RF signal available $ Transmitter is muted (MUTE”)
but no audio signal $ Receiver’s squelch threshold
adjusted too high
Audio signal has a high $ Transmitter sensitivity adjusted too
level of background noise low
$ Receiver’s AF output level adjusted
too low
Audio signal distorted $ Transmitter sensitivity adjusted too
high
$ Receiver’s AF output level adjusted
too high
! If problems occur that are not listed in the above table, please contact
your local Sennheiser agent for assistence.
81
Technical data
Sy
s
tem
RF characteristics
Modulation wideband FM
Frequency ranges 518 – 550, 630 – 662, 740 – 772, 790 – 822, 838 – 870 MHz
Transmission/receiving frequencies 1280, tunable in steps of 25 kHz
4 switchable channels
Switching bandwidth 32 MHz
Frequency stability ± 15 ppm
AF characteristics
Noise reduction system Sennheiser HDX
Nominal/peak deviation ± 24 kHz / ± 48 kHz
AF frequency response 60 – 18,000 Hz
Signal-to-noise ratio at 1 mV
RF
and peak deviation, HDx 110 dB(A)
THD at nom. deviation and 1 kHz 0.9 %
Overall device
Temperature range -10°C ... +55°C
Dimensions Carrying case [mm] 380 x 370 x 70
Weight Carrying case with EM 100 approx. 3100 g
Carrying case with EK 100 approx. 2200 g
In compliance with ETS 300 422, ETS 300 445 (CE), FCC
Re
c
eiver
RF characteristics EM 100 !EK 100
Receiver principle true diversity !non-diversity
Sensitivity (with HDX, peak deviation) < 2.5 µV at 52 dB
Arms S/N
Squelch treshold 0–100 µV, adjustable
Antenna inputs 2 BNC sockets !M3 thread
Antenna length [mm] Telescopic antennas
!518–550 MHz: 130
!630–662 MHz: 110
!740–772 MHz: 90
!790–822 MHz: 90
!838–870 MHz: 80
Antenna input impedance 50 Ω
AF characteristics
AF output voltage
at peak deviation 1 kHz
AF
AF OUT
1
/
4
(6.3 mm) jack socket: !3.5 mm jack socket:
balanced: +10 dB
u
! unbalanced: +10 dB
u
unbalanced: +4 dB
u
!
Level adjustment 0 – 40 dB
82
Overall device EM 100 !EK 100
Power supply 10.5–16 V DC,
!9 V PP3 battery (IEC 6 LR 61)
nominal voltage 12 V DC !
Power consumption (operating time) 200 mA ! 75 mA (4–6 h)
Dimensions [mm] 212 x 145 x 38 !110 x 65 x 22
Weight approx. 1100 g !approx. 255 g
Tran
s
mitter
s
RF characteristics SK 100 !SKP 100 !SKM 100
RF output power at 50 Ω typ. 30 mW
Antenna length [mm] 518 – 550 MHz: 130
!
630 – 662 MHz: 110 !
740 – 772 MHz: 90 !
790 – 822 MHz: 90 !
838 – 870 MHz: 80 !
AF characteristics
Max. input voltage MICRO: 1.8 V
rms
!2.9 V
rms
!
(at peak dev., 1 kHz
AF
) LINE: 2.4 V
rms
Overall device
Power supply 9 V alkaline PP3 battery (IEC 6 LR 61)
Max. power consumption at nom. voltage 60 mA
Operating time > 8 h !> 8 h !> 8 h
Dimensions [mm] 110 x 65 x 22 !105 x 43 x 43 !Ø 50 x 225
Weight approx. 255 g !approx. 195 g !approx. 450 g
Mi
c
rophone
s
ME 2 !ME 3 !ME 4
Transducer principle condenser !condenser ! condenser
Sensitivity 20 mV/Pa !1.6 mV/Pa !40 mV/Pa
Sound pressure 130 dB SPL !150 dB SPL ! 120 dB SPL
Pick-up pattern omni-directional !super-cardioid !cardioid
MD 835 !MD 845 !ME 865
Transducer principle dynamic !dynamic !condenser
Sensitivity 1.5 mV/Pa !1 mV/Pa !3 mV/Pa
Sound pressure 150 dB SPL !154 dB SPL ! 144 dB SPL
Pick-up pattern cardioid !super-cardioid !super-cardioid
83
Polar diagrams of microphones/microphone modules
MD 835 ME 865 ME 3
MD 845 ME 4
Frequency response curves of microphones/microphone modules
MD 835 ME 2
MD 845 ME 3
ME 865 ME 4
87
NOTICE D‘EMPLOI
evolution wireless Série
w 100
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