Confidential, for authorized service technicians only!
Do not disclose this information to or share these documents
with third parties.
Vertraulich! Nur für autorisierte Servicetechniker!
Nicht zur Weitergabe an Dritte freigegeben!
TECHNICAL SERVICE:
Stamer Musikanlagen GmbH • Magdeburger Str. 8 • 66606 St.Wendel • Germany
Music & Sales P.E. GmbH • Leipziger Str. 3 • 66606 St.Wendel • Germany
Note!
The components used in this product - particularly parts affecting
safety as well as speakers and transformers - were developed and
manufactured to certain specifications. Please use original spare
parts only to ensure the product remains fully functional and safe.
Achtung!
Die in diesem Produkt verwendeten Komponenten, insbesondere
sicherheitsrelevante Teile, Lautsprecher und Transformatoren
wurden nach spezifischen Vorgaben entwickelt und gefertigt.
Bitte benutzen Sie ausschließlich Original-Ersatzteile – nur so ist
die volle Funktionalität und Sicherheit gewährleistet.
The CTA 208 Mid/High unit‘s top and bottom
panels slope at an angle of 4.5°. Water-repellent,
black PU lacquer coats the enclosure made of 18mm, 13-ply birch plywood. Your choices of array
curving angles (or splay) are 0° and 9°. The baffle
board cover consists of a metal grille; found behind
it are two CD horns equipped with acoustical lens
for the four 1" drivers.
The CTA 208 weighs 29 kg. It is 51 cm wide, 52.5
cm high and 34.6 cm deep (including rigging
attachments). Two grips on the side panels simplify
transport and set-up.
Fully integrated rigging attachments comprising
three quick-release pins and three rigging
connectors, two mounted on the sides and one in
the rear, serve to fly the mid/high units.
Electrical and Acoustical Data
The CTA 208 enclosure features two 8" cone chassis
speakers and four 1" B&C high frequency drivers
with a front-mounted acoustical lens in a CD horn
configuration. An internal passive crossover with a
crossover frequency of 2 kHz addresses the drivers
via a special acoustic lens. The CTA 208 enclosure‘s
nominal electrical power-handling is 500 watts
RMS at 8 ohms impedance. It produces 105 dB
(1W@1m) sound pressure, measured under halfspace conditions. Maximum SPL measured under
the same conditions at one meter is 134 dB at 10%
THD. The CDR 108 radiates at a horizontal angle of
100°. Frequency response ranges from 95 Hz to 19
kHz (±3 dB).
1.1 Specifications, CTA 208
A professional two-way system featuring cylindrical
wave technology, this cabinet serves to set up
vertical line arrays and project a coherent wavefront
across the entire frequency range. The precisiontuned enclosure sports two 8" midrange speakers.
Four 1" high-frequency drivers address two constant
directivity horns with 100° horizontal directivity via
a special acoustic lens. Vertical directivity depends
on the number of CT A 208s in use.
The housing is made of 15/18-mm birch plywood
coated with black PU varnish. Its fully integrated
rigging hardware adjusts to two 0° and 9° angles
for setting up line arrays. An integrated pole mount
offers two tilt angles of 3° and 11°. An impactresistant steel grille covers the front.
The active CTA 118 Sub system subwoofer with
an integrated DDO-Pro™ Controller drives the
enclosure. CTA 208‘s frequency response (+- 3dB)
ranges from 95 hertz to 19 kHz. Axial sensitivity is
105 dB, measured under half-space conditions at @
1W / 1m. Maximum SPL measured under the same
conditions with two CTA 208s is 134 dB at 10%
THD. Each unit‘s nominal power handling is 500
watts RMS at 8 ohms.
Connectors: 1 Neutrik NL 4 Speakon.
Dimensions (W x H x D): 51 x 52.5 x 34.6 cm
Weight: 29 kg
Model: HK Audio CTA 208
Connections
The ports are out of harm‘s way on a recessed
connector panel on the CTA 208‘s back. It offers
one Speakon NL 4 connector. Pin assignments are
pin 1+ = mid/high +, 1- = mid/high-.
1.2 The CTA 208 Enclosures‘ Technical Data
Nominal power handling/program/peak: .................. 500W RMS /1000W/ 1500W
Frequency response -10 dB 3): .................................... 80 Hz - 20 kHz
Frequency response+/-3 dB 3): ................................... 95 Hz - 19 kHz
Dimensions (W x H x D): ........................................... 51 x 52.5 x 34.6 cm; 20" x 20 2/3" x 13 2/3"
Accessories: ............................................................... Touring flight case (2 CTA 208), rigging frame
25
English
1) Measured under half-space conditions2) Based on peak power handling 3) Measured with 2 CTA 208s
Fig. 2: CTA 208 housing dimensions in mm
English
ConTour Array™ 1.0
2. CTA 118 Sub
Fig. 3: CTA 118 Sub
Design and Construction
Made of 18-mm 13-ply birch plywood, waterrepellent, black PU lacquer coats the CTA 118
Sub enclosure. A robust metal grille backed with
laminated acoustic foam rubber covers the baffle
board.
The CTA 118 Sub weighs 59 kg. It is 51 cm wide, 73
high and 71 cm deep. Three slot grips routed into
the side panels enable easy transport and set-up; a
recessed handle is on the lid. The active circuitry
resides in a separate chamber at the back of the
enclosure. A removable dolly protects the electronic
components and simplifies transport.
Electrical and Acoustical Data
The CTA 118 Sub enclosure features an 18" woofer.
The CTA 118 Sub enclosure‘s nominal electrical
power-handling is 700 watts RMS at 8 ohms
impedance. It produces 101 dB (1W@1m) sound
pressure, measured under half-space conditions.
Maximum SPL measured under the same conditions
at one meter is 130 dB at 10% THD. The CTA 118
Sub‘s frequency response ranges from 42 Hz to fx
(+/-3 dB). The two integrated PWM power amps
for the subwoofer and the mid/high output deliver
1000W RMS each.
2.1 Specifications, CTA 118 Sub
A professional active subwoofer equipped with a
DDO-Pro™ Controller and a 1000W RMS PWM
power amp, the CTA 118 Sub delivers excellent
impulse response and exceedingly dynamic lowfrequency response. It features an 18" woofer
mounted in a precision-tuned bass reflex enclosure.
Another 1000W RMS PWM power amp drives
HK Audio CTA 208 or ConTour Series™ speakers.
The rectangular block housing is made of 18-mm
birch plywood coated with black PU lacquer. An
impact-resistant steel grille covers the front. A
removabledolly protects the electronic components
and simplifies transport
Its frequency response ranges from the crossover
frequency down to 42 Hz (-3 dB) and 36 Hz (-10 dB).
Maximum SPL under half-space conditions is 130 dB
at 10% THD.
Dimensions (W x H x D): 51 x 73 x 71 cm
Weight: 59 kg
Model: HK Audio CTA 118 Sub
Connections
Ports are out of harm‘s way on a recessed connector
panel on the CTA 118 Sub‘s back. It offers one
Speakon NL 4 connector. Pin assignments are pin
1+ = mid/high +, 1- = mid/high- . A Powercon mains
socket with another Powercon output connects to
the power supply. A female XLR and a male XLR port
serve to route signals. Two Neutrik Ethercon ports
serve to network several CTA 118 Subs.
2.2 Technical Data, CTA 118 Sub
Integrated Power Amps:
Output power, Subwoofer: ...........................................1000 W RMS, Class D
Output power, Mid/High: ............................................1000 W RMS, Class D
Dimensions (W x H x D): .............................................51 x 73 x 71 cm, 20" x 28 3/4" x 27 7/8"
Accessories: ................................................................. Protective cover, stack base plate
27
English
1) Measured under half-space conditions 2) Based on peak power handling
Fig. 4: CTA 118 Sub housing dimensions in mm
ConTour Array™ 1.0
C. Rigging ConTour Array™ Enclosures
1. Components and Applications of
ConTour Array™ Rigging Hardware
Please also read the Notes on Rigging Safety in Chapter A of this manual.
Fig. 5: Integrated rigging attachments
Fig. 6: ConTour Array™ rigging frame
Fig. 7: Shackles for attaching motors, chain hoists
ConTour Array™ rigging hardware consists of the
following parts:
• a rigging frame with two shackles for attaching
motors or chain hoists.
• integrated rigging points on the side and back for
flying ConTour Array™ CTA 208 Mid/High units.
• three quick-release pins per CTA 208 for
connecting the enclosure to the rigging frame.
Important note on pins: Quick-release pins connect
rigging hardware and speaker enclosures, and their
proper function must be tested and verified. Pins
must always engage fully in the (fitted) hole. Under
no circumstances may these pins release on their
own when subjected to tractional forces. The nib in
the center of the pinhead must always be depressed
to insert pins; it releases the ball detents in front.
Once the pin engages in the hole, the nib must ease
back to its initial position.
1.1 Mounting the Rigging Frame
It takes two people to perform these tasks. Remove
the quick-release pins from the enclosure. Set the
rigging frame on the enclosure. First attach the two
front connectors. Turn the rigging frame‘s connector
component down and slide it into the rear rigging
connector.
Insert the rear pin through the hole labeled 0°.
Attach to the rigging frame the shackle that accepts
the motor hook. Your choice of pick point depends
on how sharply you aim to curve the array later.
Tip: If you intend to rig additional enclosures, we
recommend that you attach all the required speaker
cords to the rigging frame now because this task
becomes more difficult as the array grows higher.
Be sure to use cords of sufficient length!
1.2 Setting the DualCurve™ Angle
Curve the two CTA 208 cabinets using the rear
connector component. You have two angles to
choose from, 0° and 9°. Remove the pin on the rear,
insert lead the connector into the rigging track and
secure the connector component with the pin as
pictured.
Hoist the mounted CTA 208 Mid/High cabinets to a
height that allows you to roll a second case holding
two enclosures under the array. Remove the two
front pins from the enclosure you wish to mount.
Move the second case with two additional CTA 208s
into position. Slowly lower the top two cabinets
until the two front connectors engage. Insert the
two front pins first, ensuring they engage fully and
securely (see Figure 12 a). You may have to shift
the two enclosures slightly to ease the pins into
position. To attach the rear connector component,
you must swivel it out of the track and ensure it
faces down (see Figure 12 b). Insert the pin through
the hole labeled 0° or 9° as required.
Note: Depending on application, you may not be
able to select a pick point with a shackle. In this
case, use two shackles and a suitable O-ring as
shown in Figure 10.
Check all pins on the top rigging frame to ensure
they seat firmly. Attach the motor to the shackle.
Important: Ensure the motor‘s chain bag hangs
freely and does not rest on the rigging frame!
Engage the motor to lift the cabinet from the case.
Roll the case off to the side. Remove the two front
pins from the enclosure you wish to mount and fold
down its connector component. Now you can rig
further cabinets.
Hoist the array consisting of four CTA 208
enclosures high enough to remove it fully from the
case. Secure the hoisted array against blasts of wind
or unintentional twisting to prevent it from moving.
Fig. 12 a, b: ConTour Array™ ground-stack connectors
Depending on application, use two or three
ConTour Array™ subwoofers as the stack‘s base. Set
the desired number of subwoofers on top of one
another.
Caution:
Secure the ground stack to prevent it from tipping!
Use the M10 bushings on the back of the CTA 118
subwoofer and the ground-stack connectors to do
this.
Mount mid/high units individually, one after
another, on the top CTA 118 Sub. Use the ConTour
Array™ stack plate as the base and connector to
the subwoofer. Attach it to the CTA 118 Sub’s pole
mount using the M20 thumb screw. The stack plate
lets you easily adjust mid/high units without having
to move the subwoofer. On this stack plate, you can
freely select the desired down-tilt between 0° and 9°
in 1.5° increments.
Connect no more than two CTA 118 Subs to one
mains phase (16 A). If you use the Powercon Link
port, connect no more than one further CTA 118
Sub. The 13-A limit on maximum input current (see
label) applies to Great Britain because UK power
cables are approved to 13 A only. 16-A current is
permissible in other countries using EU power
cables.
Caution: If you must power the CTA 118 Sub with a
generator, ensure the generator is running before
you switch the system on. Never switch systems
off and on with the help of the generator! This can
damage the PWM power amps’ switching power
supply!
Note: The Powercon Link is not available for 100120-volt units.
Fig. 13: ConTour Array™ stack plate
Fig. 14 a, b: Attaching the stackplate to the CTA 118 Sub
Fig. 15 a,b,c: CTA 208 Mid/High stack
D. The ConTour Array™ DDO-Pro™ Controller
1. The DDO-Pro™ Net Port
31
Net Ports link several CTA 118 Subs in a
communication network. Use CAT 5 network cables
or professional Ethercon cables with a metal plug
to do this. Connect the first CTA 118 Sub’s output to
the next unit’s input, and so forth.
Note: This is purely a data interface. The DDO-Pro™
Net Port does not send audio signals.
If you wish to adjust controller settings (for example,
filter, gain or delay), you can do this on any CTA 118
Sub’s control panel. Automatically, the unit becomes
the master controller and sends parameter changes
to all networked CTA 118 Subs (up to 32 units).
Note: It does not send "Utilities" menu settings.
Caution: If you wish to use another CTA 118 Sub
and a ConTour Series™ cabinet (CT 108, CT 112, CT
115) for near-fill or in-fill applications alongside CTA
208 speakers in a larger rig, DO NOT network it!
Otherwise the connected CT 108, CT 112 or CT 115 will
adopt the settings entered for the mid/high array.
2. Audio Signal Routing
3.1 Level
You can adjust input levels from -96 dB to + 6dB in
0.5 dB steps. Use the Up or Down keys to select the
gain setting and confirm your selection with Enter.
Note: The Level parameter adjusts the level after the
analog-to-digital converter to balance out varying
(system) levels. Level does not influence the input
signal’s volume in front of the analog-to-digital
converter. If the display reads “Digital Clip ?! Check
Input !” be sure to reduce the level at the mixing
console. In this case, the signal is saturating the
analog-to-digital converter, distorting the signal’s
rectangular waveform to create square waves. This
sounds extremely annoying and will eventually
destroy the power amp and speakers.
Tip: If you wish to reduce the volume of the lower
mid/high unit in the array – say, because it hangs
low and listeners are close to this unit – you can
use Level to do this. However, Level also affects the
subwoofer’s volume. Increase Sub Level by the same
value to compensate for the difference.
3.2 Key Lock
English
Fig. 16: DDO-Pro™ network
Use an XLR cord to connect the signal source to
the first CTA 118 Sub’s signal input. If you wish to
connect further CTA 118 Subs to the source, do this
using the Signal Through ports. The XLR port’s pin
assignments are: pin 1 = ground, 2=+, 3=-.
Be sure to read section 3.1 covering maximum input
signal level and digital clip error and heed these
guidelines.
3. Handling the
DDO-Pro™ Controller
Four keys operate the device - Menu, Enter, Up and Down.
Menu/ Esc:
This key accesses the controller’s menu structure
and exits a menu level.
Enter:
This key confirm changes and access menu levels.
Up and Down:
These keys navigate within a menu level and
increase and decrease displayed values. Please refer
to the menu structure quick guide at the end of the
chapter to learn more.
3.3 Utilities
Sync Remote
When you confirm the Sync Remote command, the
unit sends the current settings to all networked
controllers. The control panel currently in use is the
master. This feature comes in handy if the network
connection fails.
Noise Reduction
You can activate Noise Reduction on demand. It
mutes signal paths when the rig is off-line. The unit
ships with this feature deactivated.
LCD Contrast
Adjust the display’s contrast to taste using the Up or
Down keys. Confirm your selection with Enter.
Factory Reset
When you confirm this function, ALL settings reset
to their factory defaults. For example, you could use
it to set all delays to 0 ms and levels to 0 dB.
Fig. 17: DDO-Pro™ Controller panel
The AD converter’s Digital Clip indicator
ConTour Array™ 1.0
2 x CT1081 x CT112
Delay Base
Select the preferred delay display reading - meters
(m), feet (ft) or milliseconds (ms). Select the
option with the Up or Down keys and confirm your
selection with Enter.
3.4 Sub Delay
Sub Delay is a time alignment tool, that is, it
compensates differences in mid/high units’ and
subwoofers’ response times. Like Sub Level, Sub
Delay controls subwoofers’ and mid/high units’
relative delay.
For example, if you place subwoofers well in front
of mid/high units, you must delay the subwoofers
accordingly. Do this by adjusting a positive
delay value in the Sub Delay menu. If you place
subwoofers well behind mid/high units, you must
enter negative values to compensate.
Caution: Negative Sub Delay values delay the signal
path from the subwoofer to the mid/high unit,
causing overall system latency! Experience has
shown that this method compensates differences of
15 ms or 5 m without latency problems. The control
range sweeps from -30 ms to 29.6 ms.
3.6 Sub Level
You can adjust the balance of volumes between the
subwoofer and mid/high unit from -12 dB to + 6dB
in 0.5 dB steps. Use the Up or Down keys to select
the Sub Level and confirm your selection with Enter.
3.7 System Setup
A special filter preset is available for each
configuration (see fig. 19 a-f). Be sure to assign
the same preset to each DDO-PRO™ controller for
every configuration (1 to 4 CTA 208s). Use the Up
or Down keys to select the right preset and confirm
your selection with Enter.
1 x CT1151 x CTA208
4 x CTA208
Fig. 18 a, b, c, d, e, f: System Setups
3.5 Delay
Delay controls the overall delay of a system
comprised of subwoofers and mid/high units. The
highest setting is 72.6 ms.
3.8 Quick Guide to the V1.01 Controller’s Menu Structure
33
English
Fig. 19: Menu structure of the DDO-PRO™ Controller
English
E. Service
1. Maintenance
35
Regularly check the vents to ensure air flows freely
in and out. Clean the foam rubber filters whenever
necessary. Remove the vent grille on the back to do
this.
2. ConTour Array™
Spare Parts
Note:
• If your equipment needs service, please turn to
your HK Audio dealer or the HK Audio distributor in
your country. They stock the required spare parts.
• In the event of a defect, always indicate the
defective device’s serial number. This way the HK
Audio service team can immediately find out if an
update is available for your product.
• Use only original HK Audio replacement speakers
and parts! Most were developed especially for HK
Audio products and are not available direct from
speaker manufacturers!
3. Replacing Loudspeakers
and Voice Coils
3.1 1", 8" and 18" Speakers
Proceed as follows to replace the given speaker:
• Unfasten and remove the Phillips screws holding
the grille in place. Remove the grille. These screws
are on the CT 118 Sub’s front panel and the CTA
208’s side and bottom panels.
• Unfasten and remove the hex head bolts holding
the speaker in place.
• The speaker is now detached. Disconnect the
speaker wires.
3.2 The Drivers’ Voice Coils
Proceed as follows to replace the drivers’ voice coils:
• Remove the front grille as described above.
• Unfasten the four screws holding the horn yoke
and remove the horn and driver from the baffle.
Disconnect the wires connecting the driver. Ensure
correct polarity when installing and connecting
a replacement speaker! Red= positive, black =
negative
• Unfasten the voice coil housing’s hex head bolts
using a 3-mm wrench.
• Take the lid off the voice coil housing.
• Replace the voice coil.
Important note: Replace the voice coil in a clean
working environment only. Be sure to keep dust
and dirt out of the open driver. If despite your
precautions particles manage to get in, use a strip
of adhesive tape to remove them or carefully blow
compressed air into the back of the driver to whisk
the particles out. When installing the new voice
coil, ensure it is centered properly. Proceed as
follows to check this:
Close the cover of the voice coil housing and
reconnect the cords (red = positive, black =
negative). Feed a sine wave signal with a frequency
between 1000 Hz and 1500 Hz into the mid/high
enclosure’s input. Sweep through the frequency.
If you hear abrasive noises like crackling or
scratching, the voice coil is not centered properly.
Reopen the voice coil chassis and turn the voice coil
a bit until it renders the signal cleanly!
4. Checking Speakers’ Phase
As a precaution, always check the components’
phase using a suitable phase-checker after replacing
speakers. To do this, connect the CTA 208 mid/high
unit to the CTA 118 Sub using a Speakon cord.
Note: If you are checking the CTA 208 mid/high
unit in passive mode with an external power amp,
you will get a different phase reading! Therefore
always use the CTA 118 Sub for phase checks.
Connect the phase-checker to the CTA 118’s signal
input. It may be advisable to lower the input level on
the DDO-Pro™ Controller!
The speakers’ phases should read as follows:
With CTA 118 Sub:
18" woofer: In phase (+)
8" speaker: Out of phase (-)
1" driver: In phase (+)
CTA 208 passive:
8" speaker: In phase (+)
1" driver: Out of phase (-)
English
Caution: When installing and connecting a
replacement speaker, ensure the polarity is correct!
Red= positive, black = negative
DRAWING-NUMBERS
EXAMPLE
HK0106-EX-R01-1A
VERSION
SERIAL NUMBER
DEPARTMENT:
R = R&D
REVISION
PROJECT-NR.:
HK = HK AUDIO
HU = HUGHES&KETTNER
MP = MINDPRINT
P + lfd Nr. = AWG single wire black, red, blue, brown or white
E + lfd Nr. = AWG single wire green- yellow
L + lfd N
FQL + lfd Nr. = crossover wiring H07VK
Regarding special wirings like wiring harness or similar, drawings will be prepared and appropriate
1962038str anded wi re E4 16-YG-120-638-638 1015, A WGLitze E 4 16-YG-120-638- 638 1015, AWG3
2962054s tranded w ire 2xJST 3pol, 140mm AW G26 Style 1007Litze 2xJST 3pol, 140mm A WG26 Styl e 10072
3962262s tranded w ire FQL17 Q1.5- R-1000-488I- baredLitze FQL17 Q1.5-R- 1000-488I-bared1
4962263s tranded w ire FQL17 Q1.5- B- 1000-488I-bar edLitze FQL17 Q1.5-B-1000-488I-bared1
5962288stranded wire E3 16-YG-200- 638-485 1015, A WG Litze E 3 16-YG-200-638-485 1015, A WG 2
6962314stra nded wir e E18 16-Y G-200-638- eyelet, AW Gstranded wi re E18 16- YG-200- 638-eyelet, AW G2
7962337strande d w ir e P39 16-R-600- 488I-485IT 1015, AW G Litze P39 16-R-600-488I-485IT 1 015, AW G 1
8962338stranded wir e P39 16-B-600-488I-485I 1015, AWGLitz e P39 16-B-600-488I-485I 1015, AW G1
9 962346 (230V)stranded wir e P42 AWG14/16 Style 1015 HK0502-KA- R04-xx Litze P42 AW G14/16 Style 1015 HK0502-KA- R04-xx2
10964052powerca ble DIVA, Y-s tranded w ire HK1805- KA-R01 -xxPowerkabe l DIVA, Y -Litze HK1805-KA- R01-xx1
11965618f lat ri bbon cabl e 20-2-360, Typ 6, AWG 28F lachbandkabel 20- 2-360, Typ 6, A WG 281
12965626fla t ribbon c able 20-2-200, Typ 5, AWG 28Flac hbandka bel 20-2-200, Typ 5, AW G 281
16-R-600-488I-485IT 1015, AWG
E 962338, stranded wire P39
16-B-600-488I-485I 1015
66606 St. Wendel / Germany
ZEICHNUNGS-NR.:
ERSTELLT VON:
GEPRÜFT/
FREIGEGEBEN VON:
WERKSTOFF:
DATEINAME:
HK1805-EX-R03-1D
C. LORIS4
HK1805-EX-R03-1D-CHASSIS
E 965626, flat ribbon cable 20-2-200mm Typ 5,
AWG 28 flexible grey RM1,27
6974212hexagon PCB spacer, type B, M3x15, zinc platedDist. Bol Innen/Außengew. M3*15 vz4
7E 974221
7974221hexagon socket countersunk head screw, M3x8, zinc platedInbussenkschraube M3x8 vz4
4E 970800
6E 974212
INDEXCHANGES
2E 966010
3 E 966046
1E 547058
TITLE:
HK1805-CTA DISPLAY
5E 974110
RESP.
66606 St. Wendel / Germany
DRAWING-NO.:
DRAWN BY:
CHECKED BY:
MATERIAL:
FILENAME:
HK1805-EX-R11-1A
C. LORIS1
HK1805-EX-R11-1A-DISPLAY
EXPLODED DRAWING
VERSION:
DATE:
12.09.2006
DATE:
FINISH:
REVISION:
PAGE:
A1
PAGES
2
3
5
1
6
2
9
4
INDEXCHANGES
RESP.
9
79
Spa re Parts List for:HK1805-NZ-R01-1C
Project:CTA
Project Number:HK1805
As sembly:Mainboard
pos. part no. de scriptionBezeichnungrefe rence de signatorsquantity
1936010 LED 5mm grün s tandard dif fusedLED 5mm grün Standard dif fusedLD3, LD22
2936041 LED 5mm blau semi diff used LED 5mm blau semi diff used LD1, LD10-12, LD6-9, LD13-1410
3936046 LED 5mm orange, s tandard LED 5mm orange, Standar d LD5, LD42
4946009 NAIS TQ2-12V DC print, miniature relaisRelais NAIS TQ2-12V DC print REL11
5950021 tac tile push button B3F-4055Taster Tac-Sw itch B3F-4055 SW4, SW3, SW2, SW14
6950083 pus h button sw itch, v ertical, 2x UM (2 Pols)Drucks chalter ohne LED 11,25mmSW51
7952021 con nector SEK18 2*8polWannenstec ker 2*8pol Gprint JP131
8952053 JST, 3-pol, vert ., print, B 3B-EH-AStif tleiste JST 3pol Gprint JP3, JP12
9952150 con nector SEK18 2*10pol.Wannenst ecker 2*10pol Gprint JP6, JP52
66606 St. Wendel / Germany
DRAWING-NO.:
DRAWN BY:
CHECKED BY:
MATERIAL:
FILENAME:
HK1805-LP-R01-1C
C. LORIS1
HK1805-LP-R01-1C-MAINBOARD
TITLE:
HK1805-CTA
MAINBOARD
FINISH:
VERSION:
DATE:
DATE:
12.10.2006
REVISION:
PAGE:
A1
PAGES
E 959052
PWM Amp Module 100-240V
To ensure the procedure of our quality assurance
(burn-in-test, quality-test,...) please send the complete
module to our technical service for replacement.
For customer inquiry please contact our service-team.
Pos.part-no. 1descriptionBeschreibungquantity
1400282finished boardfertiges Rollbrett aus Schreinerei1
NA = not assembled part ----- EX = exclusive part, no alternative allowed
HT = high temperature part, assemble with distance from PCB
Title:
HK1805 Preamp
66606 St. Wendel / Germany
Number:Version:Revision:1HK1805-SP-R01-1CC
A
Drawn by:Date:
Alexander Peter
F. Sitter
All rights reserved. No part of this schematic may be reproduced, stored in a retrieval system, transmitted in any form or
by any means, electronic, mechanical, photocopying, recording or otherwise, without the prior permission of the author.Filename: HK1805-SP-R01-1C-01Main.Sch
1234
PCB No.:
HK1805-NZ-R01, always use latest revision
Date:
14.12.05
19.04.06
Page:
3Checked by:
1
Pages
A
+15V+15V
D1
C1
D6
1N4148
NA
B
G
R
47p/100V-K
47p/100V-K
REL2
+
1
10
-
TQ2-12V
NA
47p/100V-K
FB1
BL01RN1A1F1J
FB2
BL01RN1A1F1J
C2
C5
FB3
BL01RN1A1F1J
JP1
3
R
JST-B03B-EH-A
R8
240R
NA
2
G
1
B
JP7
1
2
3
JST-B03B-EH-A
NA
D
Analog In/Thru connector panel
+15V
Q2
BC546B
NA
R12
C
GND_LIFT
10K
NA
2
3
4
9
8
7
C3
47p/100V-K
C7
10u/63V
C8
10u/63V
C4
47p/100V-K
C6
47p/100V-K
C11
47n/250V
R22
47R/1W
SW5A
21
LTV75-SD11.25-CS
SW5B
56
LTV75-SD11.25-CS
3
4
C9
1N4148D31N4148
47p/100V-K
R1
12K
R2
12K
D2
1N4148D41N4148
-15V-15V
12
13
+15V
R10
10K
R11
10K
R14
10K
R13
10K
+15V
U3B
MC33079N(ST)
5
+
6
7
-
-15V
R20
8K2
C14
22p/100V-K
DDO Top Output
TOP_OUTPUT
TOP_OUTPUT
B
BR1
+15V
-15V
+5V
+15V
A
AGND
DGND
+15V
0R0
BR3
-15V
0R0
BR4
+5V+5V
0R0
+5V
DDO Sub Output
+15V
-15V
-15V
DGND
MUTE
SUB_OUTPUT
SUB_OUTPUT
R16
10K
R17
10K
CHASSIS
All rights reserved. No part of this schematic may be reproduced, stored in a retrieval system, transmitted in any form or by any means, electronic, mechanical, photocopying, recording or otherwise, without the prior permission of the author.Filename: HK1805-SP-R01-1C-02AnalogIO.Sch
R3
12K
R5
4K7
+15V
U1A
84
MC33078N(ST)
3
VCC
+
2
-
VEE
-15V
R6
4K7
C10
47pF/100V-K
U3D
MC33079N(ST)
+
-
R18
8K2
C12
22p/100V-K
5
+
6
-
U1B
MC33078N(ST)
R32
3K9
R25
47R
INPUT
1
R4
12K
INPUT
C42
47p/100V-K
FB6
BL01RN1-A62
C43
-15V+
R23
14
47R
R33
7
560R
R34
560R
+15V
411
MC33079N(ST)
3
VCC
+
2
-
VEE
-15V
R21
8K2
C15
22p/100V-K
U3C
MC33079N(ST)
10
+
9
D8
1N4148
D9
1N4148
U3A
1
8
-
R19
8K2
C13
22p/100V-K
U6
LTV817
U7
LTV817
R26
47R
47p/100V-K
REL1
2
3
+
4
9
8
-
7
TQ2-12V
+15V
C44
47p/100V-K
C45
+15V+
47p/100V-K
R24
47R
+15V
+15VSub
1
10
FB7
BL01RN1-A62
PROTECT_T
LIMIT_T
PROTECT_S
LIMIT_S
R7
240R
D5
1N4148
JP3
B
G
R
JST-B03B-EH-A
C16
47p/100V-K
C17
47p/100V-K
RESTART_TOP
Top_Output_neg
Top_Output_pos
RESTART_SUB
Sub_Output_neg
Sub_Output_pos
+15V
1
2
3
Q1
BC546B
R9
10K
IN_SENS
DGND+5V-15V
FB4
BL01RN1-A62
JP5
12
DGND+
34
+5V+
56
GNDTGNDT
78
-15V+-15V+
910
+15V++15V+
1112
1314
1516
1718
1920
SEK18-20P
DGND+
+5V+
TOP OUT
R28 1K0
+5V
R29 1K0
+5V
R30 1K0
+5V
R31 1K0
+5V
SUB OUT
JP6
12
34
56
GNDBGNDB
78
910
1112
1314
1516
1718
1920
SEK18-20P
NA = not assembled part ----- EX = exclusive part, no alternative allowed
HT = high temperature part, assemble with distance from PCB
NA = not assembled part ----- EX = exclusive part, no alternative allowed
LD5
HT = high temperature part, assemble with distance from PCB
LMO12D
BR2
0R0
JP13
SEK18-16P
+5V
66606 St. Wendel / Germany
Number:Version:Revision:1HK1805-SP-R01-1BC
A. Peter
Drawn by:Date:
F. Sitter
Checked by:
PCB No.:
HK1104-NZ-R01, always use latest revision
R38
4606M-10K-B
PT1
C18
DGND
D
22u/16V-T
U8
GND
Vo
VCC
RS
R/W
E
DB0
DB1
LCD 16x2
DB2
DB3
DB4
DB5
DB6
DB7
LED-A
LED-K
SUNLIKE-162ABWT
C
PT10LH-10K NA
+5V
+
1
DGND
3
3
2
+5V
4
5
DGND
6
7
7
8
8
9
9
10
10
11
12
13
14
15
15
16
16
R49
68R
DGND
DGND
LR
C19
2u2/35V-T
R39
10R
Q3
BC546B
DGND
+
R48
LCD_CONTR
100R
LCD_RS
LCD_EN
LCD_DB4
LCD_DB5
LCD_DB6
LCD_DB7
+5V
R45
10K
BL_DIM
K_UP
K_DOWN
K_ENTER
K_MENU
12345
6
+5V
DGND
JP4
1
2
3
4
5
6
7
8
SL-08P08X1-SW97
DGND
+15V
LD12
LD13
+5V
+15V
-15V
DGND
IN_SENS
MUTE
GND_LIFT
PROTECT_T
PROTECT_S
LIMIT_T
LIMIT_S
JP11
R
G
B
JST-B03B-EH-A
5MM-B/50X100°
5MM-B/50X100°
5MM-B/50X100°
5MM-B/50X100°
BL_DIM
R55
10K
Q4
BC546B
DGNDDGND
LD11
LD14
R35
R15
680R
680R
R56
10K
R36
10K
DGNDDGND
DGND
R50
100R
R40
100R
3
2
1
DGND
8
+5V
6
7
5
B
IN_SENS
MUTE
GND_LIFT
PROTECT_T
PROTECT_S
LIMIT_T
LIMIT_S
+5V
+15V
-15V
A
AGND
DGND
CHASSIS
HO7
DK-R17-B09
HO21
DK-R17-B09
HO17
DK-R17-B09
HO18
DK-R17-B09
HO19
DK-R17-B09
HO20
DK-R17-B09
HO26
DK-R17-B09
HO10
DK-R17-B09
+5V
DBG14
DGND
C24
47p/100V-K
FB12
BL01RN1-A62
LD10
5MM-B/50X100°
5MM-B/50X100°
5MM-B/50X100°
5MM-B/50X100°
LD9
R27
680R
R57
10K
R37
Q5
10K
BC546B
DGNDDGND
C25
+5VDGND
100n/63V-K
U9
VCC
A
B
GND
SN65176BP
LD7
LD8
R58
680R
RE
DE
SW1
B3F-4055
SW2
B3F-4055
SW3
B3F-4055
SW4
B3F-4055
R
D
8
7
4
C52
47p/100V-K
Q6
BC546B
All rights reserved. No part of this schematic may be reproduced, stored in a retrieval system, transmitted in any form or by any means, electronic, mechanical, photocopying, recording or otherwise, without the prior permission of the author.Filename: HK1805-SP-R01-1C-03DigitalIO.Sch
12345678
87654321
Mechanics / Ref-Points / Filtering
JP9
JP10
+5V
C39
100n/63V-K
DGND
+15V-15V
+
C27
2u2/35V-T
+15V-15V
C32
100n/63V-K
-15V
C36
100n/63V-K
HO2
DK-R70-B32
HO6
NDK-R0-B40
14.12.2005
19.04.06
JP14
FASTON-6.3-ST
+5V
100n/63V-K
DGND
+5V
100n/63V-K
DGND
+
C28
C33
100n/63V-K
C37
100n/63V-K
HO3
DK-R70-B32
HO11
NDK-R0-B40
FASTON-6.3-ST
C20
C40
2u2/35V-T
Page:
3
FASTON-6.3-ST
FASTON-6.3-ST
+5V
C38
100n/63V-K
DGND
+15V-15V
+
C26
2u2/35V-T
+15V
C23
100n/63V-K
+15V-15V
C35
100n/63V-K
HO1
DK-R70-B32
HO5
NDK-R0-B40
HO13
NDK-R0-B40
Title:
HK1805 - Preamp
Date:
JP15
+5V
100n/63V-K
+5V
100n/63V-K
DGND
+
C29
+15V
C34
100n/63V-K
HO4
DK-R70-B32
HO12
NDK-R0-B40
3
Pages
C21
C41
2u2/35V-T
D
C
B
A
4321
D
D
DDO Pro NET PORTANALOG PORT
J2
C
NE8FAH
J3
B
NE8FAH
SHLD
SHLD
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
FB1
FB2
FB3
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
DIG_CHASSIS
C1
BL01RN1-A62
BL01RN1-A62
BL01RN1-A62
C2
C3
47p/100V-K
47p/100V-K
47p/100V-K
JP5
FASTON-6.3-ST
JP3
3
R
2
G
1
B
JST-B03B-EH-A
J1
XLR/F-NC3FBH2
JP1
XLR/M-NC3MBH
2
3
1
4
1
3
2
4
CHASSIS
HO1
HO2
HO3
JP2
3
R
2
G
1
B
JP4
FASTON-6.3-ST
NA
NDK-R18-B11
NDK-R18-B11
NDK-R18-B11
JST-B03B-EH-A
C
B
NA = not assembled part ----- EX = exclusive part, no alternative allowed
HT = high temperature part, assemble with distance from PCB
66606 St. Wendel / Germany
Number:Version:Revision:1HK1805-SP-R02-1BB
A
HO7
All rights reserved. No part of this schematic may be reproduced, stored in a retrieval system, transmitted in any form or
by any means, electronic, mechanical, photocopying, recording or otherwise, without the prior permission of the author.Filename: HK1805-SP-R02-1B.Sch
1234
NDK-R0-B40
HO8
NDK-R0-B40
Drawn by:Date:
F. Sitter
Name geprüft
PCB No.:
Title:
HK1805 Inputboards
Date:
08.05.2006
01.01.2001
Page:
1Checked by:
1
Pages
A
4321
D
JP1
2A
MAINS IN
1A
C
B
A
All rights reserved. No part of this schematic may be reproduced, stored in a retrieval system, transmitted in any form or
by any means, electronic, mechanical, photocopying, recording or otherwise, without the prior permission of the author.Filename: HK1805-SP-R04-1A.Sch
FASTON-4.8-ST
JP3
FASTON-4.8-ST
JS1
SP1.5Q
JS5
SP1.5Q
C2
4n7/250V-Y2
NA
C1
4n7/250V-Y2
NA
R1
C3
1u/275V-X2
CHASSIS CONNECTORS
JP5
FASTON-6.3-ST
NA
JP6
FASTON-6.3-ST
NA
JS3
SP1.5Q
JS2
SP1.5Q
1M0/1W
L1
32V36-A600SV4
100V-120V Version
NA
L2
32V25-6000SV2
220 - 240V Version
Z1
HALTEBOLZEN-LG
NA
JP9A
AMP_0-641972-1
NA
JP8A
AMP_0-641970-1
JP7
AMP_0-641966-1
NA
Z3
HALTEBOLZEN-LG
NA
Z4
HALTEBOLZEN-LG
NA
HO1
NDK-R0-B18
JP9B
AMP_0-641972-1
NA
JP8B
AMP_0-641970-1
JP9C
FILTER OUT
AMP_0-641972-1
NA
NA = not assembled part ----- EX = exclusive part, no alternative allowed
HT = high temperature part, assemble with distance from PCB
All rights reserved. No part of this schematic may be reproduced, stored in a retrieval system, transmitted in any form or
by any means, electronic, mechanical, photocopying, recording or otherwise, without the prior permission of the author.Filename: HK1805-SP-R05-1A.Sch
FASTON-4.8-ST
JP3
FASTON-4.8-ST
JS1
SP1.5Q
JS5
SP1.5Q
C2
4n7/250V-Y2
NA
C1
4n7/250V-Y2
NA
R1
C3
1u/275V-X2
CHASSIS CONNECTORS
JP5
FASTON-6.3-ST
NA
JP6
FASTON-6.3-ST
NA
JS3
SP1.5Q
JS2
SP1.5Q
1M0/1W
L1
32V36-A600SV4
100V-120V Version
L2
32V25-6000SV2
220 - 240V Version
NA
Z1
HALTEBOLZEN-LG
NA
JP9A
AMP_0-641972-1
NA
JP8A
AMP_0-641970-1
JP7
AMP_0-641966-1
NA
Z3
HALTEBOLZEN-LG
NA
Z4
HALTEBOLZEN-LG
NA
HO1
NDK-R0-B18
JP9B
AMP_0-641972-1
NA
JP8B
AMP_0-641970-1
JP9C
FILTER OUT
AMP_0-641972-1
NA
NA = not assembled part ----- EX = exclusive part, no alternative allowed
HT = high temperature part, assemble with distance from PCB