KLING & FREITAG CA 1515-9, CA 1515-6, CA 1215-6, CA 1215-9, CA 1201 User Manual

KLING & FREITAG CA 1201, CA 1215, CA 1515

User's Manual

Important Information, Please Read Before Use!

KLING & FREITAG GmbH

Junkersstrasse 14 D-30179 Hannover PHONE 0 (049) 511- 969 97-0 FAX 0 (049) 511- 67 37 94 www.kling-freitag.de

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Thank you for your decision to buy a KLING & FREITAG product. To guarantee a trouble-free operating of the equipment and to enable the KLING & FREITAG CA speaker system to achieve its full potential, please read the operating instructions carefully before use.

With the purchase of a CA System, you have acquired a speaker system with the highest possible quality and performance capabilities.

As the owner of this system, you now have a versatile and highly professional tool which, when operated properly, is a true pleasure to use.

Symbols in User's Manual

This symbol indicates the possibility of life-threatening danger and a health risk for persons. Not following these instructions may result in serious health problems including potentially fatal injuries.

Warning

Attention

This symbol indicates a possibly dangerous situation. Not following these instructions may cause minor injuries or cause property damage.

This symbol gives instructions for the proper use of the described products. Not following these instructions may cause minor injuries or cause property damage.

Important

Information about this User's Manual

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9 Version 1.1, 12.01.2004 © by André Figula, Kling & Freitag GmbH, July 2003; all rights reserved. All specifications in this manual are based on information available at the time of pub-

lishing for the features and safety guidelines of the described products. Technical specifications, measurements, weights and properties are not guaranteed. The manufacturer reserves the right to make product alterations within legal provisions

as well as changes to improve product quality.

Please keep these instructions for future reference!

We appreciate any input with suggestions and improvements for this manual. Please send this to us at the following address:

info@kling-freitag.de KLING & FREITAG GMBH, Junkersstr.14, D-30179 Hannover Phone +49 (0) 511 - 96 99 70, Fax +49 (0) 511 - 67 37 94

or to:

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

For mobile and fixed installations, use only assembly equipment from KLING & FREITAG. Make sure to observe the installation instructions and safety notes shown in the user's manual for assembly equipment. Mounting equipment and speakers must be visually inspected on a regular basis. At any sign of wear, fittings should be replaced immediately. Furthermore, all screwed connections should be checked regularly.

Warning

Do not Install Speakers in any of the Following Places:

− Where the speakers are permanently exposed to direct sunlight

− Where the speakers are exposed to high moisture

− Where the speakers are exposed to strong vibrations and dust.

Damage Caused by the Speakers' Magnetic Fields

Speakers are permanently surrounded by a magnetic field even when they are not operating. Therefore, during transport and placement of the speakers, it is important to ensure that there is always approx. 1 m between the speakers and magnetic data media and computer/video monitors.

Protecting the Speakers

When selecting power amplifiers, ensure that they have a sufficient power level. Power amplifiers with an output level, which is too low, can cause the speakers to overload (clipping). Power amplifiers should never be overloaded. When the nominal power of the power amplifiers is higher than that of the speaker, overload may ruin the speaker. The input section of a power amplifier may be overloaded without displaying a clipping signal, e.g. if the headroom of this circuit is too low. We recommend turning the level controls to the maximum position and to adjust the level before the amplifiers.

Important

The Following Signals may Damage the Speakers

− Permanent high-pitched signals with high frequency, and continuous noise from feedback.

− Permanently distorted signals with high power.

− Noises, which occur when the amplifier is on while equipment is being connected,

disconnected or switched on.

Preventing Hearing Damage

To prevent the risk of hearing damage, avoid being too close to operating speakers even if the volume level seems to be low enough.

Attention

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

2. Product Descriptions and Versions

2.1 CA 1201

Short description: 2-way full-range loudspeaker system with 12" low-mid chassis and 1" high frequency horn on a rotatable 90° x 60° CD horn. Homogeneous coverage and constant directivity starting at 1.2 kHz. Integrated crossover with self-resetting protection circuit for low-mid and high frequency way.

Enclosure: Trapezoidal enclosure with additional cluster angles, 15 mm birch plywood, highly stressable structured grey or black finish, internal mounting flange, 5 Ancra Jungfalk flying points, 2 butterfly handles, highly permeable, ball proof steel grille with exchangeable black acoustic foam.

Optional models:

− CA 1201-M:

− CA 1201-100V:

− CA 1201-SP:

− Special finish in RAL colours

Enclosure with additional monitor angle

100V version with 300 VA toroidal transformer

Version with integrated power amplifier technology (not for CA 1201-M)

'SP' speakers are shipped with a separate user's manual!

2.2 CA 1215-6

Short description: 2-way high-power speaker system with 12" low-mid chassis and 1.5" high frequency horn driver on a rotatable 65° x 50° CD horn. Homogeneous coverage and constant directivity starting at 1.2 kHz. Integrated crossover with self-resetting protection circuit for high frequency way, delay and phase optimisation.

Enclosure: Trapezoidal enclosure with additional cluster angles, 15 mm birch plywood, highly stressable structured grey or black finish, internal mounting flange, 5 Ancra Jungfalk flying points, 2 butterfly handles, highly permeable, ball proof steel grille with exchangeable black acoustic foam.

Optional models:

− CA 1215-6-M:

− CA 1215-6 100V:

− CA 1215-6-SP:

− Special finish in RAL colours

Enclosure with additional monitor angle

100V version with 300 VA toroidal transformer

Version with integrated power amplifier technology (not for CA 1215-6-M) 'SP' speakers are shipped with a separate user's manual!

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

2.3 CA 1215-9

Short description: 2-way high-power speaker system with 12" low-mid chassis and 1.5" high frequency horn driver on a rotatable 90° x 50° CD horn. Homogeneous coverage and constant directivity starting at 1.0 kHz. Integrated crossover with self-resetting protection circuit for high frequency way, delay and phase optimisation.

Enclosure: Trapezoidal enclosure with additional cluster angles, 15 mm birch plywood, highly stressable structured grey or black finish, internal mounting flange, 5 Ancra Jungfalk flying points, 2 butterfly handles, highly permeable, ball proof steel grille with exchangeable black acoustic foam.

Optional models:

− CA 1215-9-M:

− CA 1215-9-100V:

− CA 1215-9-SP:

− Special finish in RAL colours

Enclosure with additional monitor angle

100V version with 300 VA toroidal transformer

Version with integrated power amplifier technology (not for CA 1215-9-M) 'SP' speakers are shipped with a separate user's manual!

2.4 CA 1515-6

Short description: 2-way high-power speaker system with 15" low-mid chassis and 1.5" high frequency horn driver on a rotatable 65° x 50° CD horn. Homogeneous coverage and constant directivity starting at 1.2 kHz. Integrated crossover with self-resetting protection circuit for chassis and crossover, delay and phase optimisation.

Enclosure: Trapezoidal enclosure with additional monitor and cluster angles, 15 mm birch plywood, highly stressable structured grey or black finish, internal pole mount flange, 5 Ancra Jungfalk flying points, 2 butterfly handles, highly permeable, ball proof steel grille with exchangeable black acoustic foam, abrasion-proof plastic sliders.

Optional models:

− CA 1515-6-100V:

− CA 1515-6-SP:

− Special finish in RAL colours

100V version with 300 VA toroidal transformer

Version with integrated power amplifier technology (not for 1215-9-M) 'SP' speakers are shipped with a separate user's manual!

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

2.5 CA 1515-9

Short description: 2-way high-power speaker system with 15" low-mid chassis and 1.5" high frequency horn driver on a rotatable 90° x 50° CD horn. Homogeneous coverage and constant directivity starting at 1.0 kHz. Integrated crossover with self-resetting protection circuit for chassis and crossover, delay and phase optimisation.

Enclosure: Trapezoidal enclosure with additional monitor and cluster angles, 15 mm birch plywood, highly stressable structured grey or black finish, internal pole mount flange, 5 Ancra Jungfalk flying points, 2 butterfly handles, highly permeable, ball proof steel grille with exchangeable black acoustic foam, abrasion-proof plastic sliders.

Optional models:

− CA 1515-9-100V:

− CA 1515-9-SP:

− Special finish in RAL colours

100V version with 300 VA toroidal transformer

Version with integrated power amplifier technology (not for CA 1215-9-M) 'SP' speakers are shipped with a separate user's manual!

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

3. Instructions for Suspending the Speakers

Only trained personnel should suspend speaker systems. Speaker systems, whether single or connected to one another, must always be secured to a second separate point, even if two rigging points are used for suspending the speaker system!

Ensure that all connections are secured to prevent their detaching on their own and that only admissible statically tested and sufficiently sized connecting devices, ropes and chains are used.

Pay attention to the required safety factors. Please follow the accompanying safety and assembly instructions carefully as well as the corresponding national safety regulations.

A maximum load of 50 kg may be suspended from the two Ancra flying points of one Speaker. This means a maximum additional load of 25 kg on each Ancra flying point.

Wrong:

− The suspended speaker weighs more than 50 kg. This exceeds the total load-bearing capacity of the upper flying points.

As a result, a maximum of 2 full-range systems may be suspended under one another.

− The rear suspension point can only support weights up to 30 kg. The flying point is thus not an appropriate secondary device to prevent collapse if another speaker is mounted.

− The angle of the rope/chain in relation to the top of the mounted speaker is less than 45°. This causes the load on the flying points to exceed the permissible level.

Warning

Right:

− A two-point suspension was selected. Each speaker is secured with an additional safety device.

− The suspended speaker weighs no more than 50 kg. This falls within the total load-bearing capacity of the upper flying point.

− The angle of the rope/chain in relation to the top of the mounted speaker is greater than 45°. This maintains a permissible load on the flying points.

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

3.1 Using the Ancra Flying Points

Warning

Flying Stud

Used as fastener to the Ancra

Receptacle for special fasteners.

Ancra Flying Point

Flying Point.

1.)

2.)

Take the flying stud in one hand... ... and push the locking device up

against the spring tension.

3.)

Put the flat head of the holding

bolt into the guiding of the flying point.

5.)

4.)

Release the locking device when

the flying stud is located in the middle of the flying point. Make sure that the locking device clicks into place.

6.)

Check that the flying stud is se-

curely fastened and cannot be pulled out.

Please follow the accompanying

safety and assembly instructions carefully!

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

4. Coverage Angles of the CA Speakers

The mid-high systems can be operated in a vertical or horizontal (i.e. as a stage monitor) position. The coverage pattern of the speaker can be adapted to special needs by a 90° rotatable horn.

The table below shows the coverage angles of a standing speaker: To determine the coverage pattern of the high frequency horn, shine a flashlight through the front covering at the level of the horn. You will find a silver stripe that determines the position and coverage angles of the horn.

DEFINITION:

Standing speaker:

Horn not rotated

Horn rotated

Model

CA 1201 90° h x 60° v 60° h x 90° v CA 1215-6 65° h x 50° v 50° h x 65° v CA 1215-9 90° h x 50° v 50° h x 90° v CA 1515-6 65° h x 50° v 50° h x 65° v CA 1215-9 90° h x 50° v 50° h x 90° v

4.1 Changing the Coverage Angles

To turn the horn, follow these steps:

1) Remove the four grille mounting screws on the top and bottom of the speaker with a 3 mm socket head wrench and remove the grille from the speaker enclosure.

2) Remove the screws from the high frequency horn (also using a 3 mm socket head wrench). Loosen the high frequency horn by using both hands, palms to the outside, to grasp into the horn and lift the horn with even pressure from the palms of your hands towards the outside. Never use a screwdriver or similar objects to reach behind the edge of the horn, as this could damage it.

3) Rotate the horn 90° and screw the horn on tightly again (do not force it!).

4) Screw the grille on tightly.

If the coverage angle needs to be changed often, make sure that the horn is not always rotated in the same direction, as the connecting cable, when twisted, may causing the contacts of the driver to become loose.

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

5. Proper Arrangement of the Loudspeakers

Be aware of the fact that the logical targeted alignment of this high quality speaker system can lead to a significant qualitative increase in the acoustic result. It is not possible to make generalities about the alignment of specific systems because the room has a substantial influence on the signal and the audible result.

Important

As a rule, the mid- and high-transducers of loudspeakers should be mounted above the audience's face value, so that the sound distribution cannot be shadowed.

In many cases it is advisable to mount a loudspeaker higher, so that the sound will be distributed throughout the room more evenly. Low standing systems result in a greater difference in volume between front and back seats than higher standing systems.

Please note that this is only a general guideline and the best possible result may vary from room to room.

To simulate the correct alignment of the speakers beforehand, there are various programs such as "Ease", "Ulysses". The Kling & Freitag speaker system data is available for download on our homepage "www.kling-freitag.de".

The following graphics will assist in making a rough estimate as to the distance range of the full-range speakers. The graphics only take into consideration the sum of the direct sound and not the influence of the room. Because of this there can, in some cases, be noticeable deviation.

Distance range of SPL (direct sound level):

-18 dB

-12 dB

-6 dB

0 dB

2m 4m 8m 16m 32m 50m

-24 dB -30 dB

-34 dB

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

5.1 Arrayed Speaker Systems (Cluster)

If the loudspeakers are operated through the optional K&F C2 System Controller, we recommend turning on the 'Top Low Cut' switch for clustered operation. Thus the frequency response for this application can be optimised (see also K&F C2 User's Manual).

When operating the systems without the K&F C2 System Controller in a clustered configuration, the signal level of frequencies below 300 Hz should be reduced by 3-4 dB.

Important

5.1.1 Horn not rotated

Angle 2

Horn not

rotated

Standing speaker

Angle 1

A smaller angle 3

results in a smaller

vertical coverage

angle but increases

the sound power

level.

Combination Angle 1 Angle 2 Angle 3

CA 1201 with CA 1201

(not generally recommended *) CA 1215-6 with CA 1215-6 CA 1215-6 with CA 1215-9 CA 1215-9 with CA 1215-9

(not generally recommended *) CA 1515-6 with CA 1515-6 CA 1515-6 with CA 1515-9 CA 1515-9 with CA 1515-9

(not generally recommended *)

Application Increasing the hori-

zontal coverage an-

gle, e.g. for wide

audience planes

55°-65°

40°

45°

50°-60°

40°

45°

50°-60°

Increasing the hori-

zontal coverage angle

and sound power

level for larger dis-

tances

20°-35

20°-30°

Increasing the verti-

cal coverage angle,

e.g. for covering

balconies or for

increased sound

power level for

larger distances

Angle 3

*If several 90° systems are clustered, unwanted interference effects may appear. As a

result, we do not generally recommend clustered configurations of CA 1201, CA 1215-9 and CA 1515-9 systems. If wide angles are to be covered, we recommend the use of several 60° or 65° systems in one cluster.

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

5.1.2 With rotated Horn

Angle 2

Important

Horn rotated

Standing speaker

Angle 1

Angle 3

A smaller angle 3

results in a smaller

vertical coverage

angle but increases

the sound power

level.

Combination Angle 1 Angle 2 Angle 3

CA 1201 with CA 1201 CA 1215-6 with CA 1215-6 CA 1215-6 with CA 1215-9 CA 1215-9 with CA 1215-9 CA 1515-6 with CA 1515-6 CA 1515-6 with CA 1515-9 CA 1515-9 with CA 1515-9

Application Increasing the hori-

zontal coverage an-

gle, e.g. for wide

audience planes

35° Not recommended

30°-40°

30°-45°

Not recommended

30°

30°-40°

30°-45°

Not recommended

Increasing the hori-

zontal coverage angle

and sound power

level for larger dis-

tances

Increasing the verti-

cal coverage angle,

e.g. for covering

balconies or for

increased sound

power level for

larger distances

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

6. Wiring

The speaker is equipped with two parallel Speakon connectors.

Make sure that all units are switched off and all controls are turned down before connecting your CA systems.

− We recommend the use of high-quality speaker cables provided by KLING & FREITAG.

− For connections to the power amplifier inputs, please use 2-pin shielded microphone

cable with high-quality connectors.

− Avoid ground loops (see chapter 6.2)

− Please pay attention to the respective pin diagrams in this manual!

− Make sure that the +/- polarity of the speakers at the amplifier is correct. When simul-

taneously using power amplifiers from different manufacturers, be sure to use the correct specific pin configuration. It may be necessary to modify the pin configuration on the power amplifiers or on the connectors leading to them.

− Upon completing the wiring, ensure that the connected speaker channels are work- ing in phase. To do so, use i.e. a phase checker. A phase error can also be recognized when the connected channels are used simultaneously. During simultaneous use the bass frequencies become notably quieter or the mid-frequencies such as voices cannot be located.

Important

− To avoid loss of power, the cables should have a minimum wire gauge of 2.5 mm² - more for longer cabled distances. A minimum wire gauge can be easily calculated with the following formula:

Minimum Wire Gauge (mm²) =

Required Cable Length (m) __ 2 x Speaker Impedance (Ω)

Make sure that the optional XLR type connectors with the exposed male connectors are used as input. This is the only way to provide contact safety from dangerous currents!

If several loudspeakers are connected, the signal can be linked through from one loudspeaker to the next. Please make sure that the total impedance of the loudspeakers R(Ω) is not lower than the minimal impedance indicated on the power amplifier.

1/R

+ 1/R2 + 1/R3 + ... = 1/R

1

total

6.1 Connecting the Speakon Connector to the Terminal

1.

Warning

Important

2.

1.

2.

3.

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

6.2 Avoiding Ground Loops

6.2.1 What is a Ground Loop?

Every component of a P.A. or Hi-Fi System has its own internal 0 V reference (ground). This point is often connected to the protective earth connector (PE / Ground). If two or more units are connected to one another with a line level audio cable, there may be a ground connection through the ground of the power supply cable (yellow-green) as well as through the shielding of the audio cable. The voltage difference between these two ground points causes audible interference to come from the speaker.

6.2.2 Avoiding Ground Loops

If there is a loud humming or buzzing after the CA System has been connected, then check that a "ground loop" has not been built into the system. Some power amplifiers and system controllers are equipped with a "Ground Lift" switch. Set these switches to the "Lift" position one after the other. If the noise is still audible, check if,

Important

1. the noise is caused by a ground loop before the power amplifiers / controllers (e.g. mixing console, effects or equalizers).

2. the system or parts of the system are connected to an "unclean" power supply

- meaning one, which is also running large motors, or lighting systems. An "unclean" supply voltage, electrostatic and electromagnetic fields can cause a malfunction.

Warning

Important

Please observe the following basic rules:

− Never!!! try to avoid a ground loop by disconnecting or taping the ground contact at the power connector! Extremely dangerous!

− If possible, only use high-quality audio appliances with balanced signal outputs and with power cables with PE connectors.

− Use high-quality cables with good shielding.

− The point of ground for all connected components should merge at one central

point. The power connections should lead out in a radial manner from one point and not be linked from one unit to the next.

− When installing appliances that create strong electrostatic or electromagnetic fields (large transformers, switch-mode power supplies), maintain some distance from other audio appliances. In extreme cases, the only solution is to create a completely independent "audio ground"; in other cases, it is sufficient to connect a filter in front of the audio equipment.

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

7. Configurations and Connecting Diagrams

7.1 Operating the Systems without C2 Controller

The full-range system can be used alone or in conjunction with a K&F sub-woofer with integrated crossover (e.g. SW 112-XO / SW 115D-XO or SW 118E-XO). In this mode of operation the crossover limits the sub-woofer's frequency range.

7.1.1 CA Systems in Full-Range Mode

This mode of operation is ideal for speech applications and music applications without the need for a high bass content. Should more bass be needed, the bass level can be increased between 50 and 80 Hz at the mixing console.

INPUT e.g. from

mixer, AUX or

Connector Panel

OUTPUTS

-

INPUT CH 2 INPUT CH 1

+

CH 2 CH 1

-

+

If you are operating a mid-high system in a cluster (speakers arranged in close proximity) reduce the frequencies below 300 Hz by 3-4 dB! (The K&F C2 Controller has a 'top-low cut' switch for this purpose.)

Important

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

7.1.2 Full Range Mode & Subwoofer with Crossover (XO)

In this mode of operation you can easily realise applications, where a higher bass level is needed.

Recommended combinations of the CA Systems, as described here, with K&F Bass Systems:

2 CA Systems + 2- 4 x SW 112-XO 2 x SW 115D-XO 1 - 2 x SW 118E-XO

Switch To 'XO ON' Switch To 'XO ON'

INPUT e.g. from

mixer, AUX or

Connector Panel

OUTPUTS

-

INPUT CH 2 INPUT CH 1

+

CH 2 CH 1

-

+

The switch "XO" on the connecting terminal of the sub-woofer must be at "ON" or, for different versions, at "PASSIVE" for this mode of operation.

Important

Connecting Terminal 1 Connecting Terminal 2

When using the mid-high systems in a cluster (speakers in close proximity), reduce the frequencies below 300 Hz by 3-4 dB. (The K&F C2 Controller is equipped with a special filter for this purpose, which can be activated by pressing the "Top Low Cut" switch.

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

7.2 Operations with C2 Controller

By using carefully adjusted filters (EQ) on special system cards for the CA Systems, the C2 Controller optimises feedback prevention and the frequency response of the speakers.

The controller provides optional bass boost in full-range mode, optimisation for cluster operation (Top Low Cut switch), high boost and sub-mono functions.

The C2 Controller optimises the operating safety of the speakers and power amplifiers by using special peak and RMS limiters in Sense Technology:

With other (universal) controllers, the gain of the selected power amplifiers must be known. The limiter on the C2 Controller, on the other hand, uses a special control circuit to determine the actual output voltage of the power amplifiers. The limiter then reduces the input level only when the power amplifier actually provides more power than the speakers can handle. The amplifier's gain and the position of the input level control for the power amplifiers are insignificant for the limiter function of the C2 Controller.

C2- Power amplifier with Controller input level control

Limiter

Measured value (output voltage of the power amplifier)

Universal Power amplifier with Controller input level control

Limiter

Fixed value, depending on the amplifier's gain and the position of the input level control of the power amplifier.

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

A

w

7.2.1 Full-Range Mode with K&F C2 Controller

LINK, e.g. to next controller

KLING &

LL SPEAKONS Front Vie

1+/1-

FREITAG

SOUND SYSTEMS

CH1 TOP OUTCH1 SUB OUT

CH2 SUB OUT

CH2 TOP OUT

CHANNEL 2 INCHANNEL 1 LINKCHANNEL 1 IN CHANNEL 2 LINK

INPUT

KLING &

SER No.

FREITAG

240V / 50Hz REMOTE CONTROL

FUSE: 100mA / SLOW BLOW

CE

MADE IN GERMANY

CH2 TOP AMPCH2 SUB AMP

CH1 TOP AMPCH1 SUB AMP

OPTIONAL

REMOTE

UNIT

HF TOP

SUB

FULLRANGE

LOW CUT

MONO

MODE

BOOST

SUB GAIN

INPUT GAIN

GND

LIFT

CH1 INPUTCH2 INPUT

AMP RETURN CH2

LF -IN |LF +IN| -HF IN+

L

A N G I S

B

U

S

1

H

C

SYSTEM

C2

CONTROLLER

L

A

T

N

I

N

G

M

I

G

I

M

I

S

L

S

L

P

B

U

R

U

O

E

T

S

T

S

2

1

2

W

H

O

C

P

AMP RETURN CH1

LF -IN |LF +IN| -HF IN+

SYSTEM

CONTROLLER

Rear View

C2

Important

OUTPUTS

-

+

-

INPUT CH 2 INPUT CH 1

CH 2 CH 1

+

The countersunk switch 'Full-Range Mode' on the C2 Controller should be pressed and the LED assigned to it should light up. The full-range switch accentuates the bass frequencies of the mid-high systems, giving a more balanced sound to music programmes.

When using the mid-high systems in a cluster (speakers in close proximity) or as a stage monitor, activate the "Top Low Cut" switch on the C2 Controller.

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

A

S

7.2.2 CA System & Bass with Controller C2 in 2-Way Active Mode

For using Subwoofers

with XO, set switch on

the back to 'XO OFF'

LINK, e.g. to next controller

LL SPEAKON

1+/1-

(OPTIONAL)

REMOTE

UNIT

KLING & FREITAG

SOUND SYSTEMS

CH1 SUB OUT CH2 TOP OUTCH2 SUB OUT

240V / 50Hz

CE

FUSE: 100mA / SLOW BLOW

CH1 TOP OUT

SER No.

REMOTE CONTROL

INPUT

MADE IN GERMANY

INPUT GAIN

CHANNEL 2 LINKCHANNEL 2 INCHANNEL 1 IN CHANNEL 1 LINK

KLING & FREITAG

GND

CH2 SUB AMP

LIFT

CH1 TOP AMPCH1 SUB AMPCH2 TOP AMP CH1 INPUT

FULLRANGE

TOPHF

SUB

LOW CUT

MODE

BOOST

MONO

SUB GAIN

AMP RETURN CH2 AMP RETURN CH1

CH2 INPUT

-LF+

SYSTEM

C2

L

CONTROLLER

L

A

T

I

T

N

I

T

N

I

N

G

M

G

M

G

I

L

S

L

S

P

B

R

U

O

E

S

T

S

2

1

2

1

2

1

W

H

O

C

P

C

-HF+C2-LF+-LF+ -HF+ -LF+

SYSTEM

CONTROLLER

1

2

3

1

2

3

AMP MID/HIGH

AMP BASS

+- -+

CH 2 CH 1

+- -+

CH 2 CH 1

INPUT

CH 2 CH 1

1

2

3

INPUT

CH 2 CH 1

1

2

3

The switch "XO" on the connecting terminal of the sub-woofer must be at "OFF" or, for different versions, at "ACTIVE" for this mode of operation.

Connecting terminal 1 Connecting terminal 2

The countersunk switch 'Full-Range Mode' on the C2 Controller should not

be pressed

and the LED assigned to it should not light up.

When using the mid-high systems in a cluster (speakers in close proximity), activate the "Top Low Cut" switch on the C2 Controller.

Important

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

8. Operating the Speakers

− To avoid injury or damage, always be sure to mount the speakers securely so that they do not fall. Speakers, which are stacked, must be secured with safety straps. When laying the connecting cables, make sure that nobody can trip.

Warning

Important

− Suspending as well as mounting the speakers to walls or ceilings must be carried out by qualified personnel. The speakers must be hung by using at least two of the five designated flying points.

− Never use power cords or signal cables for suspending or securing the systems. The same applies when lifting and aligning the speakers.

− Never hang more than two speakers under one another without using the designated Kling & Freitag mounting devices.

− Ensure that all installation connections comply with the applicable safety guidelines and that the size and strength are sufficient. Additionally, the assembly and safety instructions shipped with the speakers must be followed.

− Switch off all equipment and turn down all level controls.

− Wire the CA Systems according to the pin diagrams as shown before.

− Now switch on the peripheral equipment first

lowed by the C2 Controller, if used, and the power amplifiers. Always use the before mentioned switching order. Otherwise switching noises may damage the system

− If there is interference, turn off all appliances in the reverse order and check all cable connections (see Chapter 6.2).

− Next, turn on the C2 Controller, if used, and the other peripheral equipment and make sure there is no interference.

− Now put a low level signal into the system and check for the correct function of the system. In doing so, all amplifier input controls need to be turned off again. Now turn on the control for the left CA system and check that the correct signal is coming out of the CA system.

− With C2 Controller: The Sense LED for the top speaker (i.e. CH 1 TOP signal) of the C2 Controller will light up green at a level of at ca. -40dB. The other channels of the system are checked in the same way. If the wrong LED lights up or a wrong (i.e., in 2-way active mode, low signal from a high frequency speaker) or distorted signal occurs, then there is a mistake in the wiring.

− Your system should now be ready for operation.

− Turning down the input level controls may not always prevent distortions in the

input section of the power amplifier, especially if this section has a relatively low headroom. A clipping signal may not be displayed by the clipping indicator then. To prevent signal interruptions or damages to the speakers, turn the level controls of the power amplifier to the maximum position, if possible. The output level of the mixing console or the controller should be set to a level that doesn't overload the power amplifiers.

− When turning off the system, the input controls for the power amplifiers should be turned down first followed by the power switches of the amplifiers. After that, the other appliances can be turned off.

− The crossovers of the CA Systems are equipped with protection circuits for the high frequency driver and the crossover itself. These circuits cut off the signal current when highly overloaded. If the high speaker turns off, reduce the volume. After a few seconds, it will turn back on automatically.

(mixing console, effects etc.), fol-

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

9. Directions for Models with 100V Transformers

The Kling & Freitag Speakers are equipped with very high quality toroidal transformers. This minimises negative impact to the sound. High quality sound results can be achieved with 100 V speakers from Kling & Freitag.

9.1 Reasons for selecting speakers with 100V transformers

− Reduction of transmission loss.

− Easy set-up of a speaker network with simple parallel wiring.

The total power of all speakers (indicated in VA = W) may not exceed the output power of the 100V amplifier.

− Galvanic isolation of the speakers.

− Integration of speakers in previously existing 100V systems.

9.2 Connecting diagram for the 100V speaker inputs

300VA Transformers

300VA

0

all pins parallel to out

1+

1

IN

-

2+

2

-

10. Crossovers

10.1 Wiring Diagram CA 1201

The crossover networks as of the end of 2003 differ from earlier models. Please compare the crossover built into your speaker with the figures below and wire accordingly:

10.1.1 Version A (old)

CA 1201 and CA 1201-M up to tober 03)

serial number 231 0000 20 29 (before the end of Oc-

+ - / / NL4 1+ 1- 2+ 2XLR 2 1

Pin assignment Speakon NL4 / XLR

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

10.1.2 Version B (new)

CA 1201 and CA 1201-M from October 03)

serial number 231 0000 20 30 up (as of the end of

NL4 1+ 1- 2+ 2XLR 2 1

Pin assignment Speakon NL4 / XLR

+ - / /

+

-

HF

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

10.2 Wiring Diagram CA 1215-6 and CA 1215 -9

The crossover networks as of the end of 2003 differ from earlier models. Please compare the crossover built into your speaker with the figures below and wire accordingly.

10.2.1 Version A (old)

CA 1215-6 and CA 1215-6-M up to CA 1215-9 and CA 1215-9-M up to

IN + / link to XO 2

IN - / Link to XO 2

serial number 23090007055 (before Sept. 03) serial number 23090002675 (before Sept. 03)

+

LF

-

XO 2

IN-IN +

+ - / / NL4 1+ 1- 2+ 2XLR 2 1

Pin assignment Speakon NL4 / XLR

-

+

HF

-

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

10.2.2 Version B (new)

CA 1215-6 and CA 1215-6-M from CA 1215-9 and CA 1215-9-M from

IN + / link to XO 2

IN - / Link to XO 2

serial number 23090007056 up (as of Sept. 03) serial number 23090002676 up (as of Sept. 03)

XO 1

+

LF

-

+ - / / NL4 1+ 1- 2+ 2XLR 2 1

Pin assignment Speakon NL4 / XLR

XO 2

HF -HF +

-

HF

+

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

10.3 Wiring Diagram CA 1515-6 and CA 1515-9

The crossover networks as of the end of 2003 differ from earlier models. Please compare the crossover built into your speaker with the figures below and wire accordingly.

10.3.1 Version A (old)

XO 1

LF +

+

LF

IN + / link to XO 2

IN - / Link to XO 2

-

LF -

HF -

+ - / / NL4 1+ 1- 2+ 2XLR 2 1

Pin assignment Speakon NL4 / XLR

HF +

-

HF

+

XO 2

IN -IN +

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

10.3.2 Version B (new)

IN + / link to XO 2

IN - / Link to XO 2

+

LF

-

+

HF

+ - / / NL4 1+ 1- 2+ 2XLR 2 1

Pin assignment Speakon NL4 / XLR

−

11. Touching Up Damage to Paint / Changing the Front Foam

Although the PU structured paint used by KLING & FREITAG is impact proof and extremely resistant, we recommend using protective coverings or cases to help avoid damaging the paint during i.e. continuous mobile use. If paint damage occurs despite these precautions, it can be touched up by using commercial acrylic paint in the appropriate RAL colour of the speaker.

To replace the filter foam, send the front grille incl. foam to KLING & FREITAG GmbH. Upon payment for expenses, the grille with the new covering will be returned.

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

12. Technical Specifications

12.1 CA 1201

Design 2-way passive system, bass reflex tuning

Frequency range -10 dB 54 Hz - 19 kHz

Frequency range ± 3 dB

Coverage angles nominal 90° x 60° (hor. x vert.)

Directivity index (DI) 10 (+1.5/-1) 1.2 kHz - 16 kHz

Nominal power handling 300 W

SPL 1 W/1 m 97 dB

Max. SPL 126 dB (SPL Peak/1 m)

Components 12" low-mid chassis

1" high freq. driver with 40 mm mylar diaphragm

Crossover 1.8 kHz 18 dB/octave

self-resetting protection circuits for

12" and 1" chassis

Impedance

Connectors 2 x Speakon NL4MP (1+/1-)

Enclosure Trapezoidal with additional cluster angles,

15 mm birch plywood with highly resistable

grey or black structured paint,

2 butterfly handles, mounting flange K&M 19656,

65 Hz - 18 kHz

8 Ω

ball proof front grille with exchangeable,

black acoustic foam

Rigging 5 flying points Ancra Jungfalk

Dimensions 380 x 605 x 375 mm (W x H x D)

Weight 25 kg

Options 100 V version with toroidal transformer (300 VA),

rigging and mounting hardware, special finish in

RAL colours, outdoor version,

CA 1215-9-M: with additional monitor angle 48°

CA 1201-SP: with integrated power amplifier

technology (not available for CA 1201-M)

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

12.2 CA 1215-6

Design 2-way passive system, bass reflex tuning

Frequency range -10 dB 62 Hz - 22 kHz

Frequency range ± 3 dB

Coverage angles nominal 65°x 50° (hor. x vert.) / rotatable horn

Directivity index (DI) 12 (+1.5/-2) 1.2 kHz - 16 kHz

Nominal power handling 400 W

SPL 1 W/1 m 100 dB

Max. SPL 130 dB (SPL Peak/1 m)

Components 12" low-mid chassis

1.5" high freq. driver with 75 mm titanium

diaphragm on rotatable CD horn 65°x 50°

Crossover 1.2 kHz 12 dB/octave, self-resetting

protection circuit for 1.5" driver,

delay and phase optimisation

Impedance

Connectors 2 x Speakon NL4MP (1+/1-)

Connectors 100 V version Terminal clamps or 2 x Speakon NL4MP

Enclosure Trapezoidal with additional cluster angles,

15 mm birch plywood with highly resistable

84 Hz - 19 kHz

8 Ω

grey or black structured paint,

2 butterfly handles, mounting flange K&M 19656,

ball proof front grille with exchangeable

black acoustic foam

Rigging 5 flying points Ancra Jungfalk

Dimensions 380 x 605 x 375 mm (W x H x D)

Weight 31 kg

Options 100 V version with toroidal transformer (300 VA),

rigging and mounting hardware, special finish in

RAL colours, outdoor version,

CA 1215-9-M: with additional monitor angle 48°

CA 1215-6-SP: with integrated power amplifier

technology (not available for CA 1215-9-M)

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

12.3 CA 1215-9

Design 2-way passive system, bass reflex tuning

Frequency range -10 dB 58 Hz - 22 kHz

Frequency range ± 3 dB

Coverage angles nominal 90°x 50° (hor. x vert.) / rotatable horn

Directivity index (DI) 10 (+2/-1) 1 kHz - 13 kHz

Nominal power handling 400 W

SPL 1 W/1 m 99 dB

Max. SPL 129 dB (SPL Peak/1 m)

Components 12" low-mid chassis

1.5" high freq. driver with 75 mm titanium

diaphragm on rotatable CD horn 90°x 50°

Crossover 1.2 kHz 12 dB/octave, self-resetting

protection circuit for 1.5" driver,

delay and phase optimisation

Impedance

Connectors 2 x Speakon NL4MP (1+/1-)

Connectors 100 V version Terminal clamps or 2 x Speakon NL4MP

Enclosure Trapezoidal with additional cluster angles,

15 mm birch plywood with highly resistable

80 Hz - 19 kHz

8 Ω

grey or black structured paint,

2 butterfly handles, mounting flange K&M 19656,

ball proof front grille with exchangeable

black acoustic foam

Rigging 5 flying points Ancra Jungfalk

Dimensions 380 x 605 x 375 mm (W x H x D)

Weight 31 kg

Options 100 V version with toroidal transformer (300 VA),

rigging and mounting hardware, special finish in

RAL colours, outdoor version,

CA 1215-9-M: with additional monitor angle 48°

CA 1215-9-SP: with integrated power amplifier

technology (not available for CA 1215-9-M)

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

12.4 CA 1515-6

Design 2-way passive system, bass reflex tuning

Frequency range -10 dB 47 Hz - 22 kHz

Frequency range ± 3 dB

77 Hz - 19 kHz

Coverage angles nominal 65°x 50° (hor. x vert.) / rotatable horn

Directivity index (DI) 12 (+1.5/-2) 1.2 kHz -16 kHz

Nominal power handling 500 Watt

SPL 1 W/1 m 100 dB

Max. SPL 132 dB (SPL Peak/1 m)

Components 15" low-mid chassis

1.5" high freq. driver with 75 mm titanium

diaphragm on rotatable CD horn 65°x 50°

Crossover 1.1 kHz 12 dB/octave, self-resetting protection

circuit for chassis and crossover,

delay and phase optimisation

Impedance

8 Ω

Connectors 2 x Speakon NL4MP (1+/1-)

Connectors 100 V version Terminal clamps or 2 x Speakon NL4MP

Enclosure Trapezoidal, with cluster- and 48° monitor angle,

15 mm birch plywood with highly resistable

grey or black structured paint,

2 butterfly handles, mounting flange K&M 19656,

ball proof front grille with exchangeable

black acoustic foam

Rigging 5 flying points Ancra Jungfalk

Dimensions 433 x 680 x 410 mm (W x H x D)

Weight 36.4 kg

Options 100 V version with toroidal transformer (300 VA),

rigging and mounting hardware, special finish in

RAL colours, outdoor version,

CA 1515-6-SP with integrated power amplifier

technology

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

12.5 CA 1515-9

Design 2-way passive system, bass reflex tuning

Frequency range -10 dB 58 Hz - 22 kHz

Frequency range ± 3 dB

Coverage angles nominal 90°x 50° (hor. x vert.) / rotatable horn

Directivity index (DI) 10 (+2/-1) 1 kHz ---13 kHz

Nominal power handling 500 W

SPL 1 W/1 m 99 dB

Max. SPL 131 dB (SPL Peak/1 m)

Components 15" low-mid chassis

1.5" high freq. driver with 75 mm titanium

diaphragm on rotatable CD horn 90° x 50°

Crossover 1.1 kHz 12 dB/octave, self-resetting

protection circuit for chassis and crossover,

delay and phase optimisation

Impedance

Connectors 2 x Speakon NL4MP (1+/1-)

Connectors 100 V version Terminal clamps or 2 x Speakon NL4MP

Enclosure Trapezoidal, with cluster- und 48° monitor angle,

15 mm birch plywood with highly resistable

75 Hz - 19 kHz

8 Ω

grey or black structured paint,

2 butterfly handles, mounting flange K&M 19656,

ball proof front grille with exchangeable

black acoustic foam

Rigging 5 flying points Ancra Jungfalk

Dimensions 433 x 680 x 410 mm (W x H x D)

Weight 36.4 kg

Options 100 V version with toroidal transformer (300 VA),

rigging and mounting hardware, special finish in

RAL colours, outdoor version,

CA 1515-9-SP: with integrated power amplifier

technology

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

13. Measuring Charts

13.1 CA 1201

Frequency response 'on axis'

110

100

90

SPL(dB)

80

70

20 100 1000 10000 20000

Frequency (Hz)

Frequency response 'on axis' with K&F Controller C2

110

100

90

SPL(dB)

80

SPL (dB) IMPEDANCE (Ohm)

316

100

31,6

Impedance (Ohm)

10

3,16

Fullrange 2-Way TopLowCut / Fullrange TopLowCut / 2-Way High Boost

70

20 100 1000 10000 20000

Frequency (Hz)

Horizontal frequency response 'off axis'

10

0

-10

Attenuation (dB)

-20

-30 20 100 1000 10000 20000

Frequency (Hz)

Vertical frequency response 'off axis up'

10

0

-10

Attenuation (dB)

-20

0° 10 20 30 40

0° 10° 20° 30° 40°

-30 20

100 1000 10000 20000

Frequency (Hz)

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Vertical frequency response 'off axis down'

10

0

-10

Attenuation (dB)

-20

-30 20

100 1000 10000 20000

Beamwidth vs. frequency

360

300

240

180

120

60

-6dB Beamwidth (degrees)

0

20

100 1000 10000 20000

Q-Index

20

Frequency (Hz)

Horizontal Vertical

100

0° 10° 20° 30° 40°

10

DirectivityI ndex (DI), dB

0

20 100 1000 10000 20000

Frequency (Hz)

10

Directivity Factor (Q)

1

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Horizontal Polar Diagrams CA 1201

°

0

°

270

330

-12

°

300

-36

°

240

°

30

°

60

1.25 kHz

1.6 kHz

°

90

2 kHz

2.5 kHz

°

120

270

°

210

°

180

°

0

°

330

-12

°

300

-36

°

240

°

210

°

180

°

0

°

330

150

30

150

30

°

60

500 Hz 630 Hz

°

90

°

120

°

800 Hz 1 kHz

-12

°

270

300

-36

°

240

210

°

180

150

°

60

120

°

200 Hz 250 Hz

°

90

°

315 Hz 400 Hz

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

°

0

°

270

300

°

240

330

-12

°

-36

°

30

°

60

3.15 kHz 4 kHz

°

120

90

°

5 kHz

6.3 kHz

270

300

°

240

210

°

180

150

°

0

°

330

-12

°

-36

°

210

°

180

30

150

°

60

8 kHz 10 kHz

°

90

°

120

°

12.5 kHz 16 kHz

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Vertical Polar Diagrams CA 1201

°

90

°

120

180

°

150

°

210

°

60

°

30

200 Hz 250 Hz 315 Hz 400 Hz

°

330

0

°

-36

-12

180

240

°

270

300

°

90

°

120

°

150

°

210

°

240

°

270

°

60

°

30

500 Hz 630 Hz 800 Hz 1 kHz

°

330

0

°

-36

300

-12

°

90

°

120

°

60

°

180

150

°

210

°

240

270

-36

°

300

-12

°

30

330

°

1.25 kHz

1.6 kHz

°

0

2 kHz

2.5 kHz

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

°

90

°

180

150

°

210

120

°

60

°

30

3.15 kHz 4 kHz

°

330

0

5 kHz

6.3 kHz

°

-12-36

180

150

°

210

240

°

270

300

°

90

°

120

°

240

°

270

-36

60

300

°

30

8 kHz 10 kHz

°

330

0

12 kHz 16 kHz

°

-12

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

13.2 CA 1215-6

Frequency response 'on axis'

110

100

90

SPL(dB)

80

70

20 100 1000 10000 20000

Frequency (Hz)

Frequency response 'on axis' with K&F Controller C2

110

100

90

SPL(dB)

80

SPL (dB) IMPEDANCE (Ohm)

316

100

31,6

Impedance (Ohm)

10

3,16

Fullrange 2-Weg TopLowCut / Fullrange TopLowCut / 2-Weg High Boost

70

20 100 1000 10000 20000

Frequency (Hz)

Horizontal frequency response 'off axis'

10

0

-10

Attenuation (dB)

-20

-30 20 100 1000 10000 20000

Frequency (Hz)

Vertical frequency response 'off axis up'

10

0

-10

Attenuation (dB)

-20

0° 10° 20° 30° 40°

-30 20

100 1000 10000 20000

Frequency (Hz)

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Vertical frequency response 'off axis down'

10

0

-10

Attenuation (dB)

-20

-30 20

100 1000 10000 20000

Beamwidth vs. frequency

360

300

240

180

120

60

-6dB Beamwidth (degrees)

0

20

100 1000 10000 20000

Q-Index

20

Frequency (Hz)

Horizontal Vertical

100

0° 10° 20° 30° 40°

10

Directivity Index (DI), dB

0

20 100 1000 10000 20000

Frequency (Hz)

10

Directivity Factor (Q)

1

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Horizontal Polar Diagrams CA 1215-6

°

0

°

270

330

-12

°

300

-36

°

240

°

30

°

60

200 Hz 250 Hz

°

120

90

°

315 Hz 400 Hz

270

210

°

180

150

°

0

°

330

-12

°

300

-36

°

240

°

210

°

180

30

150

°

60

500 Hz 630 Hz

°

90

°

120

°

800 Hz 1 kHz

°

0

°

330

°

30

-12

°

270

°

300

240

-36

°

210

°

180

150

°

60

120

°

1.25 kHz

1.6 kHz

°

90

°

2 kHz

2.5 kHz

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

°

0

°

270

300

°

240

330

-12

°

-36

°

30

°

60

3.15 kHz 4 kHz

°

90

5 kHz

6.3 kHz

°

120

270

300

°

240

210

°

180

150

°

0

°

330

-12

°

-36

°

210

°

180

30

150

°

60

8 kHz 10 kHz

°

90

12.5 kHz 16 kHz

°

120

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Vertical Polar Diagrams CA 1215-6

°

90

°

180

120

°

150

°

210

°

60

°

30

200 Hz 250 Hz 315 Hz 400 Hz

°

330

0

°

-36

-12

180

240

°

270

300

°

90

°

120

°

150

°

210

°

240

°

270

°

60

°

30

500 Hz 630 Hz 800 Hz 1 kHz

°

330

0

°

-36

300

-12

°

90

°

120

°

60

°

180

150

°

210

°

240

270

-36

°

300

-12

°

30

330

°

1.25 kHz

1.6 kHz

°

0

2 kHz

2.5 kHz

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

°

90

°

180

°

150

210

120

°

-36

60

°

30

3.15 kHz 4 kHz

°

330

0

5 kHz

6.3 kHz

°

-12

180

150

°

210

240

°

270

300

°

90

°

120

°

240

°

270

-36

60

300

°

30

8 kHz 10 kHz

°

330

0

12 kHz 16 kHz

°

-12

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

13.3 CA 1215-9

Frequency response 'on axis'

110

100

90

SPL(dB)

80

70

20 100 1000 10000 20000

Frequency(Hz)

Frequency response 'on axis' with K&F Controller C2

110

100

90

SPL(dB)

80

SPL (dB) IMPEDANCE (Ohm)

316

100

31,6

Impedance (Ohm)

10

3,16

Fullrange 2-Weg TopLowCut / Fullrange TopLowCut / 2-Weg High Boost

70

20 100 1000 10000 20000

Frequency (Hz)

Horizontal frequency response 'off axis'

10

0

-10

Attenuation (dB)

-20

-30 20

100

1000

Frequency (Hz)

Vertical frequency response 'off axis up'

10

0

-10

Attenuation (dB)

-20

10000

20000

0° 10° 20° 30° 40°

-30 20

100 1000 10000 20000

Frequency (Hz)

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Vertical frequency response 'off axis down'

10

0

-10

Attenuation (dB)

-20

-30 20

100 1000 10000 20000

Beamwidth vs. frequency

360

300

240

180

120

60

-6dB Beamwidth (degrees)

0

20

100 1000 10000 20000

Q-Index

20

Frequency (Hz)

Horizontal Vertical

100

0° 10° 20° 30° 40°

10

Directivity Index (DI), dB

0

20 100 1000 10000 20000

Frequency (Hz)

10

Directivity Factor (Q)

1

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Horizontal Polar Diagrams CA 1215-9

°

0

°

330

270

-12

°

300

-36

°

240

°

30

°

60

200 Hz 250 Hz

°

120

90

°

315 Hz 400 Hz

270

210

°

180

150

°

0

°

330

-12

°

300

-36

°

240

°

210

°

180

30

150

°

60

500 Hz 630 Hz

°

90

°

120

°

800 Hz 1 kHz

°

0

°

330

°

30

-12

°

270

°

300

240

-36

°

210

°

180

150

°

60

120

°

1.25 kHz

1.6 kHz

°

90

°

2 kHz

2.5 kHz

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

°

0

°

270

300

°

240

330

-12

°

-36

°

30

°

60

3.15 kHz 4 kHz

°

120

90

°

5 kHz

6.3 kHz

270

300

°

240

210

°

180

150

°

0

°

330

-12

°

-36

°

210

°

180

30

150

°

60

8 kHz 10 kHz

°

90

°

120

°

12.5 kHz 16 kHz

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Vertical Polar Diagrams CA 1215-9

°

90

°

120

180

°

150

°

210

°

60

°

30

200 Hz 250 Hz

°

330

0

°

315 Hz 400 Hz

-36

-12

180

240

°

270

300

°

90

°

120

°

150

°

210

°

240

°

270

°

60

°

30

500 Hz 630 Hz 800 Hz 1 kHz

°

330

0

°

-36

300

-12

°

90

°

120

°

60

°

180

°

150

210

-36

°

240

°

270

300

-12

°

30

330

°

1.25 kHz

1.6 kHz

°

0

2 kHz

2.5 kHz

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

°

90

°

180

150

°

210

120

°

60

°

30

3.15 kHz 4 kHz

°

330

0

5 kHz

6.3 kHz

°

-12-36

180

150

°

210

240

°

270

300

°

90

°

120

°

240

°

270

-36

60

300

°

30

8 kHz 10 kHz

°

330

0

12 kHz 16 kHz

°

-12

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

13.4 CA 1515-6

Frequency response 'on axis'

110

100

90

SPL(dB)

80

70

20 100 1000 10000 20000

Frequency(Hz)

Frequency response 'on axis' with K&F Controller C2

110

100

90

SPL(dB)

80

SPL (dB) IMPEDANCE (Ohm)

316

100

31,6

Impedance (Ohm)

10

3,16

Fullrange 2-Weg TopLowCut / Fullrange TopLowCut / 2-Weg High Boost

70

20 100 1000 10000 20000

Frequency (Hz)

Horizontal frequency response 'off axis'

10

0

-10

Attenuation (dB)

-20

-30 20

100

1000

Frequency (Hz)

Vertical frequency response 'off axis up'

10

0

-10

Attenuation (dB)

-20

10000

20000

0° 10° 20° 30° 40°

-30 20

100 1000 10000 20000

Frequency (Hz)

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Vertical frequency response 'off axis down'

10

0

-10

Attenuation (dB)

-20

-30 20

100 1000 10000 20000

Beamwidth vs. frequency

360

300

240

180

120

60

-6dB Beamwidth (degrees)

0

20

100 1000 10000 20000

Q-Index

20

Frequency (Hz)

Horizontal Vertikal

100

0° 10° 20° 30° 40°

10

DirectivityIndex (DI), dB

0

20 100 1000 10000 20000

Frequency (Hz)

10

DirectivityFactor (Q)

1

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Horizontal Polar Diagrams CA 1515-6

°

0

°

270

330

-12

°

300

-36

°

240

°

30

°

60

200 Hz 250 Hz

°

120

90

°

315 Hz 400 Hz

270

210

°

180

150

°

0

°

330

-12

°

300

-36

°

240

°

210

°

180

30

150

°

60

500 Hz 630 Hz

°

90

°

120

°

800 Hz 1 kHz

°

0

°

330

°

30

-12

°

270

300

-36

°

240

210

°

180

150

°

60

120

°

1.25 kHz

1.6 kHz

°

90

2 kHz

2.5 kHz

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

°

0

°

270

300

°

240

330

-12

°

-36

°

30

°

60

3.15 kHz 4 kHz

°

90

5 kHz

6.3 kHz

°

120

270

300

°

240

210

°

180

150

°

0

°

330

-12

°

-36

°

210

°

180

30

150

°

60

8 kHz 10 kHz

°

90

12.5 kHz 16 kHz

°

120

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Vertical Polar Diagrams CA 1515-6

°

90

°

180

°

150

210

120

°

60

°

30

200 Hz 250 Hz 315 Hz 400 Hz

°

330

0

°

-36

-12

180

°

150

210

240

°

270

300

°

90

°

120

°

240

°

270

°

60

°

30

500 Hz 630 Hz

°

330

0

°

800 Hz 1 kHz

-36

300

-12

°

90

°

120

°

60

°

180

150

°

210

°

240

°

270

300

-12-36

°

30

330

°

1.25 kHz

1.6 kHz

°

0

2 kHz

2.5 kHz

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

°

90

°

180

150

°

210

120

°

60

°

30

3.15 kHz 4 kHz

°

330

0

5 kHz

6.3 kHz

°

-12-36

180

150

°

210

240

°

270

300

°

90

°

120

°

240

°

270

-36

60

300

°

30

8 kHz 10 kHz

°

330

0

12 kHz 16 kHz

°

-12

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

13.5 CA 1515-9

Frequency response 'on axis'

110

100

90

SPL(dB)

98

70

20 100 1000 10000 20000

Frequency(Hz)

Frequency response 'on axis' with K&F Controller C2

110

100

90

SPL(dB)

80

SPL (dB) IMPEDANCE (Ohm)

316

100

31,6

Impedance (Ohm)

10

3,16

Fullrange 2-Weg TopLowCut / Fullrange TopLowCut / 2-Weg High Boost

70

20 100 1000 10000 20000

Frequency (Hz)

Horizontal frequency response 'off axis'

10

0

-10

Attenuation (dB)

-20

-30 20 100 1000 10000 20000

Vertical frequency response 'off axis up'

10

0

-10

Attenuation (dB)

-20

0° 10° 20° 30° 40°

-30 20

100 1000 10000 20000

Frequency (Hz)

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Vertical frequency response ‚off axis down’

10

0

-10

Attenuation (dB)

-20

-30 20

100 1000 10000 20000

Beamwidth vs. frequency

360

300

240

180

120

60

-6dB Beamwidth (degrees)

0

20

100 1000 10000 20000

Q-Index

20

Frequency (Hz)

Horizontal Vertikal

100

0° 10° 20° 30° 40°

10

DirectivityIndex (DI), dB

0

20 100 1000 10000 20000

Frequency (Hz)

10

DirectivityFactor (Q)

1

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Horizontal Polar Diagrams CA 1515-9

°

0

°

270

330

-12

°

300

-36

°

240

°

30

°

60

200 Hz 250 Hz

°

120

90

°

315 Hz 400 Hz

270

210

°

180

150

°

0

°

330

-12

°

300

-36

°

240

°

210

°

180

30

150

°

60

500 Hz 630 Hz

°

90

°

120

°

800 Hz 1 kHz

°

0

°

330

°

30

-12

°

270

°

300

240

-36

°

210

°

180

150

°

60

120

°

1.25 kHz

1.6 kHz

°

90

2 kHz

2.5 kHz

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

°

0

°

330

270

300

°

240

-12

°

-36

°

30

°

60

3.15 kHz 4 kHz

°

120

90

°

5 kHz

6.3 kHz

270

300

°

240

210

°

180

150

°

0

°

330

-12

°

-36

°

210

°

180

30

150

°

60

8 kHz 10 kHz

°

90

°

120

°

12.5 kHz 16 kHz

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

Vertical Polar Diagrams CA 1515-9

°

90

°

180

120

°

150

°

210

°

60

°

30

200 Hz 250 Hz

°

330

0

°

315 Hz 400 Hz

-12-36

180

240

°

270

300

°

90

°

120

°

150

°

210

°

240

°

270

60

300

°

30

500 Hz 630 Hz

°

330

0

°

800 Hz 1 kHz

-12-36

°

90

°

120

°

60

°

180

°

150

210

-12-36

°

240

°

270

300

°

30

330

°

1.25 kHz

1.6 kHz

°

0

2 kHz

2.5 kHz

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

°

90

°

180

150

°

210

120

°

-36

60

°

30

3.15 kHz 4 kHz

°

330

0

5 kHz

6.3 kHz

°

-12

180

150

°

210

240

°

270

300

°

90

°

120

°

240

°

270

60

300

°

30

8 kHz 10 kHz

°

330

0

12 kHz 16 kHz

°

-12-36

°

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

14. Dimensions

14.1 CA 1201, CA 1215-6 and CA 1215-9

189.3 mm

[7.451 inch]

pole mount

605 mm

[23.819 inch]

K&M 19656

Rigging Points

ANCRA Jungfalk

120030-31

302.5 mm

172 mm

[6.771 inch]

183.2 mm

[7.211 inch]

[11.909 inch]

172 mm

[6.772 inch]

61.3 mm

[2.412 inch]

378.5 mm

[14.903 inch]

30°

5°

256 mm

[10.079 inch]

375 mm

[14.763 inch]

14.2 CA 1201-M, CA 1215-6-M and CA 1215-9-M

189.3 mm

[7.451 inch]

Plastic

Sliders

Rigging Points

ANCRA Jungfalk

120030-31

pole mount K&M 19656

172 mm

[6.771 inch]

189.3 mm

[7.451 inch]

605 mm

[23.819 inch]

302.5 mm

172 mm

[6.772 inch]

61.3 mm

[2.412 inch]

155°

136°

378.5 mm

[14.903 inch]

74°

48°

[10.079 inch]

5°

256 mm

374.1 mm

[14.729 inch]

Monitor Position

403 mm

[15.850 inch]

174.1 mm

[6.855 inch]

[11.909 inch]

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

14.3 CA 1515-6 and CA 1515-9

−

pole mount K&M 19656

189.5 mm

62.9 mm

[2.476 inch]

189.5 mm [7.461 inch]

433.6 mm

[17.073 inch]

73°

137°

[7.461 inch]

155°

307.8 mm

[12.120 inch]

216.8 mm

[8.536 inch]

Plastic Sliders

Rigging Points

ANCRA Jungfalk

120030-31

680 mm

[26.772 inch]

340 mm

[13.386 inch]

411.3 mm

[16.195 inch]

48°

5°

Monitor Position

454 mm

[17.890 inch]

212.3 mm

[8.358 inch]

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

15. Accessories for the CA Systems

Tilt bracket CA 1201/CA 1215 Cradle CA 1201/CA 1215 Tilt bracket CA 1515 Cradle CA 1515

Multi Cradle CA 1201/CA 1215 Wall mount bracket, Multi Cradle CA 1515 adjustable tilt, up to 50 kg

Tilt bracket

Mounting adapter

Distance rod

Distance rod & application example with tilt bracket Super Clamp TV-Spigot Flying Stud

Further information is available in our downloadable price list at:

www.kling-freitag.de

User's Manual CA 1201, CA 1215-6 /-9, CA 1515-6 /-9

16. Important Information for the 'Outdoor Installation' Option

Although the series 'Outdoor Installation' is optimised for outdoor fixed installations, the speakers should not be exposed to direct weather influence like rain or direct sunlight.

The version ‚Outdoor Installation’ differs from the standard version in the following manner:

1. No handles

2. No pole mount flange

3. Stainless steel grille, foam covering behind the grille.

4. Flying points with thread insert M10 x 18 instead of Ancra flying points. The load capability of these flying points equals the load capability of the Ancra flying points.

a. Tighten all screwed connections carefully and secure the screws to

prevent loosening.

b. The positions of the thread inserts are the same as those of the Ancra

flying points.

Warning

5. All visible screwed connections are of stainless steel.

6. Connecting terminal of stainless steel.

7. Instead of Speakon connector: Single PG cable inlet, Ø 13 mm

a. Connector:

1

-

bl

8. Double-layered marine primer paint.

9. Crossovers coated with protective paint incl. cable connectors and connecting terminals.

Speakers should only be installed and mounted by qualified personnel. Use only statically tested and sufficiently sized mountings, fasteners, ropes and chains. Pay attention to the required safety factors. Read the delivered safety and assembly instructions for speakers and assembly equipment.

2+ bn

bl = blue bn = brown

Attention

Warning

KLING & FREITAG CA 1515-9, CA 1515-6, CA 1215-6, CA 1215-9, CA 1201 User Manual

Contents

2.1 CA 1201

2.2 CA 1215-6

2.3 CA 1215-9

2.4 CA 1515-6

2.5 CA 1515-9

3.1 Using the Ancra Flying Points

4.1 Changing the Coverage Angles

5.1 Arrayed Speaker Systems (Cluster)

5.1.1 Horn not rotated

5.1.2 With rotated Horn

6.1 Connecting the Speakon Connector to the Terminal

6.2 Avoiding Ground Loops

7.1 Operating the Systems without C2 Controller

7.2 Operations with C2 Controller

9.1 Reasons for selecting speakers with 100V transformers

9.2 Connecting diagram for the 100V speaker inputs

14.3 CA 1515-6 and CA 1515-9