KLING & FREITAG ACCESS T5, ACCESS T9, ACCESS B5, ACCESS B10 Operating Instructions Manual

Page 1

Operating Instructions

T r a n s l a t io n of t he or i g i n a l i ns tr uc ti on

Important Information, Please Read Before Use!

KLING & FREITAG GmbH Junkersstrasse 14 D-30179 Hannover TEL +49 (0) 511- 969 97-0 FAX +49 (0) 511- 67 37 94 www.kling-freitag.de

Version 6.3

Released: 6.12.2016

K&F ACCESS Controller P.A. im ‚True Array Design‘

Page 2

Operating Instructions ACCESS SYSTEM

ACCESS SYSTEM

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 ACCESS System to achieve its full potential, please read the operating instructions carefully before use.

With the purchase of an ACCESS 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

Warning

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.

Caution

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

Important

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

Information about this User's Manual

User's Manual ACCESS System Version 6.0, 06.12.2016 © by André Figula, Kling & Freitag GmbH, 1995 - 2016; 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, dimensions, 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.

All persons who use the speaker system must have this guide and all further information for safe operations available to them during assembly, disassembly, and use.

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

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

Page 3

Operating Instructions ACCESS SYSTEM

Contents

Chapter Page

1. General Safety Instructions for Using Speakers

General Safety Instructions for Using SpeakersGeneral Safety Instructions for Using Speakers

General Safety Instructions for Using Speakers 5

2. The ACCESS System Components

The ACCESS System ComponentsThe ACCESS System Components

The ACCESS System Components 7

3. The Top Speakers

The Top SpeakersThe Top Speakers

The Top Speakers 9

3.1

3.13.1

3.1 T5 Mid/High System

T5 Mid/High SystemT5 Mid/High System

T5 Mid/High System 9

3.1.1 T5 Applications

T5 ApplicationsT5 Applications

T5 Applications 9999

3.1.2 T5 Technical Specifications

T5 Technical SpecificationsT5 Technical Specifications

T5 Technical Specifications 9999

3.1.3 T5 Measuring Charts

T5 Measuring ChartsT5 Measuring Charts

T5 Measuring Charts 10

1010

3.1.4 T5 Dimensions

T5 DimensionsT5 Dimensions

T5 Dimensions 10

1010

3.2

3.23.2

3.2 T9 Mid/High System

T9 Mid/High SystemT9 Mid/High System

T9 Mid/High System 11

3.2.1 T9 Applications

T9 ApplicationsT9 Applications

T9 Applications 11

1111

3.2.2 T9 Technical Specifications

T9 Technical SpecificationsT9 Technical Specifications

T9 Technical Specifications 11

1111

3.2.3 T9 Measuring Charts

T9 Measuring ChartsT9 Measuring Charts

T9 Measuring Charts 12

1212

3.2.4 T9 Dimensions

T9 DimensionsT9 Dimensions

T9 Dimensions 12

1212

4. The Subwoofers

The SubwoofersThe Subwoofers

The Subwoofers 13

4.1

4.14.1

4.1 Short

ShortShort

Short----Circuit Fuses in the K&F Subwoofer Sys

Circuit Fuses in the K&F Subwoofer SysCircuit Fuses in the K&F Subwoofer Sys

Circuit Fuses in the K&F Subwoofer Sys tems

temstems

tems 13

4.1.1 Risks of using High Performance Power Amplifiers

Risks of using High Performance Power AmplifiersRisks of using High Performance Power Amplifiers

Risks of using High Performance Power Amplifiers 13

1313

4.1.2 Identifying the Models with Short

Identifying the Models with ShortIdentifying the Models with Short

Identifying the Models with Short----Circuit Fuses

Circuit FusesCircuit Fuses

Circuit Fuses 13

1313

4.1.3 Add

AddAdd

Add----On Kits for Subwoofers without Short

On Kits for Subwoofers without ShortOn Kits for Subwoofers without Short

On Kits for Subwoofers without Short----Circuit

Circuit Circuit

Circuit Fuses

FusesFuses

Fuses 13

1313

4.1.4 Specification of the Fuses

Specification of the FusesSpecification of the Fuses

Specification of the Fuses 14

1414

4.1.5 Replacement and Positions of the Short

Replacement and Positions of the ShortReplacement and Positions of the Short

Replacement and Positions of the Short----Circuit Fuses

Circuit FusesCircuit Fuses

Circuit Fuses 14

1414

4.2

4.24.2

4.2 B5 Subwoofer System, Specifications

B5 Subwoofer System, SpecificationsB5 Subwoofer System, Specifications

B5 Subwoofer System, Specifications 15

4.2.1 B5 Applications

B5 ApplicationsB5 Applications

B5 Applications 15

1515

4.2.2 B5 Technical Specifications

B5 Technical SpecificationsB5 Technical Specifications

B5 Technical Specifications 15

1515

4.2.3 B5 Measuring Charts

B5 Measuring ChartsB5 Measuring Charts

B5 Measuring Charts 16

1616

4.2.4 B5 Dimensions

B5 DimensionsB5 Dimensions

B5 Dimensions 16

1616

4.3

4.34.3

4.3 B10 Subwoofer System

B10 Subwoofer SystemB10 Subwoofer System

B10 Subwoofer System 17

4.3.1 B10 Applications

B10 ApplicationsB10 Applications

B10 Applications 17

1717

4.3.2 B10 Technical Specifications

B10 Technical SpecificationsB10 Technical Specifications

B10 Technical Specifications 17

1717

4.3.3 B10 Measuring Charts

B10 Measuring ChartsB10 Measuring Charts

B10 Measuring Charts 18

1818

4.3.4 B10 Dimensions

B10 DimensionsB10 Dimensions

B10 Dimensions 18

1818

4.4

4.44.4

4.4 Using the ACCES

Using the ACCESUsing the ACCES

Using the ACCESS B5 / B10 with other K&F Systems

S B5 / B10 with other K&F SystemsS B5 / B10 with other K&F Systems

S B5 / B10 with other K&F Systems 19

5. Pin Diagrams of Connectors and internal Wiring

Pin Diagrams of Connectors and internal WiringPin Diagrams of Connectors and internal Wiring

Pin Diagrams of Connectors and internal Wiring 19

5.1

5.15.1

5.1 ACCESS T5 Pin Diagrams of Connectors and Wiring

ACCESS T5 Pin Diagrams of Connectors and WiringACCESS T5 Pin Diagrams of Connectors and Wiring

ACCESS T5 Pin Diagrams of Connectors and Wiring 19

5.2

5.25.2

5.2 ACCESS T9 Pin Diagrams of Con

ACCESS T9 Pin Diagrams of ConACCESS T9 Pin Diagrams of Con

ACCESS T9 Pin Diagrams of Connectors and Wiring

nectors and Wiringnectors and Wiring

nectors and Wiring 19

5.3

5.35.3

5.3 ACCESS B5 Pin Diagrams of Connectors

ACCESS B5 Pin Diagrams of ConnectorsACCESS B5 Pin Diagrams of Connectors

ACCESS B5 Pin Diagrams of Connectors 20

5.4

5.45.4

5.4 ACCESS B10 Pin Diagrams of Connectors

ACCESS B10 Pin Diagrams of ConnectorsACCESS B10 Pin Diagrams of Connectors

ACCESS B10 Pin Diagrams of Connectors 20

6. Safety Instructions for Controller and Connector Panel

Safety Instructions for Controller and Connector PanelSafety Instructions for Controller and Connector Panel

Safety Instructions for Controller and Connector Panel 21

7. K&F CD 44 Digital System Controller

K&F CD 44 Digital System ControllerK&F CD 44 Digital System Controller

K&F CD 44 Digital System Controller 22

8. The ACCESS Controllers

The ACCESS ControllersThe ACCESS Controllers

The ACCESS Controllers 22

8.1

8.18.1

8.1 The ACCESS C5/9 Controller

The ACCESS C5/9 ControllerThe ACCESS C5/9 Controller

The ACCESS C5/9 Controller 23

8.1.1 Connectors, Controls and Displays and of the C5/9

Connectors, Controls and Displays and of the C5/9Connectors, Controls and Displays and of the C5/9

Connectors, Controls and Displays and of the C5/9 23

2323

Page 4

Operating Instructions ACCESS SYSTEM

8.1.2 C5/9 Controller Technical Specifications

C5/9 Controller Technical SpecificationsC5/9 Controller Technical Specifications

C5/9 Controller Technical Specifications 25

2525

8.1.3 Pin Diagrams of the C5/9 Controller's In

Pin Diagrams of the C5/9 Controller's InPin Diagrams of the C5/9 Controller's In

Pin Diagrams of the C5/9 Controller's In---- and Outputs

and Outputsand Outputs

and Outputs 25

2525

8.2

8.28.2

8.2 The ACCE

The ACCEThe ACCE

The ACCESS C10 Controller

SS C10 ControllerSS C10 Controller

SS C10 Controller 26

8.2.1 Connectors, Controls and Displays and of the C10

Connectors, Controls and Displays and of the C10Connectors, Controls and Displays and of the C10

Connectors, Controls and Displays and of the C10 26

2626

8.2.2 C10 Controller Technical Specifications

C10 Controller Technical SpecificationsC10 Controller Technical Specifications

C10 Controller Technical Specifications 29

2929

8.2.3 Pin Diagrams C10 Controller In

Pin Diagrams C10 Controller InPin Diagrams C10 Controller In

Pin Diagrams C10 Controller In---- and Outputs

and Outputsand Outputs

and Outputs 29

2929

9. The ACCESS Connector Panels

The ACCESS Connector PanelsThe ACCESS Connector Panels

The ACCESS Connector Panels 30

9.1

9.19.1

9.1 Connectors of the Connector Panels CP1 and CP3

Connectors of the Connector Panels CP1 and CP3Connectors of the Connector Panels CP1 and CP3

Connectors of the Connector Panels CP1 and CP3 30

9.1.1 Connector Panel CP1 und CP3 Technical Specifications

Connector Panel CP1 und CP3 Technical SpecificationsConnector Panel CP1 und CP3 Technical Specifications

Connector Panel CP1 und CP3 Technical Specifications 31

3131

9.1.2 CP1 and CP3 Pin Diagrams of In

CP1 and CP3 Pin Diagrams of InCP1 and CP3 Pin Diagrams of In

CP1 and CP3 Pin Diagrams of In---- and Outputs

and Outputsand Outputs

and Outputs 32

3232

9.2

9.29.2

9.2 Connectors of the Bass Connector Panels CP1

Connectors of the Bass Connector Panels CP1Connectors of the Bass Connector Panels CP1

Connectors of the Bass Connector Panels CP1----B und CP3

B und CP3B und CP3

B und CP3----BBBB 33

9.2.1 Connector Panel CP1

Connector Panel CP1Connector Panel CP1

Connector Panel CP1----B und CP3

B und CP3B und CP3

B und CP3----B Technical Specifications

B Technical SpecificationsB Technical Specifications

B Technical Specifications 34

3434

9.2.2 CP1

CP1CP1

CP1----B and CP3

B and CP3B and CP3

B and CP3----B Pin Diagrams of In

B Pin Diagrams of InB Pin Diagrams of In

B Pin Diagrams of In---- and Outputs

and Outputsand Outputs

and Outputs 35

3535

10. Connecting Instructions for the ACCESS System

Connecting Instructions for the ACCESS SystemConnecting Instructions for the ACCESS System

Connecting Instructions for the ACCESS System 36

10.1

10.110.1

10.1 Wiring

WiringWiring

Wiring 36

10.2

10.210.2

10.2 Avoiding Ground Loops

Avoiding Ground LoopsAvoiding Ground Loops

Avoiding Ground Loops 37

10.2.1 What is a Ground Loop?

What is a Ground Loop?What is a Ground Loop?

What is a Ground Loop? 37

3737

10.2.2 Avoiding Ground Loops

Avoiding Ground LoopsAvoiding Ground Loops

Avoiding Ground Loops 37

3737

11. Recommended Amplifier Performance for the ACCESS System

Recommended Amplifier Performance for the ACCESS SystemRecommended Amplifier Performance for the ACCESS System

Recommended Amplifier Performance for the ACCESS System 38

11.1

11.111.1

11.1 Correct Bass and Top Speaker Ratio

Correct Bass and Top Speaker RatioCorrect Bass and Top Speaker Ratio

Correct Bass and Top Speaker Ratio 39

12. Mounting Instructions for Loudspeakers

Mounting Instructions for LoudspeakersMounting Instructions for Loudspeakers

Mounting Instructions for Loudspeakers 40

12.1

12.112.1

12.1 Mounting and Stacking the ACCESS Systems

Mounting and Stacking the ACCESS SystemsMounting and Stacking the ACCESS Systems

Mounting and Stacking the ACCESS Systems 41

12.2

12.212.2

12.2 Using the MAN Rigging Points

Using the MAN Rigging PointsUsing the MAN Rigging Points

Using the MAN Rigging Points 42

13. Operating the

Operating the Operating the

Operating the ACCESS SYSTEM

ACCESS SYSTEMACCESS SYSTEM

ACCESS SYSTEM 43

14. Connection Diagrams

Connection DiagramsConnection Diagrams

Connection Diagrams 44

14.1

14.114.1

14.1 ACCESS System with Controller C5/9 and CP1/3

ACCESS System with Controller C5/9 and CP1/3ACCESS System with Controller C5/9 and CP1/3

ACCESS System with Controller C5/9 and CP1/3 44

14.2

14.214.2

14.2 ACCESS System with Controller C5/9, no Connector Panel

ACCESS System with Controller C5/9, no Connector PanelACCESS System with Controller C5/9, no Connector Panel

ACCESS System with Controller C5/9, no Connector Panel 45

14.3

14.314.3

14.3 Optimised Operations with B10, C10 and CP1/3

Optimised Operations with B10, C10 and CP1/3Optimised Operations with B10, C10 and CP1/3

Optimised Operations with B10, C10 and CP1/3----BBBB 46

14.4

14.414.4

14.4 Optimised Operations with B10, C10 without CP1/3

Optimised Operations with B10, C10 without CP1/3Optimised Operations with B10, C10 without CP1/3

Optimised Operations with B10, C10 without CP1/3----BBBB 47

15. Sound Pressure Dispersion of Mid

Sound Pressure Dispersion of MidSound Pressure Dispersion of Mid

Sound Pressure Dispersion of Mid----High Systems T5 & T9

High Systems T5 & T9High Systems T5 & T9

High Systems T5 & T9 48

15.1

15.115.1

15.1 Sound Pressure Dispersion of combined Mid

Sound Pressure Dispersion of combined MidSound Pressure Dispersion of combined Mid

Sound Pressure Dispersion of combined Mid----High Systems

High SystemsHigh Systems

High Systems 49

15.2

15.215.2

15.2 Sound Pressure Dispersion in Relation to the Position

Sound Pressure Dispersion in Relation to the PositionSound Pressure Dispersion in Relation to the Position

Sound Pressure Dispersion in Relation to the Position 50

16. Basic Rules for the Alignment of the ACCESS Systems

Basic Rules for the Alignment of the ACCESS SystemsBasic Rules for the Alignment of the ACCESS Systems

Basic Rules for the Alignment of the ACCESS Systems 51

17. Examples of Configurations and Applications

Examples of Configurations and ApplicationsExamples of Configurations and Applications

Examples of Configurations and Applications 53

18. Accessories for the ACCESS System

Accessories for the ACCESS SystemAccessories for the ACCESS System

Accessories for the ACCESS System 58

19. Regulations for Disposal

Regulations for DisposalRegulations for Disposal

Regulations for Disposal 60

19.1

19.119.1

19.1 Germany:

Germany:Germany:

Germany: 60

19.2

19.219.2

19.2 EU, Norway, Island, and Liechtenstein (not Germany):

EU, Norway, Island, and Liechtenstein (not Germany):EU, Norway, Island, and Liechtenstein (not Germany):

EU, Norway, Island, and Liechtenstein (not Germany): 60

19.3

19.319.3

19.3 Other countries

Other countriesOther countries

Other countries 60

20. Included Safety and Mounting Instructions for Loudspeakers and Accessories

Page 5

Operating Instructions ACCESS SYSTEM

1. General Safety Instructions for Using Speakers

Mounting the speakers

To prevent injury or property damage, this equipment must be securely placed on the floor or mounted in a different manner according to the mounting instructions on page 40 (Mounting Instructions for Loudspeakers). Speakers, which are stacked, must be secured

with safety straps. Please note that speakers can move as a result of vibrations. To prevent them from falling from their mounted position, they must be secured properly. If the weight of the speaker exceeds 20 kg then it is necessary for two people to carry it. Speakers may only be mounted to walls and ceilings by qualified personnel. The speakers must be hung by using the two designated MAN flying points on the sides of the speaker. The same applies when lifting and aligning the speakers. Only connections designed to fit the flying points should be used. If in doubt, please consult the manufacturer.

The bass system ACCESS B10 is not designed for flown applications. Never use signal cables or power cords for suspending, aligning or securing the systems. When laying the connecting cables, make sure that nobody can trip. Never hang more than two speakers under one another without using the designated Kling & Freitag rigging equipment. Ensure that all installation connections comply with the applicable safety guidelines and that the size and strength are sufficient. Further instructions are in our user's manual for assembly equipment and in the general safety instructions for speakers and accessories. For mobile and fixed installations, use only mounting accessories from Kling & Freitag, if possible. Speakers and mounting accessories must be visually examined at regular intervals. If there are signs of wear, they must be replaced immediately. Furthermore, screwed connections of supporting parts must be checked routinely.

Protecting the speakers / avoiding fire hazard

In general, audio signals should not be overdriven. This may be caused by mixing consoles, equalizers, effect equipment, etc. and should be indicated on this equipment. When a power amplifier is overloaded at the output (clipping), then the amplifier should activate a clipping warning signal. Power amplifiers can also be overloaded at the input circuit without the amplifier signalling the clipping, i.e. when there is not sufficient headroom in the input circuit. We, therefore, recommend turning up the power amplifiers all the way and adjusting the level before the power amplifier in order to avoid overloading the input circuit. In any case, the signal must be reduced as soon as it sounds unnaturally distorted.

− To protect the speakers from being destroyed and to avoid fire hazard, they should

only be operated with professional power amplifiers with the following specifications:

− Amplification according to the instructions in the chapter Recommended Amplifier

Performance for the ACCESS System from page 38 onwards.

− Integrated clipping limiter

− without using a Kling & Freitag controller (not recommended):

Integrated or preceding subsonic filter (approx. 20 Hz, min. 12 dB / octave) Power amplifiers with power specifications lower than those stated from page 39 onwards must be supplied with a clip limiter for speaker protection, even if they are operated with a Kling & Freitag system controller.

If you wish to use a speaker with a power amplifier that does not fulfil these specifications, then the speaker should be controlled using a Kling & Freitag system controller with limiter function. This is the only way overloading and the risk of fire can be avoided. The results of such a power amplifier defect cannot be avoided by the controller.

For damage caused by overloading or use with power amplifiers other than those recommended above or with amplifiers with higher output power, Kling & Freitag GmbH does not assume warranty and excludes liability for possible consequential damage.

Warning

Page 6

Operating Instructions ACCESS SYSTEM

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.

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 or rain

− 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.

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. In general, volume levels over 90 dB can cause hearing damage.

Important

Caution

Page 7

Operating Instructions ACCESS SYSTEM

2. The ACCESS System Components

The ACCESS SYSTEM consists of the perfectly tuned system components including speakers, system controllers and connector panels. This manual describes up through and including chapter 8 each individual component. Subsequently, connecting instructions and system configurations are mentioned and explained based on example.

ACCESS Mid-High Systems:

ACCESS T5

Description as of page 9

ACCESS T9

Description as of page 11

ACCESS Bass Systems:

ACCESS B5

Description as of page 15

ACCESS B10

Description as of page 17

Page 8

Operating Instructions ACCESS SYSTEM

ACCESS System Controller:

System Controller ACCESS C5/9 Description as of page 23

CLUSTER

SINGLE

HIGH BOOST

NORMAL

ACCES

C5/9

LEVEL

CLIP

SENSE (GREEN) / LIMIT (RED)

INPUT SIGNAL

-40

MID

XCURS

POWER

ACCESS

SYSTEMCONTROLLER

System Controller ACCESS C10 Description as of page 26

CLUSTER

SINGLE

HIGH BOOST

NORMAL

ACCES

C5/9

LEVEL

CLIP

SENSE (GREEN) / LIMIT (RED)

10 d

INPUT SIGNAL

-40

0 dB

MIDE

BASS

POWER

ACCESS

SYSTEMCONTROLLER

Connector Panels:

Connector Panel CP1 / CP3 for operations with the ACCESS C5/9 Controller. Description as of page 30

BASS SPEAKER OUT

INPUT LINK BASS OUT

GROUND ON OFF

TOP SPEAKER OUT MAINS

ACCES S

L 1

L 2

L 3

Connector Panel CP1-B / CP3-B for operations with the ACCESS C10 Controller Description as of page 33

BASS SPEAKER OUT

231

NEUTRIK

PUSH

132

NEUTRIK

INPUT LINK BASS OUT

GROUND ON OFF

MAINS

ACCESS

L 1

L 2

L 3

234

231

NEUTRIK

PUSH

132

NEUTRIK

132

NEUTRIK

234

Page 9

Operating Instructions ACCESS SYSTEM

3. The Top Speakers

3.1 T5 Mid/High System

3.1.1 T5 Applications

The ACCESS T5 is a horn-loaded high-end sound system with a consistent and homogeneous dispersion pattern of 50° x 40°, and is, therefore, predestined for use in clusters and arrays. The areas of use range from discotheques and live sound coverage to large events and mega open-airs. The T5 meets all demands at the highest level --- from techno to classic. With wide-band highest sound pressure levels exceeding 140 dB and an optimal audio quality, a minimum number of units is necessary. This allows for maximum efficiency for set-up and dismantling.

3.1.2 T5 Technical Specifications

Design 2-way horn loaded Frequency response -10 dB 100 Hz - 20 kHz (with Controller C5/9) Frequency response ± 3 dB 130 Hz - 19 kHz (with Controller C5/9) Nominal coverage angle 50° x 40° (hor. x vert.) Directivity index (DI) 14 (+1.5/-2) 630 Hz - 16 kHz Nominal power handling 500 W low-mid, 120 watts mid-high Sensitivity 1 W/1 m 110 dB low-mid, 113 dB mid-high Max. SPL 143 dB (SPL peak/1 m) Components 12" chassis with conical horn 5" compression driver with CD horn / 12‘‘ diaphragm

1.5" compression driver with CD horn / 3“ diaphragm

Crossover All-pass filter optimises phase response and delay time between the 5’’ and 12’’ driver Impedance

5Ω low-mid, 10Ω mid-high

Connectors EP-5 male / female MID: 1+ / 2-, HIGH: 3- / 4+ Enclosure Trapezoid with 2 cluster angles 4°/15° 15 mm birch plywood with highly resistant black structured paint 4 ergonomic butterfly handles 4 100 mm transport castors mounted on the rear, ball proof front grille with exchangeable black acoustic foam Rigging 2 MAN CF4T rigging points, 2 MAN HWKB strap attachments for securing straps Dimensions 600 x 900 x 750 mm without castors (W x H x D) Weight incl. Castors 92 kg Options Transport cover with butterfly catches,

MAN/K&F flying hardware, ATM modular cradle system, special finish in RAL colours, All Weather / Outdoor version

Page 10

Operating Instructions ACCESS SYSTEM

3.1.3 T5 Measuring Charts

Frequency response

“

on axis

“

with Controller C5/9

Q-Index

Beamwidth

Vertical frequency response “ off axis down “

Vertical frequency response “off axis up “

Horizontal frequency response

“

off axis

“

All m easur ement s: Far field c onditio ns. Fr equen cy reso nse 1 /6 octa ve ave raged , pola r and d irectiv ity dat a 1/3 octav e aver aged. Kling & Fre itag res erves the r ight to chan ge all specif icatio ns with out no tice. W e are not lia ble fo r misp rints.

20 100 1000 10000 20000

-30

-20

-10

Attenuation (dB)

Frequency (Hz)

0° 10° 20° 30° 40°

100 1000 10000 20000

0° 10° 20° 30° 40°

Frequency (Hz)

-30

-20

-10

Attenuation (dB)

20 100 1000 10000 20000

100

Directivity Factor (Q)

Directivity Index (DI), dB

Frequency (Hz)

-10

Attenuation (dB)

100 1000 10000 20000

0° 10° 20° 30° 40°

-30

-20

20 100 1000 10000 20000

-30

Frequency(Hz)

3,16

31,6

316

Impedance (Ohm)

100

-20

-10

Normal HighBoost

-6dB Beamwidth (degr

ees)

100 1000 10000 20000

Frequency (Hz)

120

180

240

300

360

Horizontal Vertical

3.1.4 T5 Dimensions

Front View

Top View

15°

600 mm

Bottom View

Sliders

Plastic

588 mm

MAN Flying Point CF4T

307 mm

Side View

900 mm

421 mm

750 mm

639 mm

Rear View

Page 11

Operating Instructions ACCESS SYSTEM

3.2 T9 Mid/High System

3.2.1 T9 Applications

The ACCESS T5 is a horn-loaded high-end sound system with a consistent and homogeneous dispersion pattern of 90° x 40°. It is, therefore, extremely well suited for small to medium coverage requirements with just one system per side such as live concerts in clubs and sound coverage in discotheques. By using pair clusters with another T9 or large arrays with the fully compatible T5, it is possible to use the equipment at large events and mega open-air concerts. The T9 meets all demands at the highest level --from techno to classic. With wideband highest sound pressure up to 139 dB and an optimal audio quality, a minimum number of units is necessary. This allows for maximum efficiency for set-up and dismantling.

3.2.2 T9 Technical Specifications

Design 2-way horn loaded Frequency response -10 dB 100 Hz - 19 kHz (with Controller C5/9) Frequency response ± 3 dB 130 Hz - 17 kHz (with Controller C5/9) Nominal coverage angle 90° x 40° (hor. x vert.) Directivity index (DI) 12 (+1.5/-1.5) 500 Hz - 20 kHz Nominal power handling 500 watts low-mid, 120 watts mid-high Sensitivity 1 W/1 m 108 dB low-mid, 110 dB mid-high Max. SPL 139 dB (SPL peak/1 m) Components 12" chassis with conical horn 5" compression driver with CD horn / 12‘‘ diaphragm

1.5" compression driver with CD horn / 3“ diaphragm

Crossover All-pass filter optimises phase response and delay time between the 5’’ and 12’’ driver Impedance

5Ω low-mid, 10Ω mid-high

ball proof front grille with exchangeable black acoustic foam

Rigging 2 MAN CF4T flying points, 2 MAN HWKB strap attachments for securing straps Dimensions 600 x 900 x 750 mm without castors (W x H x D) Weight incl. Castors 92 kg Options Transport cover with butterfly catches,

MAN/K&F flying hardware, ATM modular cradle system, special finish in RAL colours, All Weather / Outdoor version

Page 12

Operating Instructions ACCESS SYSTEM

3.2.3 T9 Measuring Charts

Frequency response

“

on axis

“

with Controller C5/9

Q-Index

Beamwidth

Vertical frequency response “ off axis down “

Vertical frequency response “off axis up “

Horizontal frequency response

“

off axis

“

All m easur ement s: Far field c onditio ns. Fr equen cy reso nse 1/ 6 octa ve ave raged , pola r and d irectiv ity dat a 1/3 octav e aver aged. Kling & Fre itag res erves the ri ght to chan ge all specif ication s with out no tice. W e are not lia ble fo r misp rints.

20 100 1000 10000 20000

-30

Frequency(Hz)

3,16

31,6

316

Impedance (Ohm)

100

-20

-10

Normal HiBoost

20 100 1000 10000 20000

-30

-20

-10

Attenuation (dB)

Frequency (Hz)

0° 10° 20° 30° 40°

-10

Attenuation (dB)

100 1000 10000 20000

0° 10° 20° 30° 40°

Frequency (Hz)

-30

-20

100 1000 10000 20000

0° 10° 20° 30° 40°

Frequency (Hz)

-30

-20

-10

Attenuation (dB)

20 100 1000 10000 20000

100

Directivity Factor (Q)

Directivity Index (DI), dB

Frequency (Hz)

-6dB Beamwidth (degr

ees)

100 1000 10000 20000

Frequency (Hz)

120

180

240

300

360

Horizontal Vertical

3.2.4 T9 Dimensions

15°

4°

600 mm

588 mm

307 mm

900 mm

421 mm

750 mm

639 mm

Front View

Top View Bottom View

Sliders

Plastic

MAN Flying Point CF4T

Side View

Rear View

Page 13

Operating Instructions ACCESS SYSTEM

4. The Subwoofers

4.1 Short-Circuit Fuses in the K&F Subwoofer Systems

4.1.1 Risks of using High Performance Power Amplifiers

In recent years, power amplifiers have achieved increasingly higher levels of performance. Some of them can be operated with low-impedance loads. There are, therefore, strong power amplifiers that can reliably work with impedances below 1 Ω. This development has led to an increased safety risk during defective operations.

When there is a defect, such as a short circuit in the speaker chassis or on the crossover, it is possible that the power amplifier --- despite existing protective switches --- will not shut off. Long cable lengths and contact resistance on the plug connections may already have an electrical resistance of 1 Ω. As a result, the power amplifier cannot ‘‘recognise’’ the operations as being defective and, therefore, delivers unacceptable high currents. In the worst-case scenario, this may lead to fire damage (hot and charred wiring / connectors as a result of overloaded wires and connectors, etc.).

The current safety regulations are lagging behind this development and are thus not up-to-date with this modern technology.

Normally, the K&F System Controller prevents the speaker from being overloaded. The results of such a defect cannot be avoided by the controller.

In order to give consideration to this development, Kling & Freitag now equips its subwoofer systems with short circuit fuses at the signal input. These fuses do not offer protection for the speaker, but do reduce the risk of consequential damage in the case of a short circuit.

For systems, which are not serially equipped with a short circuit fuse, Kling & Freitag offers simple add-on kits so that you can adapt your existing subwoofer systems to the current power amplifier development.

4.1.2 Identifying the Models with Short-Circuit Fuses

The subwoofer systems, which are serially equipped with short-circuit fuses can be identified as follows; both mentioned stipulations must be fulfilled:

4.1.3 Add-On Kits for Subwoofers without Short-Circuit Fuses

All subwoofer systems, which are not serially equipped with short circuit fuses, can be, if required, easily and inexpensively upgraded even by yourself.

An instruction manual for this upgrade is delivered with the add-on kit.

POWER: 700W

WT:

51,5kg

XO-ONOFF

SER.-NO.:

25080000070

IMP: 6

Ω8Ω

Zmin:

Ω

all pins parallel to out

The first two

digits must be at

least 25.

The next two digits must be at least 08.

Page 14

Operating Instructions ACCESS SYSTEM

4.1.4 Specification of the Fuses

The fuses in all models have the following identical specifications:

Bussmann S 506

Bussmann S 506Bussmann S 506

Bussmann S 506----8A slow

8A slow8A slow

8A slow

When necessary, these fuses may only be replaced with the aforementioned original fuse.

4.1.5 Replacement and Positions of the Short-Circuit Fuses

When the fuse is blown, then the chassis is most likely already ruined, as the fuse just prevents consequential damage resulting from a short circuit of the chassis. A disassembly of the chassis is, therefore, unavoidable.

The fuse holder of the subwoofers is mounted on the signal wiring behind the input connector. The ACCESS subwoofers have 2 fuses; one for each of the parallel operating chassis.

When replacing the fuse, the lid of the terminal with the signal connectors must be screwed off to reach the fuse holder.

Warning

Page 15

Operating Instructions ACCESS SYSTEM

4.2 B5 Subwoofer System, Specifications

4.2.1 B5 Applications

The ACCESS B5 is a high-performance subwoofer system of the ACCESS Series. It is fully compatible with all existing Kling & Freitag speaker products and shows off all its qualities here too. Because of its high efficiency and technical perfection, the B5 is used in the high quality service segment, at discotheques and live sound coverage as well as venues with fixed installations such as theatres and multimedia facilities. When used in arrays with the optimally matched top speakers T5 and T9, the possibilities of use expand to include large events and mega open airs. The T9 meets all demands at the highest level --- from hard rock to classic.

4.2.2 B5 Technical Specifications

Design 3 chamber band pass, 6th order Frequency response -10 dB 34 Hz - 400 Hz Frequency response ± 3 dB 45 Hz - 190 Hz Crossover frequencies max. 180 Hz, 130 Hz with controller C5/9 Nominal power handling 1200 W Sensitivity 1 W/1 m 101 dB (45 Hz - 200 Hz) Max SPL 136 dB (SPL peak/1 m) Components 18" long excursion transducers (2) Impedance

1 x 4 Ω With option 'EP-5 instead of Speakon': 2 x 8 Ω

Connectors Sp.1: 2- / 3+-, Sp.2: 1- / 4+ Enclosure Trapezoid with 2 cluster angles 4°/15° 15 mm birch plywood with highly resistant black structured paint 4 ergonomic butterfly handles

4 100 mm transport castors mounted on the rear,

ball proof front grille with exchangeable black acoustic foam

Rigging 2 MAN CF4T flying points, 2 MAN HWKB strap attachments for securing straps Dimensions 600 x 900 x 750 mm without castors (W x H x D) Weight incl. castors 82 kg Options Transport cover with butterfly catches,

special finish in RAL colours, All Weather / Outdoor version

Page 16

Operating Instructions ACCESS SYSTEM

4.2.3 B5 Measuring Charts

equenzgang

“

on axis

“

equenzgang

“

on axis

“

mit Contr

oller

Alle Messungen unter Freifeldbedingungen. Frequenzgangdiagramme 1/6 Okt. geglättet. Technische Änderungen, dieder Verbesserungder Produkte dienen, behalten wir uns vor. Irrtümer vorbehalten.Subject to changewithout notice.

Frequency (Hz)

SPL (dB)

3,16

31,6

316

Impedance (Ohm)

100

110

100 1000

Frequency (Hz)

100 1000

-30

-20

-10

4.2.4 B5 Dimensions

Front View

Top View

15 °

4°

600 mm

Bottom View

Plastic Sliders

588 mm

MAN Rigging Point CF4T

307 mm

Side View

900 mm

421 mm

750 mm

639 mm

Rear View

Page 17

Operating Instructions ACCESS SYSTEM

4.3 B10 Subwoofer System

4.3.1 B10 Applications

The B10 is a universally usable high-performance subwoofer system for the reproduction of low to very low frequencies. The B10 has been created to be used as the optimal addition to the ACCESS Series. It is fully compatible with all existing Kling & Freitag speaker products and shows off all its qualities here too. Because of its high efficiency and technical perfection, the B10 is used in the high quality service segment, at discotheques and live sound coverage as well as venues with fixed installations such as theatres and multimedia facilities. The B10 allows for direct operation with ACCESS top speakers T5 and T9 as well as a phase-correct parallel operation with the bass system ACCESS B5. The B10 meets all demands at the highest level --- from techno to classic. The B10 can be operated with the K&F controllers C5/9, C10 and C2.

4.3.2 B10 Technical Specifications

Design 3 chamber band-pass horn enclosure Frequency response -10 dB 31 Hz - 320 Hz (without controller) Frequency response ± 3 dB 38 Hz - 260 Hz (without controller) Crossover frequencies max. 180 Hz, 130 Hz with controller C5/9 Nominal power handling 1) 1400 W Programme power handling 2) 2800 W Recommended amplification

2 - 3 kW @ 4 Ω

SPL 1 W/1 m 103 dB (40 Hz - 180 Hz) Max. SPL 140 dB (SPL peak/1 m) Components 18" long excursion transducers (2) Impedance

2 x 8 Ω With option 'EP-5 instead of Speakon': 1 x 4 Ω

Connectors EP-5 male / female, Sp.1: 2- / 3 +, Sp.2: 1- / 4 + Enclosure 15 mm birch plywood with highly resistant black structured paint

8 ergonomic butterfly handles

4 100 mm transport castors mounted on the rear,

ball proof front grille with exchangeable black acoustic foam Dimensions 600 x 1350 x 880 mm w/o castors (W x H x D) Weight incl. castors 120 kg Options Transport cover with butterfly catches, special finish in RAL colours

1) Long term RMS power capability measured with pink noise signal, reduced bandwidth

40 Hz - 400 Hz, Testing period: 2 hours

2) Long term RMS power capability measured with 50% duty cycle,

reduced bandwidth 40 Hz - 400 Hz, Testing period: 2 hours

Page 18

Operating Instructions ACCESS SYSTEM

4.3.3 B10 Measuring Charts

equenzgang

“

on axis

“

Alle Messungen unter Freifeldbedingungen. Frequenzgangdiagramme 1/6 Okt. geglättet. Technische Änderungen, die der Verbesserung d er Produkte dienen, behalten wir uns vor. Irrtümervorbehalten. Subject to change without notice.

Frequency(Hz)

SPL(dB)

3,16

31,6

316

Impedance (Ohm)

100

110

100 1000

4.3.4 B10 Dimensions

600mm

Draufsicht Unter

sicht

Plastic Sliders

Rear View

880mm

1350mm

600mm

Front View

Side View

Stacking Moulds

Page 19

Operating Instructions ACCESS SYSTEM

4.4 Using the ACCESS B5 / B10 with other K&F Systems

The bass systems B5 and B10 are also ideally suited as subwoofers for use with all models of the Kling & Freitag CA Series.

In order to guarantee an optimal tuning with the other K&F systems, it is necessary to operate them via the K&F C2 System Controller. Additionally, the B10 can be operated via the C10 Controller, although the K&F Full Range Systems are operated via the C2 Controller in full-range mode. Further information is available in the User’s Manual for the K&F C2 Controller.

If the CA Series and an ACCESS Subwoofer System are to be operated by another universal controller, K&F will readily provide assistance upon request.

5. Pin Diagrams of Connectors and internal Wiring

5.1 ACCESS T5 Pin Diagrams of Connectors and Wiring

5.2 ACCESS T9 Pin Diagrams of Connectors and Wiring

ACCESS T9

K&F

HF IN

MF 1 / LOW MID

MF IN

+1(+)2(-)

4(+)

3(-)

MF 2

COMPRESSION

UNIT

ACCESS T9

Input EP-5

(parallel to out)

MF 1

MF 2

+ MF

+ HF

1-2

Connector: Ep-5 Parallel to out

Connector: Speakon NL 4 MPR Parallel to out

+ MF

+ HF

1-2

Connector: Ep-5 Parallel to out

Connector: Speakon NL 4 MPR Parallel to out

Page 20

Operating Instructions ACCESS SYSTEM

5.3 ACCESS B5 Pin Diagrams of Connectors

Connector: Speakon NL 4 MPR 1+ / 1

Speaker B

Speaker A

Speaker A +

Speaker B

1-2

With option 'EP-5 instead of Speakon':

Connector:

Ep-5 Parallel to out

Speaker B

Speaker A

+ Speaker A + Speaker B

5.4 ACCESS B10 Pin Diagrams of Connectors

Connector: Speakon NL 4 MPR 1+ / 1

Speaker B

Speaker A

Speaker A +

Speaker B

1-2

With option 'EP-5 instead of Speakon':

Connector:

Ep-5 Parallel to out

Speaker B

Speaker A

+ Speaker A + Speaker B

Speaker B

Speaker A

Speaker B

Speaker A

Page 21

Operating Instructions ACCESS SYSTEM

6. Safety Instructions for Controller and Connector Panel

Warning: To avoid electric shock hazard, do not expose this

appliance to rain or moisture. The enclosures may only be

opened by qualified personnel!

Do not install devices in any of the following place:

− where the units are permanently exposed to direct sunlight.

− near any heat sources and open fire. Do not put candles etc. on top of the unit.

− where the airflow for cooling is blocked.

− where it is exposed to high moisture.

− where it is exposed to strong vibrations and dust.

Power Supply

Before connecting the AC power cable of the unit, please check if the available voltage is compatible with the operating voltage as indicated on the unit. If this is not the case, then the unit needs to be adapted by the manufacturer or an authorized service centre. If the unit is not compatible with the available voltage, it should never be connected! This could irreparably ruin the unit. Make sure that the power outlet supplies a ground connector, which must be connected to the unit via the PE conductor of the power cord!

Protection of electrical cables

Power cords should be laid in such a way that they are protected against footstep damages, tensile strain and against being trapped.

Transportation

When transporting the equipment, make sure that it is protected from vibrations.

Cleaning

The equipment should only be cleaned with a damp cloth when it is not plugged in.

Pauses in use

The power cord should be disconnected from the power source during longer pauses in use.

Intrusion of objects or liquids

No objects or liquids should intrude or leak into the equipment.

Maintenance and technical service

The user should not perform any maintenance work on the equipment other than that which is described in this manual. Repairs may be executed by a qualified service technician only.

In the following cases, the unit should be serviced by an authorized technician only if:

− the power cord or the mains connectors have been damaged.

− objects or liquids have gotten into it.

− it was exposed to rain.

− it doesn't appear to be functioning properly.

− it has fallen down or the enclosure is damaged.

Warning

Risk of electric shock!

Do not open the units!

TUNG

Page 22

Operating Instructions ACCESS SYSTEM

7. K&F CD 44 Digital System Controller

When using the Access System with CD 44, please refer the User's manual of the K&F CD 44 Digital System Controller.

8. The ACCESS Controllers

If you have ACCESS subwoofers with Speakon connector where both drivers are connected in parallel at pins 1+ / 1- (standard connection since april 2009), they can not be used with the ACCESS controller without further ado.

For ACCESS subwoofers with this pin assignment we recommend operation with the digital system controller K&F CD 44 and the K&F System Rack. Please refer to the CD 44 user's manual.

In order to operate current ACCESS subwoofers (standard since april 2009) with the ACCESS controllers C5 / C9 / C10 and the Connector Panels CP1 / CP3 / CP1-B / CP3-B we recommend ordering subwoofer with the option 'EP5 connector instead of Speakon'. With this option you can operate ACCESS subwoofers with the ACCESS controllers and the Connector Panels according to this manual.

Operating safety and maximum performance of the ACCESS System can only be guaranteed when used with the C5/9 or C10 Controller. We cannot offer a warranty for overload damage resulting from use with a controller aside from the ACCESS Controllers. If, despite this risk, the ACCESS System should be run with another controller, please contact as for the corresponding information.

The ACCESS Controllers optimise the sound and operating safety of an ACCESS Sound System. It assumes the role of a crossover and optimises the frequency-dependent phase response and delay times. With the use of specially tuned filters (EQ), the ACCESS Controllers optimise the ACCESS System’s frequency response.

A noteworthy function of the ACCESS Controller is its special limiter technology. With other (universal) controllers, the gain of the selected power amplifiers must be known. The limiter on the ACCESS 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 ACCESS Controllers.

C5/9 Controller

The complete ACCESS System can be run with the C5/9 Controller. The C 5/9 is, thus, capable of providing the signals for the top speakers T5/T9 as well as for the Bass Systems B5 or B10.

C10 Controller

The C10 Controller optimises the operations with the Bass System B10. Its possibilities for operation include a configuration switch for various uses. It frees up the reserves from the B10 for the sub-low range, thus providing a strong increase in bass performance.

Both ACCESS Controllers are compatible with the Kling & Freitag C2 Controller and with most of the Kling & Freitag speaker systems. Because of this, the user has many versatile possibilities to adjust the sound reinforcement to accommodate the needs and requirements of a wide range of uses.

Important

Page 23

Operating Instructions ACCESS SYSTEM

8.1 The ACCESS C5/9 Controller

8.1.1 Connectors, Controls and Displays and of the C5/9

1) CLUSTER / SINGLE When using the ACCESS System in a cluster (several speakers beside one an-other), better

coverage results may be obtained if the CLUSTER/SINGLE switch is turned to the CLUSTER position. In this operational mode the increase in sound pressure levels in the low/mid range area resulting from cluster operation is compensated, and a largely linear frequency response is achieved.

2) HIGHBOOST / NORMAL The alignment of the ACCESS top speakers T5/T9 over long distances. High frequencies

are attenuated in the air over long distances. To compensate a decrease of high frequencies, the HIGHBOOST should be switched on. The position NORMAL produces a linear frequency response for short ranges.

3) LEVEL With the LEVEL control, the input level of the ACCESS Controller can be adjusted.

Normally this control should be set to 0dB in order to avoid an overload of the input circuit or the outputs of the mixing console.

4) CLIP

If this LED is lit up, the input of the C5/9 Controller is overloaded. Reduce the level on the mixing console until the LED light remains off even at the highest volume.

5) INPUT SIGNAL The three SIGNAL LEDs indicate the signal level. If the red LED (+10dB) lights up often or

continuously, turn down the LEVEL control on the ACCESS C5/9 Controller and turn up the power amplifiers.

6) SENSE (GREEN) / LIMIT (RED) The three SENSE/LIMIT-LEDs BASS, MID and HIGH have a double function.

a) The LEDs light up green when the sense cable is connected and the C5/9 Controller is

receiving an output signal from the power amplifiers.

b) When the relevant LED changes in colour from green to red, this indicates that the

C5/9 limiter is operating. A gradually setting-in RMS limiter and a fast peak limiter limit the output power of the power amplifiers largely inaudibly down to the maximum permissible value. If the red limiter LEDs light up frequently, then the level should be slightly reduced. If necessary, the system should be supplemented with additional ACCESS speakers.

c) The EXCURSION LED indicates that the excursion limiter has been started.This circuit

analyses the output and frequency of the mid-range amplifier and calculates the signal for the limiter. The amplifier's signal is sent to the SENSE connector on the back side of the C5/9, which limits theoutput signal to the maximum permissible value.

In exceptional cases, the Sense LEDs may still light up even when the power amplifiers are turned off or disconnected. This situation is attributed to the ‘‘microphone effect’’ of the speakers. If the cones are moved (i.e. from air movement of other sound sources), the speakers produce voltage which may cause the LEDs to light up.

7) POWER ON The POWER ON LED indicates that the system controller is on and operational. If the LED

does not light up after the equipment has been turned on, check the power supply or, if necessary, replace the main fuse on the rear panel of the controller.

Front View

Important

1 2 3

765

CLUSTER

SINGLE

HIGH BOOST

NORMAL

LEVEL

CLIP

SENSE (

GREEN

)/ LIMIT (

RED

)

INPUT SIGNAL

-4

MIDE

POWER

ACCE S S

SYSTEM CONTROLLER

Page 24

Operating Instructions ACCESS SYSTEM

8 9 10 11

13 1514

I N P U T

LINK

HIGH

L I

1 2

MID

BASS

231 21

LINK

S E

BASS HIGH + MID

Made in

READ MANUAL BEFORE USE

50-60Hz / 30VA

115 / 230VAC

T 500 / T 315mA

CONTROLLER K&F ACCESS C5/9

SEND (+15 V)

POWER SEQUENCE

Fuse 115 / 230V:

Power Requirements:

Serial Number:

Germany

KLING & FREITAG GmbH

2 3 0

115

SELECTOR

VOLTAGE

8) FUSE

Fuse holder which is fitted with a 315mA medium slow glass fuse for 230V operations. With 115V operations, a 500mA medium slow glass fuse must be used. Never use a fuse with specificaations different than the aforementioned values. Never bypass the fuse holder. The system controller can be irreparably ruined and/or even cause a fire.

9) VOLTAGE SELECTOR

This switch is used to adjust the equipment to the desired operational voltage level of 115 or 230 VAC. CAUTION: the equipment can be destroyed if the wrong operating voltage level is selected!

10) SEQUENCE SEND

About 1 second after switching on the ACCESS Controller, a control voltage of +15V is present at both connector pins. If, for example, you have fitted your amp rack with power amplifiers that have a remote switching feature, then connect this output with the SEQUENCE RCV input of the first amplifier, the SEQUENCE SND output of the first amplifier with the SEQUENCE RCV input of the second amplifier, etc. When turning on the ACCESS Controller, all amplifiers will then be turned on time-delayed.

11) SENSE BASS

The amplified output signal of the bass amplifier is connected to the pins 1- and 1+ of this Speakon 4-pin connector. This signal provides the controller with information for the bass-limiter. The ACCESS System also works without the connection from the bass amplifier to the Sense Bass, but in this case, there is no guarantee for optimal operating safety. Make sure that the Speakon connector clicks into place properly. All SENSE inputs are galvanically insulated from the amplifier with balanced transformers.

12) SENSE HIGH + MID und LINK

The amplified output signal of the mid-range and high amplifier is connected to one of the two Speakon connectors. Here is where the ACCESS C5/9 Controller receives and evaluates the signals. It is extremely important to ensure that the polarity is correct. The pin diagram for this is in the chapter for ‘‘Pin Diagrams of Connectors and internal Wiring’’. The ACCESS System is connected to the respective Speakon connector. The two connectors are connected in parallel.

13) OUTPUT - BASS, MID und HIGH

The electronically balanced BASS, MID and HIGH line level outputs are connected to the inputs of the corresponding amplifier. We recommend using only high-quality connecting cables from KLING & FREITAG. Bipolar shielded microphone cable with high-quality connectors should be used to connect the power amplifiers. Connecting instructions are in the chapter for ‘‘Pin Diagrams of Connectors and internal Wiring’’.

14) GROUND LIFT

If the Ground Lift switch is set on LIFT, then pin 1 of the INPUT connector is not connected to the ACCESS C5/9 Controller. There is always a connection between the INPUT (XLR male) and the LINK (XLR female) connector. If the C5/9 is operated with a K&F Connector Panel, then this switch must be set to GROUND.

15) INPUT und INPUT-LINK

The C5/9 Controller is equipped with a transformer balanced input. Use the XLRfemale connectors (INPUT) as input. The parallel connected XLR-male connector is used to link the signal to additional ACCESS controllers or amplifiers.

Rear View

Warning

Important

Page 25

Operating Instructions ACCESS SYSTEM

8.1.2 C5/9 Controller Technical Specifications

Input Nominal + 6 dB +20 dB maximum level

20kΩ galvanically insulated

XLR connectors ( Pin 2 + ) Outputs Nominal +6 dB (+1.55 V) electronically balanced XLR connectors ( Pin 2 + ) Control output + 15 Volt Gain

Variable, - ∞ dB to +6 dB

Sense Galvanically insulated Speakon 4-pin Dynamic range >116 dB THD ( THD+N ) < 0.02% LED displays Clip Signal -40 dB, 0 dB, +10 dB Bass Sense (GREEN ) / Limit ( RED ) Mid Excursion Limit, Sense (GREEN), Limit (RED) High Sense (GREEN) / Limit (RED) Power Switches

Front Single / Cluster

Normal / High Boost

Level

Rear Ground Lift Voltage Selector

8.1.3 Pin Diagrams of the C5/9 Controller's In- and Outputs

I N P U T

LINK

HIGH

L I

1 2

MIDBASS

231 21

LINK

S E N S E

BASS HIGH + MID

Made in

READ MANUAL BEFORE USE

50-60Hz / 30VA

115 / 230VAC

T 500 / T 315mA

CONTROLLER K&F ACCESS C5/9

SEND (+15 V)

POWER SEQUENCE

Fuse 115 / 230V:

Power Requirements:

Serial Number:

Germany

KLING & FREITAG GmbH

2 3 0

115

SELECTOR

VOLTAGE

SENSE BASS

SENSE / LINK

HIGH + MID

OUTPUT

BASS / MID / LOW

+ MT

+ HT

INPUT / LINK

parallel parallel

SEQUENCE (

+ 15V)

231

132

1-2

Page 26

Operating Instructions ACCESS SYSTEM

8.2 The ACCESS C10 Controller

8.2.1 Connectors, Controls and Displays and of the C10

1) CONFIGURATION SWITCH

When operating the ACCESS B10, this switch can be used to select the appropriate filter presets. The following switch positions are available for the low-pass:

− 55 Hz: 12 dB / octave @ 47 Hz and 12 dB / octave @ 110 Hz

− 60 Hz: 12 dB / octave

− 120 Hz: 24 dB / octave

Stickers are included with the C10 Controller that document which preset is recommended for which application. The stickers can be put on where desired (i.e. on the rack). It is important to recognize that the room and other factors can have a crucial influence on the sound results. It is, therefore, possible that the configuration recommendations may, in some individual circumstances, vary from the optimal settings. The sound engineer’s ear must always make the final decision.

a) Operations with the C5/9 Controller:

T B5

B10

T B5

B10

60Hz

55Hz

120Hz

C5/9-C10

If flown ACCESS Systems T5/T9 and B5 are operated via the Controller C5/9 and the B10 via the Controller C10, the preset option 55 Hz is recommendable.

If standing ACCESS Systems T5/T9 and B5 are operated via the Controller C5/9 and the B10 via the Controller C10, the preset option 60 Hz is recommendable.

If the ACCESS Systems T5/T9 without the bass system B5 are operated via the Controller C5/9 and the B10 via the Controller C10, the preset option 120 Hz is recommendable.

Front

1 2 3

765

SENSE (

GREEN

)/ LIMIT (

RED

)

120Hz

55Hz

60Hz

BASS BOOST

NORMAL

LEVEL

CLIP

-4

INPUT SIGNAL

. E

POWER

A CCE S S

SYSTEM CONTROLLER

Page 27

Operating Instructions ACCESS SYSTEM

b) Operations in combination with the K&F C2 Controller

TOP

B10

55Hz

-Flown tops via C2

-B10 via C10

C2 Settings: FullrangeMode ON

C10 Low Pass Setting:

C2-C10

[

TOPLTOP

B10

60Hz

-Stackedtops via C2

-B10 via C10

C2 Settings: Fullrange Mode OFF

C10 Low Pass Setting:

C2-C10

[

TOP

B10

TOP

- Tops with extra Subwoofer via C2

C2 Settings: Fullrange Mode OFF

C10 Low Pass Setting:

C2-C10

[

55Hz

If K&F full-range systems with K&F bass systems are operated via the C2 Controller, and the B10 is operated via the C10 Controller as a supplementary bass system, then the option fullrange mode ‘OFF‘ should be selected. Generally, the configuration switch for the C10 Controller should be set at 55 Hz.

If flown K&F fullrange systems are to be operated via the C2 Controller and the B10 as supplementary bass system via the C10 Controller, then the option for the C2 Full Range Mode ‘ON‘ should be selected. The configuration switch on the C10 Controller should be set at 55 Hz.

If top speakers which are operated via the C2 Controller are put on top of the B10, and the B10 is operated via the C10 Controller, then the option on the C2 Controller full-range mode ‘OFF‘ should be selected. The configuration switch on the C10 Controller should be set at 60 Hz.

2) BASSBOOST / NORMAL If an increase of 40 Hz in the bass range is desired, then this range is increased by

approx. 3 dB when this switch is selected.

3) LEVEL With the LEVEL control, the input level of the ACCESS Controller can be adjusted.

Normally this control should be set at 0dB in order to avoid an overload of the input circuit or the outputs of the mixing console.

4) CLIP If this LED is lit up, the input of the C10 Controller is overloaded. Reduce the level

on the mixing console until the LED light remains off even at the highest volume.

5) INPUT SIGNAL The three SIGNAL-LEDs indicate the signal level in three steps. If the red LED (+10dB)

lights up often or continuously, turn down the LEVEL control on the ACCESS C10 Controller and turn up the power amplifiers.

6) SENSE (GRÜN) / LIMIT (ROT) The two SENSE/LIMIT LEDs BASS A and BASS B have a double function.

a) The LEDs light up green when the sense cable is connected and the C10 Controller

is receiving an output signal from the power amplifiers.

b) When the relevant LED changes in colour from green to red, this indicates that the

C10 limiter has started. A soft starting RMS limiter and a fast Peak limiter regulate the output of the amplifier inaudibly to the maximum admissible value. If the red limiter LED lights up frequently, then the volume should be reduced slightly; if necessary, the system should be supplemented with additional ACCESS speakers.

In exceptional cases, the Sense LEDs may still light up even when the power

amplifiers are turned off or disconnected. This situation is attributed to the ‘‘microphone effect’’ of the speakers.

Important

Page 28

Operating Instructions ACCESS SYSTEM

If the cones are moved (i.e. from air movement of other sound sources), the speakers produce voltage which may cause the LEDs to light up.

c) The SYM: ERROR-LED indicates that there is a voltage difference of at least 5V be-

tween BASS A and BASS B. This LED also lights up if there is a phase error, in other words, the phase between BASS A and BASS B is shifted by 180°. If this LED is lit up, it is necessary to check the power amplifiers and the wiring.

7) POWER ON The POWER ON LED indicates that the system controller is on and operational. If the LED

does not light up after the equipment has been turned on, check the power supply or, if necessary, replace the main fuse on the rear panel of the controller.

8) FUSE

Fuse holder which is fitted with a 315 mA slow glass fuse in 230V mode. With 115V

operations, a 500mA slow glass fuse must be used. Never use a fuse with specifications different than the aforementioned values. Never bypass the fuse holder. The system controller can be irreparably ruined and/or even cause a fire.

9) VOLTAGE SELECTOR This switch is used to adjust the equipment to the desired operational voltage level of

115 or 230 VAC. WARNING: the equipment can be destroyed if the wrong operating voltage level is selected!

10)POWER SEQUENCE SEND About 1 second after switching on the ACCESS Controller, a control voltage of +15V is

present at both connector pins. If, for example, you have fitted your amp rack with power amplifiers that have a remote control feature, then connect this output with the SEQUENCE RCV input of the first amplifier, the SEQUENCE SND output of the first amplifier with the SEQUENCE RCV input of the second amplifier, etc. When turning on the ACCESS Controller, all amplifiers will then be turned on time-delayed.

11)SENSE INPUT BASS A / BASS B Two independent sense inputs, which drive a common limiter circuit. The amplified

output signal of the bass amplifier is connected to the pins 1- and 1+ of this Speakon 4-pin connector. This signal provides the controller with information for the basslimiter. Make sure that the Speakon connector clicks into place properly. All SENSE inputs are galvanically insulated from the amplifier with balanced transformers.

12)BASS OUT The electronically balanced BASS line level outputs are connected to the inputs of the

corresponding amplifier. We recommend using only high-quality connecting cables from KLING & FREITAG. Bipolar shielded connectors should be used to connect the power amplifiers. Connecting instructions are in the chapter ‘‘Pin Diagrams of Connectors and internal Wiring’’.

13)GROUND LIFT

If the Ground Lift switch is set on LIFT, then Pin 1 of the INPUT connector is not connected to the ACCESS C10 Controller. There is always a connection between the INPUT (XLR male) and the LINK (XLR female) connector. If the C10 is operated with a K&F Connector Panel, then this switch must be set on GROUND.

14)INPUT

The C10 Controller is equipped with a transformer balanced input. Use the XLR-female connectors as input. The parallel connected XLR-male connector is used to link the signal to additional ACCESS controllers or amplifiers.

Rear

Warning

Important

8 9

1413

SENSE BASS A

I N P U

LINK

XLR

S S

U T

PARALLEL

231 21

SENSE BASS B

+-2

SPEAKON

50-60Hz / 30VA

115 / 230VAC

Made in

T 500 / T 315mA

CONTROLLER K&F ACCESS C10

READ MANUAL BEFORE USE

SEND (+15 V)

POWER SEQUENCE

Germany

Fuse 115 / 230V:

Power Requirements:

Serial Number:

KLING

2 3 0

115

SELECTOR

VOLTAGE

& FREITAG GmbH

Page 29

Operating Instructions ACCESS SYSTEM

8.2.2 C10 Controller Technical Specifications

Input Nominal + 6 dB +20 dB maximum Level

20kΩ galvanically insulated

XLR connectors ( Pin 2 + ) Outputs Nominal +6 dB ( +1.55 V ) electronically balanced XLR connectors ( Pin 2 + ) Control output + 15 Volt Gain

Variable, - ∞ dB to +6 dB

Sense Galvanically insulated Speakon 4-pin Dynamic range >116 dB THD ( THD+N ) < 0.02% LED Displays Clip Signal -40 dB, 0 dB, +10 dB Bass Sense (GREEN ) / Limit ( RED ) Sym.Error (RED)

Switches

Front Low pass filter 55 Hz / 60 Hz / 110 Hz

Normal / Bass Boost

Level

Rear Ground Lift Voltage Selector

8.2.3 Pin Diagrams C10 Controller In- and Outputs

SENSE BASS A

I N P U T

LINK

XLR

L I

B A S S

U T

PARALLEL

231 21

SENSE BASS B

2 IN

+-2

SPEAKON

50-60Hz / 30VA

115 / 230VAC

Made in

T 500 / T 315mA

CONTROLLER K&F ACCESS C10

READ MANUAL BEFORE USE

SEND (+15 V)

POWER SEQUENCE

Germany

Fuse 115 / 230V:

Power Requirements:

Serial Number:

KLING

2 3 0

115

SELECTOR

VOLTAGE

& FREITAG GmbH

SENSE INPUT

BASS A / BASS B BASS OUT

INPUT / LINK

parallelparallel

SEQUENCE (

+ 15V)

231

132

-2-

Page 30

Operating Instructions ACCESS SYSTEM

9. The ACCESS Connector Panels

For ACCESS subwoofers with this pin assignment we recommend operation with the digital system controller K&F CD 44 and the K&F System Rack. Please refer to the CD 44 user's manual.

9.1 Connectors of the Connector Panels CP1 and CP3

1) CP1 This model is designed to be connected to a 230 V mains supply.

The model with the code number ‘1‘ is recognizable by its power supply cable with the blue plug on the front side of the equipment. (CEE 16 A, 3-pin, 230 V, 6 h)

2) CP3 This model is designed to be connected to a three-phase supply current

with 230 V per phase. The model with the code number ‘3‘ is recognizable by its power supply cable with the red plug on the front side of the equipment. (CEE 16 A, 5-pin, 400 V, 6 h)

231

NEUTRIK

PUSH

132

NEUTRIK

132

NEUTRIK

BASS SPEAKER OUT

INPUT LINK BASS OUT

GROUND

ON OFF

TOP SPEAKER OUT MAINS

ACCESS

L / +

1 2 4 7

5 6

1) INPUT Balanced XLR input connector (female) for the input signal (e.g. the

signal from the mixing console)

2) INPUT --- LINK Balanced XLR output connector (male) to link the input signal

to other devices.

3) GROUND LIFT The Ground Lift switch serves to avoid ground loops. If the

Ground Lift switch is set on LIFT, then the Pin 1 (ground) of the input connector is not connected to Pin 1 of the cable IN on the rear of the unit. There is always a connection between the INPUT connector (XLR-female) and the LINK connector (XLR-

male).

4) BASS OUT This output provides the optional transmission of the bass signal

supplied by the C5/9 Controller (LINE) to an additional power amplifier.

5) BASS SPEAKER OUT The bass speaker(s) are connected to these EP-5 connectors

(female). Both connectors are wired in parallel (no stereo signal!)

6) TOP SPEAKER OUT The mid-high speaker(s) are connected to the parallel EP-5

connectors (female) (no stereo signal).

7) Central Power Supply Cable 7a) The connector panel CP1 is equipped with a CEE connector 16A, 3-pin, 230V,

6h and serves as a connection to a 230V power supply. With this model, a total of max. 16A can be connected to the 6 junction boxes.

7b) The connector panel CP3 is equipped with a red CEE connector 16A, 5-pin,

400V, 6h and serves as a connection to a three-phase current power supply with 230V per phase.

Front

Page 31

Operating Instructions ACCESS SYSTEM

Power Distribution

8 10 11 12

CP 3

CP 1

Phase 1 / L1

max. 16A

Phase 2 / L2

max. 16A

Phase 1 / L1

max. 16A

Phase 3 / L3

max. 16A

CONNE CTORPANEL CP3

Made in

Germany

Voltage:

Max. Total Output:

ProtectionLevel:

SerialNumber:

IP40

115/ 230VAC

3x 16A

8) JUNCTION BOXES

Grounding sockets to receive 230V. 8a) CP1: With this model, a total of max. 16A (not per socket!) can be received

from the 6 junction boxes.

8b) CP3: With this model, a total of max. 16A/phase (not per socket!) can be re-

ceived from the 6 junction boxes (2 sockets/phase), that means 3 x 16A!

9) MID-HIGH: Cable to the mid and high amplifier This cable supplies the amplified output signal from the mid and high frequency power

amplifier. The signal is plugged into the „Sense Loop High + Mid/Low‘‘ connector of the C5/9 System Controller and evaluated in the controller.

10) IN: Cable to the controller's ‘‘input‘‘

This cable supplies the input signal (from the front side of the connector panel) to the input connector of the C5/9 Controller.

11) BASS A / BASS B: Cable to ‘‘bass amp out‘‘

This cable is connected to the respective speaker output of the bass power amplifier. The signal is transmitted to the BASS SPEAKER OUT connector (see item above) on the front side of the device.

12) TO BASS OUT: Cable to ‘‘bass amp input link‘‘

This cable receives the line level signal which has not been amplified but has been processed by the controller from the input connector of the bass amplifier. This signal is linked to the BASS OUT connector (see item 4 above) on the front side of the device.

9.1.1 Connector Panel CP1 und CP3 Technical Specifications

Inputs Signal LINE: XLR Speaker signal Low/Mid-High: 4-pin Speakon connector Speaker signal bass: open wire Bass LINE: open wire CP 1 230 V CEE 3P 1 x 16 A CP 3 400 V CEE 5P 3 x 16 A Outputs Signal LINE Link: XLR Bass LINE: XLR Bass speaker: 2 X EP 5 Top speaker: 2 X EP 5 Max. current capability CP 1 Total max. 16 A from 6 grounding outlets CP 3 Total max 3 x 16 A from 3x2 grounding outlets (2 / phase) Switches Ground Lift (front) Dimensions 483 mm (19‘‘ ) x 88 mm (2U) x 325 mm ( W x H x D) Weight CP 1 6.95 Kg CP 3 7.05 Kg

Rear View

Warning

Page 32

Operating Instructions ACCESS SYSTEM

9.1.2 CP1 and CP3 Pin Diagrams of In- and Outputs

231

NEUTRIK

PUSH

132

NEUTRIK

132

NEUTRIK

BASS SPEAKER OUT

INPUT LINK BASS OUT

GROUND

ON OFF

TOP SPEAKER OUT MAINS

ACCESS

L / + N

Speaker B

L / +

L 1

L 2

Speaker A

+ Speaker A + Speaker B

CP 1

CP 3

132

231

+ MT

+ HT

CONN ECTORPAN EL CP3

Made in

Germany

Voltage:

Max. Total Output:

Protection Level:

SerialNumber:

IP40

115/ 230VAC

3x 16A

redblack blue white

redblack

blue

231

Front

Rear

Outputs to bass speaker B5 / B10

Output to high/mid speaker T5 / T9

Line level input, e.g. from mixing console and link connector for linking the LINE input signal e.g. to additional amplifier racks

Power supply

Line level output for optional linking of signals processed by C5/9 Controller, e.g. to additional amplifiers

BASS A

To speaker

output of bass

amplifier / signal

for speaker A

BASS B

To speaker output of bass amplifier / signal for speaker B

To input of C5 Controller

MID-HIGH

To ‘‘SENSE-LOOP HIGH + MID/LOW‘‘ --input connector of C5 - Controller

TO BASS OUT

Controller signal pick-off from the input of the bass amplifier (line level)

Page 33

Operating Instructions ACCESS SYSTEM

9.2 Connectors of the Bass Connector Panels CP1-B und CP3-B

3) CP1-B

This model is designed to be connected to a 230 V mains supply. The model with the code number ‘1‘ is recognizable by its power supply cable with the blue plug on the front side of the equipment. (CEE 16 A, 3-pin, 230 V, 6 h)

4) CP3-B

This model is designed to be connected to a three-phase supply current with 230 V per phase. The model with the code number ‘3‘ is recognizable by its power supply cable with the red plug on the front side of the equipment.

(CEE 16 A, 5- pin, 400 V, 6 h)

Front

1 2 4

BASS SPEAKER OUT

231

NEUTRIK

PUSH

132

NEUTRIK

INPUT LINK BASS OUT

GROUND

ON OFF

MAINS

ACCESS

234

231

NEUTRIK

PUSH

132

NEUTRIK

132

NEUTRIK

234

L / +

1) INPUT

Balanced XLR input connector (female) for the input signal (e.g. the signal from the mixing console)

2) INPUT --- LINK

Balanced XLR output connector (male) to link the input signal to other devices

3) GROUND LIFT

The Ground Lift switch serves to avoid ground loops. If the Ground Lift switch is set on LIFT, then the Pin 1 (ground) of the input connector is not connected to Pin 1 of the cable IN on the rear of the unit. There is always a connection between the input connector (XLR-female) and the link connector (XLR-male).

4) BASS OUT

This output provides the optional transmission of the bass signal supplied by the C5/9 Controller (LINE) to an additional power amplifier.

5) BASS SPEAKER OUT

The bass speaker(s) are connected to these EP-5 connectors (female). Both connectors are wired in parallel (no stereo signal!)

6) Central Power Supply Cable 6a) The connector panel CP1-B is equipped with a CEE connector 16A, 3-pin,

230V, 6h and serves as a connection to a 230V mains supply. With this model, a total of max. 16A can be connected to the 6 junction boxes.

6b) The connector panel CP3-B is equipped with a red CEE connector 16A, 5-pin,

400V, 6h and serves as a connection to a three-phase current supply with 230V per phase. Please see also topic 7 on the next page.

Page 34

Operating Instructions ACCESS SYSTEM

REAR VIEW

Power Distribution

7 10 11

8 9

CP3-B

CP1-B

Phase 1 / L1

max. 16A

Phase 2 / L2

max. 16A

Phase 1 / L1

max. 16A

Phase 3 / L3

max. 16A

CONNEC TORPANEL CP1- B

Made in

Germany

Voltage:

Max. Total Output:

ProtectionLevel:

SerialNumber:

IP40

115/230 VAC

3x 16A

7) JUNCTION BOXES

Grounding sockets to receive 230V. 7a) CP 1: With this model, a total of max. 16A (not per socket!) can be received

from the 6 junction boxes.

7b) CP 3: With this model, a total of max. 16A/phase (not per socket!) can be re-

ceived from the 6 junction boxes (2 sockets/phase), that means 3 x 16A!

8) TO INPUT: Cable with XLR-male connector to the controller's "input"

This cable supplies the input signal from the front side of the connector panel to

the input connector of the C10 Controller.

9) BASS OUT: Cable with XLR-female connector from the „BASS OUT‘‘ connector of

the C10 Controller. The signal can then be received from the BASS OUT connector at the front of the panel (4).

10) OUTPUT BASS A / OUTPUT BASS B: This cable is connected to the respective

speaker output of the bass power amplifier. The signal is transmitted to the BASS SPEAKER OUT connector (5) on the front side of the device

11) SENSE BASS A / SENSE BASS B: These cables provide the signal of the power

amplifier for the corresponding SENSE INPUT connectors of the C10 Controller where the signal is evaluated.

9.2.1 Connector Panel CP1-B und CP3-B Technical Specifications

Inputs Signal LINE: XLR Speaker signal Low/Mid-High: 4-pin Speakon connector Speaker signal Bass: open wire Bass LINE: open wire CP 1 230 V CEE 3P 1 x 16 A CP 3 400 V CEE 5P 3 x 16 A Outputs Signal LINE Link: XLR Bass LINE: XLR Bass speaker: 2 X EP 5 Top speaker: 2 X EP 5 Max. current capability CP 1 Total max. 16 A from 6 grounding outlets CP 3 Total max 3 x 16 A from 3x2 grounding outlets (2 / phase) Switches Ground Lift (front) Dimensions 483 mm (19‘‘ ) x 88 mm (2U) x 325 mm (W x H x D) Weight CP 1 6.95 kg CP 3 7.05 kg

Warning

Page 35

Operating Instructions ACCESS SYSTEM

9.2.2 CP1-B and CP3-B Pin Diagrams of In- and Outputs

Front

BASS SPEAKER OUT

231

NEUTRIK

PUSH

132

NEUTRIK

INPUT LINK BASS OUT

GROUND

ON OFF

MAINS

ACCESS

231

NEUTRIK

PUSH

132

NEUTRIK

132

NEUTRIK

L / + N

Speaker B

L / +

L 1

L 2

Speaker A

+ Speaker A + Speaker B

CP1-B

CP3-B

132

231

CONN ECTORPAN EL C P1-B

Made in

Germany

Voltage:

Max. Total Output:

Protection Level:

SerialNumber:

IP40

115/ 230VAC

3x 16A

231

1 2

1+ 2

Outputs to speakers

Input, e.g. from mixing console and link connector for linking the input signal to e.g. other amplifier racks

Power supply

Output for optional linking of the signal processed by the C10 Controller, e.g. to additional amplifiers

Output Bass A

To speaker

output of power

amplifier for

speaker A

Output Bass B

To speaker output of power amplifier for speaker B

Sense Bass B

To SENSE INPUT ‚Speaker B‘ of the C10 Controller

To Input

To Input of C10 Controller

Sense Bass A

To SENSE INPUT ‚Speaker A‘ of the C10 Controller

Bass Out

To Bass Out of C10 Controller

Page 36

Operating Instructions ACCESS SYSTEM

10. Connecting Instructions for the ACCESS System

10.1 Wiring

The speaker is equipped with two parallel EP-5 or with Speakon NL4 connectors. Make sure that all units are switched off and all controls are turned down be-fore con-

necting your ACCESS system.

− 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 micro-

phone cable with high-quality connectors.

− Avoid ground loops (see next chapter)

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

− To ensure an in-phase operation and, consequently, a homogeneous sound, make

sure that the +/- polarity of the speakers at the amplifier is correct.

− When simultaneously 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.

− -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:

Make sure that the EP-5-‘Male’ socket with the exposed contacts (male) is used as input to avoid physical contact with 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

total

Important

Warning

Minimum Wire Gauge (mm²) =

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

Page 37

Operating Instructions ACCESS SYSTEM

10.2 Avoiding Ground Loops

10.2.1 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.

10.2.2 Avoiding Ground Loops

If there is a loud humming or buzzing after the ACCESS 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,

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 sup-ply

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

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.

Important

Warning

Important

Page 38

Operating Instructions ACCESS SYSTEM

11. Recommended Amplifier Performance for the ACCESS System

An audio system is expected to transmit dynamic signals and peaks without distortion. This needs to be considered when determining if a power amplifier is adequate for a

speaker system. Possible peak power levels of an amplifier are more relevant in this consideration than the RMS power (continuous power output, root mean square value) generally provided by the manufacture.

Unfortunately, an amplifier’s RMS power is no indication for its specific peak power. The difference between peak and RMS power is, however, generally lower with operations with high impedance load than with low impedance operations.

Because of this, we also specify a recommended peak power (10ms/1kHz) in addition to the usual RMS power recommendation. This peak power can be calculated or provided by the manufacturer of the respective equipment.

1. 1 Power Amplifier for 1 x T5 / T9:

2 x 700-900 W RMS (1000 W peak )/ 4Ω

1 x Controller K&F C5/9

2. 1 Power Amplifier for 2 x T5 / T9:

2 x 1100-1500 W RMS (2000 W peak) / 2Ω

1 x Controller K&F C5/9

3. 1 Power Amplifier for 2 x mid channel:

2 x 700-900 W RMS (1000 W peak) / 4Ω

1 Power Amplifier for 2 x high channel:

2 x 200-250 W RMS (250 W peak) / 8Ω

2 x Controller K&F C5/9

4. 1 Power Amplifier for 1 x B5:

2 x 700-800 W RMS (850 W peak) / 8Ω 1 x Controller K&F C5/9

Page 39

Operating Instructions ACCESS SYSTEM

5. 1 Power Amplifier for 2 x B5:

2 x 1200-1400 W RMS (1700 W peak) / 4Ω

1 x Controller K&F C5/9

6. 1 Power Amplifier for 1 x B10:

2 x 700-1000 W RMS (1000 W peak) / 8Ω

1 x Controller K&F C5/9

7. 1 Power Amplifier for 2 x B10:

2 x 1200-1600 W RMS (2000 W peak) / 4Ω

1 x Controller K&F C5/9

11.1 Correct Bass and Top Speaker Ratio

When making adjustments on the power amplifier, it is extremely important that the volume levels for the top speakers T5/T9 and the amplifiers for the bass systems are correct.

The C5/9 Controller is designed so that when a top speaker T5/T9 and two ass speakers B5 are combined, the power amplifier’s gain for the tops should be approx. 3dB lower than the gain of a bass power amplifier in stereo- and dual-mono operations (with level controls at maximum).

This ratio can change with other configurations. One reason for this is the different dispersion coverage of bass and mid/high speakers. When the number of basses is doubled, the volume of basses set up next to each other can increase by max. +6dB (+3dB efficiency and +3dB from doubling the amplifier’s power). The level of the tops does not increase in this manner because of the directivity.

The position of a bass speaker has a large influence on the actual volume. A bass speaker on the floor can be a few decibels louder than a flown bass system because of floor reflections. Because of this, the sound engineer must always do some fine-tuning on the amplifier controls (not on the mixing console!) when tuning the system.

The gain of the power amplifier is generally found in the user’s manual. Customized adjustment of the C5/9 Controller to individual power amplifiers If the C5/9 Controller should be customized to the particular amplifiers with which it will

be used, please contact KLING & FREITAG GmbH. We would be happy to adjust the C5/9 Controller to meet your individual needs. In doing so, it would generally no longer be necessary for the owner to make further adjustments on the power amplifiers when using the standard configuration 1 x T5 or T9 and 2 x B5.

Page 40

Operating Instructions ACCESS SYSTEM

12. Mounting Instructions for Loudspeakers

Mount the speakers securely. 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 securing straps. When laying the connecting cables, make sure that no-body can trip.

The stability of stacked systems (also valid for the use of stands and distance rods!) is contingent upon the following stability requirement. These conditions must, therefore, be guaranteed by the user:

Stacked systems may not fall over even if they are incline

Stacked systems may not fall over even if they are inclineStacked systems may not fall over even if they are incline

Stacked systems may not fall over even if they are inclined by 10° in each dire

d by 10° in each dired by 10° in each dire

d by 10° in each direcccction.

tion. tion.

tion.

If this requirement is not fulfilled, then it is necessary to take steps to achieve

If this requirement is not fulfilled, then it is necessary to take steps to achieve If this requirement is not fulfilled, then it is necessary to take steps to achieve

If this requirement is not fulfilled, then it is necessary to take steps to achieve compliance. Possible measures include strapping it to an appropriate

compliance. Possible measures include strapping it to an appropriatecompliance. Possible measures include strapping it to an appropriate

compliance. Possible measures include strapping it to an appropriate----ate base

ate base ate base

ate base

structure or fastening it using safety straps.

structure or fastening it using safety straps.structure or fastening it using safety straps.

structure or fastening it using safety straps.

Warning

Page 41

Operating Instructions ACCESS SYSTEM

12.1 Mounting and Stacking the ACCESS Systems

1.)

2.)

Reach into the speaker’s butterfly handles...

...and turn the speaker onto its lower edge.

3.)

4.)

Lean the speaker farther forward

and press your body weight against it so that the speaker does not suddenly fall forward.

Lift up the next speaker with a second person, as illustrated. Make sure to lift from your knees and not your back.

5.)

6.)

Set the bottom side of the speaker

on the back edge of the bottom speaker. Put the speaker up on top with a sweeping movement of the arm.

Shove the speaker into the correct

position so that the stacking feet fit on top of the grooves of the lower speaker. Secure the speaker add

Secure the speaker addSecure the speaker add

Secure the speaker addi-

i-i-

tionally with a securing strap.

tionally with a securing strap.tionally with a securing strap.

tionally with a securing strap.

Warning

Page 42

Operating Instructions ACCESS SYSTEM

12.2 Using the MAN Rigging Points

Eyebolt MAN installation stud.

To be used with fixed installations.

No No

additional speakers may by suspen

additional speakers may by suspenadditional speakers may by suspen

additional speakers may by suspend-

d-d-

ed from the eyebolt MAN install

ed from the eyebolt MAN installed from the eyebolt MAN install

ed from the eyebolt MAN installa-

a-a-

tion stud.

tion stud.tion stud.

tion stud.

Eye bolt MAN stud plate (HWSP)

To be used with mobile installations.

1.)

Loosen all but the last two threads of the stud’s nut. Put the eyebolt in the speaker’s receptacle so that the tip of the nut points down.

Pull up the eyebolt’s locking device with the thumb and index finger and put the eyebolt into the speaker’s receptacle.

2.)

Pull up the eyebolt and screw it in tightly. Then loosen the eyebolt by maximal ½ turn so that it cannot be tightened all the way when the speaker is tilted.

Pull up the eyebolt while pulling on the locking device. Then let go of the locking device.

3.)

Make sure that the eyebolt is stable and that it cannot be pulled down.

4.)

When using chains, make sure that the

openings of the hooks are always turned toward the front side of the speaker.

Warning

Page 43

Operating Instructions ACCESS SYSTEM

13. Operating the ACCESS SYSTEM

− Make sure to observe the instruction in the loudspeaker’s manual as well as in the

included safety and mounting Instructions for loudspeakers and accessories.

− Switch off all equipment and turn off all controls.

− Wire the ACCESS System according to the pin diagrams as shown before.

− Now switch on the peripheral equipment first (mixing console, effects etc.), fol-

lowed by the ACCESS Controller 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.

− Turn up the input controls of the amplifiers. If there is interference, turn off all

appliances in the reverse order and check all cable connections.

− Next, turn on the ACCESS Controller 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 ACCESS System. In doing so, all amplifier input controls need to be turned off again. Turn on the control for the left high channel and check that the correct high signal is coming out of the high chassis in the left speaker. The Sense LED for the high channel of the respective ACCESS C5 Controller will light up green at a level of at least ---40dB. If the wrong LED lights up or a wrong (i.e. high signal from

a bass speaker) or distorted signal occurs, then there is a mistake in the wiring.

− The system is now ready to operate. The power amplifiers can now be turned on

all the way (see also LEVEL). Use the LEVEL control on the ACCESS Controller to

set the level of the ACCESS System to the desired setting.

− The levels on the mixing console can now be turned up. When turning off the sys-

tem, the input controls for the power amplifiers should be switched off first followed by the amplifiers. After that, the other appliances can be turned off.

Important

Page 44

Operating Instructions ACCESS SYSTEM

14. Connection Diagrams

14.1 ACCESS System with Controller C5/9 and CP1/3

INPUT e.g. from mixer, AUX or Connector Panel LINK e.g. to next Connector Panel or Controller

To bass out

Bass A / Bass B

Mid-High

BASS OUT for extra Bass Amp

MAIN SUPPLY CP1: 230V / CP3 400V

B10 or B5 T5 or T9

MAX.16A

CONNECTOR PANEL CP3

Made in

Germany

Voltage:

Max. Total Output:

Protection Level:

Serial Number:

IP 40

115 / 230 VAC

3 x 16A

SEQUENCE

RCV

INPUT CH 2 INPUT CH 1

OUTPUTS

SND

CH 2 CH 1

CH 2 CH 1 (Mono)

Inputs

CH2

CH 1

Sequence

Ch 2

Ground

Lift

Ch 1

snd rcv snd rcv

If available use Dual Mono Mode

Connect to amplifier input link

If Mono Mode is

󴄀not available, link CH 1 to CH 2 and turn both chanels to the same level

red label

In combination with Connector Panel: Set Ground Lift always on "Ground"

yellow label

green label

Dual Mono

BASS SPEAKER OUT

INPUT LINK BASS OUT

GROUND

ON OFF

TOP SPEAKER OUT MAINS

ACCESS

L 1

L 2

L 3

red

black

blue

HIGH MID

MID 1+ / 1-HIGH 2+ / 2-

+15V e.g. for optional power sequencing

Bass B

Bass A

1 2132 21

POWER SEQUENCE

VOLTAGE SELECTOR

Germany

CONTROLLER K&F ACCESS C5/9

T 500 / T 315mA

115 / 230VAC

50-60Hz / 30VA

READ MANUAL BEFORE USE

SEND (+15 V)

Made in

Serial Number:

Power Requirements:

Fuse 115 / 230V:

115

2 3 0

FREITAG GmbH&KLING

I N P U T

1 2

LINK

F T

BASS MID

HIGH

Page 45

Operating Instructions ACCESS SYSTEM

14.2 ACCESS System with Controller C5/9, no Connector Panel

MID OUT (1+ / 1-) / HIGH OUT (2+ / 2-)

MID

HIGH

SEQUENCE

RCV

INPUT CH 2 INPUT CH 1

SND

Sequence

Ch 2

Ground

Lift

Ch 1

snd rcv snd rcv

T5 or T9

B10 or B5

Dual Mono

HIGH MID

BASS

SPEAKER A

BASS

SPEAKER B

OUTPUTS

CH 2 CH 1

CH2

CH 1

Bass B

Bass A

CH 2 CH 1 (Mono)

Inputs

If available use Dual Mono Mode

If Mono Mode is not available, link CH 1 to CH 2 and turn both chanels to the same level

+15V e.g. for optional power sequencing

MID/LOW 1+ / 1-HIGH 2+ / 2-

1 2132 21

POWER SEQUENCE

VOLTAGE

SELECTOR

Germany

CONTROLLER K&F ACCESS C5/9

T 500 / T 315mA

115 / 230VAC

50-60Hz / 30VA

READ MANUAL BEFORE USE

SEND (+15 V)

Made in

Serial Number:

Power Requirements:

Fuse 115 / 230V:

115

2 3 0

FREITAG GmbH&KLING

I N P U T

1 2

LINK

F T

BASS MID

HIGH

Page 46

Operating Instructions ACCESS SYSTEM

14.3 Optimised Operations with B10, C10 and CP1/3-B

INPUT e.g. from

mixer, AUX or

Connector Panel

LINK e.g. to next Connector Panel or Controller

BASS OUT for extra Bass Amp

MAIN SUPPLY CP1-B: 230V / CP3-B 400V

BASS A BASS B

MAX.16A

CONNECTORPANE L CP3-B

Made in

Germany

Voltage:

Max. Total Output:

ProtectionLevel:

SerialNumber:

IP40

115/230 VAC

3x 16A

CH 2 CH 1 (Mono)

Inputs

CH2

CH 1

Sequence

Ch 2

Ground

Lift

Ch 1

snd rcv snd rcv

If available use Dual Mono Mode

If Mono Mode is not •available, link CH 1 to CH 2 and turn both chanels to the same level

- -

In combination with Connector Panel: Set Ground Lift always on "Ground"

green label

Dual Mono

BASS SPEAKER OUT

231

NEUTRIK

PUSH

132

NEUTRIK

INPUT LINK BASS OUT

GROUND

ON OFF

MAINS

ACCESS

L 1

L 2

L 3

231

NEUTRIK

PUSH

132

NEUTRIK

132

NEUTRIK

+15V e.g. for optional power sequencing

SENSE BASS A

I N P U T

LINK

XLR

L I

B A S S

O U

PARALLEL

231 21

SENSE BASS B

2 IN

+-2

SPEAKON

50-60Hz / 30VA

115 / 230VAC

Made in

T 500 / T 315mA

CONTROLLER K&F ACCESS C10

READ MANUAL BEFORE USE

SEND (+15 V)

POWER SEQUENCE

Germany

Fuse 115 / 230V:

Power Requirements:

Serial Number:

KLING

2 3 0

115

SELECTOR

VOLTAGE

& FREITAG GmbH

Bass B Bass A

Sense A

OUT

Sense B

Page 47

Operating Instructions ACCESS SYSTEM

14.4 Optimised Operations with B10, C10 without CP1/3-B

Sequence

Ch 2

Ground

Lift

Ch 1

snd rcv snd rcv

Dual Mono

BASS

SPEAKER A

BASS

SPEAKER B

CH2 CH 1

- -

Bass B

Bass A

INPUT e.g. from mixer

INPUT LINK e.g. to next C5/9 or C10 etc.

PARALLEL BASS OUT e.g. to next amp

CH 2 CH 1 (Mono)

Inputs

If available use Dual Mono Mode

If Mono Mode is not available, link CH 1 to CH 2 and turn both chanels to the same level

+15V e.g. for optional power sequencing

SENSE BASS A

I N P U T

LINK

XLR

L I

B A S S

U T

PARALLEL

231 21

SENSE BASS B

2 IN

+-2

SPEAKON

50-60Hz / 30VA

115 / 230VAC

Made in

T 500 / T 315mA

CONTROLLER K&F ACCESS C10

READ MANUAL BEFORE USE

SEND (+15 V)

POWER SEQUENCE

Germany

Fuse 115 / 230V:

Power Requirements:

Serial Number:

KLING

2 3 0

115

SELECTOR

VOLTAGE

& FREITAG GmbH

Page 48

Operating Instructions ACCESS SYSTEM

15. Sound Pressure Dispersion of Mid-High Systems T5 & T9

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.

To simulate the correct alignment of the speakers beforehand, there are various programs such as ‘‘Ease‘‘, ‘‘Ulysses‘‘ or ‘‘CADP 2‘‘. The Kling & Freitag speaker system data for downloads is available on our homepage ‘‘www.kling-freitag.de‘‘.

The following graphics will assist in making a rough estimate as to the level distribution of the ACCESS System’s mid/high systems. The graphics only take into consideration the sum of the direct sound and not the influence of the room. The listening level is at 1.2 m. Because of this there can, in some cases, be noticeable deviation.

1 x T5: SPL Peak 143 dB (1W/1m) direct sound level

143dB

137dB

131dB

125dB

119dB

113dB

2m 4m 8m 16m 32m

50m

109dB

1 x T9: SPL Peak 139 dB (1W/1m) direct sound level

139dB

133dB

127dB

121dB

115dB

109dB

2m 4m 8m 16m 32m

50m

105dB

Graphic illustration of the dispersion coverage of ACCESS T5 and T9 (4 kHz)

Based on the graphics shown here, it is clear that the more narrowly distributing system T5 carries more acoustic pressure at the bottom than the broadly dispersed ACCESS T9. The horizontal sound distribution of the T5 loudspeaker, especially in the near field, is not as homogeneous as with the T9 system. The T9 system has a more gradual sound dispersion. These varying properties can be taken advantage of and combined for specific uses.

T5 T9

10 20 30 40

10 20 30

Page 49

Operating Instructions ACCESS SYSTEM

15.1 Sound Pressure Dispersion of combined Mid-High Systems

Illustration of coverage pattern 2 x T5 (4 kHz)

10 20 30 40

With the combination 2 x T5, it is possible to increase the horizontal coverage as compared to the individual system while still achieving the far-reaching sound pressure level of the T5 System. This combination is suited as i.e. a central cluster.

Illustration of coverage pattern 1 x T5 and 1 x T9 (4 kHz)

10 2 0 30 4 0

With the combination 1 x T5 and 1 x T9, it is possible to increase the horizontal coverage even more. This combination is well suited for the coverage of a room from two outer edges of the stage. From the front edge of the stage to the far end of a room it is possible to achieve a very constant distribution of sound pressure (distance of both systems max. 15 m, T9 System in the middle)

Illustration of coverage pattern 2 x T9 (4 kHz)

10 2 0 30 40

2 T9 Systems should be set up side by side only when large angles (<100°) are to be acoustically covered.

Page 50

Operating Instructions ACCESS SYSTEM

15.2 Sound Pressure Dispersion in Relation to the Position

It is often appropriate to use a flying speaker system because the sound can disperse more evenly throughout the room. Systems, which are set-up on the ground, lead to stronger volume differences between the front and rear listeners than with a flown system. This is shown in the illustration of the different system set-ups. (here 2 x T5)

2 x T5 on two bass systems.

10 20 3 0 4 0

The high-mid system has the necessary base height (always above face level) to irradiate an event with a standing audience. The difference in loudness level between the front and rear seats is relatively large. This form of ‘‘stacking’’ is, therefore, better suited for smaller rooms or dance floors in clubs.

2 x T5 on stage and two bass systems.

10 20 3 0 40

The additional stage height and the slight tilt of the high-mid systems make it possible to reduce the sound level difference between the front and rear seats. If feasible, this version is preferable to the previously described version (especially in mid-sized rooms).

2 x T5 flown and tilted.

10 20 30 40

5,5m

20° 30°

Because of the tilt and height of the high-mid systems it is possible to achieve the most even distribution of sound with the lowest sound level difference between the front and rear sets. This version should, if feasible, always be used when there is a large audience area to be covered.

Page 51

Operating Instructions ACCESS SYSTEM

16. Basic Rules for the Alignment of the ACCESS Systems

If several ACCESS systems should be combined, the following rules should be followed; with this, for example, also the correct horizontal alignment of several systems set up side by side.

1. The ACCESS mid-high systems should be set up horizontally by using only the fol-

lowing angles to one another:

20°

Hor. alignment T5/T5:

Optimal: 30° Minimum: 10° Maximum: 30°

The ideal alignment of two clustered T5 Systems is achieved via the rear enclosure angle of the speakers. If the enclosures are placed directly next to each other, then there is a coverage of 30°, as shown above.

40°

Hor. alignment T5/T9:

Optimal: 50° Minimum: 30° Maximum: 60°

If a T9 System is insufficient, then the combination of T5 to T9 functions very well and is suited for the acoustic irradiation of a room from two outer edges of a stage.

50°

Hor. alignment T9 /T9:

Optimal: 60° Minimum: 30° Maximum: 70°

The combination of T9 to T9 cannot be universally recommended because there are often problems with interference in the 90° system. Consequently, it is only recommendable in special cases, i.e. when very wide angles are to be covered (>100°).

2. Never set up more than 2 mid-high systems directly next to one another. Always

build in a bass system:

T5T5

Page 52

Operating Instructions ACCESS SYSTEM

3. When clustering in several levels, make sure that the mid-high and bass systems are

set up in a chequered pattern. 4 mid-high systems should never be set up directly to one another. This set-up would lead to uncontrollable interference in the low-mid range:

T5/9 T5/9 T5/9

T5/9 B5 T5/9 T5/9

B5 B5B5

T5/9

B5 T5/9 T5/9 T5/9

T5/9 T5/9

T5/9

T5/9 T5/9

B5 B5B5

B5B5B5

4. Always align the ACCESS System vertically so that the top speaker is aimed towards

the back row of the audience. By doing so, the sound pressure will always reach as deeply as possible into the far field. As a further step in effectively covering the far field, the mid-high systems which target the furthest audience members should only be slightly tilted so that a summation of sound pressure can be achieved in the back.

When considering the near field, make sure that the front listeners are within the coverage range of the lowest mid/high system.

When the number of basses is doubled, the volume of clustered basses can increase by max. +6dB (+3dB efficiency and +3dB from doubling the amplifier’s power). The volume of the top speakers increases not in the same manner as described above because of the different dispersion pattern.

The position of a bass speaker has a large influence on the actual volume. A bass speaker on the floor can be a few decibels louder than a flown bass system.

For these reasons, the number of necessary bass systems can vary greatly from case to case. For large configurations, a ratio of one bass speaker B5 to one top speaker is generally necessary. For smaller uses (i.e. 1-2 tops per side), a ratio of 2 bass systems B5 to 1 top is sufficient --- especially when the bass systems are flown.

Page 53

Operating Instructions ACCESS SYSTEM

17. Examples of Configurations and Applications

1. Application: Acoustic-Jazz / Folk / Classics, speech Auditorium: approx. 800 persons, depending on the

room geometry

Speakers / Side: 1 x T9 / 1 x B5 Rec. Ampl. / Side: T9: 1 power amplifier with 2 x 700-900 W

RMS (1000 W peak) @ 4Ω B5: 1 power amplifier with 2 x 700-800 W

RMS / (850 W peak) @ 8Ω

Controller / Side: 1 x C5/9 or similar

2. Application: Acoustic-Jazz / Folk / Classics, speech Auditorium: approx. 800 persons, depending on the

room geometry

Speakers / Side: 1 x T9 / 1 x B5, 1 x B10 (mono) Rec. Ampl. / Side: T9: 1 power amplifier with 2 x 700-900 W

RMS (1000 W peak) @ 4Ω B5: 1 power amplifier with 2 x 700-800 W

RMS / (850 W peak) @ 8Ω B10: 1 power amplifier with min. 2 x 700-

1000 W RMS (1000 W peak) @ 8 Ω

Controller / Side:

1 x C5/9 or similar

1 x C 10 or similar

Page 54

Operating Instructions ACCESS SYSTEM

3. Application: Rock / Pop / Disco

Auditorium: approx. 800 persons, depending on room geometry

Speakers / Side: 1xT9 / 2 x B5

Rec. Ampl. / Side: T9: 1 power amplifier with 2x700-900 W RMS

(1000 W peak) @ 4Ω B5: 1 power amplifier with 2 x 1200-1400 W RMS (1700 W peak) @ 4Ω

Controller / Side: 1 x C5/9 or similar

4. Application: Rock / Pop / Disco / Techno, same as 3.0,

but 1 x ACCESS B10 instead of 2 x ACCESS B5

Auditorium: approx. 800 persons, depending on room geometry Speakers / Side: 1 x T9 / 1 x B10 Rec. Ampl. / Side: T9: 1 power amplifier with 2 x 700-900 W RMS (1000

W peak) @ 4Ω

B10: 1 power amplifier with min.2 x 700-1000 W

RMS (1000 W peak) @ 8Ω

Controller / Side:

1 x C5/9 or similar

1 x C10 or similar

Page 55

Operating Instructions ACCESS SYSTEM

5. Application: Acoustic-Jazz / Folk / Classics / speech Auditorium: approx. 1200 persons, depending on room geometry Speakers / Side: 1 x T9 inside / 1 x T5 outside / 2 x B5 Rec. Ampl. / Side: T5 & T9: 1 power amplifier with 2 x 1100-1500 W

RMS (2000 W peak) @ 2Ω B5: 1 power amplifier with 2 x 1200-1400 W RMS (1700 W peak) @ 4Ω

Controller / Side: 1 x C5/9 or similar

6. Application: Rock / Pop / Disco / Techno

Option for wide rooms.

Stage width > 12m: sound distribution from stage edge!

Auditorium: approx. 1800 persons, depending on room geometry Speakers / Side: 1 x T5 / 1 x T9 / 2 x B5 / 1 x B10 Rec. Ampl. / Side: T5 & T9: 1 power amplifier with 2 x 1100-1500 W

RMS (2000 W peak) @ 2Ω B5: 1 power amplifier with 2 x 1200-1400 W RMS

(1700 W peak) @ 4Ω

B10: 1 power amplifier with min. 2 x 700-1000 W RMS (1000 W peak) @ 8Ω

Controller / Side: 1 x C5/9 or similar 1 x C10 or similar

Page 56

Operating Instructions ACCESS SYSTEM

7. Application: Classics / Jazz/ Rock / Pop / Disco Option for wide rooms and stage width > 15m

Centre Cluster as direction reference as separate channel for soloists, talkers etc.

Auditorium: approx. 2500 persons, depending on room geometry Speakers / Channel: left: 1 x T5 / 1 x T9 / 2 x B5 / 1 x B10

right: same as left Centre: outside 2 x T9; inside 1 x T5 / 1 x B5 Rec. Ampl. / Channel: left: T5 & T9: 1 power amplifier with 2 x 1100-

1500 W RMS (2000 W peak) @2Ω

B5: 1 power amplifier with 2 x 1200-1400 W RMS (1700 W peak) @ 4Ω

B10: 1 power amplifier with min. 2 x 700-1000 W RMS (1000 W peak) @ 8Ω

right: same as left

Centre: T9: 1 power amplifier with 2 x 1100-1500 W RMS (2000 W peak) @ 2Ω T5: 1 power amplifier with 2 x 700-900 W RMS (1000 W peak) @ 4Ω

B5: 1 power amplifier with 2 x 700-800 W RMS / (850 W peak) @ 8Ω

Controller / Channel: Links: 1 x C5/9 or similar 1 x C10 or similar

right: same as left Centre: 1 x C5/9 or similar for T9;

1 x C5/9 or similar for T5 / B5, (e.g. with High Boost for large distances)

Page 57

Operating Instructions ACCESS SYSTEM

8. Application: Classics / Jazz/ Rock / Pop / Disco Option for wide rooms with terraces, e.g. medium town halls.

Stage width > 12m: sound distribution from stage edge!

Auditorium: approx. 4000 persons, depending on room geometry

Speakers / Side: 2 x T5 / 2 x T9 / 2 x B5 / 1 x B10

Rec. Ampl. / Side: T5: 1 power amplifier 2 x 1100-1500 W RMS

(2000 W peak) @ 2Ω T9: 1 power amplifier 2 x 1100-1500 W RMS

(2000 W peak) @ 2Ω

B5: 1 power amplifier 2 x 1200-1400 W RMS (1700 W peak) @ 4Ω

B10: 1 power amplifier min. 2 x 700-1000 W RMS (1000 W peak) @ 8Ω

Controller / Side: T9 / B5: 1 x C5/9 or similar T5: 1 x C5/9 or similar B10 1 x C10 or similar (with High Boost for large distances)

Comment:

The configuration examples could be continued in this fashion; there are no limits for the dimensions. It is, however, recommendable to build a delay line into configurations as of a certain distance because of possible winds or echoes in large rooms.

To plan an acoustic irradiation beforehand, there are various programs such as ‘‘Ease‘‘, ‘‘Ulysses‘‘ or ‘‘CADP 2‘‘. The Kling & Freitag speaker system data for download is available from our website ‘‘www.kling-freitag.de’’.

Page 58

Operating Instructions ACCESS SYSTEM

18. Accessories for the ACCESS System

Single Bar

e.g for ACCESS T5, T9, B5, CA 1201, CA 1215, CA 1515, SW 112 (only with option 'Suspension'), SW 115D - XO, SW 118E, a.o. including Delta-bracket and 2x 1/2"shakle colour: black [2N]

Single Bar 'Align-Set' (supplement for [2N])

1 x Half-Coupler wide with eyenut, 1 x Half-Coupler narrow with M12 screw, 1 x rotation-bracket, 1 x safety colour: black [2O]

ATM - ACCESS Main Bar

Available at ATM ATM (www.atm-fly-ware.com), part no. AT MEGS-575-T ATM MEGS series truss module; 575 mm colour: black [2P]

ATM - ACCESS Splay

colour: black [2Q]

ACCESS Curving Hook

To optimise the rigging-curve of Access T5 / T9 und B5. Stabilises and aligns spaekers that are ß own below one another. During tying up the strap, the speakers will slide in the right position. Especially recommended in combination with multi-functional ratched strap [3K] colour: black [3J]

Stud Plate K&F ACCESS

(equal to MAN STUD Plate (HWSD) colour: black [2R]

Adjustable chain

sinistral / dexter, shortenable, loadable max. 1t, with quality-signet colour: black [2T]

Multi-functional ratchet strap

for controlled releasing (sprocket for sprocket), 8 m, loadable max. 2t, recommended for using with ACCESS Curving Hook [3J] colour: black [3K]

Ratchet strap

8 m, loadable max. 5t colour: black [2U]

Multi-functional ratchet strap two pieces

for controlled releasing (sprocket for sprocket), 8 m, loadable max. 2t, recommended for using with ACCESS Curving Hook [3J] colour: black [3K]

Page 59

Operating Instructions ACCESS SYSTEM

[2V]

[2W]

Transport cover ACCESS T5 / T9 / B5

colour: black[3F]

Transport cover ACCESS B10

colour: black[3G]

EP-5 loudspeaker cable 2,5

flexible PVC sheated cable, 4x 2,5 mm2, EP-5 male / female

colour: black

2m, 5m, 10m, 20m

EP-5 loudspeaker cable 4,0

flexible PVC sheated cable, 4x 4 mm2, EP-5 male / female

colour: black

2m, 5m, 10m, 20m

Applications:

Page 60

Operating Instructions ACCESS SYSTEM

19. Regulations for Disposal

19.1 Germany:

It is not allowed to dispose of used electrical equipment as domestic waste.

But please do not dispose of them at official collecting points for recycling either! All Kling & Freitag products are plain business-to-business (B2B) products. Disposal of

Kling & Freitag products labelled with a waste bin sign have thus to be disposed of by Kling & Freitag alone. Please call Kling & Freitag at the number stated below if you have a Kling & Freitag product to be disposed. We will offer you a straightforward and professional disposal not affecting costs.

If there is no dustbin sign on one of your Kling & Freitag products, because they have been sold before March 2006 then by law the owner is in charge of the disposal. For these we will be happy to assist and offer you proper ways of disposal.

Telephone number to call about the disposal of used Kling & Freitag products: +49 (511)-96 99 7-0

Explanation: With the ElektroG (law relating to electrical and electronic equipment and appliances)

we have complied with the EU-directive on waste electrical and electronic equipment (WEEE, 2002/96/EC)

The Kling & Freitag AG has thus labelled all products mentioned in the WEEE from 03/24/2006 onwards with a sign with a crossed out waste bin and a white bar below. This sign indicates that the disposal into the domestic waste is prohibited and that the product has been put into circulation at the 03/24/2006 earliest.

The Kling & Freitag GmbH has been legally registered as a manufacturer with the registration office EAR. Our WEEE Registration-Nr. is: DE64110372

For the German Registration office EAR we have accredited that our products are sole B2B products.

19.2 EU, Norway, Island, and Liechtenstein (not Germany):

It is not allowed to dispose of used electrical equipment as domestic waste.

The Kling & Freitag AG has thus labelled all products coming from EU-Member countries as well as Norway, Island and Liechtenstein (except Germany) mentioned in the WEEE from 08/13/2005 onwards with a sign with a crossed out waste bin and a white bar below. This sign indicates that the disposal into the domestic waste is prohibited and that the product has been put into circulation at the 08/13/2005 earliest.

Unfortunately the European directive WEEE has been complied with implementing different national provisions of law throughout all member countries, which makes it impossible for us to offer consistent solutions for the disposal throughout Europe.

Responsible for complying with these provisions of law is the local distributor (importer) of each country.

For proper disposition of used products in accordance with these local provisions in the mentioned countries of the European Union (except Germany) please ask your local dealer or the local authorities.

19.3 Other countries

For proper disposition of used products in accordance with local provisions in other countries please ask your local dealer or the local authorities.