d & b audiotechnik Q Series Quick start guide

Q-Series
Rigging manual (1.2EN)
Z5159 Q Flying frame
Z5156 Q Flying adapter

References in the manual
WARNING! This refers to a potentially dangerous situation which may
lead to personal injury.
CAUTION! This refers to a potentially dangerous situation which may
lead to damage to the equipment.
IMPORTANT! This refers to a situation which may cause the equipment to
malfunction.
Note: Additional information and/or references.
Symbols on the equipment
Please refer to the information in the operating manual.
General Information
Q-Series
Rigging manual
Version 1.2EN, 02/2007, D2951.E.01
Copyright © 2007 by d&b audiotechnik AG; all rights reserved.
Keep this manual with the product or in a safe place so that
it is available for future reference.
d&b audiotechnik AG
Eugen-Adolff-Strasse 134, D-71522 Backnang, Germany
Telephone [phone], Fax [phone]
E-mail: [email protected], Internet: www.dbaudio.com

Contents
1. Safety precautions..........................................................4
1.1. Intended use.....................................................................................4
1.2. General safety instructions...............................................................4
1.3. Load capacity/System safety..........................................................4
1.3.1. ArrayCalc / TI 385...............................................................4
2. Q-Series array with the Z5159 Q Flying frame................5
2.1. Rigging components.........................................................................6
2.1.1. Z5159 Q Flying frame..........................................................6
2.1.2. Z5155 Q Hoist connector chain..........................................6
2.1.3. Z5154 Q Rigging set............................................................6
2.2. Preparation for the set up................................................................7
2.3. Assembly of the array......................................................................7
2.4. Alternative set up..............................................................................9
2.5. Final check of the array.................................................................10
2.6. Hoisting the array..........................................................................10
2.7. Derigging.......................................................................................10
2.8. Ground stacks supported by the Q Flying frame.........................10
3. Z5156 Q Flying adapter................................................11
3.1. Load capacity/System safety........................................................11
3.2. Suspension of the Q Flying adapter.............................................11
3.3. Assembly........................................................................................11
4. Secondary safety..........................................................12
4.1. Secondary safety at Z5159 Q Flying frame................................12
4.2. Secondary safety at Z5156 Q Flying adapter............................13
5. Aiming and securing of the array..................................14
5.1. Horizontal aiming and securing of the array...............................14
5.2. Modifying the vertical aiming of the array...................................14
6. Wind loads...................................................................15
7. Care and maintenance / Disposal.................................16
7.1. Transport / Storing........................................................................16
7.2. Visual and functional inspection...................................................16
7.3. Disposal..........................................................................................16
EC Declaration of Conformity............................................17
Q-Series Rigging manual (1.2EN) - Contents - 1

1. Safety precautions
1.1. Intended use
The Q-Series rigging components must only be used in conjunction with
the d&b Q-Series loudspeakers as described in this manual.
Installation and set up should only be carried out by qualified and
authorized personnel observing the valid national Rules of Prevention of
Accident (RPA).
It is the responsibility of the person installing the
assembly to ensure that the suspension/fixing points
are suitable for the intended use.
1.2. General safety instructions
WARNING! All system components must be inspected for faults before use. This also
includes the loudspeaker and in particular the rigging sockets of the
cabinets.
Damaged components must be withdrawn from use immediately.
Please pay attention to section 7. Care and maintenance / Disposal on
page 16 of this manual.
When chain hoists are in operation ensure that there is nobody directly
underneath or in the proximity of the load.
1.3. Load capacity/System safety
WARNING! The Q Flying system (frame and loudspeakers) is designed
to suspend a total system weight of 480 kg (1058 lb)
Working Load Limit (WLL) according to BGV C1.
The rigging components allow arrays up to a total system weight of
240 kg (527 lb) to be flown in any vertical splay angle configuration.
If the array contains Q-SUB cabinets these must always be positioned at
the top of the column.
For arrays with a total system weight of more than 240 kg (527 lb) the
load conditions within the rigging components have to be checked using
the ArrayCalc array calculator.
Under no circumstances climb on the array.
1.3.1.ArrayCalc/TI385
The use of ArrayCalc is described in "TI 385 J-Series and Q-Series system
design, d&b ArrayCalc" which is supplied with the Q Flying frame.
ArrayCalc can be downloaded at www.dbaudio.com.
This TI also includes typical array configurations within the permitted load
limits.
Carefully read this TI to become familiar with the operation and behaviour
of ArrayCalc and in particular with the mechanical load conditions and
limitations.
We also recommend to attend the regularly hosted d&b Q-Series training
seminars. Further information of the d&b seminars can be requested
directly from d&b audiotechnik sales partners.
Q-Series Rigging manual (1.2EN) - Safety precautions - 1/Page 4 of 20

2. Q-Series array with the Z5159 Q Flying frame
Z5152
Q Front link
Z5153
Locking pins 8 mm
Z5151
Q Splay link
0 TO FRAME
position between
flying frame and
first cabinet
Fig. 1: Q-Series rigging assembly
Q-Series Rigging manual (1.2EN) Page 5 of 20

2.1. Rigging components
Q-Series arrays suspended by the Z5159 Q Flying frame are assembled
using the following rigging components:
2.1.1.Z5159QFlyingframe
Fig. 2: Z5159 Q Flying frame
The Z5159 Q Flying frame is designed to support arrays consisting of the
following loudspeakers:
Code Type Weight incl. array links
Z0510 Q-SUB 42 kg (93 lb)
Z0501 Q1 23 kg (51 lb)
Z0507 Q7 23 kg (51 lb)
Z0511 Q10 23 kg (51 lb)
The weight of the Q Flying frame is 13 kg (29 lb)
80 [3.2"]
4 [0.16"]
12.5 [0.5"]
7 [0.3"]
603 [23.7"]
589 [23.2"]
685 [27"]
Fig. 3: Z5159 Q Flying frame dimensions in mm [inch]
2.1.2.Z5155QHoistconnectorchain
Fig. 4: Z5155 Q Hoist connector chain
The Z5155 Q Hoist connector chain is used to connect the lifting motor(s)
to the Q Flying frame using one or two 1t Shackles supplied with the
connector chain. Its length of 52 cm (20.5“) allows enough space for the
hang of most 1t motor chain containers.
2.1.3.Z5154QRiggingset
a) b) c )
Fig. 5: Z5154 Q Rigging set
One set is required for each Q-Series cabinet within a vertical array. The
rigging set includes the following components:
2 x Z5151 Q Splay link [a]
2 x Z5152 Q Front link [b]
8 x Z5153 Locking pins 8 mm (linked in pairs with a steel wire) [c]
Q-Series Rigging manual (1.2EN) Page 6 of 20

2.2. Preparation for the set up
Check the acoustical and mechanical set up with ArrayCalc and prepare
enough print outs for each array.
Using the plan, the riggers are able to set up the suspension points, the
securing points and the chain hoists.
WARNING! The working load limit of the chain hoists and their
suspension points has to be high enough to carry the total
system weight.
If two hoists are used to suspend a single array each of
them has to be able to carry the total system weight. This is
because during the set up the motors might not always be
synchronized.
Fig. 6: Hoist connector chain set up
Fig. 7: Half grid using 2 x 1t Shackle
Fig. 8: Quad grid using the Z5160 Q Load
adapter
When on site first clear the working areas, check that the hoists are in the
specified position, the chains are not twisted and there is enough
clearance to set up and lift the array.
2.3. Assembly of the array
Prepare flying cables and link cables according to the number of
amplifier channels and cabinets used.
Single hoist set up
Choose the appropriate hole position in the top row of the Q Flying
frame centre bar according to the ArrayCalc simulation.
110 20 515
25
Fig. 9: Q Flying frame hole grid and labelling
Connect the Z5155 Q Hoist connector chain to the next rounded
numbered hole using one E6507 1t Shackle (Fig. 6). If ArrayCalc
displays a half numbered hole setting (half grid) use two 1t Shackles
set to the adjacent holes (Fig. 7). As an alternative the Z5160 Q Load
adapter can be used to achieve a quad grid (Fig. 8). Please refer to
the Z5160 Q Load adapter manual.
Q-Series Rigging manual (1.2EN) Page 7 of 20

Fig. 10: Dual hoist set up
Dual hoist set up
Using two E6507 1t Shackles connect one Z5155 Q Hoist connector
chain to a hole at the front of the Z5159 Q Flying frame centre bar
andonetoaholeatthebackofit(Fig.10).Theverticalaimingofthe
array will be set by trimming the hoist motors after the array is fully
assembled.
Note: For maximum lifting height to be achieved the motors should be
connected directly to the lower O-ring of the Hoist connector chain. The
chain container will rest on the Q Flying frame however this will not affect
the aiming of the array with a dual hoist set up.
Fig. 11: Front and Splay links connected
G
[B]
[B]
Fig. 12: Locking pin release mechanism
Connect two Z5152 Q Front links and two Z5151 Q Splay links to the
Q Flying frame using Z5153 Locking pins 8 mm.
Pressing the button [B] releases the locking mechanism allowing
insertion through the array links to the sockets of the frame. Releasing
the button after the pin is fixed in place the locking mechanism will be
locked.
Ensure that the pins are locked. A groove [G] (Fig. 12) in the bolt of
the pin indicates that it is properly locked.
In order to have all locking pins at hand to connect the next cabinet the
pins are linked in pairs with steel wire.
WARNING! The steel wire between the locking pins is not meant to
suspend a cabinet or carry any load. Cabinet weight must
only be carried by the Front and Splay links.
Fig. 13: Splay link setting for first Q1
Fig. 14: First cabinet attached
With one person on each side attach the first cabinet. First connect the
Z5152 Q Front link on both sides to the upper sockets in the front grill.
Then connect the two Z5151 Q Splay links using the 8° hole marked
“0 TO FRAME“ to the sockets at the rear of the cabinet.
Attach a cable pick using the bottom row of holes in the centre bar of
the Q Flying frame. With a single hoist set up try to suspend the
speaker cables right below the lifting position of the Q Flying frame to
avoid the aiming of the array being affected by the weight of the
cabling. If this is not possible attach the cable pick directly under the
chain hoist.
Fig. 15: Splay link setting for first Q-SUB
Q-Series Rigging manual (1.2EN) Page 8 of 20

IMPORTANT! At the top of each side panel of the Q-SUB cabinet are two sockets one
above the other. For flown set ups the lower sockets have to be used, set
to “0 TO FRAME“ for the first cabinet of the column. The upper socket
creates an offset of -6° in respect to the scale on the Splay link. It is used
to connect Q-SUB and Q1 cabinets in ground stacked arrays. With the Q
Front links rotated by 180° this allows a negative splay angle up to -6°.
Do not apply this to flown arrays.
Fig. 16: Front and Splay links ready to
accept next cabinet
Fig. 17: Select splay angle
The next loudspeaker should be added in the same manner; first attach
two Q Front links and two Q Splay links to the bottom of the lowest
cabinet of the column and then lift the next cabinet into place.
First connect the Front links. With the Splay links select the hole position
according to the splay angles derived from the ArrayCalc simulation.
Q-SUB cabinets are generally connected using the 0° splay angle
setting.
Repeat this procedure until the column is complete. Connect alll
speaker cables when the cabinets are within reach.
Fig. 18: Insert Locking pin 8mm Fig. 19: 3-deep array
2.4. Alternative set up
Fig. 20: Array assembly using the chain hoist
to lift the cabinets
Using the chain hoist to pick up the cabinets allows a single person to set
up complete columns (without Q-SUBs). Proceed as follows:
Attach the Q Flying frame to the hoist motor and attach the Front link
and Splay links to the Q Flying frame as explained in the previous
section.
Place the Q1 loudspeaker with its face on the ground and lower the
hoist until the Splay links can be attached to the cabinet (8° position
“0 TO FRAME” to the Q Flying frame). All following cabinets should
be set to the required splay angle.
Lift the loudspeaker using the hoist until it is hanging free and then
manually lift and rotate the cabinet to attach the Front links.
Connect Front and Splay links to the bottom of the cabinet and add the
next one in the same manner.
Q-Series Rigging manual (1.2EN) Page 9 of 20

2.5. Final check of the array
Before lifting the array a visual inspection of the whole system should be
carried out.
LOCK PIN
SECURELY
BEFORE LIFTIN
G
CAUTION ONLY UNLOCK FOR
DISASSEMBLY ON
GROUND
WARNING! Ensure all Locking pins 8 mm are inserted and locked
securely before lifting the array. The Locking pins 8 mm
should only be unlocked for disassembly on the ground.
Check the wiring. If the amplifiers are already wired and powered on,
by using their channel mute switches and a test signal the correct
function and routing of all channels and cabinets can be verified.
With dual hoist set ups check and trim the absolute angle setting of the
lowest cabinet using a digital angle finder.
2.6. Hoisting the array
When all the mechanical adjustments, system checks and safety checks
have been made the array can be hoisted up to its operating position.
When hoisting the array, ensure that the loudspeaker cables do not get
caught anywhere. The cables can be strapped together with the motor
cable to form a loom while the system is hoisted.
The chain hoist motors must raise the system slowly and evenly so that it is
held level and does not swing or move from side to side during hoisting.
For safety reasons the final array must be fitted with an additional safety
device which is independent of the suspension points. A detailed
description is given in section 4. Secondary safety on page 12.
2.7. Derigging
To lower the array and dismantle it, follow the assembly instructions in
reverse order. The same safety instructions apply.
2.8. Ground stacks supported by the Q Flying frame
WARNING! Ground stacked set ups must always be secured against
movement and possible collapse.
Fig. 21: Q1s in a ground stacked set up on
Z5159 Q Flying frame
Up to six Q1 cabinets can be stacked and interlinked using the standard
Q rigging components and the Z5159 Q Flying frame as ground support.
Check the acoustical and mechanical set up with the ArrayCalc for
stacked set ups. In particular watch the position of the array's centre of
gravity displayed in the side view.
Place the Q Flying frame up side down on the ground as shown in the
illustration opposite (Fig. 21).
Add Q1 cabinets one by one using the Z5151 Q Front links, Z5152
Q Splay links and Z5153 Locking pins 8 mm.
Q-Series Rigging manual (1.2EN) Page 10 of 20

3. Z5156 Q Flying adapter
Fig. 22: 3 x Q1s with Z5156 Q Flying
adapter
The Z5156 Q Flying adapter is designed to support arrays of up to three
of the following types of loudspeakers:
Code Type Weight incl. array links
Z0501 Q1 23 kg (51 lb)
Z0507 Q7 23 kg (51 lb)
Z0511 Q10 23 kg (51 lb)
The weight of the Q Flying adapter is 0.8 kg (1.76 lb)
3.1. Load capacity/System safety
WARNING! The Z5156 Q Flying adapter is designed to suspend up to
three d&b Q1, Q7 or Q10 loudspeaker cabinets. The
Working Load Limit (WLL) for the adapter is 72 kg (159
lb).
Make sure that the Working Load Limit (WLL) of the
suspension point is high enough to carry the total system
weight.
3.2. Suspension of the Q Flying adapter
Fig. 23: Q Flying adapter hole grid
Fig. 24: Q Flying adapter and Z5147 Rota
clamp
[S]
[1]
Fig. 25: Q Flying adapter [1] and securing
pin [S]
1. 2.
3. 4.
G
S
Fig. 26: Q cabinet quick lock mechanism
The Q Flying adapter is equipped with nine locating holes 12.5 mm
(0.5“) at 30 mm (1.2”) spacings. With arrays up to three cabinets
ArrayCalc displays the Q Flying adapter hole position to achieve the
desired vertical aiming.
The Q Flying adapter can be suspended using an E6502 1t Shackle and
steel wire ropes or the Z5147 Rota clamp. Choose the appropriate hole
position in the Q Flying adapter according to the ArrayCalc simulation.
3.3. Assembly
The Z5156 Q Flying adapter is connected to the quick lock adapter plate
of the first cabinet as follows (Fig. ):
Attach the Q Flying adapter's fixing plate into the recessed holes in the
cabinets quick lock adapter plate.
Slide the adapter towards the back of the cabinet until it is fixed in
place.
Insert the securing pin [S] into the aligned socket.
Ensure that the securing pin [S] is locked. A groove [G] in the
bolt of the securing pin indicates that it is properly locked.
Connect up to two more cabinets using Z5151 Q Front links, Z5152 Q
Splay links and Z5153 Q Locking pins 8 mm as described in section
2.3 Assembly of the array on page 7.
For safety reasons the final array must be fitted with an additional
safety device which is independent of the suspension points. A detailed
description is given in section 4. Secondary safety on page 12.
Q-Series Rigging manual (1.2EN) Page 11 of 20

4. Secondary safety
WARNING! The secondary safety suspension must be independent of
the primary suspension points and capable of carrying the
total system weight including all dynamic forces in case of a
failure of the primary suspension.
The additional safety device must be mounted in a way that
the array is caught by the safety device without significant
drop and swing in the event that the primary suspension
fails. For this reason the safety wire should suspend the
array right above its centre of gravity.
4.1. Secondary safety at Z5159 Q Flying frame
Fig. 27: 2-leg safety wire with shackles
The secondary safety can be attached in different ways using a 2-leg
safety wire (Fig. 27) connected to the Q Flying frame.
Fig. 28: Secondary safety - Type 1
Type 1 - single hoist set up only
Connect the shackles of the safety wire to the centre bar of the Q Flying
frame using hole positions as equally distanced from the pickup point as
possible (Fig. 28).
a)
b)
Fig. 29: Secondary safety - Type 2
Type 2 - single or dual hoist set up
Connect the shackles of the safety wire to the outer bars of the Q Flying
frame using hole positions in line with the centre of gravity (pickup point -
Fig. 29a). The shackles may also be placed diagonally around the pickup
point - Fig. 29b.
Q-Series Rigging manual (1.2EN) Page 12 of 20

4.2. Secondary safety at Z5156 Q Flying adapter
WARNING! Do not connect the secondary safety to the centre socket
[CR] (Fig. 30) at the back of the cabinet. This socket is
intended for horizontal aiming of an array and limited to a
load of 50 kg (110 lb).
[R2]
[R4]
[CR]
Fig. 30: Sockets for secondary safety
The secondary safety should be applied to the top cabinet of the array.
Use two Z5048 Flying pins 10 mm connected to the sockets [R2] at the
rear of the cabinet or two Q9032 M10 Safety eye bolts attached to the
threaded inserts [R4] on both sides of the cabinet, passing the steel rope
through the Flying pins or the Safety eye bolts and attaching it to the
securing pickup point.
Q-Series Rigging manual (1.2EN) Page 13 of 20

5. Aiming and securing of the array
5.1. Horizontal aiming and securing of the array
[R2]
[R4]
[CR]
Fig. 31: Rigging sockets for horizontal
aiming and securing against rotation and
swing
After the array has been lifted to its operating height the horizontal aiming
has to be set and the array should be secured against rotation and swing.
It is recommended to use the following rigging sockets on the lowest
cabinet:
Sockets [R2] or [CR] with Z5048 Flying pins 10 mm.
M10 threaded inserts [R4] with Q9032 M10 Safety eyebolts.
WARNING! If the system is used in an open air environment the
influence of wind has to be taken into account. The
protection against rotation and swing has to withstand
higher forces. Do not secure the array with the centre
socket [CR] (Fig. 31) at the back of the cabinet. This socket is
limited to a load of 50 kg (110 lb).
Read the following section 6. Wind loads.
5.2. Modifying the vertical aiming of the array
If an application requires the array to have a vertical angle which is not
possible by a single suspension within the hole grid of the Q Flying frame
additional wires or hoists may be needed to achieve this.
With arrays of up to three cabinets the standard rigging sockets on the
cabinets may be used (Fig. 31).
Fig. 32: Applying a
second Q Flying frame
to increase the vertical
angle of the array
WARNING! To angle an array of more than three Q-Series cabinets an
additional Z5159 Q Flying frame has to be attached to the
lowest cabinet of the column. All additional wires or hoists
have to be connected to the Q Flying frame and not to the
cabinets rigging sockets (Fig. 31).
Always pull the additional wires or hoists backwards and
upwards (Fig. 32).
Using additional wires or hoists will change the load
conditions within the array and its rigging components. The
load calculation of ArrayCalc will not apply any more.
Therefore increasing the vertical angle of an array is only
possible with columns up to a total system weight of 240 kg
(527 lb).
Q-Series Rigging manual (1.2EN) Page 14 of 20

6. Wind loads
When loudspeaker arrays are flown in an open air
environment, possible wind effects should be taken into
account. Wind load will produce additional dynamic
forces to the rigging components and the suspension,
which may lead to a dangerous situation.
WARNING! Generally flying loudspeakers overhead at wind forces
higher than 6 bft is not recommended.
When planning an open air event it is essential to get
current weather and wind information.
The following wind speed scale according to Beaufort
gives an impression of the effects of the different wind
forces (bft).
bft knots km/h mph Description Effects on land
0 0-1 0-1 0-1 Calm Smoke rises vertically.
1 1-3 1-5 1-3 Light Air Direction of wind shown by smoke drift, but not by wind vanes.
2 4-6 6-11 4-7 Light breeze Wind felt on face; leaves rustle; ordinary vanes moved by wind.
3 7-10 12-19 8-12 Gentle breeze Leaves and small twigs in constant motion; wind extends light flag.
4 11-16 20-28 13-18 Moderate breeze Raises dust and loose paper; small branches are moved.
5 17-21 29-38 19-24 Fresh breeze Small trees in leaf begin to sway; crested wavelets form on inland
waters.
6 22-27 39-49 25-31 Strong breeze Large branches in motion; whistling heard in telegraph wires;
umbrellas used with difficulty.
7 28-33 50-61 32-38 Near gale Whole trees in motion; inconvenience felt when walking against the
wind.
8 34-40 62-74 39-46 Gale Breaks twigs off trees; generally impedes progress.
9 41-47 75-88 47-54 Severe gale Slight structural damage occurs (chimney-pots and slates removed).
10 48-55 89-102 55-63 Storm Trees uprooted; considerable structural damage occurs.
11 56-63 102-117 64-72 Violent storm Accompanied by wide-spread damage.
12 > 64 > 117,0 > 72 Hurricane Heaviest damage and destruction.
Tab. 1: Wind force and its effects on land
Fig. 33: Securing the
array using a second Q
Flying frame
WARNING! If according to the forecast wind forces higher than 5 bft are
possible the following actions have to be taken:
‐The actual on site wind speed has to be monitored
permanently. Be aware that wind speed typically
increases with height above ground.
‐Suspension and securing points of the array should be
designed to accomodate double the static load in order to
withstand any additional dynamic forces.
‐Arrays with more than three cabinets have to be secured
using a second Q Flying frame at the bottom of the
column. Wires or ropes have to be connected to the Q
Flying frame and not to the cabinets rigging sockets (Fig.
33).
WARNING! If the wind force exceeds 8 bft there is a risk of mechanical
damage to the components which may lead to a dangerous
situation for persons in the vicinity of the flown array.
Stoptheeventandmakesurethatnooneisleftwithinthe
vicinity of the array.
Lower down and secure the array.
Q-Series Rigging manual (1.2EN) Page 15 of 20

7. Care and maintenance / Disposal
7.1. Transport / Storing
During transport ensure the rigging components are not stressed or
damaged by mechanical forces. Use suitable transport cases.
DuetotheirsurfacetreatmenttheQ-Series rigging components are
temporary protected against moisture. However, ensure the components
are in a dry state while stored or during transport and use.
7.2. Visual and functional inspection
[R1]
[R2]
[R3]
[R4]
[CR]
Fig. 34: Q1/7/10 rigging sockets
[R1]
Fig. 35: Q-SUB rigging sockets
Cabinet enclosure:
Visual inspection of all fitting plates including the Quick lock adapter
plate [R3] and front grills for obvious damage (e.g. cracks or
corrosion).
Inspection of all fitting plates including front grills to ensure they are
securely attached.
Using new pins perform a functional inspection of the Locking pin
sockets [R1] and for the Flying pin sockets [R2/CR]
Inspection of the M10 threaded inserts [R4].
Regularly lubricate the sockets and threaded inserts with WD-40®or a
similar product.
Z5153 Locking pins
Visual inspection regarding deformation and corrosion of the
component.
Inspection for missing ball bearings and damage.
Functional inspection of the ball bearings.
Functional inspection of the release mechanism to check it functions
properly.
Z5151 Q Splay and Z5152 Q Front links
Visual inspection regarding deformation and damage (e.g. cracks and
corrosion) including all holes of the component.
Z5159 Q Flying frame, Z5156 Q Flying adapter
Visual inspection regarding deformation and damage (e.g. cracks and
corrosion) including all holes of the component.
Z5155 Hoist connector chain / Z5048 Flying pin
Inspection according to the appropriate regulations for lifting devices.
7.3. Disposal
When out of use the rigging components must be disposed in accordance
to the national environmental regulations.
Ensure that damaged rigging components are disposed in a way that they
can not be used again.
Q-Series Rigging manual (1.2EN) Page 16 of 20

EC Declaration of Conformity
within the meaning of the EC Machine Directive 98/37/EEC
We hereby declare that the equipment designated below is designed and builtintheversionsoldbyusinsuchawayasto
comply with the relevant fundamental safety and health criteria of the applicable EC Directive(s). This declaration shall cease
to be valid if alterations are made to the equipment without our prior agreement.
This declarations covers:
•d&b Z5159, Q Flying frame together with:
•d&b Z5151, Q Splay Link
•d&b Z5152, Q Front Link
•d&b Z5153, Locking pins, 8 mm
•d&b Z5155, Q Hoist connector chain
•d&b Z5156, Q Flying adapter together with:
•d&b Z5151, Q Splay Link
•d&b Z5152, Q Front Link
•d&b Z5153, Q Locking pins, 8 mm
Relevant EC Directives:
EC Machine Directive 98/37/EC
National standards and technical specifications applied, in particular:
DIN EN ISO 12100, DIN 1050, BGV C1
Backnang 2007-02-08
(Frank Bothe, Director)
d&b audiotechnik AG, Eugen-Adolff-Str. 134, D-71522 Backnang, Germany, Phone [phone], Fax [phone]__

D2951.E.01, 02/2007 © d&b audiotechnik AG
d&b audiotechnik AG, Eugen-Adolff-Str. 134, D-71522 Backnang, Germany, Phone [phone], Fax [phone]_______