three h UPSIDE User manual

UPSIDE
Assembly Instructions

UPSIDE
Pg. 2
GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
1
2
DESK TOP AND LEGS
LEG SECURE
Place desk top good side down on a clean
soft surface.
Place legs in position as shown.
Secure legs in place using 6M6x16mm flat
socket cap bolt provided for each leg.
UPSIDE
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GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
1
2
DESK TOP AND LEGS
LEG SECURE
Place desk top good side down on a clean
soft surface.
Place legs in position as shown.
Secure legs in place using 6M6x16mm flat
socket cap bolt provided for each leg.
5/32" Allen Wrench (provided) (1)
Hardware Provided Tools Required
M6 x16mm Bolt (20)
UPSIDE
Pg. 1
GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
1
2
DESK TOP AND LEGS
LEG SECURE
Place desk top good side down on a clean
soft surface.
Place legs in position as shown.
Secure legs in place using 6M6x16mm flat
socket cap bolt provided for each leg.
5/32" Allen Wrench (provided) (1)
Hardware Provided Tools Required
M6 x16mm Bolt (20)
Hardware Provided Tools Required

UPSIDE
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GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
3
4
5
LEG PLATES
POWER
INITIALIZATION
Place bottom leg plates in position and
secure in place using 4M6 x16mm flat
socket cap bolts provided for each plate.
Once the legs are secured in place and the
leg base plates are fasten securely, plug
the power cords into the legs.
Turn desk to upright position and plug into
to outlet. Test the desk by lowering it to
the bottom and raising it to the top. If the
system fails initialization may be required.
(See page 8)

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GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
Page 5 of 28
Safety instruction
General
Important information
Important information on LINAK®products can be found under the
following headings:
Warning!
Failure to comply with these instructions may result in accidents
involving serious personal injury.
Failing to follow these instructions can result in the product being
damaged or being destroyed.
Safe use of the system is possible only when the operating instructions
are read completely and the instructions contained are strictly observed.
Failure to comply with instructions marked with the ”NOTE” symbol may
result in serious damage to the system or one of its components.
It is important for everyone who is to connect, install, or use the
systems to have the necessary information and access to this User
Manual. Follow the instructions for mounting – risk of injury if
these instructions are not followed.
The appliance is not intended for use by young children or infirm
persons without supervision.
If there is visible damage on the product it must not be installed.
Note that during construction of applications, in which the actuator
is to be fitted, there must be no possibility of personal injury, for
example the squeezing of fingers or arms.
Assure free space for movement of application in both directions to
avoid blockade.

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GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
Page 6 of 28
Before installation, re-installation, or troubleshooting:
•Stop the DL5/DL6
•Pull out the mains plug.
•Relieve the DL5/DL6 of any loads, which may be released during the
work.
Before start-up:
•Make sure that the system has been installed as instructed in this User
Manual.
•Make sure that the voltage of the control box is correct before the
system is connected to the mains.
•System connection. The individual parts must be connected before the
control box is connected to the mains. See the User Manual for LINAK
actuators, if necessary.
During operation
•If the control box makes unusual noise or smells, switch off the mains
voltage immediately.
•Take care that the cables are not damaged.
•Unplug the mains cable on mobile equipment before it is moved.
•The products must only be used in an environment, that corresponds to
their IP protection.
Misc.
The actuator system has a sound level below 55dB(A) in typical
applications.
Updated manuals and declarations can always be found here:
www.linak.com/deskline

UPSIDE
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GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
Page 8 of 28
Repairs
In order to avoid the risk of malfunction, all DESKLINE®repairs must only be carried out by authorised LINAK
workshops or repairers, as special tools must be used and special gaskets must be fitted. Lifting units under
warranty must also be returned to authorised LINAK workshops.
Warning!
If any of the DESKLINE®products are opened, there will be a risk of subsequent malfunction.
Warning!
The DESKLINE®systems do not withstand cutting oil.

UPSIDE
Pg. 7
GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
Electrical connection of the DL5/DL6 system
The DESKLINE DL5/DL6 system is to be connected as shown on figure 4a (2 stage) or figure 4b (3 stage).
Each DL5/Dl6 is the connected to the sockets on the control box by means of the motor cables, which have
a 6-plug in each end. Figure 5.
Figure 4a
Figure 5
Figure 4b
Page 15 of 28
Figure 4
DL5/DL6 cable
DL5/DL6
Electrical connection of the DL5/DL6 system
The DESKLINE®DL5/DL6 system is to be connected as shown on figure 4. Each DL5/DL6 is to be connected to
the sockets on the control box by means of the motor cables, which have an 6-pin plug in each end.
Please note that the control box must only be connected to the voltage stated on the label.
Finally, the mains cable is to be mounted and power switched on.
DP/WDPL
Mains cable
DL5/DL6
Hook for cable relief
Figure 5
CBD4/CBD5/CBD6 with earth
The CBD4/CBD5/CBD6 earth cable to be mounted on the desk construction (typically the top frame)in a way
that ensures good electrical contact. The function of the earth cable is to earth the desk and ground static
electricity. The earth connection does not protect other electrical products.
CBD4/CBD5 with mains cut-off (non ZERO models)
If the power cable is damaged it has to be replaced by an authorized LINAK service centre to avoid
any danger.

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GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
Page 16 of 28
Initialisation of the DESKLINE DL5/DL6 parallel systems
The DESKLINE system is intialised by pressing the down button once or twice and holding it down until DL5/
DL6 runs into end stop, it will then automatically run approx. 3 mm out again and hereafter slowly running in
again. Only release the down button when the movement has completely stopped.
If the key is released before the sequence is completed then the initialisation is interupted and must
be started again from the beginning.
It is sometimes necessary to press the down button twice to start the initialisation this is because the system
can be in different modes when the initialisation starts.
Approx. 5 mm
The CBD5 and CBD6 can control DL5 and DL6 in 2 parallel while the CBD4 can control DL5 and DL6 in 2, 3,
and 4 parallel so that the desk is always kept horizontal.
Page 17 of 28
Anti-Collision™
The function (anti-collision) is an option for the standard CBD4/CBD5/CBD6 advanced/control box software
0077432 version 1.66 and later. A system with anti-collision can limit material damages on a desk if a
collision with a solid object should occur.
Enabling the anti-collision
To enable the anti-collision function a little plug called a dongle must be mounted in one of the 2 control
ports. The function is only active when the dongle is mounted. – If you remove the dongle again you disable
the function.
Method of operation
When the DL/DB’s are running the CBD4/CBD5/CBD6 monitors the current consumption on each channel
using a special algorithm. If the current consumption on one channel is increased more than a predefined
slope, a collision is assumed and all channels are stopped immediately and all DL/DB’s will start to run in the
opposite direction (approx. 50 mm). This return drive is done automatically and continues with or without
any control key pressed (for max. 2.5 sec.).
The anti-collision sensitivity is different in upward and downward direction. Upwards the force is approx. 20
kg. Downwards the load will be approx. 40 kg + the load on the DL/DB (the desk + what is on top of the
desk). The 40 kg are needed to activate the anti-collision function.
Situations where the anti-collision does not work
There are situations where the anti-collision will not be activated. These situations are:
• If the collision happens during the initialisation phase
• If the collision happens within the first 1000 msec or after the control button has been released
• If the collision happens between the floor and the table and the load on the desk + the weight of the legs
are lower than 40 kg
• If the collision happens over too long time, e.g. if the collision is with a soft object.

UPSIDE
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GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
DIAGNOSTIC CODES FOR CBD6S
DIAGNOSTIC
CODES NAME DESCRIPTION CBD4/5/6 EQUIVALENT POTENTIAL CAUSE SOLUTION/ TROUBLESHOOTING
E01 Position Lost The desk has an unknown position
and needs to be initialized E01 • Position error • New desk leg added • Initialize the system
E08 Watchdog Indicate that software failed to kick
watchdog E08 • Program fault
• Unplug mains cable for 15 sec.
• Initialize the system
• Replace control box
E09 LIN Collision Collisions detected on the LIN bus E49
• Key pressed on two or more connected
handsets simultaneously
• Multiple LINBUS devices activated
simultaneously
• Check if another desk panel is
connected and being activated
• Unplug all but one desk panel
and test system
E10 Power Fail Power fail happened E14 • Mains cable pulled during driving
• Internal fault
• Check mains cable is not caught and is
allowed to freely travel
E11 Channel
mismatch
Change in number of actuators
since initialization E15 • Disconnection • Desk leg added
• Check motor cable connections and integrity
• Change motor cable or Desk Leg
• Initialize the system
E12 Position Error One channel has position different
than others E13 • Too much back drive occurred • Move table to fully retracted position • Initialize the system
E13 Short Circuit Short circuit detected during
operation E10 • Squeezed motor cable • Short in motor
• Check motor cable connections
• Isolate and replace motor cable
• Isolate and replace desk leg
E16 Key Error Illegal keys pressed
(handled internally Dp1C) E16 • Hitting multiple buttons simultaneously • Check switch
E17 Safety Miss-
ing
LIN bus unit does not support
safety feature NEW • DP1C/ DPF1C does not have up-to- date software
• Try DP with more recent software
version (version printed on label)
E18
Missing
Initialization
Plug
A special service tool is required to
change number of channels to the
system
NEW
• [BASELIFT ONLY]
• Service tool missing from BASELIFT
system when initializing
• Add service tool
E23 Ch1 Missing Channel 1 is detected missing E17
• Disconnection
• Faulty motor cable
• Faulty motor leg
• Check motor cable connections and integrity
• Change motor cable or Desk Leg
• Initialize the system
E24 Ch2 Missing Channel 2 is detected missing E18
• Disconnection
• Faulty motor cable
• Faulty motor leg
• Check motor cable connections and integrity
• Change motor cable or Desk Leg
• Initialize the system
E25 Ch3 Missing Channel 3 is detected missing E19
• Disconnection
• Faulty motor cable
• Faulty motor leg
• Check motor cable connections and integrity
• Change motor cable or Desk Leg
• Initialize the system
E26 Ch4 Missing Channel 4 is detected missing E48
• Disconnection
• Faulty motor cable
• Faulty motor leg
• Check motor cable connections and integrity
• Change motor cable or Desk Leg
• Initialize the system
E27 Ch5 Missing Channel 5 is detected missing NEW • [Reserved for future development] • [Reserved for future development]
E28 Ch6 Missing Channel 6 is detected missing NEW • [Reserved for future development] • [Reserved for future development]
E29 Ch1 Type Channel 1 is not same type as
when initialized E20 • Change in desk leg type • Loose wire inside motor
• Check desk leg type
• Change desk leg
• Initialize the system
E30 Ch2 Type Channel 2 is not same type as
when initialized E21 • Change in desk leg type • Loose wire inside motor
• Check desk leg type
• Change desk leg
• Initialize the system
E31 Ch3 Type Channel 3 is not same type as
when initialized E22 • Change in desk leg type • Loose wire inside motor
• Check desk leg type
• Change desk leg
• Initialize the system
E32 Ch4 Type Channel 4 is not same type as
when initialized E23 • Change in desk leg type • Loose wire inside motor
• Check desk leg type
• Change desk leg
• Initialize the system

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GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
DIAGNOSTIC CODES FOR CBD6S
DIAGNOSTIC
CODES NAME DESCRIPTION CBD4/5/6 EQUIVALENT POTENTIAL CAUSE SOLUTION/ TROUBLESHOOTING
E33 Ch5 Type Channel 5 is not same type as
when initialized NEW • [Reserved for future development] • [Reserved for future development]
E34 Ch6 Type Channel 6 is not same type as
when initialized NEW • [Reserved for future development] • [Reserved for future development]
E35 Ch1 Pulse Fail Channel 1 had too many pulse
errors E24 • Loose/ faulty cable • Hall sensor PCB
• Check motor cable connections and integrity
• Change Desk Leg
• Initialize the system
E36 Ch2 Pulse Fail Channel 2 had too many pulse
errors E25 • Loose/ faulty cable • Hall sensor PCB
• Check motor cable connections and integrity
• Change Desk Leg
• Initialize the system
E37 Ch3 Pulse Fail Channel 3 had too many pulse
errors E26 • Loose/ faulty cable • Hall sensor PCB
• Check motor cable connections and integrity
• Change Desk Leg
• Initialize the system
E38 Ch4 Pulse
Fail
Channel 4 had too many pulse
errors E27 • Loose/ faulty cable • Hall sensor PCB
• Check motor cable connections and integrity
• Change Desk Leg
• Initialize the system
E39 Ch5 Pulse Fail Channel 5 had too many pulse
errors NEW • [Reserved for future development] • [Reserved for future development]
E40 Ch6 Pulse
Fail
Channel 6 had too many pulse
errors NEW • [Reserved for future development] • [Reserved for future development]
E41 Ch1
Overload Up Overload up occurred on Channel 1 E28
• Leg is overloaded
• Hit obstruction
• Reached end stop (before initialization
at upper end-stop occurs)
• Remove obstruction
• Remove load
• Initialize if necessary
E42 Ch2
Overload Up Overload up occurred on Channel 2 E29
• Leg is overloaded
• Hit obstruction
• Reached end stop (before initialization
at upper end-stop occurs)
• Remove obstruction
• Remove load
• Initialize if necessary
E43 Ch3
Overload Up Overload up occurred on Channel 3 E30
• Leg is overloaded
• Hit obstruction
• Reached end stop (before initialization
at upper end-stop occurs)
• Remove obstruction
• Remove load
• Initialize if necessary
E44 Ch4
Overload Up Overload up occurred on Channel 4 E31
• Leg is overloaded
• Hit obstruction
• Reached end stop (before initialization
at upper end-stop occurs)
• Remove obstruction
• Remove load
• Initialize if necessary
E45 Ch5
Overload Up Overload up occurred on Channel 5 NEW • [Reserved for future development] • [Reserved for future development]
E46 Ch6
Overload Up Overload up occurred on Channel 6 NEW • [Reserved for future development] • [Reserved for future development]
E47 Ch1 Overload
DW
Overload down occurred on
channel 1 E32 • Hit obstruction • Remove obstruction • Initialize if necessary
E48 Ch2 Overload
DW
Overload down occurred on
channel 2 E33 • Hit obstruction • Remove obstruction • Initialize if necessary
E49 Ch3 Overload
DW
Overload down occurred on
Channel 3 E34 • Hit obstruction • Remove obstruction • Initialize if necessary
E50 Ch4
Overload DW
Overload down occurred on
Channel 4 E35 • Hit obstruction • Remove obstruction • Initialize if necessary
E51 Ch5 Overload
DW
Overload down occurred on
Channel 5 NEW • [Reserved for future development] • [Reserved for future development]

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GENERAL ASSEMBLY INSTRUCTIONS · SIZES MAY VARY
DIAGNOSTIC CODES FOR CBD6S
DIAGNOSTIC
CODES NAME DESCRIPTION CBD4/5/6 EQUIVALENT POTENTIAL CAUSE SOLUTION/ TROUBLESHOOTING
E52 Ch6
Overload DW
Overload down occurred on
Channel 6 NEW • [Reserved for future development] • [Reserved for future development]
E53 Ch1 Anti-Col Anti Collision triggered on
Channel 1 E36 • Hit obstruction • Remove obstruction • Initialize if necessary
E54 Ch2 Anti-Col Anti Collision triggered on
Channel 2 E37 • Hit obstruction • Remove obstruction • Initialize if necessary
E55 Ch3 Anti-Col Anti Collision triggered on
Channel 3 E38 • Hit obstruction • Remove obstruction • Initialize if necessary
E56 Ch4 Anti-Col Anti Collision triggered on
Channel 4 E39 • Hit obstruction • Remove obstruction • Initialize if necessary
E57 Ch5 Anti-Col Anti Collision triggered on
Channel 5 E36 • [Reserved for future development] • [Reserved for future development]
E58 Ch6 Anti-Col Anti Collision triggered on
Channel 6 E37 • [Reserved for future development] • [Reserved for future development]
E59 Ch1 SLS/
PIEZO
Safety limit switch activated on
Channel 1 E40 • Hit obstruction • Remove obstruction • Initialize if necessary
E60 Ch2 SLS/
PIEZO
Safety limit switch activated on
Channel 2 E41 • Hit obstruction • Remove obstruction • Initialize if necessary
E61 Ch3 SLS/
PIEZO
Safety limit switch activated on
Channel 3 E42 • Hit obstruction • Remove obstruction • Initialize if necessary
E62 Ch4 SLS/
PIEZO
Safety limit switch activated on
Channel 4 E43 • Hit obstruction • Remove obstruction • Initialize if necessary
E63 Ch5 SLS/
PIEZO
Safety limit switch activated on
Channel 5 NEW • [Reserved for future development] • [Reserved for future development]
E64 Ch6 SLS/
PIEZO
Safety limit switch activated on
Channel 6 NEW • [Reserved for future development] • [Reserved for future development]
E65 Ch1 Pulse Dir Pulses counted wrong direction in
Channel 1 E44 • Motor poles are crossed • Hall sensor Cables are crossed
• Check motor cable connections and integrity
• Initialize the system
• Exchange desk leg
E66 Ch2 Pulse Dir Pulses counted wrong direction in
Channel 2 E45 • Motor poles are crossed • Hall sensor Cables are crossed
• Check motor cable connections and integrity
• Initialize the system
• Exchange desk leg
E67 Ch3 Pulse Dir Pulses counted wrong direction in
Channel 3 E46 • Motor poles are crossed • Hall sensor Cables are crossed
• Check motor cable connections and integrity
• Initialize the system
• Exchange desk leg
E68 Ch4 Pulse Dir Pulses counted wrong direction in
Channel 4 E47 • Motor poles are crossed • Hall sensor Cables are crossed
• Check motor cable connections and integrity
• Initialize the system
• Exchange desk leg
E69 Ch5 Pulse Dir Pulses counted wrong direction in
Channel 5 NEW • [Reserved for future development] • [Reserved for future development]
E70 Ch6 Pulse Dir Pulses counted wrong direction in
Channel 6 NEW • [Reserved for future development] • [Reserved for future development]
E71 Ch1A Short Short circuit detected on
Channel 1A NEW • [Reserved for use with Homeline system] • [Reserved for use with Homeline system]
E72 Ch1B Short Short circuit detected on
Channel 1B NEW • [Reserved for use with Homeline system] • [Reserved for use with Homeline system]

Three H Furniture Systems Limited
156462 Clover Valley Rd.
New Liskeard, ON
Canada P0J 1P0
T. 1.800.767.5374
F. 1.888.484.5786
customer[email protected]om
www.three-h.com © 2017 Three H Furniture Systems Limited. All rights reserved.