LOGICDATA DYNAMIC MOTION User manual

CONFIGURATION
Handbook
DYNAMIC MOTION system
DOCUMENT VERSION 1.0 | JANUARY 2020

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 2
DYNAMIC MOTION System - Conguration Handbook
Document Version 1.0/January 2020
This document was originally published in English.
LOGICDATA Electronic & Software Entwicklungs GmbH
Wirtschaftspark 18
8530 Deutschlandsberg
Austria
Phone: [phone]
Fax: [phone]
Internet: http://www.logicdata.net
Email: o[email protected]
INFO This manual is valid for all congurations of the DYNAMIC MOTION system

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 3
CONTENTS
1 General information 5
1.1 Other applicable documents 5
1.2 Copyright 5
1.3 Royalty-free use of images and text 5
1.4 Trademarks 5
2Safety 6
2.1 Target audience 6
2.2 General safety regulations and obligations 6
2.3 Intended use 6
2.4 Reasonably foreseeable misuse 6
2.5 Explanation of symbols and signal words 7
2.6 Liability 7
2.7 Residual risks 8
2.8 Skilled Persons 9
2.9 Notes for Resellers 9
3 Scope of delivery 9
4 Component Overview 10
4.1 Actuators 10
4.1.1 What is an Actuator? 10
4.1.2 Types of Actuator 10
4.2 Power Units 11
4.2.1 What is a Power Unit? 11
4.2.2 Types of Power Unit 11
4.3 User Interfaces 12
4.3.1 What is a User Interface? 12
4.3.2 Types of User Interface 12
4.4 Cables 13
4.4.1 Connector Types 13
4.4.2 Cable Types 13
5 Connecting Your System 15
5.1 Types of Table System 15
5.2 Requirements for Assembly 15
5.2.1 Safety During Assembly 15
5.2.2 Technical Requirements 16

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 4
5.3 Connecting Cables 16
5.4 Approved Standard Table Systems 17
5.4.1 Standard Application 1 18
5.5 Approved Benching Systems 18
5.5.1 Benching Application 1 18
5.6 Approved Conference Applications 19
5.6.1 Benching Application 1 19
5.7 Approved Conference Applications 20
6 Changing the table system 21
6.1 Replacing an Actuator 21
6.1.1 Unplugging the Cable from the Actuator 21
6.2 Replacing a User Interface 21
6.3 Replacing a Power Hub 21
7 Additional Information 22
7.1 Operation 22
7.2 Disassembly 22
7.3 Maintenance 22
7.3.1 Cleaning 22
7.4 Disposal 22

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 5
1 GENERAL INFORMATION
Documentation for the DYNAMIC MOTION System consists of this Conguration Handbook and several
other documents (Other applicable documents, page 5). Read all documentation before assembling or op-
erating the Table System. Keep all documentation for as long as the products are in your possession. Ensure
that all documentation is provided to subsequent owners. Go to www.logicdata.net for more information
and support. This Manual may change without notice. The most recent version is available on our website.
1.1 OTHER APPLICABLE DOCUMENTS
The DYNAMIC MOTION Conguration Handbook assumes that the reader has assembled the products in
the Table System and has read the following documents:
• Datasheet and Operating Manual for the installed DYNAMIC MOTION Actuator
• Datasheet and Operating Manual for the installed User Interface (Handset or other)
• Datasheet and Operating Manual for the installed Power Hub (DYNAMIC MOTION Power Hub or
LOGICDATA-approved external Power Supply)
• DYNAMIC MOTION system Manual
1.2 COPYRIGHT
© January 2020 by LOGICDATA Electronic und Software Entwicklungs GmbH. All rights reserved, except for
those listed in Chapter 1.3 Royalty-free use of images and text on page 5 .
1.3 ROYALTY-FREE USE OF IMAGES AND TEXT
After purchase and full payment of the product, all text and images in Chapter 2, “Safety”, may be used free
of charge by the customer for 10 years after delivery. They should be used to prepare end user documentation
for height-adjustable Table Systems. The license does not include logos, designs, and page layout elements
belonging to LOGICDATA. The customer may make any necessary changes to the text and images to adapt
them for the purpose of end user documentation. No part of the text and no image may be used without the
prior written consent of LOGICDATA. Texts and images may not be sold in their current state, and may not
be published or sublicensed digitally. The transfer of this license to third parties without permission from
LOGICDATA is excluded. Full ownership and copyright of the text and graphics remain with LOGICDATA.
Texts and graphics are oered in their current state without warranty or promise of any kind. Contact
LOGICDATA to obtain text or images in an editable format ([email protected]).
1.4 TRADEMARKS
Documentation may include the representation of registered trademarks of goods or services, as well
as information about copyright or other proprietary expertise of LOGICDATA or third parties. In all cas-
es, all rights remain exclusively with the respective copyright holder. LOGICDATA® is a registered trade-
mark of LOGICDATA Electronic & Software GmbH in the USA, the European Union, and other countries.
Unauthorized use or duplication of this or any trademark is strictly prohibited by law.

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 6
2 SAFETY
2.1 TARGET AUDIENCE
The DYNAMIC MOTION system Conguration Handbook is intended for Skilled Persons only. Refer to
Chapter 2.8, Skilled Persons on page 8 to ensure that personnel meet all requirements.
2.2 GENERAL SAFETY REGULATIONS
In general, the following safety regulations and obligations apply when handling the product:
• Do not operate the DYNAMIC MOTION system unless it is in a clean and perfect condition
• Do not remove, change, bridge, or bypass any protection, safety, or monitoring equipment
• Do not convert or modify any components without written approval from LOGICDATA
• In the event of malfunction or damage, any faulty components must be replaced immediately
• Unauthorized repairs are prohibited
• Do not attempt to replace hardware unless the system is in a de-energized state
• Only skilled persons are allowed to work on the Table System
• Ensure that national worker protection conditions and national safety and accident prevention reg-
ulations are observed during operation of the system
2.3 INTENDED USE
The DYNAMIC MOTION system is a group of products intended to operate electrically Height-Adjustable
Tables. It is intended for indoor use only. The system may only be installed in compatible Height-Adjustable
Tables and with LOGICDATA-approved accessories. Contact LOGICDATA for further details. Use beyond or
outside the intended use will void the product’s warranty. Please refer to the Operating Manual of each prod-
uct in the DYNAMIC MOTION system to determine its individual intended use.
2.4 REASONABLY FORESEEABLE MISUSE
Usage outside of the intended use for each product could lead to minor injuries, serious injuries, or even
death. Reasonably foreseeable misuse of the system includes, but does not extend to:
• Using the system as a climbing or lifting aid for people or animals
• Connecting unauthorized products to the Table System. If you are unsure as to whether a product
can be used with the system, contact LOGICDATA for further information
• Overloading the Table System

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 7
2.5 EXPLANATION OF SYMBOLS AND SIGNAL WORDS
Safety notices contain both symbols and signal words. The signal word indicates the severity of the hazard.
DANGER Indicates a hazardous situation which, if not avoided, will result in death or serious
injury.
WARNING Indicates a hazardous situation which, if not avoided, could result in death or serious
injury.
CAUTION Indicates a hazardous situation which, if not avoided, could result in minor or moder-
ate injury.
NOTICE Indicates a situation which, if not avoided, could result in damage to the product
through electrostatic discharge (ESD).
NOTICE Indicates a situation that will not lead to personal injury, but could lead to damage to
the device or the environment.
INFO Indicates the protection class of a device: Protection Class III.
Protection Class III devices may only be connected to SELV or PELV power sources.
INFO Indicates important tips for handling the product.
2.6 LIABILITY
LOGICDATA products comply with all relevant industry standards, which are listed in the product's data-
sheet. However, risk can result from incorrect operation or misuse. LOGICDATA is in particular not liable for
damage or injury caused by:
•Improper product use
•Accidental usage
•Clear misuse/abuse of the Table System
•Disregard of the documentation
•Unauthorized product alterations
•Improper work on and with the Table System
•Operation of damaged products
•Normal wear and tear of the Table System or its components
•Wear parts
•Improperly performed repairs
•Unauthorized changes to the operating parameters
•Disasters, external inuence, and force majeure
The information in this documentation describes the characteristics of the system without assurances.
Resellers assume responsibility for the LOGICDATA products installed in their applications. They must en-
sure their product complies with all relevant directives, standards, and laws. LOGICDATA shall not be held
liable for any damage that is directly or indirectly caused by the delivery or use of this document. Resellers
must observe the relevant safety standards and guidelines for each product in the Table System.

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 8
2.7 RESIDUAL RISKS
Residual risks are the risks that remain after all relevant safety standards have been complied with. These
have been evaluated in the form of a risk assessment. Residual risks associated with the connection and
commissioning of the system are listed here and throughout this Conguration Handbook. The risks asso-
ciated with mounting each product to the Table System are detailed in the respective product’s Operating
Manual. The risks associated with operating the Table System are detailed in the DYNAMIC MOTION system
Manual. See also Chapter 1.1 Other Applicable Documents on page 5. The symbols and signal words used in
this Operating Manual are listed in Chapter 2.5 Explanation of Symbols and Signal Words on page 7.
WARNING Risk of death or serious injury in explosive atmospheres
Operating the system in potentially explosive atmospheres may lead to death or serious
injury through explosions.
• Read the relevant directives to determine if an atmosphere is potentially explosive
• Do not operate the system in potentially explosive atmospheres
WARNING Moderate risk of serious injury through electric shocks
While cleaning or using the system, liquid intrusion may lead to serious injury through
electric shocks.
• Do not allow any components to become wet during cleaning
• Ensure components are placed away from areas where spillages are likely to occur
• Take care not to spill liquids onto or around the system
CAUTION Risk of injury through exposure to harmful gases
Operating the system using damaged cables may lead to overheating and the release
of harmful gases. Inhaling these gases may lead to minor or moderate injury.
• Do not use damaged Cable
• Ensure that Cables are not clamped during assembly
CAUTION Risk of minor or moderate injury through crushing
Self-retention (i.e. the ability of the Table System to maintain its position while station-
ary and in movement) is a safety issue that must be considered by all resellers. Although
the DYNAMIC MOTION system was designed with measures to help prevent the Table
System from slipping, the risk of uncontrolled movement is dependent on the design
of the Height-Adjustable Columns and – if applicable – the installed 3rd party spindles
themselves. Resultantly, LOGICDATA cannot assume responsibility for this risk. Failure
to ensure self-retention may lead to minor or moderate injury through crushing be-
tween parts or by falling objects, which may be caused by unexpected movement of the
Table System.
• Ensure that Height-Adjustable columns are designed with sucient friction to
prevent uncontrolled movement
• Contact LOGICDATA for further advice and design specications
CAUTION Risk of minor or moderate injury through tripping
During the assembly process, you may have to step over Cables. Tripping over Cables
may lead to minor or moderate injury.
• Ensure that the assembly area is kept clear of unnecessary obstructions
• Be careful not to trip over Cables
CAUTION Risk of minor or moderate injury through crushing
If any Handset Key becomes stuck while the system is in motion, the system may not
stop properly. This may lead to minor or moderate injury through crushing.
• Disconnect the system immediately if any Handset Key becomes stuck
CAUTION This appliance can be used by children from 8 years and above and people with reduced
physical, sensory or mental capabilities or lack of experience and knowledge if they
have been given supervision or instruction concerning the use of the appliance in a safe
way and understand the hazards involved. Children must not play with the appliance.
Cleaning and maintenance by the user must not be performed by children, unless they
are over 8 years old and supervised.

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 9
2.8 SKILLED PERSONS
CAUTION Risk of injury through incorrect installation
Only Skilled Persons have the expertise to complete the installation process safely.
Installation by unskilled persons can lead to minor or moderate personal injury.
• Ensure that only Skilled Persons are allowed to complete the installation
• Ensure that persons with limited ability to react to danger do not take part in the
assembly process
The Table System may only be assembled by Skilled Persons. A Skilled Person is dened as someone who:
• Is authorized for installation planning, installation, commissioning, or maintenance/servicing of
the product
• Has read and understood all DYNAMIC MOTION system documentation and the documentation
for other connected products.
• Has the technical education, training, and/or experience to perceive risks and avoid hazards
• Has knowledge of the specialist standards applicable to the product
• Has the expertise to test, assess, and manage electrical and mechatronic products and systems in
accordance with the generally accepted standards and guidelines of electrical engineering and fur-
niture manufacturing
2.9 NOTES FOR RESELLERS
Resellers are companies that purchase LOGICDATA products for installation in their own products.
INFO For reasons of EU conformity and product safety, Resellers should provide end users
with an Operating Manual in their native EU ocial language.
INFO
The Charter of the French Language (La charte de la langue française) or Bill 101
(Loi 101) guarantees the right of the population of Quebec to conduct business and
commercial activities in French. The bill applies to all products sold and used in Quebec.
For Table Systems that will be sold or used in Quebec, Resellers must provide all
product-relevant texts in French. These include, but are not limited to:
• Operating Manuals
• All other product documentation, including datasheets
• Inscriptions on the product (such as labels), including those on product packaging
• Warranty certicates
The French inscription may be accompanied with a translation or translations, but no
inscription in another language may be given greater prominence than that in French.
INFO
Documentation must include all the safety instructions that end users require to han-
dle the product safely. They must also include an instruction to always keep any rele-
vant documentation in the immediate vicinity of the product.
INFO No unauthorized persons (young children, persons under the inuence of medications,
etc.) should be allowed to handle the product.
INFO Resellers must perform a risk assessment on their product that covers residual hazards.
It must include measures to mitigate risk, or reference the product's Operating Manual.
3 SCOPE OF DELIVERY
The scope of delivery depends on which type of Table System will be assembled, and which accessories have
been chosen. A list of required products is provided with the instructions for each conguration.

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 10
4 COMPONENT OVERVIEW
This chapter provides an overview of LOGICDATA products that are either part of the DYNAMIC MOTION
system, or are compatible with it. Not all products can be used in the same system. Some of the listed prod-
ucts do not belong to congurations currently approved by LOGICDATA, but may be planned for future sys-
tems. Always read the Operating Manual of each product in the system before assembly and operation.
4.1 ACTUATORS
4.1.1 WHAT IS AN ACTUATOR?
Actuators take power from the Power Unit in order to rotate a spindle that moves the table up or down. There
are two main categories of Actuator in the DYNAMIC MOTION system: Drives (in which the spindle is per-
manently attached to the motor) and Gear Motors (no spindle attached). DYNAMIC MOTION actuators also
feature an integrated Control Unit.
4.1.2 TYPES OF ACTUATOR
Name and Order Code Key Features Image
DMD660
DMD660-a-b
• Installation length: 511 mm /
20.14 ”
• Stroke: 662 mm / 26.04 ”
• Application: Dual-stage
Height-Adjustable Columns
DMD500
DMD500-a-b
• Installation length: 606 mm /
23.84 ”
• Stroke: 497 mm / 19.57 ”
• Application: Single-stage
Height-Adjustable Columns
DMG90
DMG90-a-b
• Motor Diameter: 40 mm / 1.57 ”
• Length: 119.4 mm / 4.691 "
• Application: External spindle
systems

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 11
4.2 POWER UNITS
4.2.1 WHAT IS A POWER UNIT?
A Power Unit is a general term that covers DYNAMIC MOTION Power Hubs and all DYNAMIC MOTION-
compatible external power supplies. The assembly process diers slightly depending on which type of
Power Unit will be installed.
4.2.2 TYPES OF POWER UNIT
Name and Order Code Key Features Image
DMP240
DMP240-EU
DMP240-US
• Power Hub
• 4 Output Ports
• Maximum 240 W Power Output
• Max. Recommended Actuators: 2
• Versions for EU/US Mains
Voltages
DMP360
DMP360-EU
DMP360-US
• Power Hub
• 5 Output Ports
• Maximum 360 W Power Output
• Max. Recommended Actuators: 4
• Versions for EU/US Mains
Voltages
LOGICcell
LOGICcell-A1
• Battery Pack
• DYNAMIC MOTION compatibility
via DMC-LC-1200 cable
• Charging via USB
• LEDs and buzzer for system infor-
mation

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 12
4.3 USER INTERFACES
4.3.1 WHAT IS A USER INTERFACE?
A User Interface is a general term that covers Handsets (Basic, Comfort, Paddle) and other products that
can control the System, e.g. LOGIClink. Assembly and Operation dier depending on which type of User
Interface will be installed.
4.3.2 TYPES OF USER INTERFACE
Name and Order Code Key Features Image
DMUI-TOUCH-C
DMUI-TOUCH-C-FX-y-z
• Comfort Handset
• UP and DOWN Keys
• Digital Display
• Memory Position Keys
DMUI-TOUCH-B
DMUI-TOUCH-B-UD-y-z
• Basic Handset
• UP and DOWN Keys
• LED Signal Light
DMUI-EASY2move-B
DMUI-EASY2move-B-x-y
• Paddle Handset
• Motion control by lifting or
pushing
• LED Signal Light
• Save Button
DMUI-HSU-C
DMUI-HSU-C-FL-y-z
• Comfort Handset
• UP and DOWN Keys
• Digital Display
• Memory Position Keys
DMUI-HSM-B
DMUI-HSM-B-FL-y-z
• Basic Handset
• UP and DOWN Keys
• LED Signal Light
LOGIClink
LOGIClink-a-b-c-d-e-x
• Connectivity Hub
• Motion Control via Bluetooth
and MOTION@work App
• UP and DOWN Keys
• LED Signal Light (in Standard
Versions)

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 13
4.4 CABLES
4.4.1 CONNECTOR TYPES
DYNAMIC MOTION
standard
DYNAMIC MOTION
motor
DYNAMIC MOTION
accessory
EXTERNAL SENSOR
adapter
Connector Type: 4-Pin
Connects to: Power
Connector Type: 3-Pin,
Straight
Connects to: Actuators
Connector Type: 10-Pin
Connects to: LOGIClink
Connector Type: 3-Pin
Connects to: Actuator
Connector Type: 4-Pin
Connects to: Standard
Connector
Connector Type:
3-Pin, 90° Cranked
Connects to: Actu ators
Connector Type: 10-Pin
Connects to: LOGICcell
Connector Type: 4-Pin (RJ)
Connects to: LOG-PRT-DMS
4.4.2 CABLE TYPES
Name and Order Code Key Features Image
Actuator Cable, 90° Cranked
DMLIN-ACR-1000
• Length: 1000 mm
• Connector A: 1 x 4-pin
• Connector B: 1 x 3-pin, 90°
Cranked
• Application: Power Hub to
Actuator
Actuator Cable
DMLIN-AST-1000
• Length: 1000 mm
• Connector A: 1 x 3-pin
• Connector B: 1 x 4-pin
• Application: Power Hub to
Actuator
Actuator Cable, Strain Relief
DMLIN-AST-SR-1000
• Length: 1000 mm
• Connector A: 1 x 3-pin
• Connector B: 1 x 4-pin
• Application: Power Hub to
Actuator

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 14
Name and Order Code Key Features Image
Extension Cable
DMLIN-EXT-1000
• Length: 1000 mm
• Connector A: 1 x 4-pin
• Connector B: 1 x 4-pin
• Application: Extension Cable
Sensor Adapter Cable
DMLIN-DMS-100
• Length: 100 mm
• Connector A: 3-pin
• Connector B: 4-pin
• Application: DMS Sensor Adapter
Cable
LOGIClink to DM Cable
DMLIN-LL-1800
• Length: 1800 mm
• Connector A: 1 x 4-pin
• Connector B: 1 x 10-pin
• Application: Power Hub to
Connectivity Hub
Branch Cable
DMC-BR-200
• Length: 200 mm
• Connector A: 1 x 4-pin
• Connector B: 2 x 4-pin
• Application: Branch Cable
Benching Adapter
DMC-BA-2500
• Length: 2500 mm
• Connector A: 1 x 4-pin
• Connector B: 4x 4-pin
• Application: Benching Application
Cable
Sync Cable
DMC-CA-1000
• Length: 1000 mm
• Connector A: 1 x 4-pin
• Connector B: 1 x 4-pin
• Application: Conference
Application Cable
LOGICcell to DM Cable
DMC-LC-1200
• Length: 1200 mm
• Connector A: 1 x 10-pin
• Connector B: 4x 4-pin
• Application: Adapter Cable for
Battery Packs
NOTICE Do not connect extension cables to each other to form "extension chains". This may
damage the system.

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 15
5 CONNECTING YOUR SYSTEM
This chapter of the Conguration Handbook describes the process of connecting the Table System’s compo-
nents after they have been mounted to the Height-Adjustable Table System. You must read the documen-
tation for each part of the system (Actuator, User Interface, Power Hub, etc.) for that product’s mounting
instructions. The congurations listed in this section are those tested and released by LOGICDATA. For al-
ternative conguratons, contact LOGICDATA for further details.
5.1 TYPES OF TABLE SYSTEM
This Conguration Handbook contains instructions for 3 types of Table System. These are as follows:
Standard Table System
This Table System consists of a single table (number of legs dened in conguration). One Power Unit is
used per table.
Benching System
This Table System consists of a group of tables that is connected to a single Power Unit. Each table is con-
trollable individually.
Conference Application
This Table System consists of a single table. Multiple Power Units are required per table. This Table System
generally supports oversized or very heavy Table Tops.
5.2 REQUIREMENTS FOR ASSEMBLY
5.2.1 SAFETY DURING ASSEMBLY
WARNING Moderate risk of death or serious injury through electric shocks
Connecting the system incorrectly can lead to death or serious injury through electric
shocks.
• Ensure that the supplied voltage complies with each product's type plate
• Ensure all components are connected to the correct sockets
• Disconnect the Power Unit before removing or connecting any components
• If a Power Hub is used, connect the system to the Mains only after all other com-
ponents (Actuators, User Interfaces, etc.) have been connected to the Power Hub
WARNING Moderate risk of death or serious injury through electric shocks
Using damaged products may lead to death or serious injury through electric shocks.
• Do not use any product if you see it is damaged
CAUTION Risk of minor or moderate injury through improper handling
Improper handling of the system during assembly may lead to minor or moderate inju-
ry through cutting, pinching, and crushing.
• Read all instructions and safety notices carefully
NOTICE Ensure proper ESD handling during assembly. Damage that can be attributed to electro-
static discharge will void warranty claims.
NOTICE Before assembly, all parts must be acclimatised to the ambient conditions.
INFO Perform a product risk assessment so that you can respond to potential residual haz-
ards. Assembly instructions must be included in your end user Operating Manual

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 16
5.2.2 TECHNICAL REQUIREMENTS
Before assembling the Table System, ensure the following requirements are met:
• All Actuators have been mounted properly into the Height-Adjustable Columns
• The Height-Adjustable Columns have been mounted correctly onto the Table Top
• The DYNAMIC MOTION system will be connected at a voltage compliant with the Type Plate
• There is no residual voltage on any parts
5.3 CONNECTING CABLES
CAUTION Risk of minor or moderate injury through burns or electric shocks
Connecting Cables to the Power Hub incorrectly may lead to minor or moderate injury
through burns (due to overheating), or electric shocks.
• Do not force or bend Connectors
• Ensure Connectors are oriented correctly (see diagram)
• Do not insert ngers or objects into the Connectors or housing of the Power Hub
Fig. 1: Connecting cables to an Actuator:
Fig. 2: Connecting cables to the Power Hub (or DYNAMIC MOTION Standard Connector)
Fig. 3: Connecting the Power Cable
Locking Tab facing inwards
Locking Tab facing upwards
Do not connect cables while the
system is connected to the mains.

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 17
5.4 APPROVED STANDARD TABLE SYSTEMS
This chapter describes assembly for Standard Table Systems (see Chapter 5.1).
5.4.1 STANDARD APPLICATION 1
This system creates: 2-leg table with a single Power Hub (DMP240)
2 Height-Adjustable Columns with DMD500 or DMD660 Actuators
2 DMLIN Actuator Cable per Actuator
1 User Interface
1 DMP240
1 Power Cable
Connecting the System
1. Plug the Actuator(s) into the Power Hub
2. Plug the User Interface into the Power Hub
3. Plug the Power Hub into the Mains
Fig. 4: Standard Application 1
DMP240

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 18
5.5 APPROVED BENCHING APPLICATIONS
This chapter describes how to assemble a Benching Application (see Chapter 5.1). You will need one User
Interface for each table. The Actuators within a single table are operated simultaneously by one User
Interface. Benching Applications also require a Benching Adapter Cable (see Chapter 4.4.2), which works
like a power distributor. The Table Top and Height-Adjustable Columns are supplied by the Reseller.
NOTICE
Only one type of DYNAMIC MOTION Actuator can be used per Table within the
Benching System. Multiple types of Actuator can be used in the system (e.g.
DMD500 in Table 1 and DMG90 in Table 2. However, connecting dierent types
of Actuator within a Benching System may cause errors and damage to the Table
System if performed incorrectly. Contact LOGICDATA before attempting to create
a Benching System of this type.
5.5.1 BENCHING APPLICATION 1
This system creates: Benching system with two 2-leg tables and a single Power Hub (DMP240)
4 Height-Adjustable Columns with DYNAMIC MOTION Actuators
1 DMLIN Actuator Cable per Actuator
2 User Interfaces
1 DMP240
1Power Cable
1 Benching Adapter
Connecting the System
Table with the Power Hub:
1. Plug the Actuators into the Power Hub
2. Plug the User Interface into the Power Hub
Other tables:
3. Plug the Actuators into the Benching Adapter
4. Plug the User Interface into the Benching Adapter
5. Plug the Benching Adapter into the Power Hub
6. Plug the Power Hub into the Mains
Fig. 5: Benching Application 1
DMP240

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 19
5.6 APPROVED CONFERENCE APPLICATIONS
This section describes assembly for DYNAMIC MOTION systems with multiple Power Hubs (Conference
Applications). This conguration can adjust heavy or oversized tables, without aecting performance. The
system consists of groups of Actuators. Each Power Hub powers one group of Actuators. Groups are connect-
ed by Sync Cables. The Table Top and Height-Adjustable Columns are supplied by the Reseller.
5.6.1 CONFERENCE APPLICATION 1
This system creates: Conference Application with one 3-leg table and 2 Power Hubs (DMP240)
3 Height-Adjustable Columns with DYNAMIC MOTION Actuators
1 DMLIN Actuator Cable per Actuator
min. 1 User Interfaces
2 DMP240
2Power Cables
1 Sync Cable
Connecting the System
1. Plug two Actuators into a Power Hub
2. Plug one Actuator into the other Power Hub
3. Plug the User Interface(s) into the chosen Power Hub
4. Connect the Power Hubs using the Sync Cables
5. Plug both Power Hubs into the Mains
Fig. 6: Conference Application 1
DMP240
DMP240

DYNAMIC MOTION SYSTEM - CONFIGURATION HANDBOOK // PAGE 20
5.7 COMPLETING ASSEMBLY
Before you use the table, you must perform a Position Reset Procedure
CAUTION Risk of minor or moderate injury through crushing
Collision Detection (ISP) is inactive during acceleration/deceleration and reset pro-
cesses. This may lead to minor or moderate injury through crushing.
• Ensure that no persons or objects are in the table's range of motion
It is possible to perform a Position Reset Procedure with all types of compatible User Interface. However, this
section describes performing a Position Reset Procedure for Table Systems controlled by a Handset with an
UP Key and DOWN Key (Comfort or Basic Handsets).
If your DYNAMIC MOTION system is operated by a dierent User Interface, consult that product’s operating
Manual for instructions on performing a Position Reset Procedure.
1. Press and hold the DOWN Key until the table stops at the lower position limit
2. Release the DOWN Key
3. Press and hold the DOWN Key again
 The table will move down slightly, then up again
4. Release the DOWN Key
 The Position Reset Procedure is complete.
INFO If your DYNAMIC MOTION system has been parameterized with additional stop-
ping points (e.g. a Safety Area or Container Stop Position), repeat Step 3 until the
table has moved upwards again.
INFO In some cases, especially during rst start-up, the lower position limit will be inac-
tive. In this case stop the Position Reset Procedure as soon as the table has moved
to its lowest position and then slightly upwards again.