zebris Medical GmbH
www.zebris.de
Text-Release: 20/03/15
Operating Instructions
Specifications
and
zebris Medical GmbH
FDM-T Technical Data and Operating Instructions
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Inhalt
1 USER NOTES ................................................................................................................................. 4
1.1 INTRODUCTION .............................................................................................................................. 4
1.2 MANUFACTURER ........................................................................................................................... 5
1.3 LAYOUT OF THE USER MANUAL FOR THE FDM-T SYSTEM ................................................................ 5
1.4 CONVENTIONS AND SYMBOLS USED ............................................................................................... 6
2 APPLICATION AND SAFETY ........................................................................................................ 7
2.1 INTENDED USE .............................................................................................................................. 7
2.1.1 INDICATIONS ................................................................................................................................. 7
2.1.2 CONTRAINDICATIONS ..................................................................................................................... 7
2.2 SAFETY ......................................................................................................................................... 8
2.2.1 ENVIRONMENTAL CONDITIONS ........................................................................................................ 8
2.2.2 STORAGE AND TRANSPORT ............................................................................................................ 8
2.2.3 USER OBLIGATIONS ....................................................................................................................... 9
2.2.4 GENERAL SAFETY INSTRUCTIONS................................................................................................. 10
2.2.5 SAFETY INSTRUCTIONS FOR THE TREADMILL ................................................................................. 11
2.2.6 PROHIBITED USE ......................................................................................................................... 12
3 PRODUCT DESCRIPTION ........................................................................................................... 13
3.1 SYSTEM COMPONENTS ................................................................................................................ 13
3.2 SPECIFICATION FDM-T SENSOR .................................................................................................. 13
3.3 TECHNICAL SPECIFICATIONS FDM-T MEASURING SYSTEMS ........................................................... 13
3.4 MEASURING PRINCIPLE FDM-T SYSTEMS .................................................................................... 21
3.5 CONTROLS AND CONNECTORS ..................................................................................................... 22
3.6 LED INDICATORS OFT HE INTERFACE BOX ..................................................................................... 22
3.7 ZEBRIS SYNC ............................................................................................................................. 23
3.7.1 SYNCHRONIZATION INPUT (SYNC-IN) .......................................................................................... 24
3.7.2 SYNCHRONIZATION OUTPUT (SYNC-OUT) .................................................................................. 25
3.7.3 IR-SYNCHRONIZATION BOX FOR DAB-BLUETOOTH (ZEBRIS EMG) ................................................ 26
3.8 SPARE PARTS FDM-T SYSTEM .................................................................................................... 27
3.9 ACCESSORIES FDM-T MEASURING SYSTEM ................................................................................. 27
4 VIDEO-MODULE........................................................................................................................... 30
4.1 CONECTION TO THE FDM-T SYSTEM ............................................................................................ 30
4.1.1 CONNECTION TO THE ZEBRIS SYNCCAM ...................................................................................... 30
4.1.2 CONNECTION TO THE DV-CAMCORDERN WITH INPUT FOR EXTERNAL MICROPHONE ......................... 30
4.1.3 CONNECTION SCHEME SYNCCAM UND SYNCLIGHT .................................................................... 31
4.1.4 CONNECTION SCHEME SYNCCAM UND SYNCLIGHT PLUS ............................................................ 32
4.2 SYNCCAM ................................................................................................................................. 33
4.3 LED VIDEO LIGHTS (SYNCLIGHT / SYNCLIGHT PLUS) ................................................................. 34
4.3.1 SYNCLIGHT ............................................................................................................................... 36
4.3.2 SYNCLIGHT PLUS ....................................................................................................................... 37
5 GAIT TRAINING MODULE ........................................................................................................... 40
5.1 GAIT TRAINING TYPE M AND L (H/P/COSMOS MERCURY UND LOCOMOTION) .................................... 41
5.2 GAIT TRAINING TYPE Q AND P (H/P/COSMOS QUASAR UND PULSAR) ............................................... 42
5.3 GAIT TRAINING TYPE D (DAUM ERGO_RUN) .................................................................................. 43
5.4 GAIT TRAINING TYPE F (FORCELINK C-MIL 1.6 & C- MIL 1.8) ........................................................ 44
6 SETUP AND OPERATION OFT HE FDM-T SYSTEM ................................................................. 45
6.1 POSITIONING OF THE MEASURING SYSTEM .................................................................................... 45
6.2 INSTALLATION OF THE DETACHABLE CABLE GUARD ........................................................................ 46
6.3 CONNECTION OF THE MEASURING SYSTEM TO MAINS SUPPLY ......................................................... 47
6.3.1 POWER SUPPLY OF THE FDM-T SENSORS .................................................................................... 47
6.3.2 CONNECTION OF THE SYSTEM ...................................................................................................... 48
6.4 COMPUTER REQUIREMENTS ......................................................................................................... 49
6.5 INSTALLING THE ZEBRIS FDM SOFTWARE ..................................................................................... 50
6.6 HOW TO SWITCH THE FDM-T SENSOR ON/OFF ............................................................................. 50
6.7 SETTING THE SYSTEM OUT OF OPERATION .................................................................................... 50
6.8 RECOMMENDATIONS FOR RECORDING .......................................................................................... 51
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6.8.1 TREADMILL ANALYSIS .................................................................................................................. 51
6.8.2 DATA RECORDING ....................................................................................................................... 51
6.8.3 WALKING SPEED ......................................................................................................................... 51
6.8.4 POSTURE .................................................................................................................................... 51
6.8.5 WEALS........................................................................................................................................ 51
7 MAINTENANCE AND SAFETY INSPECTIONS ......................................................................... 52
7.1 GENERAL MAINTENANCE PROCEDURES ........................................................................................ 52
7.2 MANDATORY PERIODIC INSPECTIONS AND STK ............................................................................ 53
7.4 MAINTENANCE OF THE FDM-T SENSOR ........................................................................................ 54
7.4.1 CONTROL PROCEDURES .............................................................................................................. 54
7.4.2 CALIBRATION PROCEDURES ......................................................................................................... 54
7.5 TROUBLE-SHOOTING ................................................................................................................... 55
7.6 CLEANING AND DISINFECTION ....................................................................................................... 56
7.6.1 CLEANING PROCEDURE ............................................................................................................... 56
7.6.2 DISINFECTION PROCEDURE .......................................................................................................... 56
7.7 DISPOSAL ................................................................................................................................... 57
7.7.1 PACKAGING ................................................................................................................................. 57
7.7.2 WEEE-DIRECTIVE ...................................................................................................................... 57
7.7.3 ACCUMULATORS AND BATTERIES .................................................................................................. 57
8 SAFETY STANDARDS AND CLASSIFICATION OF THE SYSTEM .......................................... 58
8.1 CLASSIFICATION ACC. TO ANNEX IX OF DIRECTIVE 93/42/EEC ...................................................... 58
8.2 SAFETY OF MEDICAL ELECTRICAL DEVICE ...................................................................................... 58
8.2.1 COUPLING OF THE FDM-T MEASURING SYSTEM WITH OTHER ELECTRICAL DEVICES ......................... 58
8.2.2 VICINITY OF THE PATIENT / TEST PERSON ...................................................................................... 59
8.2.3 USE OF MULTIPLE SOCKETS ......................................................................................................... 60
8.3 ELECTROMAGNETIC COMPATIBILITY / MANUFACTURER'S DECLARATION ......................................... 61
8.4 DECLARATION OF CONFORMITY MEDICAL LINE (M) ......................................................................... 64
8.5 DECLARATION OF CONFORMITY SPORTS LINE (S) .......................................................................... 65
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1 User Notes
1.1 Introduction
Dear Customers,
We are delighted that you have chosen a zebris product. Since 1987 zebris Medical GmbH
has been developing and producing measuring systems for application in medicine, rehabilitation, diagnostics, sport and science, thereby satisfying high demands as regards
technology, safety and functionality.
This User Manual provides essential information for the setup of the system and suggests
basic principles for preparing the measuring procedure and data recording. Please read
these operating instructions carefully before installing the system and using for the first
time, and keep them in a safe place directly next to the measuring system. The operating
instructions constitute an integral part of the measuring system and will help you to operate the system in accordance with the regulations.
Non-compliance with the safety requirements described in the operating instructions can
lead to hazardous situations. zebris Medical GmbH does not assume any liability for injury
to personnel or patients, nor damage to the device caused by improper use of the measuring system for gait and stance analysis.
All information about the measuring system within this user manual has been collected,
compiled and checked with the greatest possible care. Nevertheless a user manual may
remain subject to printing errors, faults and changes. If you notice any errors in this manual, or should you have any suggestions for the improvement, we would be very grateful for
giving us notice any time.
In the interest of continuous product development and improvement it may be possible that
after release of this user manual the hardware or software configuration has been changed
slightly. Therefore some illustrations may deviate in details from the product delivered.
We wish you every success during your work using your zebris measuring system.
Yours faithfully, zebris Medical GmbH
Copyright
This document and extracts taken from it may on no account be duplicated without the
explicit consent of zebris Medical GmbH. The content of this document may on no account
be used for purposes that have not undergone approval by zebris Medical GmbH. Any infringement of the copyright is a punishable offence.
© Copyright zebris Medical GmbH / All rights reserved.
zebris Medical GmbH
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1.2 Manufacturer
NOTE
Please also be sure to adhere to the user manuals supplied by
manufacturers of the treadmill and the accessories when setting the system into operation, using it, maintaining it and
transporting it.
WARNING
The exact adherence to the instructions in all sections of the operating Instructions for the measuring system is a precondition for its
intended use.
zebris Medical GmbH
Max-Eyth-Weg 43 Phone +49 (0)7562 9726 0
D-88316 Isny im Allgäu Telefax +49 (0)7562 9726 50
Deutschland
Web: www.zebris.de E-Mail info@zebris.de
1.3 Layout of the user manual for the FDM-T System
The FDM-T measuring system consists of a treadmill, the force-distribution measuring
sensors and the corresponding application software, including the PC. The sensors and
treadmill can also be used completely independently of each other and have a separate
power supply and CE mark.
The user manual for the FDM-T measuring system therefore consists of several sections:
1. FDM-T Specifications and Hardware User Manual
2. zebris FDM User Manual for the application software
3. Specifications and User Manual supplied by the treadmill manufacturer
4. User Manual and specifications of accessories like beamer or PC
The section FDM-T specifications and Hardware User Manual mainly contains information
regarding the specifications and operation of the FDM-T force-distribution measuring sensors and their safe operation in combination with the treadmill, as a measuring system.
Instructions regarding the treadmill are restricted to the main safety and servicing
measures.
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1.4 Conventions and Symbols Used
The green markings in the margin of the User Manual denote
new information about the product safety.
“WARNING” symbols indicate a potential hazard to the health
and safety of the users and/or patients. The warnings describe
the risks involved and those can be avoided.
The CE mark on the type plate confirms the conformity of the
measuring system with the Directive 73/23/EEC and Directive
89/366/EEC (Low Voltage Directive and EMC Directive).
Das CE-Kennzeichen befindet sich auf dem Typenschild und
bestätigt die Konformität des Produkts mit den Richtlinien
73/23/EWG und 89/366/EWG (Niederspannung und EMV)
The CE mark with reference number 0535 of notified body BSI
(formerly EUROCAT) on the type plate confirms the conformity
of the system with the Directive 93/42/EEC for Medical Devices.
Symbol for manufacturer and date of production.
Device of type BF according to DIN EN 60601-1
Symbol for the connection of the external power supply unit
(DC voltage 15-20V with indicated polarity)
USB-Interface
The symbol indicates that in accordance with the Directive
2002/96/EEC (Waste Electronic and Electrical Equipment Directive) and national laws, a product must not be disposed of in
the household waste, and that within Europe it has to be disposed of in a special way.
Carefully read the accompanying documentation, particularly all
information concerning product safety
This symbol indicates a potential hazard that can cause a loss of
eyesight. This warning indicates the type of hazard and how it
can be avoided.
REF
Item number of the measuring system / accessories
SN
Serial number of the measuring system
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2 Application and safety
2.1 Intended Use
Main function of the force distribution measurement system FDM-T is the spatially resolved force distribution measurement under human feet for the analysis of static and dynamic strains as well as the individual gait parameters.
Operation as well as data evaluation and storage are software-aided by using a computer.
The measuring systems are suitable for the use with patients that are mentally capable of
following the operator’s instructions without limitations in the period of application.
The patient’s weight is limited by the maximum permissible weight of the treadmill. For the
application of the FDM-T with children or patients with severe movement disorders, a fall
stop safety is strongly recommended.
Professional facilities (medical practices, clinics, scientific institutions, rehabilitation centres, and orthopaedic specialist shops) are specified as application environment.
The application and operation of the system may only be carried out by thoroughly trained
qualified personnel such as clinical doctors, physiotherapists, orthopedics which possess
the ability to evaluate the output data in medical aspects as a aid for the diagnosis, treatment or patient care and taking into account the clinical history of the patient in the context
of other diagnostic tests.
2.1.1 Indications
Stance and gait analysis of the “normal” as well as the pathological stance and gait.
Diagnosis support with foot malpositions and foot corrections
Diagnosis support and therapy of imbalances / incorrect gait pattern
Detection of inappropriate mechanical stress and overstraining for the prevention of
physical problems and for rehabilitation with disabilities after injury, accidents or surgeries.
Support with the development, adjustment and verification of orthopaedic aids for the
individual patient care
Balance analysis and balance training
Gait training in combination with dynamic visual stimulation (cueing) and feedback train-
ing as therapy/rehabilitation measures after a surgery, stroke, with the Parkinson’s disease as well as other neurologic and orthopaedic disorders
Success control of therapy/rehabilitation measures
2.1.2 Contraindications
The FDM system must not be applied for a barefoot measurement with patients having
open wounds and/or infections on the feet.
Use for gait training with patients with the following contraindications only after approval
through a medical specialist: pregnancy, heart and/or arterial diseases, artificial joints or
prosthesis, fractures, damaged discs or traumatic disease of the spine.
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2.2 Safety
WARNING
FDM-T systems must NOT be operated in wet zones, wet rooms
(swimming pools, saunas) or climatic chambers.
Direct contact with liquids must always be avoided, as the measuring system is not protected against the entering of liquids. Liquids
entering the device can cause fire, electrical shock or other severe
accidents.
The FDM-T system is NOT specified for the operation in vacuum,
hyperbaric or altitude chambers.
The measuring systems are not intended for operation in potentially
explosive atmospheres of medically used rooms or oxygen-enriched
atmospheres.
The devices must not be operated in proximity to e.g. engines or
transformers with a high connected load as well as mains current
lines, as electrical or magnetic interference fields can falsify correct
measurements resp. turn them impossible. Therefore, the devices
have to be protected against humidity. The ventilation slots of the
treadmills must be free at all times, so that air can circulate freely.
NOTE
All FDM-T systems can be stored without power supply for a maximum of 6 to 9 months. After this period, the battery may be totally
discharged due to lacking power supply. If the storage of the device
exceeds this period, a re-programming of the treadmill control may
be necessary.
2.2.1 Environmental conditions
FDM-T Measuring Systems are suitable for application in dry interiors with level ground
such as those in hospitals, doctors' surgeries and laboratories.
Temperature range 10°C to 40°C
Relative humidity 30% to 70%
2.2.2 Storage and Transport
Storage and transport of the measuring system are only to be effected in the original
packaging provided by zebris.
Storage temperature -20°C to +70°C
Relative humidity 5% to 90%
Air pressure 700 hPa to 1060 hPa
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2.2.3 User Obligations
The relevant, general guidelines and/or national laws, national regulations and technical
rules for the commissioning and the operation of medical products must be applied and
fulfilled corresponding to the indicated purpose of the zebris product. In Germany, operators, device in-charge persons and users are obliged to operate their devices in consideration of the MPG-regulations.
Users are obliged to:
observe all safety guidelines of the user manual.
carry out any inspection and maintenance works on a regular basis as stipulated in
the user manual.
only use work equipment that is free of defects.
check the functional safety and the proper condition of the device before operating.
make all user manuals that are included in delivery and part of the measuring sys-
tem accessible to all users at all times and keep the manuals in close proximity of
the measuring system.
protect him-/herself, the patient or third parties against dangers.
avoid a contamination through the product.
When using the system, national legal regulations must be observed, in particular:
the valid industrial safety regulations.
the valid accident prevention.
For the safety, reliability and performance of the components delivered by zebris, re-
sponsibility is assumed, if:
assembly, extensions, re-settings, changes or repairs were carried out through
zebris or third parties authorised by zebris, trained technicians or employees of authorised dealers. Storage and transport are only to be effected in the original packaging delivered by the manufacturer.
the device is operated in accordance with the user manual.
in case of repair, the regulations of the VDE 0751-1 “Recurrent test and test before
commissioning of medical electrical equipment – general regulations” are fully complied with.
the components of information technology provided by the operator correspond to
the technical requirements of hard and software included in this user manual and
also were installed and set up according to the relevant descriptions in this user
manual.
the set-up room corresponds to the given environmental conditions of the measur-
the FDM system including accessories is connected to the mains socket with a pro-
exclusively the software provided by zebris as well as the components and acces-
ing system and the valid installation regulations.
tective grounding conductor and is operated with the correct mains voltage.
sory parts listed in this user manual are used together with the system.
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2.2.4 General safety instructions
The application and operation of the system and also the evaluation of the measuring
data and their interpretation may only be carried out by trained qualified personnel. The
manufacturer assumes no liability for any injury to persons, damage to property, or loss
of data due to improper use of the software, the device or its component parts.
The patients’ data and measuring data may only be copied, moved, or deleted using the
data-base function provided by the zebris application programs. In the case of data being changed intentionally without using the database functions, the user alone bears the
full risks involved.
Measurement and analysis results should always be interpreted in the light of the clini-
cal history of the patient and in the context of other diagnostic tests by a trained person
proven and tested for their relevance.
Should any measures for treatment be taken on the basis of the measuring results, the
measuring system may only be implemented as a supplementary means for evaluation
by an expert. On no account can, or may invasive measures, or measures endangering
the patient be carried out solely on the basis of the measuring results without further
verification of the measuring data by additional methods.
Should there be any detectable damage to the device or component parts, they should
be returned to the manufacturer for a safety check. It is not permissible to continue using the device or its component parts, as severe damage and serious injuries - even lethal injuries - may result. The manufacturer or authorized sales partner must always be
contacted in all cases of fault or doubt.
If any fluids should penetrate the device, it is mandatory for the device to undergo a
technical, safety test. Damaged plug connections and leads are to be replaced by an
authorized service technician. The device must be put out of operation immediately,
marked as "Not working“ and prevented from being used by removing the mains cable.
Please refere to an authorized technician immediately.
The measuring system must be checked for a proper measuring function on a regular
basis. Please find more detailed information in chapter 7 of this user manual.
Be sure that all the mains and connection cables are laid safely and that they are pro-
tected against stepping on, so that nobody can trip over them. Check all the cables and
the connection plug regularly for any damage. Damaged power Supplys and cables
have to be replaced before further operation
Never insert any objects in the components of the measuring system.
A highly precise speedometer is integrated within the FDM-T System. This
device contains a laser of Class 2 (ג=650nm, P>1mW). It is strictly forbidden to remove all covers of the treadmill which are marked with the symbol shown left as long as the measuring platform is connected to mains
supply (as long as the external power supply unit of the platform is
plugged to mains supply). Caution: If other procedures than those described within this user manual are conducted, dangerous laser radiation
can be released. Direct eye contact with the laser beam may lead to serious injuries of the eye.
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2.2.5 Safety instructions for the Treadmill
The treadmill belonging to the FDM-T Measuring System is a very powerful device. For
safe operation of the FDM-T System it is mandatory to adhere exactly to the safety regulations described in the following.
The measuring procedure on the treadmill must never be commenced without a thor-
ough instruction of the patient by trained personal. No measurements may be taken
without a supervisor.
Do not place the treadmill on an unstable ground.
Do not set up the system near a source of heating or in direct sunlight in front of a win-
dow as a rise in temperature can lead to inaccurate measuring results.
Directly behind the treadmill it is mandatory for a safety zone of 2m in length and 1m in
width to be kept free, and ought to be padded (with a soft mat). No items may be left in
this zone during operation (such as video camera, lighting equipment etc.).
Dangerous drawing-in gaps are located at the rear end of the running belt and along its
sides and (if available) on the elevating mechanism. Do not wear any loose clothing that
could get caught up in the rollers. Make absolutely sure that if a person trips over, their
long hair, loose clothing, jewellery, etc., do not come into contact with the rear part of
the treadmill belt (e.g. wear a hair net). Due to danger of stumbling, do not place any
clothing or jewellery on or within close proximity of the treadmill.
Never use the treadmill without the safety clip being fastened to your clothing and al-
ways be sure that the folding mechanism (if available) is properly locked during operation. (Please also be sure to read the safety instruction in the User Manual supplied by
the treadmill manufacturer.)
During operation, the Emergency STOP facilities must always be within easy reach for
the user and the operating personnel.
The patient should walk slowly to begin with. Then gradually speed can be increased
after a few minutes, depending on patient’s physical condition.
Never jump onto the running belt and never jump off it whilst it is running. Never stop
walking while the treadmill is running, never turn round or step sideward or backwards.
Should movement patterns of this kind be necessary for your measurements, please
make sure to use a type of treadmill with a safety bar, protection against falling and a
'fall stop' chest belt.
Pull out the power plug before transporting the treadmill.
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2.2.6 Prohibited Use
Improper and/or prohibited use of the measuring system is impermissible and zebris
warn explicitly against all prohibitions included in this section.
Do not try to service the treadmill in any manner other than that described in this User
Manual. By the removal of the protective covers it is possible that you could expose
yourself to lethal high voltages or other hazards.
We also point out that if any changes are made to this certified device or its accessories
without the prior written consent of zebris, your legal right to operate the device will be
void. If changes are made to the device without obtaining approval, the operator is obligated to carry out suitable investigations and tests in order to guarantee safe use.
It is prohibited to install the treadmill within a cavity in order to reduce track access
height. This way of installation might create a highly dangerous capture area at the rear
shaft of the treadmill. The manufacturer expressively will undertake no liability for injuries to any person when the treadmill is operated under such condition!
All applications using wheels are prohibited (cycling, wheelchair, inline skating or roll
ski) as well as running shoes with spikes or studs. Besides their extremely high risk of
injury, these can cause irreparable damage to the sensors.
There should never be more than one person on the treadmill at a time once it is in op-
eration.
Children and animals are not allowed to use the treadmill without supervision and must
be at a distance away from the device of at least 5m.
Any manner of over-exerting the test persons is strictly prohibited. In cases of nausea
and dizziness, the measuring is to be discontinued immediately and a doctor consulted.
Any form of operation involving an increased hazard is strictly prohibited, e.g. sprinting,
or also using test persons with a higher risk.
The use of the measuring system under the influence of alcohol, drugs or narcotics is
strictly prohibited.
zebris measuring systems may not be operated in any other environmental conditions to
those listed in the section, "Specifications", (e.g. in wet zones, moisture-prone areas, or
in climatic, vacuum, hyperbaric or decompression chambers, etc.). Direct contact with
liquids must always be avoided, as the measuring system is not protected against entering liquids. Liquids entering the device can cause fire, electric shock or other severe accidents.
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3 Product description
3.1 System Components
In its basic configuration the measuring system consists of the following components:
Treadmill with integrated sensor equipment for measuring the force distribution
Safety clip for the Emergency Shut-Down
Mains cable for connecting the treadmill
External power supply unit for the FDM-T force plate
USB cable (Type A-B, 3 m long)
zebris application software zebris FDM
Windows-compatible computer or notebook
Silicone oil for lubricating the belt
Cable guard with screws
User Manual for FDM-T system, treadmill, zebris FDM software
3.2 Specification FDM-T Sensor
The sensors of the different FDM-T system only vary in size of the measuring area, the
number of single sensors included in the sensor module and the supported sampling frequency. All other technical specifications are identical.
Interfaces USB
Synchronization input/output
Video synchronization
Infrared synchronization (optional)
Connectors Interface box on the treadmill housing frame
Measuring principle capacitive force measurement
Operating voltage 16-18V DC
Power consumption maximum 60W (depending on the type)
Power supply via external power supply unit 100 - 240VAC / 50/60Hz
Accuracy of the calibrated measuring range (1 – 120 N/cm2) ±5% of maximum range
Mechanical cross talk -25 dB
Pressure threshold 1 N/cm
2
3.3 Technical specifications FDM-T measuring systems
Depending on the treadmill type, zebris FDM-T measuring systems are available as “med-
ical line” (M) for medical and “sports line” (S) for non-medical applications.
With the most system types, the FDM-T sensor is available in the resolutions 1.4 sensors
/cm2 (3i) and 0.6 sensors /cm2 (2i).
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Type
FDM-TLR-3
Treadmill
Maxxus T1
Speed
0.8 to 14km/h in 0.1km/h intervals
Running surface
123 x 44cm
Engine Power
1.47kW
Power Supply
230V AC, 50Hz
Protection class
I
Weight
75kg
Dimensions (L x W x H)
160 x 80 x 127cm / folded 35 x 80 x 160cm
Track access height
19cm
Elevation
none
Max. user weight
110kg
Colour
white, grey
Variant
FDM-TLR-3-3i
REF-No.
154.3133
Platform
REF-No.
124.3056
Sensor Area / cm
94.8 x 40.6
Number of Sensors 112 x 48 / 5376
Resolution
1.4 Sensors /cm2
Sampling Frequency
100 Hz
Infrared Interface optional IR-Box
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Type
FDM-TD
Treadmill
Daum electronic ergo run premium8
Speed
0.2 to 24km/h in 0.1km/h intervals
Running surface
150 x 50cm
Engine Power
2.2kW
Power Supply
230V AC, 50Hz
Protection class
I
Weight
190kg
Dimensions (L x W x H)
200 x 92 x 150cm
Track access height
18cm
Elevation
-2 % – 15% in 0.5% intervals
Max. user weight
150kg
Colour
silver grey
Variant
FDM-TDSL-3i
FDM-TDS-3i
FDM-TDS-2i
REF-No.
154.3111
154.3110
154.3219
Platform
REF-No.
124.3047
124.3049
124.3249
Sensor Area / cm
94.8 x 40.6
108.4 x 47.4
111.8 x 49.5
Number of Sensors
112 x 48 / 5376
128 x 56 / 7168
88 x 39 / 3432
Resolution
1.4 Sensors /cm2
1.4 Sensors /cm2
0.6 Sensors /cm2
Sampling Frequency
100 Hz
120 / 240 Hz
120 Hz
Infrared Interface
optional IR-Box
optional IR-Box
optional IR-Box
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Type
FDM-THM
Treadmill
h/p/cosmos mercury / mercury med
Speed
0 to 22km/h in 0.1km/h intervals
Running surface
150 x 50cm
Engine Power
3.3kW
Power Supply
230V AC, 50Hz
Protection class
I
Weight
220kg
Dimensions (L x W x H)
210 x 80 x 137cm
Track access height
18cm
Elevation
0 – 25% (-25% to + 25% with option of running direction reversal)
Max. user weight
200kg
Colour
grey aluminium RAL 9007
Variant
FDM-THM-S-3i
FDM-THM-S-2i
FDM-THM-M-3i
FDM-THM-M-2i
REF-No.
154.3115
154.3215
154.3125
154.3425
Platform
REF-Nr.
124.3050
124.3250
124.3050
124.3250
Sensorfläche / cm
108.4 x 47.4
111.8 x 49.5
108.4 x 47.4
111.8 x 49.5
Sensoranzahl
128 x 56 / 7168
88 x 39 / 3432
128 x 56 / 7168
88 x 39 / 3432
Auflösung
1.4 Sensors /cm2
0.6 Sensors /cm2
1.4 Sensors /cm2
0.6 Sensors /cm2
Messfrequenz
120 / 240 Hz
120 Hz
120 / 240 Hz
120 Hz
IR Schnittstelle
optional IR-Box
optional IR-Box
optional IR-Box
optional IR-Box
zebris Medical GmbH
FDM-T Technical Data and Operating Instructions
Page 17/65
Type
FDM-THL
Treadmill
h/p/cosmos locomotion med (mercury med Basis)
Speed
0 to 10km/h in 0.1km/h intervals
Running surface
150 x 50cm
Engine Power
3.3kW
Power Supply
230V AC, 50Hz
Protection class
I
Weight
250kg
Dimensions (L x W x H)
210 x 80 x 137cm
Track access height
18cm
Elevation
-15% (-15% to + 15% with option of running direction reversal)
Max. user weight
200kg
Colour
grey aluminium RAL 9007
Variant
FDM-THL-M-3i
FDM-THL-M-2i
REF-No.
154.3160
154.3260
Platform
REF-No.
124.3050
124.3250
Sensor Area / cm
108.4 x 47.4
111.8 x 49.5
Number of Sensors
128 x 56 / 7168
88 x 39 / 3432
Resolution
1.4 Sensors /cm2
0.6 Sensors /cm2
Sampling Frequency
120 / 240 Hz
120 Hz
Infrared Interface
optional IR-Box
optional IR-Box
zebris Medical GmbH
FDM-T Technical Data and Operating Instructions
Page 18/65
Type
FDM-THQ
Treadmill
h/p/cosmos quasar / quasar med
Speed
0 to 25km/h in 0.1km/h intervals
Running surface
170 x 65cm
Engine Power
3.3kW
Power Supply
230V AC, 50Hz
Protection class
I
Weight
430kg
Dimensions (L x W x H)
210 x 105 x 137cm
Track access height
23cm
Elevation
0 – 28% (-28% to + 28% with option of running direction reversal)
Max. user weight
200kg
Colour
grey aluminium RAL 9007
Variant
FDM-THQ-S-3i
FDM-THQ-S-2i
FDM-THQ-M-3i
FDM-THQ-M-2i
REF-No.
154.3140
154.3240
154.3141
154.3241
Platform
REF-No.
124.3052
124.3252
124.3052
124.3252
Sensor Area / cm
135.5 x 54.1
132.1 x 55.9
135.5 x 54.1
132.1 x 55.9
Number of Sensors
64 x 160 / 10240
44 x 104 / 4576
64 x 160 / 10240
44 x 104 / 4576
Resolution
1.4 Sensors /cm2
0.6 Sensors /cm2
1.4 Sensors /cm2
0.6 Sensors /cm2
Sampling Frequency
120 / 300 Hz
120 Hz
120 / 300 Hz
120 Hz
Infrared Interface
optional IR-Box
optional IR-Box
optional IR-Box
optional IR-Box
zebris Medical GmbH
FDM-T Technical Data and Operating Instructions
Page 19/65
Type
FDM-THP
Treadmill
h/p/cosmos pulsar med
Speed
0 to 40km/h in 0.1km/h intervals
Running surface
190 x 65cm
Engine Power
3.3kW
Power Supply
230V AC, 50Hz
Protection class
I
Weight
460kg
Dimensions (L x W x H)
250 x 105 x 140cm
Track access height
23cm
Elevation
-25% to + 25%
Max. user weight
200kg
Colour
grey aluminium RAL 9007
Variant
FDM-THP-M-3i
FDM-THP-M-2i
REF-Nr.
154.3150
154.3250
Platform
REF-No.
124.3059
124.3253
Sensor Area / cm
155 x 54,1
155 x 54,1
Number of Sensors
192 x 64 / 12288
128 x 44 / 5632
Resolution
1,4 Sensors /cm2
0,6 Sensors /cm2
Sampling Frequency
100 / 200 / 300 Hz
100 / 200 / 300 Hz
Infrared Interface
optional IR-Box
optional IR-Box
zebris Medical GmbH
FDM-T Technical Data and Operating Instructions
Page 20/65
Type
FDM-TF
Treadmill
ForceLink C-Mill 1.6
ForceLink C-Mill 1.8
Speed
0.1 - 12 km/h in 0.1km/h intervals
0.1 - 12 km/h in 0.1km/h intervals
Running surface
158 x 60cm
178 x 70cm
Engine Power
1.8kW
1.8kW
Power Supply
230V AC, 50/60Hz
230V AC, 50/60Hz
Protection class
I I Weight
200kg
250kg
Dimensions (L x W x H)
210 x 90 x 13cm
250 x 105 x 140cm
Track access height
18cm
18cm
Elevation
0 – 15% (optional)
0 – 15% (optional)
Max. user weight
135kg
135kg
Colour
grey
grey
Variant
FDM-TF1.6-3i
FDM-TF1.6-2i
FDM-TF1.8-3i
FDM-TF1.8-2i
REF-No.
154.3171
154.3271
154.3170
154.3270
Platform
REF-No.
124.3071
124.3271
124.3070
124.3270
Sensor Area / cm
108.4 x 47.4
111.8 x 49.5
135.5 x 54.1
132.1 x 55.9
Number of Sensors
7168
3432
10240
4576
Resolution
1.4 Sensors /cm2
0.6 Sensors /cm2
1.4 Sensors /cm2
0.6 Sensors /cm2
Sampling Frequency
120 Hz
100 Hz
120 Hz
100 Hz
Infrared Interface
optional IR-Box
optional IR-Box
optional IR-Box
optional IR-Box
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