User Manual P-2928 Rev H (July 2013)
For questions, concerns or additional assistance please contact Noraxon or its Authorized Representative as specified below. M Manufacturer: Noraxon U.S.A. Inc. 15770 North Greenway-Hayden Loop, Suite 100 Scottsdale, AZ 85260 Tel: (480) 443-3413 Fax: (480) 443-4327 Email: info@noraxon.com Support Email: support@noraxon.com Web Site: www.noraxon.com P Authorized European Representative: Advena Ltd. Pure Offices, Plato Close, Warwick CV34 6WE, UK Telephone +44(0)1926 800153 +44(0) 845 094 3307 Email: info@advenamedical.com Website: http://www.advenamedical.com Skype: advenamedical C 0473 Notified Body: Clearance to market this product in the European Community has been certified by Notified Body #0473, AMTAC of the UK. Copyright, 2013, Noraxon U.S.A. Inc. No part of this document may be copied, photographed, reproduced, translated, or reduced to any electronic medium or machine-readable form without the prior written consent of Noraxon U.S.A. Inc. Noraxon is a registered trademark of Noraxon U.S.A. Inc. All rights reserved. All other company and product names contained herein may be trademarks or registered trademarks of their respective companies and are sole property of their respected owners. P-2928 Rev H (July 2013) i
Table of Contents Section 1: Introduction Brief Description... 1 Intended Use... 1 Contraindications... 1 Section 2: Definitions Graphic Symbols and Meanings... 2 Glossary of Terms... 3 Section 3: Identification Model Designation... 4 Product Versions and Configurations... 4 Section 4: General Warnings and Cautions Risks and Benefits... 5 Safety Information Summary... 5 Section 5: Getting Started Quick Start Guides... 6 Section 6: Preparing the Product for Use (Setup Instructions) Unpacking and Component Identification... 10 Component Inputs, Outputs and Indicators... 11 Component Interconnections... 13 Device Communication (Driver) Software Installation... 14 Companion Software Installation... 14 Companion Software Configuration... 14 Section 7: Pre use Check out Normal Appearance of Indicators... 25 Status Indicator Lights... 25 Calibration... 25 Section 8: Operating Instructions Safety Information Summary... 26 Normal Functions with Interface in PC... 26 Mini Receiver Analog Input... 27 Exceptional Functions/Situations (error messages)... 27 Section 9: Accessories and Optional Modules Accessories... 28 Options... 29 Section 10: Cleaning Safety Precautions When Cleaning... 30 Cleaning by Users... 30 Section 11: Maintenance Safety Precautions When Performing Maintenance... 31 Maintenance by Users... 31 Maintenance by Qualified Individuals... 31 Section 12: Trouble shooting, Fault Diagnosis Troubleshooting Chart... 33 Website Link to FAQ... 33 Radio Considerations... 34 Setting the RF Channels... 34 Section 13: Service and Repair Availability of Circuit Diagrams and Component Lists... 35 P-2928 Rev H (July 2013) ii
Warranty Information... 35 Submitting Service Requests... 35 Returning Equipment... 35 Section 14: List of Spare Parts and Consumables Consumable Items (electrodes and sensor elements)... 36 Replaceable Items (fuses, batteries, lead sets)... 36 Section 15: Taking Product Out of Operation Disposal of Equipment and Batteries... 37 Section 16: Specifications of the Product Expected Useful Lifetime... 38 Dimensions and Weight... 38 Performance Characteristics... 38 Energy Consumption, Condition of Use... 38 Environmental Conditions for Storage and Transport... 38 IP (Ingress Protection) Rating... 38 Section 17: Technical Information Block Diagram... 39 Theory of Operation... 39 Electro-Magnetic Compatibility (EMC Tables)... 40 Section 18: Appendices Appendix A Interference Between WiFi & 2400 Radio Frequency Channels... 43 Appendix B Radio Regulatory Statements... 44 Appendix B Radio Regulatory Statements... 45 P-2928 Rev H (July 2013) iii
Noraxon U.S.A, Inc. Section 1: Introduction Brief Description The is an optional accessory item for the portable TeleMyo 2400T G2 Trasnmitter System. Up to 32 Telemtry signals can be coupled with other stationary devices while allowing full mobility of the transmitter. It is equipped with 8 additional analog input channles, which allow the user to couple to up 32 telemetry signals with other stationary devices like force plates and isokinetics while allowing full mobility of the transmitter. Data is acquired digitally by a USB/PC interface and Noraxon s MyoResearch XP or MR3 analysis software. The software s numerous data export and import functions enable a bidirectional data exchange between various measurement devices. With the software interface, an optional 8 channels of analog input are available at the receiver. This provides an easy interface to stationary systems such as isokinetic machines or force plates. A TeleMyo 2400T G2 Transmitter System combined with a is designed with wireless LAN technology. It can be used in hospitals, research labs, and factory sites even under the most difficult conditions. Intended Use The is designed to create a connection from the TeleMyo 2400 to the user s PC and thus transfer data from the TeleMyo 2400 to the PC for analysis. The TeleMyo 2400T G2 system is intended to measure and quantify muscle biopotential signals separately or in combination with other kinematic or kinetic signals. This information can be used to affect muscle training and reeducation. Intended Users Researchers or individuals trained in physical medicine, physical therapy or ergonomics Subject Populations Medical Individuals with cerebral palsy, physical injuries, post-surgical or post stroke conditions Subject Populations Non medical Athletes, workers at their worksite, subjects in new product trials Common Applications Creating a connection from the Noraxon TeleMyo 2400 to the PC for the purpose of: Gait analysis; tracking over time the outcome of surgical, therapeutic or orthotic interventions; identification of ergonomic stress factors in the workplace or new product designs Contraindications None P-2928 Rev H (July 2013) 1
TeleMyo 2400 G2 Mini Receiver Section 2: Definitions Graphic Symbols and Meaning The following international icons and symbols are found on the TeleMyo 2400 Mini Receiver enclosures and in this user manual. Their meaning is described below.. Approval to market this product in the European Community was certified by Notified Body #0473 AMTAC of the UK. The device generates radioo frequency energy during operation. The USB cable is applied too this connection. Read material in the Instruction Manuall wherever this symbol appears. Identifies the manufacture r of the device. Additional information available in a separate document Power supply symbol: This symbol indicates that the TeleMyo 2400 G2 Mini Receiver requires a 5V DC power supply capable of providing at least 500mA of current Normal polarity: This symbol indicates the normal polarity position for the wireless sync signal. With the switch in this position the wireless sync signal will be unchanged. Inverted polarity: This symbol indicates the inverted polarity position for the wireless sync signal. With the switch in this position the wireless sync signal will be inverted. P-2928 Rev H (July 2013) 2
Glossary of Terms Mini Receiver abbreviation for the Noraxon. Multi-Channel Sensor Certain Sensor Types provide more than one signal. Thus a Multi- Channel Sensor behaves like two or three standard Sensors. An example is a 3-D Accelerometer that provides acceleration data for the x, y and z directions. RF (Abbreviation for Radio Frequency) Wireless communication takes place on assigned radio frequencies or channels. For the TeleMyo 2400T System, RF transmissions occur at frequencies between 2.4 GHz and 2.5 GHz. Other wireless systems including WiFi and Bluetooth commonly operate at the same frequencies and can be a source of interference. RF Channel RF transmissions for the Telemyo 2400T System can be selected to occur on one of 11 different radio frequencies. The ability to operate over several different frequencies allows the System to reposition its radio operation if needed to avoid interference. RF Traffic The presence of radioactivity present on a given frequency similar to the number of cars on an expressway. Several users (wireless devices) may be communicating using the same frequency. Best operation of the TeleMyo 2400T System occurs when the RF Traffic is low (no other users) on the selected RF Channel. TM2400T Abbreviation for the Noraxon TeleMyo 2400T G2 Transmitter, a transmitter with leads that attach to sensors on the body, used to measure surface EMG and other kinetic and kinematic signals. P-2928 Rev H (July 2013) 3
Section 3: Identification Model Designation The basic TeleMyo 2400 Mini Receiver consists of the unit with or without wireless sync. Model 292 Model 292-WS with Wireless Sync Product Versions and Configurations The model 292 can be combined with the TeleMyo 2400T system to create a direct connection between the PC and the 2400T for the transfer of digital data. The Mini Receiver, coupled with Noraxon MR-XP or MR3 software has an option for up to 8 channels of analog input. For additional equipment details refer to Section 9 of this manual. As the TeleMyo 2400 System requires software to perform its function, the equipment is offered in combination with the following computer program packages. Model 133 MyoResearch-XP Master Edition Model 430-433 myomuscle P-2928 Rev H (July 2013) 4
Section 4: General Warnings and Cautions Risks and Benefits There is no identified risk of physical harm or injury with use of the TeleMyo 2400 G2 Mini Receiver product. The benefit provided by use of the device is the provision of objective measures to assess the severity of pathological human movement conditions and gauge any subsequent improvement offered by therapy, training, prosthetic alterations or ergonomic design changes. Safety Information Summary Warnings Do not expose the to water or liquid Do not use the equipment on individuals undergoing MRI, Electro Surgery or Defibrillation The TeleMyo 2400 product produces results that are informative, not diagnostic. Qualified individuals must interpret the results Attention The operator must be familiar with typical characteristics of the signals acquired by the TeleMyo 2400 equipment and be able to detect anomalies that could interfere with proper interpretation. P-2928 Rev H (July 2013) 5
Section 5: Getting Started Quick Start Guides MR3 Quick Start Tutorial MyoMuscle Step 1: Home/Start Screen 1 Select a module 2 3 Select/createe a subject Select a configuration 1 2 3 (to create a new configuration see next page) Continue to next step with: Step 2: Measure 1 Check the signals from the sensors and, if acceptable, follow the steps in green the tool bar. P-2928 Rev H (July 2013) 6
Step 3: Viewer 1 Review/Replay the record 2 Set a marker at each start and end of a desired analysis period Continue to next step with: 2 1 MR3 General Quick Start Tutorial Step 4: Report Selection and Analysis Period Definition 1 Select a Report in one of the MyoMuscle tabs 2 Study report definition ( Info) Each report comes with a pre-configured mode for analysis period definition which is explained here. 1 Continue to Period Definition Viewer with: The Viewer is shown again: place marker at each start/end of analysis periods or confirm existing marker pairs (already placed in first viewer) and click: 2 Confirm or change the analysis period defintion and continue with: P-2928 Rev H (July 2013) 7
TeleMyo 2400 G2 Mini Receiver Step 5: Read and Print a Report 1 2 Scroll through the report results Use Print, View or Analysis Options Reports can be printed, copied to clipboard or exported to several files formats. The report can be Re-analyzed to adjust the period definition or to perform a comparison analysis. Averaged angle patterns can be stored as normative data orr group data 2 Continue with: 1 To get back to the start screen or press measure to perform the next measurement: Optional step in Home/Measure: Create or Edit a measurement configuration - click on New or Modify configuration in Home or Measure - 1 2 Insert or delete a device by dragging a device in or from the list of available devices Use Human model or sensor list to select or deselect DTS sensors 2 1 3 Measurement Options You can add Recording Options, Online Processing and Feedback Options if needed 3 Continue with: P-2928 Rev H (July 2013) 8
MyoResearch-XP Quick Start Tutorial MyoMuscle P-2928 Rev H (July 2013) 9
TeleMyo 2400 G2 Mini Receiver Section 6: Preparing the Product for Use (Set-up Instructions) Unpacking and Component Identification (part #293) TeleMyo 2400 G2 CF WiFi Radio Card (part #290B) A to mini B USB Cable (part #CBL17) Analog Input Interface Cable (part # 2917B) OR Analog Input Patch Board Cable (part# 2922A) (not pictured) Wireless Sync Antenna Manual Syncc Trigger (part # 2912D) Inline Wireless Sync Receiver (part #234) Interface Cable for Wireless Sync (part #2912C) 5VDC Powerr Source (partt #PSU2) Additional contents not illustrated User Manual (part #292A) This document P-2928 Rev H (July 2013) 10
If additional accessories have been included please see Section 9, Accessories for component identification. Component Inputs, Outputs and Indicators 1 Mini Receiver (front) 2 Mini Receiver (back) 1 Status Indicators Indicates the Mini Receiver is connected to the power source, is reading the WiFi card, and the status of the receiver 2 Compact Flash Card The WiFi radio card used to interact with the TeleMyo 2400T G2 Transmitter 3 Sync Mark Indicator Illuminates when a wireless marker is being sent (Optional Wireless Sync card required) 4 Serial Port Can be used to connect to a transmitter in tethered mode in areas where radio use is not permitted 5 Sync Antenna For use with the wireless sync transmitter (Wireless sync option required) 1 Sync In Polarity Switch Sets the polarity of an incoming sync signal (Wireless sync option required) 2 Sync In Connector allows an external sync signal to be sent to the optional wireless sync transmitter (Wireless sync option required) 3 Sync Out Connector allows a sync signal created by the optional wireless sync transmitter to be sent to an external device (Wireless sync option required) 4 Sync Out Polarity Switch Sets the polarity of an outgoing sync signal (Wireless sync option required) 5 Power Source Switch sets the power source; either USB or EXT (external power supply). For most applications, USB power I sufficient, but an external power source is required for the wireless sync option. 6 Power Connector the EXT power connector accepts %V DC from the included power supply (external power supply is required for the wireless sync option). P-2928 Rev H (July 2013) 11
3 Mini Receiver (side 1) 1 RF Channel Where the RF channel is selected for communication with the 2400 G2 transmitter 2 Sync Antenna Where the sync antenna is connected to the Mini Receiver (Wireless sync option required) 3 USB port Where the USB mini B end of the USB cable is inserted 4 Mini Receiver (side 2) 1 Analog In 10 pin connector that accepts 8 channels of analog input. 5 Mini Receiver (top) 1 CompactFlash Port Where the CompactFlash or CompactFlash WiFi card is inserted P-2928 Rev H (July 2013) 12
Component Interconnections Step 1 Insert the Compact Flash WiFi card into the Compact Flash port of the Mini Receiver. Step 2 Insert the mating (smaller) end of the USB cable (CBL17) into the USB connector on the rear of the receiver. Insert the opposite end of the USB cable into an available USB port on the computer. Note: Make sure the power switch is indicating the correct power source to be used (i.e. USB or External; External is only used for the wireless sync option) Step 3 (Wireless sync option) For the wireless sync option: Insert the 5V DC 3.0A power supply into the power connector on the rear of the Mini Receiver. Plug the power supply into a wall outlet. Note: Make sure the power switch is indicating the correct power source to be used (i.e. USB or External; External must be used for the wireless sync option) Step 4 (Wireless sync option) Screw antenna into sync antenna port of the Mini Receiver. Note: See Appendix C for further Setup instructions for Wireless Sync P-2928 Rev H (July 2013) 13
Device Communication (Driver) Software Installation No driver installation is needed. The TeleMyo 2400 Mini Receiver uses a G2 driver for communication over the USB port. Companion Software Installation The TeleMyo 2400 Mini Receiver is compatible with several different software programs. Identify the companion software that accompanied the equipment (MyoResearch or MR3) and follow the appropriate instructions given next. MyoResearch XP Installation 1. Insert the MyoResearch XP Software CD into the PC. 2. A menu will automatically pop up. 3. Click on Install MRXP and follow the Wizard s instructions. 4. When the Wizard requests a password, enter the password printed on your CD case. 5. After installing MRXP exit (close) the MRXP software. 6. Click on Install Patch and follow the Wizard s instructions. The installed companion software must be activated before unrestricted use is possible. 1. Open MRXP. 2. A dialog box will indicate how many more times MRXP can be opened. 3. Click on Enter Activation Code. 4. Call or email Noraxon Support with the provided Activation Key. 5. Please include the following: Your name, Company/Organization Name, Serial Number on TeleMyo 2400 Mini Receiver and the Activation Key. 6. Noraxon Support will email or respond by phone with the Activation Code 7. Enter the provided Activation Code to remove any restrictions on use. MR3 Installation 1. Insert the MR3 feature map into the PC 2. A menu will automatically pop up 3. Click on Install MR3 and follow the Wizard s instructions Companion Software Configuration Before the TeleMyo 2400 Mini Receiver can be used, the companion software must be configured to recognize the different components that make up the system. Refer to the following configuration instructions for the particular program (MyoResearch or MR3) supplied with the TeleMyo 2400T or Mini Receiver. Note: In the Measurement Setup window, the channel configuration needs to be set accordingly: 4 channel 8 channel 12 channel 16 channel EMG / Inline Sensor Ch 1-4 Ch 1-8 Ch 1-12 Ch 1-16 Transmitter Digital In Ch 9 & 10 Ch 9 & 10 Ch 17 & 18 Ch 17 & 18 Transmitter Sync Ch 11 Ch 11 Ch 19 Ch 19 Mini Receiver Analog In Ch 12-19 Ch 12-19 Ch 20-27 Ch 20-27 P-2928 Rev H (July 2013) 14
MyoResearch XP Configuration For connection to the TeleMyo 2400T Step 1 Open the MyoResearch XP program and click on the Measure button. Step 2 Click on the Hardware button Step 3 Select (click on) the TeleMyo 2400T G2 icon from the various devices at the top of the screen. P-2928 Rev H (July 2013) 15
Step 4 Click on the Settings Icon. Step 5 In the settings menu, verify that the selection Use USB Gen2 device is checked. Click test transmitters Verify the Communicating with Transmitter box appears. Once connected, click OK. Step 6 Verify the Communicating with Transmitter box appears. Once connected, click OK. P-2928 Rev H (July 2013) 16
TeleMyo 2400 G2 Mini Receiver Step 7 Click OK in the Settings/ Control Panel. Click OK in the Hardware Setup. Click Start in the Measurement screen. For Analog Input Step 1 Open the MyoResearch XP program and click on the Measuree button. Step 2 Click on the Hardware button P-2928 Rev H (July 2013) 17
Step 3 Select (click on) the TeleMyo 2400T G2 Mini-receiver icon from the various devices at the top of the screen. Step 4 Click on the Settings Icon. Step 5 In the settings menu, verify that the selection Use USB Gen2 device is checked and all other settings are correct. Click OK to exit the settings screen. Click OK to return to the measurement screen. P-2928 Rev H (July 2013) 18
Step 6 In the Measurement screen, define the analog signals to be sent to the Mini Receiver. Proceed to step 6a and 6b for instructions on how. Step 6a Using the Muscle/ Device Maps screen, select the Biomech. Devices tab and click on the square of the correct biomechanical device being used. Step 6b Using the Channels screen put a check next to the number of channels being used to turn those channels on. Under the Type column, select the type of signal being sent from the drop down list. This will determine the amplitude and units. P-2928 Rev H (July 2013) 19
TeleMyo 2400 G2 Mini Receiver Step 7 Click Start in the Measurement screen. Note: In MR-XP it is necessary to include the TM2400T G2 transmitterr with at least one channel of EMG in all measurements. If the TM2400TT G2 is not included, a No response from transmitter error will occur and the user will not be able too take a measurement. MR3 Configuration For connection to the TeleMyo 2400T Step 1 Open the MR3 program and click on the Setup button. Step 2 Make sure the TeleMyo 2400 G2 Mini Receiver is attached to the USB port of f the computer. Click on the Insert Devicee button P-2928 Rev H (July 2013) 20
Step 3 Double-Click on the Telemyo 2400 G2 icon to bring up the dialog of step 4. Note: The TeleMyo 2400T G2 icon will not be displayed if the device is not attached to the USB port of the computer. If absent go back to step 2. Step 4 When the TeleMyo 2400T is attached to the computer s USB port, the TeleMyo 2400T Settings Dialog will appear as shown. Click Detect to auto Detect available sensors. Step 5 Once detected, the following Dialog box will appear as shown. Make any adjustments that are necessary and press OK when done. Continue with the setup described for the TeleMyo 2400T G2 P-2928 Rev H (July 2013) 21
TeleMyo 2400 G2 Mini Receiver For Analog Input Step 1 Open the MR3 program and click on the Setup button. Step 2 Make sure the TeleMyo 2400 Mini Receiver is attached to the USB port off the computer. Click on the Insert Devicee button Step 3 Double-Click on the Noraxon G2 icon too bring up the dialog of step 4. Note: The Noraxon G2 icon will not be displayed if the device is nott attached to the USB port of the computer. If absent go back to step 2. P-2928 Rev H (July 2013) 22
TeleMyo 2400 G2 Mini Receiver Step 4 When the TeleMyo 2400 Mini Receiver is attached to the computer s USB port, the Mini Receiver Settings Dialog will appear ass shown. Make any adjustments that are necessary and press OK when done. Step 5 Edit or createe a New Configuration to add the TeleMyo 2400 G2 Mini Receiver. Step 6 Inn the Measurement Setup, drag the TeleMyo 2400 Mini Receiver into the Devices in your configuration box. P-2928 Rev H (July 2013) 23
Step 7 Click on the User Defined Sensors tab on the left side of the screen. Step 8 Click on the channel number of interest and place a check in the box to turn the channel on. Click on the Sensor column to choose the type of analog signal attached to the Mini Receiver. The User Defined Sensor will be assigned to the channel selected Repeat as needed P-2928 Rev H (July 2013) 24
Section 7: Pre-Use Check-Out Normal Appearance of Indicators The Mini Receiver s Status indicators provide a means of communicating its operational state. When connected to the PC via USB, the Power light will illuminate green. The Status 2 indicator will then illuminate amber when the Mini Receiver is correctly reading the WiFi card. If the Status indicators are in any other color combination, there is a problem with the connection. To determine the problem, see the explanations of each status light combination below. Status Indicator Lights The status indicators consist of three LED lights labeled Power, Status 2, and Status 1. Together, these light indicate the state of the communication between the PC, Mini Receiver, and wireless communication link with the transmitter. There are various color combinations, shown below, which indicate the different states of the Mini Receiver. Status 1 Status 2 Power State of Mini Receiver blinking The Min Receiver does not have the Compact Flash Card inserted. (Mini Receiver is connected to the computer.) Normal Operating State blinking steady steady blinking steady any state any state The Compact Flash WiFi card is not recognized. Please verify that you have the correct WiFi card, then reinsert the WiFi card into the Mini Receiver. Fatal Error has occurred. Please restart the Mini Receiver by unplugging the USB cable or power supply from the Mini Receiver, then reinsert the cable. If the problem is not resolved, please contact Noraxon Technical Support for further assistance. Calibration In PC mode: Calibration of the Mini Receiver itself is not required. In Analog Input mode: If the indicators are illuminating properly but no signals are appearing on the PC screen, check to make sure the attachment connectors are secure and no individual wires or cables are disconnected. P-2928 Rev H (July 2013) 25
Section 8: Operating Instructions Safety Information Summary There are no safety related restrictions on use of the Mini Receiver. Normal Functions with Interface to a PC When used with the companion software the Mini Receiver displays and records raw or processed EMG waveforms that will appear similar to the following: Consult the user manual for the companion software for descriptions of the setup, playback and analysis of the data acquired by the TeleMyo2400 system. P-2928 Rev H (July 2013) 26
Mini Receiver Analog Input The Mini Receiver Analog Input Cable (part #2917B) is used to send signals to the Mini Receiver from measurement devices with analog output, e.g. force plates or isokinetic systems. The 10 pin connector is inserted into the Mini Receiver Analog In port and the stripped and tinned end is connected to the external measurement device analog output port. The cable wiring assignments for the Analog Input Cable are below: Color Signal Brown Input 1 Red Input 2 Orange Input 3 Yellow Input 4 Green Input 5 Blue Input 6 Violet Input 7 Grey Input 8 White Clear Signal Common Signal Common Note: All analog input signals are restricted to the range -5V to +5V. The cables attached to the TeleMyo 2400 system are only intended for connection to equipment that comply IEC 60601-1 and Noraxon guidelines. Exceptional Functions/Situations (error messages) Please see the Status Indicators table to determine different sources of error and solutions. P-2928 Rev H (July 2013) 27
TeleMyo 2400 G2 Mini Receiver Section 9: Accessories and Optional Modules Accessories Part No. Image PSU2 Description Mini Receiver Power Supplyy (5V DC, 3.0A) with interchangeable blade More Mini Receiver Wireless Syncc Antenna 290B CompactFlash WiFi Card 2912C Interface cable to wireless sync 2912D Curbell Triggerr 234 Compact Wireless Sync Trigger 2917B Analog Input Interface Cable 2917D Biodex to Mini Receiver interface cable 2917E Humac Cybex Norm to Mini Receiver interface cable 2922 Analog Input Patch Board 2922A Analog Input Patch Board Cable P-2928 Rev H (July 2013) 28
TeleMyo 2400 G2 Mini Receiver As new accessoriess may be available after the time of printing, pleasee check Noraxon s website at this link for the latest offerings. http:/ //noraxon.com/products/ Options Part No. 290 Image 586 Section 10: Cleaning Safety Precautions When Cleaning Description Surface and fine wire EMG system Surface and fine wire EMG system WARNING Only use a damp cloth with mild soap and water or isopropyl alcohol to clean the TeleMyo 2400 G2 Minii Receiver. Do not immerse the enclosure in any water or liquid. Cleaning by Users If needed, the Mini Receiver can be cleaned with a cloth slightly dampened with a solution of mild soap and water or isopropyl alcohol. Before cleaning any portion of the system, the Mini Receiver should be unplugged from the computer. P-2928 Rev H (July 2013) 29
Section 11: Maintenance Safety Precautions When Performing Maintenance No precautions required. Maintenance by Users No routine maintenance is required for the. Maintenance by Qualified Individuals The following activities should only be undertaken by PC support (IT) personnel, equipment technicians or those with suitable training. Companion Software Updates Perform a backup of the data folders to a separate drive as a precaution. Click on the Patch/Update link provided in the email or as given on the Noraxon website http://noraxon.com/software-downloads Download the Patch/Update file. To install the Patch/Update, click Run on the dialog box. No password is required. Device Software (firmware) Updates The internal program (firmware) inside the various Noraxon devices can be updated through the use of a special utility program available through a supplied link through the Noraxon website: http://noraxon.com/drivers-and-firmware The installed program will permit updates to the TeleMyo 2400 G2 system. Maintaining an Optimal Wireless Connection As wireless devices are increasingly more commonplace, the radio traffic in any given location can change often abruptly. The TeleMyo2400 system operates in the 2.4 GHz band which is shared by wireless networks and personal communication devices. The TeleMyo 2400 system can be set to operate at one of 11 different frequencies within the 2.4 GHz. Radio channels 1, 6 and 11 are the most commonly set channels. Noraxon presets the radio channel to channel 1 on both the transmitter and Mini Receiver prior to shipping. The transmitter channel must agree with the radio channel of the Mini Receiver. However, the channel can be changed by the user. Routine examination of the local wireless environment is recommended in order to select the best operating frequency for the TeleMyo 2400 system as in Appendix A. A utility program (inssider) that can be used to monitor WiFi activity is available for download at this link: http://www.noraxon.com/docs/default-source/utility-downloads/noraxon-inssider2- installer.zip?sfvrsn=0 The WiFi monitoring program must be installed on a PC that has WiFi capability. The utility program uses the computer s WiFi radio to detect and report on activity on the various WiFi channels. The inssider display will appear as follows. P-2928 Rev H (July 2013) 30
P-2928 Rev H (July 2013) 31
Section 12: Trouble Shooting, Fault Diagnosis Troubleshooting Chart Symptom: Problem with the PC recognizing the Mini Receiver Possible Reason USB cable is disconnected or loose Remedial Action Check USB cable connection at both receiver and computer Symptom: Problems with the Mini Receiver communicating with TM2400T G2 Possible Reason One or both WiFi cards are bad Remedial Action If there is a spare WiFi Compact Flash card try swapping them around until 2 good ones are found Interference on wireless channel Use another radio channel (see sections 6 and 12) and make sure both transmitter and receiver are on the same RF channel Transmitter battery is low Symptom: Problems with intermittent signals Retry after charging battery for at least 15 minutes Possible Reason Transmitter is too far from receiver There is interference from a high amount of WiFi traffic in the area Remedial Action Move to within 30m (90 feet) of receiver Change the RF channel on both the transmitter and receiver Website Link to FAQ Answers to common questions can be found at Noraxon s Frequently Asked Questions (FAQ) website page at this link: http://noraxon.com/faq Other educational material is available at this link: http://noraxon.com/educational-materials P-2928 Rev H (July 2013) 32
Radio Considerations The TeleMyo 2400T G2 transmitter and Mini Receiver system operate in the 2400 MHz ISM (Industrial, Scientific and Medical) radio band reserved for use in most countries of the world. The radio transfers data digitally using a proprietary wireless protocol. Other devices operating in this frequency band include computer networks, microwave ovens, cordless phone sets and other WiFi enabled devices. Despite all this competing radio activity the TeleMyo 2400T System is able to discern its particular information from all the surrounding radio traffic. Reliable transmission depends on good signal quality. Signal quality will fall with extended distances between the TeleMyo 2400 G2 Mini Receiver and the TeleMyo2400T G2 transmitter. Obstructions (walls, metal structures, trees, etc.) between the Mini Receiver and the TM2400T will also lower the signal quality. While the TeleMyo 2400T is quite immune to interference, it does transmit a deliberate radio signal that could affect nearby sensitive equipment. Users should always be aware of this possibility. In a similar manner, although the energy level of the radio is considered harmless to human beings, it is still prudent to minimize exposure. Finally, although available worldwide, each country places certain restrictions on the operation of radios in the 2400 MHz ISM band. These restrictions include allowable transmitter power levels and broadcast frequencies. Setting the RF Channel The RF Channel is the frequency used for communication between the Mini Receiver and the TeleMyo 2400T G2 transmitter. Typically, the default option RF Channel 1 works well. However, sometimes there is a high amount of WiFi traffic in the area that may affect the data transmission. If there is too much traffic on the selected RF Channel, significant data loss may occur. In order to avoid data loss, changing the RF Channel to another frequency may solve the problem. If the RF Channel needs to be changed, select a different channel in both the TM2400T G2 and the Mini Receiver and take another measurement to determine if the data loss problem is resolved. The TeleMyo 2400 System can operate on any one of 11 different radio channels between 2.412 GHz (radio channel 1) to 2.462 GHz (radio channel 11). Radio channels 1, 6 and 11 are the most commonly set channels. Noraxon presets the radio channel to channel 1 on both the transmitter and Mini Receiver prior to shipping. However, the channel can be changed by the user. The transmitter channel must agree with the radio channel of the Mini Receiver. Note: Not all radio channels are available for use in each country. If data loss is still a problem, please refer to Appendix A for instructions to select another RF Channel. P-2928 Rev H (July 2013) 33
Section 13: Service and Repair Availability of Circuit Diagrams and Component Lists Noraxon will make available on request circuit schematics, component parts lists and calibration instructions to assist qualified technical personnel in the service and maintenance of the TeleMyo 2400 G2 Mini Receiver. Warranty Information Noraxon equipment including optional items is guaranteed to be free from defects in material and workmanship for 1 year from the date of purchase. The warrant period begins on the date of product shipment from Scottsdale, Arizona. Warranty coverage does not apply to damage incurred through accident, alteration, abuse or failure to follow instructions contained in this document. An optional extended warranty is available. Please contact Noraxon USA for further details. Submitting Service Requests A Service Request can be submitted using the online form available at this link: http://noraxon.com/service-request Provide all information requested by the form including a detailed description of the problem being experienced and your telephone number or e-mail address. Returning Equipment Be sure to obtain an RMA Number (return material authorization) before returning any equipment. Completing the online service request form will assign an RMA Number. Otherwise contact Noraxon USA. Send the equipment postage prepaid and insured to the address below. Include the RMA Number on the shipment label. Mark the package Goods to be repaired Made in USA to avoid unnecessary customs charges. (Beware listing a Customs or Insurance value of $5,000.00 USD or more will result in a delay at United States Customs.) Noraxon USA 15770 N. Greenway-Hayden Loop Suite 100 Scottsdale, AZ 85260, USA If you are shipping from outside the USA please use UPS, FedEx, DHL, or EMS (US Postal Service) and not a freight-forwarder. Using a freight-forwarder incurs additional brokerage fees. If a package is shipped to Noraxon via a carrier other than the ones listed above, it may be refused. P-2928 Rev H (July 2013) 34
TeleMyo 2400 G2 Mini Receiver Section 14: Spare Parts and Consumables Consumable Items None Replaceable Items Part No. CBL17 Image Descriptionn USB A to mini B Filtered cable Wireless Sync Antenna 234 Inline Wireless Sync Receiver 290B TeleMyo 2400 G2 CF WiFi Radio Card PSU2 5VDC Power Source (part #292A) 2912 Interface Cable for Wireless Sync (part #2912) 2912D Manual Sync Trigger (part # 2912D) 2917B Analog Input Interface Cable 2922A Analog Input Patch Board Cable P-2928 Rev H (July 2013) 35
Section 15: Taking Product out of Operation Disposal of Equipment and Batteries Please check with the governing authorities in your location before disposing of the TeleMyo 2400 G2 Mini Receiver and its contents. P-2928 Rev H (July 2013) 36
Section 16: Specifications of the Product Expected Useful Lifetime The has a usable life of seven years. Dimensions and Weight Dimensions 4.7 L x 2.6 W x 3.3 H (11.4 cm L x 6.8 cm W x 2.5 cm H) TeleMyo 2400 Mini Receiver Weight: 10.5oz (298g). Performance Characteristics Output & Transmission Frequency (Depending on country) Up to 100 mw (depending on antenna and country allowance) 2412 to 2464 MHz on (up to) 11 unique radio channels transmission range: 300ft (100m) in open view Analog Inputs (Optional) 8 available channels Input range +/- 5V max at 16 bit resolution Input impedance> 1 MOhm Software FIR Low Pass filter: 500Hz or 1000Hz Wireless Sync (Optional) TTL compatible sync inputs and outputs Pre-specified carrier frequency: 868 MHz or 914 MHz Accepts external sync signals or generates its own sync pulse train Energy Consumption, Condition of Use Receiver is powered by 5V USB host or a 5VDC external supply at 500 ma using a 110-240 VAC 50/60 Hz external supply Environmental Conditions for Storage and Transport Ambient Temperature: -40C to +70C Relative Humidity: 10% to 100% Atmospheric Pressure: 500hPa to 1060hPa IP (Ingress Protection) Rating The Mini Receiver device enclosures have a low ingress protection rating (IP20). The TeleMyo 2400 G2 Mini Receiver is not waterproof. Care must be taken to avoid exposure to all liquids. P-2928 Rev H (July 2013) 37
Section 17: Technical Information Block Diagram Model 292 TeleMyo 2400 Mini Receiver Coming soon Theory of Operation The is part of an electromyography (EMG) instrument available as a 4,8,12 or 16 channel system. This device has been manufactured specifically for semg applications and is not intended for use with evoked response equipment. Its design complies with international standard IEC 60601-1, The International Standard for Medical Electrical Equipment and IEC60601-2-40, Particular requirements for the safety of electromyographs and evoked response equipment. This device also complies with part 15 of the Federal Communication Commission (FCC) Declaration of Conformity Statement. As a result, operation is subject to the following two conditions: 1. The device may not cause harmful interference. 2. The device must accept any interference received, including interference that may cause undesired operation. The acts as a receiver for the TeleMyo 2400T G2 transmitter. The two communicate through the use of wireless channels using two Compact Flash WiFi cards. WiFi channels can be changed on the device, no computer or software program is necessary. The Mini Receiver can accept up to 16 signal channels from one TeleMyo 2400T transmitter, or 32 signal channels from two linked TeleMyo 2400T transmitters. This creates a connection between the TeleMyo 2400T and the PC, allowing the user to view and analyze the data using the PC and a designated software program. The Mini Receiver also has the option for 8 channels of analog signals as well as both sending and receiving a synchronization signal. In addition, the Mini Receiver can send a sync pulse out via wire or through the wireless sync antenna to a wireless sync receiver connected to the TeleMyo 2400T transmitter. Communication between the TeleMyo2400T and Mini Receiver is bidirectional, using an internationally accepted direct sequence spread spectrum 2.4GHz radio channel. The 2400 Mini Receiver is completely powered by a USB connection to a PC or a 5VDC power supply that plugs into a wall outlet. All necessary internal operating power levels are derived from the 5V power supply. P-2928 Rev H (July 2013) 38
Electro Magnetic Compatibility Tables Guidance and manufacturer s declaration electromagnetic emissions The is intended for use in electromagnetic environment specified below. The customer or the user of the should assure that it is used in such an environment. Emissions Test Compliance Electromagnetic environment - guidance RF emissions CISPR 11 RF emissions CISPR 11 Harmonic Emissions IEC 61000-3-2 Voltage fluctuations/ flicker emissions IEC 61000-3-3 Group 2 Class A Not applicable Not applicable The must emit electromagnetic energy in order to perform its intended function. Nearby electronic equipment may be affected. The is suitable for use in all establishments other than domestic establishments and those directly connected to the public low-voltage power supply network that supplies buildings used for domestic purposes. Guidance and manufacturer s declaration electromagnetic immunity The is intended for use in electromagnetic environment specified below. The customer or the user of the should assure that it is used in such an environment. Immunity Test IEC 60601 test level Electrostatic discharge (ESD) IEC 64000-4-2 Electrical fast transient/burst IEC 61000-4-4 Surge IEC 61000-4-5 Voltage dips, short interruptions and voltage variations on power supply input lines IEC 61000-4-11 ±6 kv contact ± 8 kv air ±2kV for power supply lines ±1kV for input/output lines ±1kV differential mode ±2kV common mode <5 % U T (>95 % dip in U T ) for 0,5 cycle 40 % U T (60 % dip in U T ) for 5 cycles 70 % U T (30 % dip in U T ) For 25 cycles Compliance level Electromagnetic environment - guidance ±6 kv contact ±6 kv air ±2kV for power supply lines Not applicable ±1kV differential mode ±2kV common mode Not applicable to operation Not applicable to operation Not applicable to operation Device user should avoid touching subject and sensor probes while a measurement is active. For battery charging mains power quality should be that of a typical commercial or hospital environment. For battery charging mains power quality should be that of a typical commercial or hospital environment. For battery charging mains power quality should be that of a typical commercial or hospital environment. Power frequency (50/60 Hz) magnetic field <5 % U T (>95 % dip in U T ) For 5 sec Not applicable to operation 3 A/m 3 A/m Power frequency magnetic fields should be at levels characteristic of a typical location in a typical commercial or hospital environment. IEC 61000-4-8 NOTE U T is the a.c. mains voltage prior to application of the test level. P-2928 Rev H (July 2013) 39
Guidance and manufacturer s declaration electromagnetic immunity The is intended for use in electromagnetic environment specified below. The customer or the user of the TeleMyo 2400 G2 Mini Rceiver should assure that it is used in such an environment. Immunity Test IEC 60601 test level Compliance level Electromagnetic environment - guidance Portable and mobile RF communications equipment should be used no closer to any part of the TeleMyo 2400 G2 Mini Receiver, including cables, than the recommended separation distance calculated from the equation applicable to the frequency of the transmitter. Recommended separation distance Conducted RF IEC 61000-4-6 (Charging System) 3 Vrms 150 khz to 80 MHz 3Vrms d 1. 2 P Radiated RF IEC 61000-4-3 3 V/m 80 MHz to 2,5 GHz 3V/m d 1. 2 P 80 MHz to 800 MHz d 2. 3 P 800 MHz to 2,5 GHz where P is the maximum output power rating of the transmitter in watts (W) according to the transmitter manufacturer and d is the recommended separation distance in meters (m). Field strengths from fixed RF transmitters, as determined by an electromagnetic site survey, a should be less than the compliance level in each frequency range. b Interference may occur in the vicinity of equipment marked with the following symbol: NOTE 1 At 80 MHz and 800 MHz, the higher frequency range applies. NOTE 2 These guidelines may not apply in all situations. Electromagnetic propagation is affected by absorption and reflection from structures, objects and people. a Field strengths from fixed transmitters, such a base stations for radio (cellular/cordless) telephones and land mobile radios, amateur radio, AM and FM radio broadcast and TV broadcast cannot be predicted theoretically with accuracy. To assess the electromagnetic environment due to fixed RF transmitters, an electromagnetic site survey should be considered. If the measured field strength in the location in which the TeleMyo 2400 Mini Receiver is used exceeds the applicable RF compliance level above, the TeleMyo 2400 Mini Receiver should be observed to verify normal operation. If abnormal operation is observed, additional measures may be necessary, such as reorienting or relocating the TeleMyo 2400 Mini Receiver. b Over the frequency range 150 khz to 80 MHz, field strengths should be less than 3 V/m. P-2928 Rev H (July 2013) 40
Recommended separation distances between portable and mobile RF communications equipment and the TeleMyo 2400 Mini Receiver The is intended for use in an electromagnetic environment in which radiated RF disturbances are controlled. The customer or the user of the can help prevent electromagnetic interference by maintaining a minimum distance between portable and mobile RF communications equipment (transmitters) and the as recommended below, according to the maximum output power of the communications equipment. Rated maximum output power of transmitter W Separation distance according to frequency of transmitter m 150 khz to 80 MHz 80 MHz to 800 MHz 800 MHz to 2,5 GHz d 1. 2 P d 1. 2 P d 2. 3 0,01 0.12 0.12 0.23 0,1 0.38 0.38 0.73 1 1.2 1.2 2.3 10 3.8 3.8 7.3 100 12 12 23 For transmitters rated at a maximum output power not listed above, the recommended separation distance d in meters (m) can be estimated using the equation applicable to the frequency of the transmitter, where P is the maximum output power rating of the transmitter in watts (W) according to the transmitter manufacturer. NOTE 1 At 80 MHz and 800 MHz, the separation distance for the higher frequency range applies. NOTE 2 These guidelines may not apply in all situations. Electromagnetic propagation is affected by absorption and reflection from structures, objects and people. P P-2928 Rev H (July 2013) 41
Section 18: Appendices Appendix A Interference Between WiFi and TM 2400 Radio Frequency Channels Because any neighboring WiFi radios and the TeleMyo 2400 System share the 2.4GHz frequency spectrum there is the possibility that the RF channels may overlap and interfere with each other resulting in lost data. Remember, the selector on the Mini Receiver goes from 0-9, then A-F. (A=10, B=11, C=12, D=13, E=14, F=15.) If you are aware of WiFi activity in the vicinity of the TeleMyo 2400 system, it is helpful to identify which combinations of the eleven WiFi channels are being used. Once this is determined, select a channel that avoids, as much as possible, WiFi channels that share the same radio frequencies. Instructions to change the RF channel: Use a network sniffer program to determine which WiFi RF channels are being used in your area. InSSIDer is a network sniffer with a graphical display that is available as a free download from the Noraxon website at: http://www.noraxon.com/docs/default-source/utility-downloads/noraxon-inssider2- installer.zip?sfvrsn=0 This network sniffer is compatible with Windows XP, Vista and 7 (32 and 64-bit). You can use most 802.11 a/b/g wireless adapters, e.g. PC internal WiFi, PCMCIA card Wireless network adapter and USB Wireless network adapter, to scan the networks in the area. Once the busy WiFi channels are identified, change both the transmitter and receiver s RF Channel to avoid those WiFi channels. The TeleMyo 2400 System can operate on any one of 11 different radio channels between 2.412 GHz (radio channel 1) to 2.462 GHz (radio channel 11). Radio channels 1, 6 and 11 are the most commonly set channels. Noraxon presets the radio channel to channel 1 on both the transmitter and Mini Receiver prior to shipping. However, the channel can be changed by the user. The transmitter channel must agree with the radio channel of the Mini Receiver. To change the channel of the transmitter and receiver, unplug the USB cable from the Mini Receiver before changing the RF channels. The channels can be changed using a small, flat head screwdriver. To set the RF Channel to 1, the slot in the set screw should have the arrow pointing to 1. To change or set the RF channel, gently turn the screw clockwise using the screwdriver. As the screw is turned, it will click into place at each channel. The selector goes from 0-9, then A-F, (A=10, B=11, C=12, D=13, E=14, F=15.) Be sure to change the channel this for both the TM2400 G2 transmitter and receiver. Note: Not all radio channels are available for use in each country. P-2928 Rev H (July 2013) 42
Appendix B Radio Regulatory Statements FCC Statement This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Caution: Changes or modifications not expressly approved by the party responsible for compliance could void the user s authority to operate the equipment. This device contains modules with FCC ID: H9PLA4137 Industry Canada Statement This product contains Wireless module Canadian Cert No IC: 1549104431A P-2928 Rev H (July 2013) 43
TeleMyo 2400 G2 Mini Receiver Appendix C Wireless Sync Options Hardware Setup 1. Set the Mini Receiver according to the Component Interconnections steps 1 4 2. Set the Power Source Switch to EXT 3. Determinee the source of the sync signal: wirelesss push button cable or external system Wireless Sync Push Button Cable (Manual Sync) Step A Insert the Wireless Sync Push Button cable into the Sync In port Step B Set the polarity switch to Step C Insert the Wireless sync transmitter I/O cable into the Sync Out port Step D Connect the I/O cable to the external system Step E Select the Sync out polarity for the external system P-2928 Rev H (July 2013) 44
External System Sync Step A Insert the I/O BNC connector into the external system Step B Insert the I/O cable stereo jack into the Sync In port Step C Determine the Sync In polarity based on the signal from the external system Note: No Sync Out cable is necessary 4. Turn on the TeleMyo 2400T transmitter 5. Plug in the inline wireless sync receiver into the Sync port on the TeleMyo 2400T The transmitter will not turn on if the inline wireless sync receiver is plugged into the sync port. Turn the transmitter on first, and THEN connect the wireless sync receiver. Software Setup Follow steps 1 4 under Companion Software Configuration for connection to the TeleMyo 2400T (for both MR XP and MR3). P-2928 Rev H (July 2013) 45
MyoReseach XP Step 1 In the setting Control Panel, make sure the USB Gen2 device is clicked and then click Configure Step 2 The USB receiver configuration box will appear, click Enable radio and External Pulse Step 3 Click OK 3 times to get back to the Measurement setup screen. P-2928 Rev H (July 2013) 46
Step 4 In the Measurement Setup screen, double click the On box for the Channel used for sync. Note: For 4 or 8 channel systems, the sync Channel is Channel 11. For 12 or 16 channel systems, the sync is channel 19. Step 5 Under the Name column, double click to highlight Channel 11 and type in Sync. Step 6 Under the Type column, double click to produce the scroll down menu and choose TTL Test. MR3 Coming soon P-2928 Rev H (July 2013) 47