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DSI
JET User Guide
Data Sciences International
®
Bluetooth
Receiver
Data Sciences International
th
119 14
Street NW, Suite 100
St. Paul, MN 55112
Phone: +1 (651) 481-7400
US:
+1 (800) 262-9687
Email:
support@datasci.com
www.datasci.com

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  • Page 1 JET User Guide Data Sciences International ® Bluetooth Receiver Data Sciences International 119 14 Street NW, Suite 100 St. Paul, MN 55112 Phone: +1 (651) 481-7400 +1 (800) 262-9687 Email: support@datasci.com www.datasci.com...
  • Page 2 Copyright 1997-2012 Data Sciences International. All rights reserved. No part of this manual may be reproduced, translated, transcribed, or transmitted in any form or by any means manual, electronic, electromagnetic, chemical, or optical without the written permission of Data Sciences International. Data Sciences International 119 14 Street NW, Suite 100...
  • Page 3: Table Of Contents

    Use of JET Blood Pressure Add-On ..................14 To Place Respiratory Inductive Plethysmography (RIP) Bands ..........15 Attaching Leads to Band Sensors .................... 15 Cleaning the Sensors ........................ 16 Technical Specification......................17 To De-instrument a Dog Maintenance Contents • iii DSI JET User Guide...
  • Page 4 JET Bluetooth Receiver Location Recommendations ............. 20 Required Utilities ........................20 Networking ..........................21 Overall System Integrity ......................21 JET Bluetooth Receiver Protection Recommendations ............21 An example installation ......................21 Troubleshooting Technical Support Appendices iv • Contents DSI JET User Guide...
  • Page 5: Notices

    In accordance with Annex IV of the EU directive 1999/5/EC, Data Sciences International declares under our responsibility that the JET product complies with the appropriate essential requirements of the R&TTE Directive and the Notices • 1 DSI JET User Guide...
  • Page 6: Battery Information

    Repair of a damaged circuit board is not feasible. . Verification DSI hardware and software are extensively tested and calibrated before leaving our factory or warehouse. Researchers should independently verify the basic accuracy of materials delivered.
  • Page 7: About This User Guide

    About This User Guide This User Guide provides instructions on how to set up and operate the DSI JET System. The DSI JET™ System is  designed to be used in conjunction with the Ponemah™ Physiology Platform (P3 Plus)/Life Science Suite software for data acquisition and analysis.
  • Page 8: Theory Of Operation

    Theory of Operation Refer to Figure 1 below. ™ ® The JET System consists of externally worn telemetry devices. JET is a Bluetooth enabled system specially designed for toxicology and safety pharmacology laboratories running large animal studies. It can be used to monitor ECG, temperature, and activity.
  • Page 9 There are 3 models of JET devices available. The models differ by the number of channels that can be recorded by each device. The housing of each of the 3 models is the same, with the devices differentiated based on the lead set that is connected.
  • Page 10: Specifications

    Specifications JET Device Models Refer to Figure 2. There are 3 different models of JET devices. The main differentiator between each of the devices is the number of channels per device. The JET-5ETA-BP device includes a second jack enabling a 2 lead set to be connected (not pictured).
  • Page 11: Mechanical Specifications For Jet Device

    Blood Pressure Add-On Respiratory Add-On equivalent to implant Sample Rate: 50Hz Resolution: 16 bits Rate Accuracy:  5% or 2 breaths per minute Measurement Range: 0–150 breaths per minute Mechanical Specifications for JET Device Length 2.5 Inches (6.35 cm) Width 1.1 Inches (2.8 cm) Height 3.7 inches (9.45 cm)
  • Page 12: Mechanical Specifications For Jet Bluetooth® Receiver

    network. For more details on receiver connection to the system, please refer to the PONEMAH Physiology Platform user guide. Mechanical Specifications for JET Bluetooth® Receiver JET Receiver 2293 JET Receiver 272-0241-001 Length 8.5 inches (21.6 cm) 7.5 inches (19.1 cm) Width 5.6 Inches (14.2 cm) 4.75 inches(12.1 cm)
  • Page 13: Lead Sets

    Lead Sets Figure 6 Lead Set for collecting 7 leads of ECG...
  • Page 14: Monitoring Ecg With Jet And A 3 Channel Ecg Lead Set

    There are 3 different lead sets available for each of the JET devices. Each type of lead is available in versions that are approximately 12 or 26 inches long. 1 channel Consists of a pair of differential leads (positive, negative) and a differential lead reference lead.
  • Page 15: Monitoring Ecg Or Other Bio-Potentials With Jet And A Differential Lead Set

    The jacket dimensions must be customized for your animal The minimum jacket pocket dimensions are shown in Figure 7. Contact your DSI Salesperson for a list of companies providing jackets that have been optimized for use with JET devices. Undershirt or Self...
  • Page 16: Jacket Pocket Size Recommendations

    Jacket Pocket Size Recommendations Refer to Figure 7. Overall Size The pocket in which the JET Device will be contained must have minimum dimensions of 6” (15.2 cm) long by 2.75” (7 cm) wide by 1.25” (3.2 cm) deep in order to accommodate the JET device. Dimensions slightly larger than those shown in Figure 7 are recommended especially if one desires to use any JET Add-Ons such as respiration or blood pressure.
  • Page 17: To Attach The Electrodes

    Pocket Location on the Jacket The recommended pocket location is either on the back or flank depending upon the animal being used. If the pocket is located on the back, it should be located close to the tail of the animal (with the top of the pocket toward the head).
  • Page 18: To Install The Jet Device And Connect The Ecg Leads

    Figure 8b. Alternative ECG Lead placement for dogs (without Respiration) Attach the leads to the electrodes. Make sure the electrodes adhere adequately to their sites. Route the thermistor and electrode leads to where the jacket hole will be when the jacket is on the animal. Optionally wrap the animal with a thin layer of gauze followed by a thin layer of self-adhesive elastic bandage covering the electrode leads and wires.
  • Page 19: To Place Respiratory Inductive Plethysmography (Rip) Bands

    To Place Respiratory Inductive Plethysmography (RIP) Bands Select the proper size band for the test subject and strap around the abdomen (above the navel and below the ribcage) and chest (just distal to the forelimbs). Refer to Figure 9. A snug undershirt may be used if available. Attach the first wire to the snap that is on the same side of the band as the Velcro patch.
  • Page 20: Cleaning The Sensors

    Figure 11 Attachment of Modules to Bands The Chest and Abdomen modules should be connected to the 3 Channel Differential Lead as pictured in Figure 12. The Chest Module should be connected to the White snaps and the Abdomen Module should be connected to the Red snaps.
  • Page 21: Technical Specification

    Technical Specification JET RIP Add-On ○ ○ F) – 40 ○ ○ Operating conditions: C (40 C (104 ○ ○ ○ ○ F) – 60 Storage temperature: C (-4 C (140 Operating and storage humidity: 5% - 95% (Non-condensing) To De-instrument a Dog Open the jacket pocket and remove the JET device from the pocket.
  • Page 22 Figure 14 Back of JET device with battery removed Refer to Figure 14. Plug the DSI-supplied charger into a standard wall outlet, and then insert the battery into the charger bay such that the metal plates on the battery line up with the contacts in the bay.
  • Page 23: To Clean The Jet Device And Leads

    Direct exposure to water may damage the electronics, making it unusable, and may void the warranty. DSI only recommends surface decontamination using disinfectant wipes. Any other decontamination process may damage your devices and could potentially void its warranty.
  • Page 24: Room Setup Recommendations

    Room Setup Recommendations Purpose This section provides a brief summary of DSI’s recommendations on setting up an animal room for use with the JET System. It will focus on where to locate your JET Bluetooth Receivers, room considerations, how to connect receivers to power and the network, and how to protect receivers.
  • Page 25: Networking

    IP address on the same subnet though some firewall or security settings may need to be modified by your IT group. DSI would also recommend that your IT group define DHCP lease times that are at least 14 days (preferably 30 days) in length. If using a corporate network with static IP addresses the JET Receivers, E2S-1, and Ponemah computers will require static IPs in the same subnet.
  • Page 27 Troubleshooting Problem Cause Solution There is no signal from the JET The battery needs to be Charge the battery. device. recharged. The battery is not connected Check the battery connections correctly to the JET device. and correct as necessary. The ECG or RIP leads are not Check the ECG or RIP lead connected to the JET device.
  • Page 28: Technical Support

    Technical Support For technical support on the JET system, contact: DSI Technical Support Email support@datasci.com Toll-free in U.S. and Canada 1-800-262-9687 Outside of the U.S. +1-651-481-7400 Monday through Friday: 8 AM to 5 PM CST (except Holidays)
  • Page 29: Appendices

    Appendix 1: Lithium Ion Battery Storage Recommendations Background DSI’s JET System was designed to use a lithium ion rechargeable battery in order to reduce the cost of use and to have less impact on the environment. This paper will provide recommendations for maximizing the operational life of your lithium ion battery.
  • Page 30 References: Battery University <http://batteryuniversity.com/parttwo-34.htm> 392-0027-003 Rev. 602...
  • Page 31 JET Device Device * This table assumes all components are built to the DSI standard and do not exhibit any physical damage. It is possible for devices with physical damage to exhibit similar behavior without any connections being compromised. ** Channel 1 if using a JET-EA-BP, Channel 3 if using a JET-3ETA-BP or JET-5ETA-BP.
  • Page 32 If ECG data is appearing on the BP Channel: • DSI recommends enabling the Ejection Time (ET) parameter. • This will allow the data to be reviewed for periods where the ET is very small, which is more characteristic of an ECG than BP data, and bad data marks can be manually placed around such areas.
  • Page 33 Appendix 4: Referencing the APR-1 Summary The collection of Blood Pressure data via JET requires specific hardware and software configurations in order to properly account for ambient pressure. This document will provide you with the necessary instructions. Instructions The instructions below are valid for Ponemah versions 4.9 and newer. Instructions are broken up into two different sections depending upon the Application Configuration which is in use.
  • Page 34 BP Analysis Attributes Setup i. Following the setup of the APR-1 as a BARO channel the BP channel analysis attributes must be set to reference this APR-1. This is done by selecting the BP channel, assuring the Analysis type is set to BP, then clicking on Analysis Attributes and then selecting the Offsets tab.
  • Page 35 Special Note: A Transmitter must also be set up or the APR won’t be available as a channel! Software Setup Configure the APR-1 and Transmitter using Edit DSI Setup Select Transmitter via Select DSI sources APR-1 Channel Setup i. Configure the eAPR-1 channel by performing the following Using the menu system access Setup –...
  • Page 36 Note: Each JET-BP channel requires these changes. Special Note: If no channels are available then the hardware setup and/or channel setup for the APR-1 were not done correctly (or the Apply button was not clicked). iii. Then click on OK in the BP Analysis Attributes window. iv.
  • Page 37 Appendices • 33 DSI JET User Guide...

This manual is also suitable for:

Jet-3eta-bpJet-ea-bpJet-5eta-bp

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