VAULT COPY Copyright © Datascope Corp., 2004. Printed in U.S.A. All rights reserved. Contents of this publication may not be reproduced in any form without permission of Datascope Corp. be reproduced in any form without permission of Datascope Corp.
Table of Contents Introduction ...................................................................................................................... 1 - 1 Site Survey, Planning and Design...................................................................................................................... 1 - 2 Overview ............................................................................................................................................... 1 - 2 Site Survey, Planning and Design.......
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1.
Site Survey, Planning and Design Introduction 1.1 Site Survey, Planning and Design 1.1.1 Overview The telemetry system for the Panorama Central Monitoring System consists of the following major components: • Instrument and Ambulatory Transceivers • Active Antennas • Coaxial Cable and RF Splitters • TIM Transceiver • Panorama Telemetry Server • Panorama Central Station System components will be installed on a full height equipment rack, which should be installed in a secure, climate-controlled area.
Introduction Site Survey, Planning and Design 1.2 Site Survey, Planning and Design 1.2.
Site Survey, Planning and Design NOTE: Introduction No more than 28 dB loss @ 608 MHZ or 35 dB loss @ 1400 MHz can be tolerated in any leg of the antenna system. • Using the floor plan, determine the optimum location for all antennas required to cover the specified areas within the hospital.
Introduction Site Survey, Planning and Design 3. Observe each frequency range for approximately 5 minutes in multiple locations within the coverage area. If present, note these frequencies on the survey form. 4. Determine the available quadrants. Enter the available quadrants on the survey form. 5. Program the test transceiver to a frequency in a quadrant that is not in use by other telemetry systems in the facility. 6. Connect a test antenna and antenna power adapter to the Spectrum analyzer. 7.
Site Survey, Planning and Design Introduction 10. Determine the locations of the central station and the equipment closet. Mark the scaled floor plan with all component locations and the area of coverage. Determine location of chases between floors and drops into the nurses stations, if necessary, and mark them on the floor plan. 11. Draw an antenna schematic, including all components and approximate cable lengths. 12. Measure all the wiring runs in an attempt to minimize cable length. 13.
2.
Tools and Equipment Required 2.
System Installation Tools and Equipment Required The Panorama Telemetry Server and TIM Transceiver must be located close enough in the rack to be connected by the LVDS cable. Using FIGURE 2-1 as a reference: 1. Connect one end of the cable to LVDS connector on the wireless server. The primary server should be connected to DS1 on the rear of the wireless transceiver. NOTE: Additional Servers will connect to the remaining connectors DS2 through DS4 on the rear of the wireless transceiver 2.
Tools and Equipment Required System Installation 9. Connect one end of the crossover cable to the Patient Network connector on the rear of the Panorama Server and connect the other end of the crossover cable to the Patient Network connector on the rear of the central station. Non-direct Connection of the Telemetry Server(s) to the Central Station Non-direct connection is via a hub or switch on the E-LAN using a CAT5s patch cable (P/N 0012-00-1274-XX). 1.
System Installation 2.2 Setting Up the TIM Transceiver Setting Up the TIM Transceiver 1. Mount the TIM Transceiver to the equipment rack with four screws. 2. Connect the AC line cord to the rear of the transceiver. 3. Plug the line cord into an outlet on the UPS. 4. Connect the LVDS cable coming from the Wireless Server(s) to appropriate LVDS connectors (marked DS1 through DS4) on the rear of the TIM Transceiver (shown in FIGURE 2-2).
Installing the Antenna Network Components System Installation 2.3 Installing the Antenna Network Components 2.3.1 Panorama Active Antenna 1. Remove the locking ring from the antenna. 2. Set all the DIP switches to the minimum gain (maximum attenuation) position (OFF) (shown in FIGURE 2-3). FIGURE 2-3 Installing Above the Ceiling • Drill a 1¾-inch hole in the center of the ceiling tile where the antenna will be located. Do not secure the antenna to the ceiling at this time.
System Installation Installing the Antenna Network Components RF Input Connectors A Status LEDS Power Fault Configured Status B FIGURE 2-4 Panorama WMTS Installation Guide 0070-00-0571 2-7
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3.
Configuring the Wireless Server System Configuration 3.1 Configuring the Wireless Server 3.1.1 Entering the Wireless Server into the Maintenance Mode 1. Turn on the Wireless Server and Display. 2. Hold down the SHIFT key on the keyboard when the Windows NT banner is displayed on the monitor. Do not release the SHIFT key until the password Logon screen is displayed on the monitor. NOTE: The Panorama™ Server will boot into its regular operating mode if no keys are held during the system reboot. 3.
System Configuration Configuring the Wireless Server WELAN IP Address Assign the Server an appropriate WELAN IP Address (7.8.8.XXX). Verify that no other device (Telemetry Server, ISM Access Point or ISM Telemetry Radio) being assigned to the network has the same WELAN IP Address. (Default -7.8.8.1) Device ID Note the Device ID number. This will be assigned to the equipment list of the central station Tower. 608 MHz WMTS Enable Enable the WMTS devices by clicking on the check box.
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4.
Equipment Required 4.1 Antenna System Calibration Equipment Required Test Transceiver P/N 0454-00-0037-XX RF Attenuators P/N 0454-00-0038-XX SMA to BNC Adapter Cable P/N 0454-00-0041 SMA-to-SMA Adapter Cable P/N 0454-00-0050 1. Program the test transceiver to a frequency within a quadrant that is to be used in the installation. 2. Connect the coax cables from the antenna system to the appropriate ports on the TIM Transceiver (main to A and diversity to B). 3. Turn on the TIM Transceiver. 4.
Antenna System Calibration Equipment Required 7. Select the uplink band (quadrant) in which the test transmitter is programmed. The choices are 1, 2, 3, or 4. 8. Right click on the detected TIM PCI card. 9. Select Open. The PCI Device Window will open (shown in FIGURE 4-2). FIGURE 4-2 10. Enable power for the antennas: 11. Click on the change button located under the Transmitter window. Scroll down to and select DL_EN_BOTH_ANT. 12. Verify both the Main and Div Ant "LEDs" are both illuminated. 13.
Equipment Required 4.1.2 Antenna System Calibration Antenna Calibration • Go to each antenna site and verify each antenna's power LED is illuminated. If not, go back to the TIM Transceiver and enable the antenna or trouble shoot any problems. NOTE: Antenna calibration should always be done using the Main (A) port on the TIM Transceiver. Main ("A") branch 1. Disconnect the Diversity (B) branch coax cable from the TIM Transceiver. 2. Go to the first antenna to be calibrated on the Main branch.
Antenna System Calibration Equipment Required Diversity ("B") branch 1. Disconnect the Main branch coax cable from "A" connector on the TIM Transceiver. 2. Connect the Diversity (B) branch coax cable to the "A" connector on the TIM Transceiver. 3. Repeat the calibration of the antennas on the Diversity (B) branch. Determining usable and unusable frequencies. 1. Double click on the WMTS.exe ICON.The WMTS API Test Utility will open. 2. Select the uplink band (quadrant) to be observed.
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5.
Configuring Bedside Monitors for WMTS telemetry 5.1 Programming and Configuring Telemetry Devices Configuring Bedside Monitors for WMTS telemetry Each bedside monitor being connected via telemetry must be configured to communicate to the radio card. Enter the Installation Menu on the bedside monitor. 1. Press and hold the Discharge key during power up. 2. Set WMTS Enabled to Yes 3. Save the information by pressing Save Current. 4. Turn off the bedside monitor.
Programming and Configuring Telemetry Devices 5.3 Programming Telepacks Programming Telepacks Each Telemetry device being connected to the system must be programmed prior to assignment to the system. Programming is of Telepacks is done via the programming cable (P/N 0012-00-1521-01). NOTE: In order to put the Telepack into the programming mode, the programming cable must be connected to the serial port on the Telepack prior to applying power to the Telepack.
Programming Telepacks Programming and Configuring Telemetry Devices 9. Press the Program button. A pop-up window will appear asking if you want to program the telemetry device. Press the Yes button to program the Telepack. If the device is programmed successfully, a pop-up window will display: “Wireless device programmed successfully". 10. Remove the serial cable from the Telepack. Remove the batteries from the Telepack to exit the programming mode Repeat the same steps for the remaining Telepacks.
Programming and Configuring Telemetry Devices 5.4 Instrument Radios Instrument Radios NOTE: The radio card is static sensitive. Use proper anti-static measures when handling, programming and installing the radio card. 1. Connect the programming module (P/N 0012-00-1541-01) to the instrument radio card. 2. Connect the external power supply to the programming cable. 3. Press the Read button.
Assigning Equipment to the Central Station 5.5 Programming and Configuring Telemetry Devices Assigning Equipment to the Central Station After being programmed, the Telemetry Devices must be assigned to the central station equipment list. Also, all wireless Servers must also be assigned to the equipment list. NOTE: 5.5.1 Prior to assigning telemetry devices to the system, they must be programmed. Telemetry Devices Remain in the System Setup / Installation Setup tab and assign the Telemetry Devices. 1.
Programming and Configuring Telemetry Devices 5.6 Communication verification Communication verification Bedside monitor to Wireless server 1. Turn on the bedside monitor. If the radio card is communicating with the Wireless Server, the Server will display "WMTS Translator still communicating" (shown in FIGURE 5-2). Waiting for green signal from OSC CB Server Created WMTS Translator still communicating WMTS Translator still communicating WMTS Translator still communicating FIGURE 5-2 2.
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6.0 Frequency Cross Reference TBD.
Frequency Cross Reference Panorama WMTS Channel Frequency Cross Reference 6-2 CHAN 1ST QUADRANT FREQUENCY CHAN 2ND QUADRANT FREQUENCY 1 608.031250 49 609.531250 2 608.062500 50 609.562500 3 608.093750 51 609.593750 4 608.125000 52 609.625000 5 608.156250 53 609.656250 6 608.187500 54 609.687500 7 608.218750 55 609.718750 8 608.250000 56 609.750000 9 608.281250 57 609.781250 10 608.312500 58 609.812500 11 608.343750 59 609.843750 12 608.375000 60 609.
Frequency Cross Reference CHAN 1ST QUADRANT FREQUENCY CHAN 2ND QUADRANT FREQUENCY 39 609.218750 87 610.718750 40 609.250000 88 610.750000 41 609.281250 89 610.781250 42 609.312500 90 610.812500 43 609.343750 91 610.843750 44 609.375000 92 610.875000 45 609.406250 93 610.906250 46 609.437500 94 610.937500 47 609.468750 95 610.968750 CHAN 3RD QUADRANT FREQUENCY CHAN 4TH QUADRANT FREQUENCY 97 611.031250 145 612.531250 98 611.062500 146 612.562500 99 611.
Frequency Cross Reference 6-4 CHAN 3RD QUADRANT FREQUENCY CHAN 4TH QUADRANT FREQUENCY 125 611.906250 173 613.406250 126 611.937500 174 613.437500 127 611.968750 175 613.468750 128 612.000000 176 613.500000 129 612.031250 177 613.531250 130 612.062500 178 613.562500 131 612.093750 179 613.593750 132 612.125000 180 613.625000 133 612.156250 181 613.656250 134 612.187500 182 613.687500 135 612.218750 183 613.718750 136 612.250000 184 613.750000 137 612.
7.0 Appendix A Panorama System Verification Document Customer Name Customer Address 1. Verify that the cable run has been certified. 2. Record the software and firmware levels of each system component in the following table. Insure that revision levels on all like components are the same. MODEL SOFTWARE REVISION BASELINE REVISION HARDWARE REVISION COMMENTS Central Station Telemetry Server Wireless Transceiver Ambulatory Transceiver Instrument Transceiver Passport 2 Spectrum 3.
Appendix A ANTENNA DESIGNATION ANTENNA LOCATION UPLINK GAIN DOWNLINK GAIN COMMENTS 4. Document the Serial Number and IP Addresses of each central station, Telemetry Server, Laser Printer, and Monitors in the following tables.
Appendix A LASER PRINTER MODEL SERIAL NUMBER HW LAN ADDRESS CLAN IP ADDRESS DEVICE TYPE SERIAL NUMBER DEVICE ID IP ADDRESS 5. Verification of desired coverage and latency. Verification must be performed using an ambulatory transceiver. Mark the status box in the table below for each successfully completed test. a. Main (A) Coverage - connect the A antenna leg to the Main input on the TIM transceiver. Validate proper transmission throughout the A coverage area. b.
Appendix A ACTION f. STATUS COMMENTS Instrument transceivers 6. Verification of System Peripherals. Enter the status in the box in the chart below for each successful verification. a. Verify correct touch screen and mouse operation b. Verify correct speaker operation. Set the speaker volume to Max. c. Verify Laser Printer operation. ACTION STATUS a. Touch screen and mouse operation b. Speaker Operation c. Laser Printer Operation COMMENTS d. 7.
8.
Appendix B Installation Components ANTENNA AND SPLITTERS 0998-00-0200 Active antenna 0998-00-0201 2/1 Splitter 0998-00-0199-01 2/1 Splitter (Low loss) HUBS AND SWITCHES 0992-00-0085-03 12 Port Dual Speed HUB (10/100 MB) 0992-00-0085-04 24 Port Dual Speed HUB (10/100 MB) 0992-00-0086-01 12 Port 100 MB Switch PATCH PANELS (SHIELDED) 0132-00-0089-01 16 Port 0132-00-0089-02 32 Port STRAIGHT PATCH CABLES 0012-00-1274-01 Patch Cable (shielded) 6 ft. (1.
Appendix B BULK RG/11 CABLE PLENUM RATED 0175-00-0104-01 1000 ft. (304 M) Belden 7732A 0175-00-0104-02 500 ft.
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Datascope Corp., US, Canada & Latin America • Patient Monitoring • Worldwide Headquarters • 800 MacArthur Blvd • Mahwah, NJ 07430 • USA • Dom. Customer Service: 1.800.288.2121 • Dom. Fax: 1.800.926.4275 • Intl. Customer Service: 201.995.8000 • Intl. Fax: 201.995.8659 • E-Mail Address: pm_sales@datascope.com Datascope Europe Africa Office • Drs. W van Royenstraat 8 • P.O. Box 26 • 3870 CA • Hoevelaken • The Netherlands • Tel: +31.33.2544911 • Fax: +31.33.
