J9LDCMTXRX-1608-614MHz Tele-Rehab(TM) II Transmitters/Receiver

Tele-RehabII™ Gold Monitoring System Users Manual – -2- Disclaimer of Liabilities The ScottCare Corporation, its parent, affiliates, agents, officers and employees, shall not be liable for special, incidental, or consequential loss or damages of any kind resulting from or caused by any defect, failure or malfunctioning of the equipment described herein, whether a claim for such loss or damages is based upon warranty, contract or otherwise. The ECG/SpO2/Voice Transmitter/Receiver system, manufactured by the ScottCare Corporation is designed to amplify and transmit Rhythm Strips and SpO2 values along with voice transtelephonically, and the SCOTTCARE CORPORATION MAKES NO CLAIMS OR WARRANTIES, EXPRESS OR IMPLIED (INCLUDING WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE) AS TO ITS EFFECTIVENESS AS A DIAGNOSTIC, LIFE SAVING OR LIFE SUPPORT TOOL. FCC Part 15 Information The Telemetry Transmitter provided complies with the limits for a biomedical telemetry device pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. Operation of the Telemetry equipment is subject to the following two conditions: 1. The Telemetry Transmitter may not cause harmful interference. 2. The Telemetry Transmitter must accept any interference received, including interference that may cause undesired operation. This Biomedical Telemetry device transmitter must be operated in accordance to the provisions of CFR47 Part 15.242 (a)(d)(e)(f)(g) and (h). Any changes or modification not expressly approved by ScottCare could void the user’s authority to operate the Telemetry equipment.

Telemetry Transmitter 608-614MHz Transmitter – External Views External view: Rear (back) of transmitter. FCC Part 15 compliance label. External view: Front view of transmitter

MEMO TO: FCC From: Luigi Musto Date: January 31, 2002 Re: FCC ID J9LDCMTXRX-1, 731 Conformation No. EA476094 The Location of the FCC ID nameplate will be on the backside of the Transmitter with the ID Number to the left of the belt clip. Please view picture below. I have sent a PDF file of the label that will be used if approved. Please let me know if there is anything else you need. Sincerely, Luigi Musto Director of Quality Assurance ScottCare Corporation [email protected] 216.362.0550 ext. 118

Telemetry Transmitter 608-614MHz Transmitter – Internal Views Internal view: Inside view of the transmitter board and the ECG5 (ScottCare) board. The combination of the two boards transmits data to the receiver. Internal view: Another inside view of the Tele-Rehab™ transmitter. Telemetry Transmitter 608-614MHz Transmitter – Internal Views Front view: Transmitter board Rear view: Transmitter board.

ELECTROMAGNETIC INTERFERENCE TEST REPORT FOR SCOTTCARE CORP. TELE-REHAB TRANSMITTER May 16, 2001 Prepared for: ScottCare Corp. 4791 W. 150th Street Cleveland, OH 44135 Measurements made and report prepared by:______________________________ James R. Pollock SMITH ELECTRONICS, INC. 8200 SNOWVILLE RD. CLEVELAND, OH 44141 440/526-4386 TABLE OF CONTENTS Certificate of Compliance........................................................... 3 .. Introduction................................................................................. 4 Radiated Emissions <1000 MHz................................................ 4 Radiated Emissions >1000 MHz............................................... 5 Band Edge Measurements......................................................... 6 Calculations............................................................................... 6 Conclusions............................................................................... 6 Pictorial..................................................................................... 7 Figures...................................................................................... 8 Table 1.................................................................................... 11 Table 2.................................................................................... 12 Equations Used....................................................................... 13 Sample Calculations............................................................... 13 List of Test Equipment........................................................... 14 CERTIFICATE OF COMPLIANCE 1. Applicant: ScottCare Corp. 4791 W. 150th Street Cleveland, OH 44135 2. Manufacturer: Above 3. Contact: Luigi Musto ScottCare Corp. Tel. Fax. 216/267-6129 4. Regulation: CFR47-Part 15C 15.242 5. Measurement Method: ANSI C63.4-1992 6. Type: Medical Telemetry Transmitter 7. Frequency: 608 - 614 MHz 8. Dates of Test: Feb. 16 - May 1, 2001 9. Place of Test: Smith Electronics, Inc. Test Lab, 8200 Snowville Rd., Brecksville, OH. 10. Statement of Compliance: I hereby certify that measurements of radio frequency emissions from the ScottCare Corp. Tele-Rehab transmitters were performed by me between Feb. 16 & May 1, 2001, and that the results of the measurements confirmed that the units tested are capable of compliance with the above regulations. _____________ _________________________________ Date Signature, Title INTRODUCTION: The devices tested are representative of the transmitter portion of a medical telemetry system designed for use in health care establishments under Part 15.242 of the FCC Rules. Each transmitter is factory tuned to one of 58 channels between 608.150 MHz and 613.850 MHz. The channels are spaced at 100 kHz intervals. FM modulation is used to transmit the input signals. Companion receivers are factory tuned to the appropriate channel. The transmitters are battery powered and are activated by connecting a sensor harness to the external jack of the transmitter. The transmitter is to be certified to the requirements of Part 15.242 of the FCC rules. As the system can be tuned over a range of 6 MHz, two samples of the transmitter were tested. One was tuned to the low end at 608.15 MHz while the second was tuned to the high end at 613.85 MHz. RADIATED EMISSIONS BELOW 1000 MHZ: An initial scan of the emissions profile of the transmitter was made in a shielded room between 30 MHz and 1000 MHz. Other than the fundamental frequency, only a few signals in the vicinity of the fundamental were observed. Along with the fundamental and its harmonics, these were measured and reported in Tables 1 & 2. Measurements of the emissions below 1000 MHz were made on the Smith Electronics 3 m open field test site located at 8200 Snowville Road, Brecksville, OH. Data on this test site is on file with the FCC. The transmitter, with its frequency set by the manufacturer, was activated and placed on its side on a rotatable, non- conductive platform at a 3 m test distance (See Pictorial 1). The NM 37/57 receiver was tuned to the fundamental frequency and the transmitter was then rotated and the horizontally polarized test antenna (tuned dipole) varied in height between 1 & 4 meters to obtain the maximum reading. The maximum level, using quasi-peak detection, was recorded. The transmitter was also examined with the test antenna oriented vertically. The transmitter was also positioned on its back and upright with the test antenna horizontal and vertical in each case. All measured values were recorded and the maximum values tabulated in Tables 1 & 2. The spurious signals mentioned above were also measured using the same procedure. RADIATED EMISSIONS ABOVE 1000 MHZ: The measurement of radiated emissions above 1000 MHz was performed in an open area at a test distance of 1 meter using a double ridge waveguide horn antenna. A manually operated rotating platform was used and the same procedure followed except for the variation in antenna height. Averaged readings were made using a HP 8593EM spectrum analyzer with a 1 MHz resolution band width and a 3 kHz average band width. Maximum measured levels are also recorded in Tables 1 & 2. BAND EDGES: The band edges were examined on the open field range at a three meter distance using the 8593EM analyzer. Using the same procedure as for measuring the signal strength, the transmitter and receive antenna were positioned for maximum signal strength. The analyzer was tuned to the signal using a 10 kHz bandwidth as would be used for an occupied bandwidth measurement. With the signal closest to the band edge centered on the display and a 400 kHz frequency span shown, the marker was placed at the band edge and the value read. Plots of the two band edge signals are shown in Fig. 3. The calculated field strength values at the edge are also found in Tables 1 & 2. CALCULATIONS: A.) Field Strength. Readings were made at all frequencies in dBuV. To these values were added the anten…

Text truncated - open the document above for the full version.

ELECTROMAGNETIC INTERFERENCE TEST REPORT FOR SCOTTCARE CORP. TELE-REHAB TRANSMITTER May 16, 2001 Prepared for: ScottCare Corp. 4791 W. 150th Street Cleveland, OH 44135 Measurements made and report prepared by:______________________________ James R. Pollock SMITH ELECTRONICS, INC. 8200 SNOWVILLE RD. CLEVELAND, OH 44141 440/526-4386 TABLE OF CONTENTS Certificate of Compliance........................................................... 3 .. Introduction................................................................................. 4 Radiated Emissions <1000 MHz................................................ 4 Radiated Emissions >1000 MHz............................................... 5 Band Edge Measurements......................................................... 6 Calculations............................................................................... 6 Conclusions............................................................................... 6 Pictorial..................................................................................... 7 Figures...................................................................................... 8 Table 1.................................................................................... 11 Table 2.................................................................................... 12 Equations Used....................................................................... 13 Sample Calculations............................................................... 13 List of Test Equipment........................................................... 14 CERTIFICATE OF COMPLIANCE 1. Applicant: ScottCare Corp. 4791 W. 150th Street Cleveland, OH 44135 2. Manufacturer: Above 3. Contact: Luigi Musto ScottCare Corp. Tel. Fax. 216/267-6129 4. Regulation: CFR47-Part 15C 15.242 5. Measurement Method: ANSI C63.4-1992 6. Type: Medical Telemetry Transmitter 7. Frequency: 608 - 614 MHz 8. Dates of Test: Feb. 16 - May 1, 2001 9. Place of Test: Smith Electronics, Inc. Test Lab, 8200 Snowville Rd., Brecksville, OH. 10. Statement of Compliance: I hereby certify that measurements of radio frequency emissions from the ScottCare Corp. Tele-Rehab transmitters were performed by me between Feb. 16 & May 1, 2001, and that the results of the measurements confirmed that the units tested are capable of compliance with the above regulations. _____________ _________________________________ Date Signature, Title INTRODUCTION: The devices tested are representative of the transmitter portion of a medical telemetry system designed for use in health care establishments under Part 15.242 of the FCC Rules. Each transmitter is factory tuned to one of 58 channels between 608.150 MHz and 613.850 MHz. The channels are spaced at 100 kHz intervals. FM modulation is used to transmit the input signals. Companion receivers are factory tuned to the appropriate channel. The transmitters are battery powered and are activated by connecting a sensor harness to the external jack of the transmitter. The transmitter is to be certified to the requirements of Part 15.242 of the FCC rules. As the system can be tuned over a range of 6 MHz, two samples of the transmitter were tested. One was tuned to the low end at 608.15 MHz while the second was tuned to the high end at 613.85 MHz. RADIATED EMISSIONS BELOW 1000 MHZ: An initial scan of the emissions profile of the transmitter was made in a shielded room between 30 MHz and 1000 MHz. Other than the fundamental frequency, only a few signals in the vicinity of the fundamental were observed. Along with the fundamental and its harmonics, these were measured and reported in Tables 1 & 2. Measurements of the emissions below 1000 MHz were made on the Smith Electronics 3 m open field test site located at 8200 Snowville Road, Brecksville, OH. Data on this test site is on file with the FCC. The transmitter, with its frequency set by the manufacturer, was activated and placed on its side on a rotatable, non- conductive platform at a 3 m test distance (See Pictorial 1). The NM 37/57 receiver was tuned to the fundamental frequency and the transmitter was then rotated and the horizontally polarized test antenna (tuned dipole) varied in height between 1 & 4 meters to obtain the maximum reading. The maximum level, using quasi-peak detection, was recorded. The transmitter was also examined with the test antenna oriented vertically. The transmitter was also positioned on its back and upright with the test antenna horizontal and vertical in each case. All measured values were recorded and the maximum values tabulated in Tables 1 & 2. The spurious signals mentioned above were also measured using the same procedure. RADIATED EMISSIONS ABOVE 1000 MHZ: The measurement of radiated emissions above 1000 MHz was performed in an open area at a test distance of 1 meter using a double ridge waveguide horn antenna. A manually operated rotating platform was used and the same procedure followed except for the variation in antenna height. Averaged readings were made using a HP 8593EM spectrum analyzer with a 1 MHz resolution band width and a 3 kHz average band width. Maximum measured levels are also recorded in Tables 1 & 2. BAND EDGES: The band edges were examined on the open field range at a three meter distance using the 8593EM analyzer. Using the same procedure as for measuring the signal strength, the transmitter and receive antenna were positioned for maximum signal strength. The analyzer was tuned to the signal using a 10 kHz bandwidth as would be used for an occupied bandwidth measurement. With the signal closest to the band edge centered on the display and a 400 kHz frequency span shown, the marker was placed at the band edge and the value read. Plots of the two band edge signals are shown in Fig. 3. The calculated field strength values at the edge are also found in Tables 1 & 2. CALCULATIONS: A.) Field Strength. Readings were made at all frequencies in dBuV. To these values were added the anten…

Text truncated - open the document above for the full version.