Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.
DBRS 201 Dual Beam Radar Sensor Operator’s Manual SPECIFICATIONS ENVIRONMENTAL MOUNTING HEIGHT RANGE: 18 inches to 36 inches M OUNTING ANGLE: 0 degrees (Face of sensor parallel to level ground) C ONNECTOR PIN ASSIGNMENTS: Pin A - 10-16 VDC Pin B - No Connection Pin C - Signal Output Pin D - Ground Return C ABLE LENGTH ATTACHED TO THE RADAR SENSOR: 6 inches MOUNTING Replacement connector P/N 1000-3160 ELECTRICAL VELOCITY: Typical MINIMUMMAXIMUM .4mph65.0 mph .6 kph104.0 kph O PERATING TEMPERATURE RANGE: -30 O Celsius to +70 O Celsius P HYSICAL DATA: Size:5.5 inches (14 cm) wide X 4.75inches (12 cm) tall X 5.25 inches (13 cm) Deep Weight:1.94 lbs. (880 grams) 57.42 Hz/MPH DC POWER REQUIREMENTS.....................10-16 DC MICROWAVE FREQUENCY.........................24.125 GHz OUTPUT CIRCUITRY CHARACTERISTICS.......The output drive circuitry is current limited and short circuit protected. O UTPUT SIGNAL CHARACTERISTICS...........The output signal, via output drive circuitry provides a frequency type signal with frequency proportional to target speed. O UTPUT FREQUENCY..............................Output is measured in Hz per miles per hour. The frequency with the unit mounted at 0 o angle is: 18-36 inches Agri-Tronix Corporation • 2001 North Morton Street • Franklin, IN • 46131 MOUNTING THE RADAR SENSOR Steps for mounting your Radar Sensor are given below. A. Be sure the tractor is on a level surface while installing the Radar Sensor. B. In selecting the proper position to mount your Radar Sensor, the following considerations should be made: 1. For optimum performance, the Radar Sensor should be mounted on the tractor in a location which is BETWEEN crop rows. 2. The ideal location for the Radar Sensor would be near the center of the tractor; this protects the Sensor from mud and other flying debris. 3. If this ideal location is not possible, select an alternate mounting location for the Radar Sensor. The Sensor has been designed to func- tion in a wide variety of locations on the tractor. C. When installing the Radar Sensor, follow these rules: 1. The Radar Sensor must have an unobstructed view of the ground. 2. The Radar Sensor must be at a height of approximately 18-36 inches from the center of the gun to the ground. 3. The Radar Sensor face must be mounted so the face of the gun is parallel to level ground. 4. Align the top of the Sensor Mount, level with the ground by using a bubble level. This will insure that the Radar Sensor is at the proper position for optimum operation. CHANGING DIRECTION OF TRAVEL The radar sensor bracket is designed so the radar sensor can be mounted in two different configurations. Level face of sensor with ground (Top view of bracket with radar sensor installed) The sensor can be installed so that the bracket may be mounted to the side of the vehicle or to the front (or rear) of the vehicle. Remove the cover plater screws and orient the sensor to match one of the pictures below. The arrows indicate the direction of travel. Use this configuration when mounting to the side of a vehicle. Use this configuration when mounting to the front or rear of a vehicle. Warranty This System is under warranty against defects in material or workmanship for a period of 1 year from the date of retail sale. Defective monitors must be returned to the place of purchase within the warranty period. Components will be replaced or repaired at factory discretion. This warranty applies only to those systems which have been installed in accordance with published instructions. This warranty is in lieu of all warranties, expressed or implied, and the manufacturer expressly disclaims all other warranties, including without limitations any implied warranties of merchantability and fitness for a particular purpose. The manufacturer liability under this warranty shall not exceed the cost of the product. Under no circumstance shall the manufacturer be responsible for equipment on which it’s monitors are installed, field service calls relating to this equipment or for indirect, consequential or special damages. Side of vehicle Front or rear TRAVEL TRAVEL Tabs indicate direction of radar beams
HYRDBRS201 This device complies with part 15 of he FCC rules. Operation is subject to the following two conditions: This device may not cause harmful interference and (2) This device must accept any interference received, including interference that may cause undesired operation. Label will be adhered to the back of the unit.
FCC ID: HYRDBRS201 This device complies with part 15 of he FCC rules. Operation is subject to the following two conditions: This device may not cause harmful interference and (2) This device must accept any interference received, including interference that may cause undesired operation. Label will be adhered to the back of the unit.
FCC ID: HYRDBRS201 This device complies with part 15 of he FCC rules. Operation is subject to the following two conditions: This device may not cause harmful interference and (2) This device must accept any interference received, including interference that may cause undesired operation. Label will be adhered to the back of the unit.
FCC ID: HYRDBRS201 This device complies with part 15 of he FCC rules. Operation is subject to the following two conditions: This device may not cause harmful interference and (2) This device must accept any interference received, including interference that may cause undesired operation. Label will be adhered to the back of the unit.
DATA SHEET B-11 DATA SHEET B-12 DATA SHEET B-13 DATA SHEET B-14 DATA SHEET B-15 DATA SHEET B-16 DATA SHEET B-17 DATA SHEET B-18 DATA SHEET B-19 DATA SHEET B-20 DATA SHEET B-21 DATA SHEET B-22 APPENDIX C AMBIENT DATA PLOTS (QUASI-PEAK 30MHz-1GHz) (PEAK 1GHz-26GHz) AVERAGE 1GHz-26.5GHz) DATA SHEET C-1 DATA SHEET C-2 DATA SHEET C-3 DATA SHEET C-4 DATA SHEET C-5 DATA SHEET C-6 DATA SHEET C-7 DATA SHEET C-8 DATA SHEET C-9 DATA SHEET C-10 DATA SHEET C-11 DATA SHEET C-12 DATA SHEET C-13 DATA SHEET C-14 DATA SHEET C-15 DATA SHEET C-16 DATA SHEET C-17 DATA SHEET C-18 DATA SHEET C-19 DATA SHEET C-20 DATA SHEET C-21 DATA SHEET C-22
DATA SHEET B-9 DATA SHEET B-10 DATA SHEET B-11 DATA SHEET B-12 DATA SHEET B-13 DATA SHEET B-14 DATA SHEET B-15 DATA SHEET B-16 DATA SHEET B-17 DATA SHEET B-18 DATA SHEET B-19 DATA SHEET B-20 DATA SHEET B-21 DATA SHEET B-22 APPENDIX C AMBIENT DATA PLOTS (QUASI-PEAK 30MHz-1GHz) (PEAK 1GHz-26GHz) AVERAGE 1GHz-26.5GHz) DATA SHEET C-1 DATA SHEET C-2 DATA SHEET C-3 DATA SHEET C-4 DATA SHEET C-5 DATA SHEET C-6 DATA SHEET C-7 DATA SHEET C-8 DATA SHEET C-9 DATA SHEET C-10 DATA SHEET C-11 DATA SHEET C-12 DATA SHEET C-13 DATA SHEET C-14 DATA SHEET C-15 DATA SHEET C-16 DATA SHEET C-17 DATA SHEET C-18 DATA SHEET C-19 DATA SHEET C-20 DATA SHEET C-21 DATA SHEET C-22
JA-1974 1 DATA SHEET B-11 JA-1974 2 DATA SHEET B-12 JA-1974 3 DATA SHEET B-13 JA-1974 4 DATA SHEET B-14 JA-1974 5 DATA SHEET B-15 JA-1974 6 DATA SHEET B-16 JA-1974 7 DATA SHEET B-17 JA-1974 8 DATA SHEET B-18 JA-1974 9 DATA SHEET B-19 JA-1974 10 DATA SHEET B-20 JA-1974 11 DATA SHEET B-21 JA-1974 12 DATA SHEET B-22 JA-1974 13 APPENDIX C AMBIENT DATA PLOTS (QUASI-PEAK 30MHz-1GHz) (PEAK 1GHz-26GHz) AVERAGE 1GHz-26.5GHz) JA-1974 14 DATA SHEET C-1 JA-1974 15 DATA SHEET C-2 JA-1974 16 DATA SHEET C-3 JA-1974 17 DATA SHEET C-4 JA-1974 18 DATA SHEET C-5 JA-1974 19 DATA SHEET C-6 JA-1974 20 DATA SHEET C-7 JA-1974 21 DATA SHEET C-8 JA-1974 22 DATA SHEET C-9 JA-1974 23 DATA SHEET C-10 JA-1974 24 DATA SHEET C-11 JA-1974 25 DATA SHEET C-12 JA-1974 26 DATA SHEET C-13 JA-1974 27 DATA SHEET C-14 JA-1974 28 DATA SHEET C-15 JA-1974 29 DATA SHEET C-16 JA-1974 30 DATA SHEET C-17 JA-1974 31 DATA SHEET C-18 JA-1974 32 DATA SHEET C-19 JA-1974 33 DATA SHEET C-20 JA-1974 34 DATA SHEET C-21 JA-1974 35 DATA SHEET C-22 JA-1974 36
RUBICOM SYSTEMS, INC. JULY 2003 REVISED MARCH 2004 Rubicom Systems, Inc. 284 West Drive, Suite B Melbourne, Florida 32904 RSI FCC INTENTIONAL RADIATOR TEST REPORT FOR THE ORION ENGINEERING, INC. DUAL BEAM RADAR SENSOR MODEL 1006812 JA-1781 2 FCC INTENTIONAL RADIATOR TEST REPORT FOR THE ORION ENGINEERING, INC. MODEL 1006812 DUAL BASE RADAR SENSOR S/N: 002 Prepared by: __________________________________________ Joseph G. Barbee Tested by: __________________________________________ Joseph G. Barbee Performed by: Performed for: RUBICOM SYSTEMS, INC. ORION ENGINEERING, INC. 284 West Drive, Suite B 2142 Andrews Ct. Melbourne, Florida 32904 Dunedin, FL 34698 Completed: July 1, 2003 Revised: March 15, 2004 JA-1781 3 TABLE OF CONTENTS Paragraph Title Page ABSTRACT........................................................................................................... 3 1.0 INTRODUCTION................................................................................................... 4 1.1 Purpose ................................................................................................................. 4 1.2 Requirement .......................................................................................................... 4 1.3 Unit Under Test Description .................................................................................. 4 1.4 Summary of Results .............................................................................................. 5 2.0 APPLICABLE DOCUMENTS............................................................................... 6 2.1 Procedures ............................................................................................................ 6 3.0 TEST SITE DESCRIPTION................................................................................... 7 3.1 Environmental Conditions...................................................................................... 7 4.0 TEST INSTRUMENTATION.................................................................................. 8 5.0 TEST SAMPLE SETUP AND CONFIGURATIONS.............................................. 9 6.0 PROCEDURES AND RESULTS......................................................................... 12 6.1 General................................................................................................................ 12 FIGURE 6.1-1...................................................................................................... 14 APPENDIX A PRELIMINARY DATA PLOTS............................................................................ 15 APPENDIX B RADIATED EMISSIONS DATA PLOTS............................................................. 26 APPENDIX C AMBIENT DATA PLOTS.................................................................................... 49 JA-1781 4 ABSTRACT This report presents test results of the emanations found emitting from the Orion Engineering, Inc. Model 1006812, Dual Beam Radar Sensor and the comparison of these emissions to the requirements of FCC, Title 47, Part 15.245 Subpart C for Intentional Radiators as required for a field disturbance sensor operating within this 24.075-24.175MHz band. In accordance with Part 15.33(a)(2), radiated measurements were performed to 100GHz. This testing was performed at Rubicom Systems, Inc. (RSI). The testing was performed for Orion Engineering, Inc. under a purchase order no. 3183. The results of this test effort demonstrate compliance of the Dual Beam Radar Sensor to FCC, Title 47, Part 15.245 Subpart C for Intentional Radiators. The transmitter module was tested and found to be compliant. JA-1781 5 1.0 INTRODUCTION 1.1 Purpose The purpose of this report is to show compliance of the Dual Beam Radar Sensor to the requirements of Part 15.245 of the FCC rules and Regulations (47 CFR, Part 15, Subpart C) for Intentional Radiators and extended testing to 100GHz. The band of operation is 24.075 to 24.175MHz. The tests were performed on RSI’s 3 meter site and in a semi-anechoic chamber at a distance of 1 meter and .33 meters. Distances are noted on the data plots. 1.2 Requirements The test requirements for this intentional radiator are as follows: Radiated (15.245) Frequency (GHz) Field Strength Measurement Distance (m) 24.075 - 24.175 2500 MV/m 127.9dB>μV/m 138.4dBμV/m 3 1 Harmonics 25 MV/m (88dBμV/m) (98dBμV/m) (108dBμV/m) 3 1 .3 Signals outside the intended band must be attenuated by 40dB below the fundamental or 15.209, whichever is less attenuation (54dBμV/m average, 74dBμV/m Peak). Signals appearing in the restricted bands must meet the requirements of 15.209. 1.3 Unit Under Test Description The Dual Beam Radar Sensor is a microwave Doppler unit operating at 24.125GHz for the purpose of measuring true ground speed. There are two parts to the system: a sensor/transmitter and a display unit. The unit is powered by 12 VDC input. The output is a square wave that varies with the speed. The indicator output lead was JA-1781 6 terminated across a 10K-ohm resistor during this test. A fan was placed in front of the sensor to give a moving motion, which creates the output signal. 1.4 Summary of Results Paragraph 6.0 of this document presents the measured results of the tabulated levels detected during testing of the units. There were no signals that exceeded the levels of 15.209 except the transmit frequency itself. JA-1781 7 2.0 APPLICABLE DOCUMENTS The following documents form a part of this report to the extent expressed herein: FCC Code of Federal Regulations title 47, Part 15 ANSI C63.4-2000 FCC Characteristics of Open Field Test Sites, Bulletin OET 55, October 1989 2.1 Procedures Specific procedures that apply to this report can be found in ANSI C63.4- 2000 Paragraphs 8.3.1.1 and 8.3.1.2. JA-1781 8 3.0 TEST SITE DESCRIPTION This testing was performed at Rubicom Systems, Inc. 3 meter test site. The description of the measurement facility was found to be compliant with the requirements of Section 2.948 of the FCC …
Text truncated - open the document above for the full version.
JA-1781 1 DATA SHEET A-3 JA-1781 2 DATA SHEET A-4 JA-1781 3 DATA SHEET A-5 JA-1781 4 DATA SHEET A-6 JA-1781 5 DATA SHEET A-7 JA-1781 6 DATA SHEET A-8 JA-1781 7 DATA SHEET A-9 JA-1781 8 DATA SHEET A-10 JA-1781 9 APPENDIX B RADIATED EMISSIONS (30MHZ-1GHz) QUASI-PEAK RADIATED EMISSIONS (1-26.5GHz) PEAK (RADIATED EMISSIONS (1-26.5GHz) AVERAGE JA-1781 10 DATA SHEET B-1 JA-1781 11 DATA SHEET B-2 JA-1781 12 DATA SHEET B-3 JA-1781 13 DATA SHEET B-4 JA-1781 14 DATA SHEET B-5 JA-1781 15 DATA SHEET B-6 JA-1781 16 DATA SHEET B-7 JA-1781 17 DATA SHEET B-8 JA-1781 18
RUBICOM SYSTEMS, INC. JULY 2003 REVISED MARCH 2004 Rubicom Systems, Inc. 284 West Drive, Suite B Melbourne, Florida 32904 RSI FCC INTENTIONAL RADIATOR TEST REPORT FOR THE ORION ENGINEERING, INC. DUAL BEAM RADAR SENSOR MODEL 1006812 JA-1781 2 FCC INTENTIONAL RADIATOR TEST REPORT FOR THE ORION ENGINEERING, INC. MODEL 1006812 DUAL BASE RADAR SENSOR S/N: 002 Prepared by: __________________________________________ Joseph G. Barbee Tested by: __________________________________________ Joseph G. Barbee Performed by: Performed for: RUBICOM SYSTEMS, INC. ORION ENGINEERING, INC. 284 West Drive, Suite B 2142 Andrews Ct. Melbourne, Florida 32904 Dunedin, FL 34698 Completed: July 1, 2003 Revised: March 15, 2004 JA-1781 3 TABLE OF CONTENTS Paragraph Title Page ABSTRACT........................................................................................................... 3 1.0 INTRODUCTION................................................................................................... 4 1.1 Purpose ................................................................................................................. 4 1.2 Requirement .......................................................................................................... 4 1.3 Unit Under Test Description .................................................................................. 4 1.4 Summary of Results .............................................................................................. 5 2.0 APPLICABLE DOCUMENTS............................................................................... 6 2.1 Procedures ............................................................................................................ 6 3.0 TEST SITE DESCRIPTION................................................................................... 7 3.1 Environmental Conditions...................................................................................... 7 4.0 TEST INSTRUMENTATION.................................................................................. 8 5.0 TEST SAMPLE SETUP AND CONFIGURATIONS.............................................. 9 6.0 PROCEDURES AND RESULTS......................................................................... 12 6.1 General................................................................................................................ 12 FIGURE 6.1-1...................................................................................................... 14 APPENDIX A PRELIMINARY DATA PLOTS............................................................................ 15 APPENDIX B RADIATED EMISSIONS DATA PLOTS............................................................. 26 APPENDIX C AMBIENT DATA PLOTS.................................................................................... 49 JA-1781 4 ABSTRACT This report presents test results of the emanations found emitting from the Orion Engineering, Inc. Model 1006812, Dual Beam Radar Sensor and the comparison of these emissions to the requirements of FCC, Title 47, Part 15.245 Subpart C for Intentional Radiators as required for a field disturbance sensor operating within this 24.075-24.175MHz band. In accordance with Part 15.33(a)(2), radiated measurements were performed to 100GHz. This testing was performed at Rubicom Systems, Inc. (RSI). The testing was performed for Orion Engineering, Inc. under a purchase order no. 3183. The results of this test effort demonstrate compliance of the Dual Beam Radar Sensor to FCC, Title 47, Part 15.245 Subpart C for Intentional Radiators. The transmitter module was tested and found to be compliant. JA-1781 5 1.0 INTRODUCTION 1.1 Purpose The purpose of this report is to show compliance of the Dual Beam Radar Sensor to the requirements of Part 15.245 of the FCC rules and Regulations (47 CFR, Part 15, Subpart C) for Intentional Radiators and extended testing to 100GHz. The band of operation is 24.075 to 24.175MHz. The tests were performed on RSI’s 3 meter site and in a semi-anechoic chamber at a distance of 1 meter and .33 meters. Distances are noted on the data plots. 1.2 Requirements The test requirements for this intentional radiator are as follows: Radiated (15.245) Frequency (GHz) Field Strength Measurement Distance (m) 24.075 - 24.175 2500 MV/m 127.9dB>μV/m 138.4dBμV/m 3 1 Harmonics 25 MV/m (88dBμV/m) (98dBμV/m) (108dBμV/m) 3 1 .3 Signals outside the intended band must be attenuated by 40dB below the fundamental or 15.209, whichever is less attenuation (54dBμV/m average, 74dBμV/m Peak). Signals appearing in the restricted bands must meet the requirements of 15.209. 1.3 Unit Under Test Description The Dual Beam Radar Sensor is a microwave Doppler unit operating at 24.125GHz for the purpose of measuring true ground speed. There are two parts to the system: a sensor/transmitter and a display unit. The unit is powered by 12 VDC input. The output is a square wave that varies with the speed. The indicator output lead was JA-1781 6 terminated across a 10K-ohm resistor during this test. A fan was placed in front of the sensor to give a moving motion, which creates the output signal. 1.4 Summary of Results Paragraph 6.0 of this document presents the measured results of the tabulated levels detected during testing of the units. There were no signals that exceeded the levels of 15.209 except the transmit frequency itself. JA-1781 7 2.0 APPLICABLE DOCUMENTS The following documents form a part of this report to the extent expressed herein: FCC Code of Federal Regulations title 47, Part 15 ANSI C63.4-2000 FCC Characteristics of Open Field Test Sites, Bulletin OET 55, October 1989 2.1 Procedures Specific procedures that apply to this report can be found in ANSI C63.4- 2000 Paragraphs 8.3.1.1 and 8.3.1.2. JA-1781 8 3.0 TEST SITE DESCRIPTION This testing was performed at Rubicom Systems, Inc. 3 meter test site. The description of the measurement facility was found to be compliant with the requirements of Section 2.948 of the FCC …
Text truncated - open the document above for the full version.
DATA SHEET B-9 DATA SHEET B-10 DATA SHEET B-11 DATA SHEET B-12 DATA SHEET B-13 DATA SHEET B-14 DATA SHEET B-15 DATA SHEET B-16 DATA SHEET B-17 DATA SHEET B-18 DATA SHEET B-19 DATA SHEET B-20 DATA SHEET B-21 DATA SHEET B-22 APPENDIX C AMBIENT DATA PLOTS (QUASI-PEAK 30MHz-1GHz) (PEAK 1GHz-26GHz) AVERAGE 1GHz-26.5GHz) DATA SHEET C-1 DATA SHEET C-2 DATA SHEET C-3
JA-1781 1 DATA SHEET A-3 JA-1781 2 DATA SHEET A-4 JA-1781 3 DATA SHEET A-5 JA-1781 4 DATA SHEET A-6 JA-1781 5 DATA SHEET A-7 JA-1781 6 DATA SHEET A-8 JA-1781 7 DATA SHEET A-9 JA-1781 8 DATA SHEET A-10 JA-1781 9 APPENDIX B RADIATED EMISSIONS (30MHZ-1GHz) QUASI-PEAK RADIATED EMISSIONS (1-26.5GHz) PEAK (RADIATED EMISSIONS (1-26.5GHz) AVERAGE JA-1781 10 DATA SHEET B-1 JA-1781 11 DATA SHEET B-2 JA-1781 12 DATA SHEET B-3 JA-1781 13 DATA SHEET B-4 JA-1781 14 DATA SHEET B-5 JA-1781 15 DATA SHEET B-6 JA-1781 16 DATA SHEET B-7 JA-1781 17 DATA SHEET B-8 JA-1781 18
JA-1974 1 DATA SHEET C-4 JA-1974 2 DATA SHEET C-5 JA-1974 3 DATA SHEET C-6 JA-1974 4 DATA SHEET C-7 JA-1974 5 DATA SHEET C-8 JA-1974 6 DATA SHEET C-9 JA-1974 7 DATA SHEET C-10 JA-1974 8 DATA SHEET C-11 JA-1974 9 DATA SHEET C-12 JA-1974 10 DATA SHEET C-13 JA-1974 11 DATA SHEET C-14 JA-1974 12 DATA SHEET C-15 JA-1974 13 DATA SHEET C-16 JA-1974 14 DATA SHEET C-17 JA-1974 15 DATA SHEET C-18 JA-1974 16 DATA SHEET C-19 JA-1974 17 DATA SHEET C-20 JA-1974 18 DATA SHEET C-21 JA-1974 19 DATA SHEET C-22 JA-1974 20
P.O. Box 935 · Dunedin, Florida · United States
| # | Rule Parts | Frequency Range | Power Output |
|---|---|---|---|
| 1 | 15.245 | 24.07 GHz - 24.18 GHz | - |