Deere and John Deere Intelligent Solutions Group PCSRAMP450A UHF 450 - 470 MHz RTK Amplifier User Manual Info
Deere & Company dba John Deere Intelligent Solutions Group UHF 450 - 470 MHz RTK Amplifier Users Manual Info
Users Manual Info
DCY 0+] 57. 23(5$725Âś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ntroduction www.StellarSupport.com NOTE: Product functionality may not be fully represented in this document due to product changes occurring after the time of printing. Read the latest Operatorâs Manual and Quick Reference Guide prior to operation. To obtain a copy, see your dealer or visit www.StellarSupport.com OUO6050,0000FB1 Â19Â12MAY09Â1/1 121509 PN=2 Contents Page Safety ........................................................ 05 1 Safety Sign Antenna Front View Decal................................07 1 Licensing of 450 MHz RTK Base Licensing of 450 MHz RTK Base......................10 1 RTK Base Station Setup System Overview..............................................15 1 Vehicle Receiver...............................................15 2 Base Station Setup...........................................15 3 Base Station SetupâAmplifier Option..............15 4 Base Station SetupâDual Radio .....................15 6 Radio Power Setting to Meet Licensed ERP ....15Â10 GS2 Display iTCâ450 MHz RTK RTK SoftKey.....................................................20 Screens Common to Standard and 450 MHz RTK......................................................20 RTK Main Page ................................................20 RTK Configure Page ........................................20 Diagnostic LEDs Diagnostic LEDs ...............................................25 1 450 MHz RTK Radio LEDs...............................25 1 Amplifier LEDs..................................................25 2 450 RTK Performance 450 MHz RTK Accuracy ...................................30 Line of Sight......................................................30 12.5 kHz versus 25 kHz Bandwidth..................30 L2 versus L4 GFSK Modulation........................30 Operation of Vehicle Next to Base....................30 Original Instructions. All information, illustrations and specifications in this manual are based on the latest information available at the time of publication. The right is reserved to make changes at any time without notice. COPYRIGHT Š 2010 DEERE & COMPANY Moline, Illinois All rights reserved. A John Deere ILLUSTRUCTION ÂŽ Manual 121509 PN=1 Contents ii 121509 PN=2 Safety Recognize Safety Information Follow recommended precautions and safe operating practices. T81389 âUNâ07DEC88 This is a safetyÂalert symbol. When you see this symbol on your machine or in this manual, be alert to the potential for personal injury. DX,ALERT Â19Â29SEP98Â1/1 Understand Signal Words DANGER or WARNING safety signs are located near specific hazards. General precautions are listed on CAUTION safety signs. CAUTION also calls attention to safety messages in this manual. TS187 â19â30SEP88 A signal wordâDANGER, WARNING, or CAUTIONâis used with the safetyÂalert symbol. DANGER identifies the most serious hazards. DX,SIGNAL Â19Â03MAR93Â1/1 Carefully read all safety messages in this manual and on your machine safety signs. Keep safety signs in good condition. Replace missing or damaged safety signs. Be sure new equipment components and repair parts include the current safety signs. Replacement safety signs are available from your John Deere dealer. There can be additional safety information contained on parts and components sourced from suppliers that is not reproduced in this operatorâs manual. Learn how to operate the machine and how to use controls properly. Do not let anyone operate without instruction. Keep your machine in proper working condition. Unauthorized modifications to the machine may impair the function and/or safety and affect machine life. TS201 âUNâ23AUG88 Follow Safety Instructions If you do not understand any part of this manual and need assistance, contact your John Deere dealer. DX,READ Â19Â16JUN09Â1/1 05Â1 121509 PN=5 Safety Prepare for Emergencies Be prepared if a fire starts. Keep emergency numbers for doctors, ambulance service, hospital, and fire department near your telephone. TS291 âUNâ23AUG88 Keep a first aid kit and fire extinguisher handy. DX,FIRE2 Â19Â03MAR93Â1/1 Practice Safe Maintenance Understand service procedure before doing work. Keep area clean and dry. Never lubricate, service, or adjust machine while it is moving. Keep hands, feet , and clothing from powerÂdriven parts. Disengage all power and operate controls to relieve pressure. Lower equipment to the ground. Stop the engine. Remove the key. Allow machine to cool. Securely support any machine elements that must be raised for service work. Keep all parts in good condition and properly installed. Fix damage immediately. Replace worn or broken parts. Remove any buildup of grease, oil, or debris. On towed implements, disconnect wiring harnesses from tractor before servicing electrical system components or welding on machine. TS218 âUNâ23AUG88 On selfÂpropelled equipment, disconnect battery ground cable (Â) before making adjustments on electrical systems or welding on machine. DX,SERV Â19Â17FEB99Â1/1 05Â2 121509 PN=6 Safety Handle Global Positioning Receivers and Brackets Safely TS249 âUNâ23AUG88 Falling while installing or removing a global positioning receiver can cause serious injury. Use a ladder or platform to easily reach a mounting location. Use sturdy and secure footholds and handholds. Do not install or remove the receiver in wet or icy conditions. The receiver mast used on implements is heavy and can be awkward to handle. Two people are required when mounting locations are not accessible from the ground or from a service platform. Use proper lifting techniques and wear proper protective equipment. Do not install or service a RTK base station on a tower or other tall structure unless it provides sturdy and secure steps and railings. If necessary, use a professional climber. SH20560,0000116 Â19Â05DEC09Â1/1 Prevent Electrical Shock and Fires If installing with the power amplifier option, prevent electrical shock or fire by using a 14 AWG heavyÂduty electrical cord with 15 amp rating suitable for outdoor use. When using an AC/DC converter, always connect to a 120 V outlet protected by Ground Fault Interrupter (GFI). PUPC000014 âUNâ03DEC09 To prevent injury from electrical shock, always disconnect power to the receiver, antenna, and amplifier before installing or servicing. SH20560,0000115 Â19Â09DEC09Â1/1 Prevent injury from exposure to high radio frequency fields at an RTK base station. Do not touch the antenna while the system is transmitting. Always disconnect power to the receiver, radio and amplifier before installing or servicing. While the RTK base station amplifier and radio are operating together, stay at least 6 ft. (1.8 m) away from the radio antenna for temporary exposure and 12 ft. (3.6 m) away for continual exposure. While using the RTK base station radio without the amplifier option, stay at least 8 in. (20 cm) away from the radio antenna for temporary exposure and 15 in. (40 cm) away for continual exposure. PUPC000015 âUNâ03DEC09 Avoid Exposure to High Radio Frequency Fields SH20560,0000117 Â19Â05DEC09Â1/1 05Â3 121509 PN=7 Safety Avoid Electrical Power Lines PUPC000036 âUNâ09DEC09 Watch for wires. Do not install the base antenna near power lines. It may come into contact with lowÂhanging electrical cables. This would result in the installer suffering serious injury or death from electrocution. SH20560,000012D Â19Â09DEC09Â1/1 05Â4 121509 PN=8 Safety Sign Antenna Front View Decal DANGER Decal Location Avoid serious injury or death from electrocution. Do not contact electric lines. Evitar lesiones graves o muerte por electrocucion. No entrar en contacto con los cables eletricos. Eviter tout risque de blessure ou de mort par suite d electrocution. Eviter tout contact avec des electriques. PUPC000034 âUNâ09DEC09 PUPC000037 âUNâ10DEC09 PELIGRO Antenna Front View Decal SH20560,000012F Â19Â10DEC09Â1/1 07Â1 121509 PN=9 Licensing of 450 MHz RTK Base Licensing of 450 MHz RTK Base The 900 MHz RTK product sold by John Deere uses ISM band radios. These radios do not require licensing by the end user. The radios are limited to a specific frequency range and 1 W maximum output power. While this system works for the majority of applications, the reliability of the RTK link may become limited when passing through trees and dense foliage. The intent of 450 MHz RTK is to increase the range and reliability of the RTK link. To overcome the attenuation of adverse field conditions, transmission power greater than 900 MHz RTK is needed. While there is some added benefit from using a radio with lower frequency and longer wavelength, the signal strength is the dominant factor in the radio link reliability. To legally transmit at a higher power, 450 MHz RTK uses a licensed band radio. The end user of the licensed band transmitting radio is responsible for obtaining and maintaining a valid site license from the local spectrum authorities. In 450 MHz RTK system, this requires a license for each base station. Vehicle radios in 450 MHz system are not transmitters. Since they only receive corrections from the base, 450 MHz vehicle radios do not required a site license. An end user can apply for the license by applying directly to the local spectrum authority: Country Australia Authority Australian Communications and Media Authority (ACMA) Canada Industry Canada (IC) United States Federal Communications Commission New Zealand Radio Spectrum Management Group An end user can also apply with the aid of a frequency coordinator. A frequency coordinator is a private company that has been certified by the local frequency spectrum authority to recommend and aid in the application for a licenses. For a fee, these third party coordinators will reduce the complexity and confusion of the application process. However, the final responsibility of the license still resides with the end user. Check www.StellarSupport.com for country specific instructions on how to obtain a site license. IMPORTANT: Please contact your local radio authorities or partnering frequency coordinator for region specific regulations and licensing. License Renewal Scams After being granted a license for 450 MHz RTK radio, base station operators should be aware of license renewal scams. Spectrum licenses are public record. Other companies could retrieve licensee information and then mail current license holders offers to prepare applications for license renewal. The letters contain warnings that there will be monetary penalties if the licensee does not comply. These companies are not affiliated with government spectrum authorities. They are taking advantage of the public record and the licenseeâs desire to comply with the law. Their intention is to charge a âprocessingâ fee on top of the actual amount that a licensee would pay for renewal. While it is important to not let your license expire, licensees should work directly with their local spectrum authority or a certified frequency coordinator. Internet searches of the companies involved usually identify if the company is relevant. SH20560,0000118 Â19Â08DEC09Â1/1 10Â1 121509 PN=10 RTK Base Station Setup System Overview The StarFire⢠RTK system consists of a local base station permanently mounted on a structure that transmits high accuracy corrections to the vehicleâs StarFire⢠receiver using 450 MHz RTK radios and an optional amplifier. The StarFire⢠receiver on the RTK equipped vehicle must have a direct line of sight with the base station in order to receive the RTK signal. While the higher transmission power and longer wavelength of 450 MHz RTK aids in the transmission through trees and foliage, it will not penetrate through earth in hilly terrains. beyond 20 km (12 mi.), degraded accuracy will occur and it may take longer to initially acquire the RTK signal. IMPORTANT: The 900 MHz and 450 MHz RTK radio systems are not compatible. Vehicles with 450 MHz radios must receive corrections from a 450 MHz radio attached to the base. Likewise, vehicles with 900 MHz radios installed must receive there corrections from a base with a 900 MHz radio installed. Different radio models can not communicate with each other since they transmit on different frequencies. Performance of the RTK correction is related to the operating distance from the base station. When operating StarFire is a trademark of Deere & Company SH20560,0000119 Â19Â07DEC09Â1/1 15Â1 121509 PN=11 RTK Base Station Setup Vehicle Receiver Position receiver with integrated RTK radio module is located on top of machine. Position receiver combines the global positioning signals it receives with the RTK differential correction via the radio link to provide accurate position information to the GreenStar⢠system. The receiver has a dedicated operating mode (Vehicle Mode). Refer to Operating ModeâRTK in Section StarFire iTC for setup of the receiver on vehicle. IMPORTANT: The antenna must be installed before the radio module is powered ON. PUPC000011 âUNâ03DEC09 Avoid water intrusion by keeping the antenna attached whenever possible. Removing the antenna while powered may damage the radio module. The 450 MHz RTK system is only compatible with the deluxe shroud. This may require a conversion bracket for installation. PUPC000003 âUNâ03DEC09 RTK Receiver on Top of Cab Wire Bracket on Top of Cab GreenStar is a trademark of Deere & Company SH20560,000011A Â19Â08DEC09Â1/1 15Â2 121509 PN=12 RTK Base Station Setup Base Station Setup The base station is the most critical part of RTK system. During installation, care must be taken to ensure the base has problemÂfree operation. There are two issues that are responsible for most problems with a base station: Shading and Multipathing. If a base station experiences one of these problems, it could be detrimental to your RTK operation. These issues are shared with the 900 MHz RTK system. Mitigation techniques have already been documented in the standard StarFire iTC â RTK manual that came with the iTC receiver. This manual provides detailed recommendations to minimizing these errors. Base station operating mode can be either Absolute Survey Base Mode or Quick Survey Base Mode. NOTE: When using this option, it may be necessary to install a higherÂgain antenna and/or the optional amplifier to compensate for loss. 450 MHz RTK Radio Specifications Model Number PF81428 Frequency Range 435Â470 MHz Bandwidth Options 25 or 12.5 kHz Modulation 2 and 4 level GFSK RF Baud, 25 kHz BW 19.2 kbps at L2 RF Baud, 12.5 kHz BW 9.6 kbps at L2 Frequency Channels 1400 at 25 kHz 2800 at 12.5 kHz Output Power 0.2Â2 W Sensitivity Â110 dBm for 10^Â6 BER In/Out Impedance 50 ohm Operating Voltage 9Â15 V ⢠Leave the RTK radio in its original configuration Operating Temperature Â30 to 60° C Out RF Connectors Female TNC ⢠Control Connector 4Âpin Deutsch Once you have installed the base station receiver, installing the radio in a location to best maximize the output, can be a challenge. Below are several options currently available through John Deere. attached directly behind the base station receiver. Use PF80821 extension harness [92 m (300 ft.) in length], moving the radio from the back of the base station receiver to an elevated position, and running the harness in between. Every 450 MHz radio comes standard with 2 dBi whip antenna that has a TNC connection. 450 MHz Whip Antenna Specifications NOTE: It is important to use the PF80821 harness and grounding wire properly according to the installation instructions. This harness has built in protection for both your radio and receiver for unwanted electrical transients developed on the harness. IMPORTANT: The antenna must be installed before the radio module is powered ON. Avoid water intrusion by keeping the antenna attached whenever possible. Removing the antenna while transmitting may damage the radio module. Model Number PF81464 Gain 2 dBi Frequency Range 450Â470 MHz Impedance 50 ohm VSWR < 2:1 RF Connector Female NÂType Length 13.2 in. (33.5 cm) Always mount the radio antenna vertically to make sure that the RTK signal is radiating outwards. If the antenna is at an angle, it may cause the data received at the vehicle to be lower than expected. IMPORTANT: If using coaxial cable between the radio and the antenna, you need to use the lowestÂloss cable available or you may suffer RTK radio link range issues. NOTE: The 450 MHz RTK whip antenna, PF81464, looks similar to 900 MHz and 869 MHz RTK whip antennas. To differentiate, it has a white stripe near its tip. ⢠Attach the RTK radio in a secured location and run lowÂloss coaxial cable between the radio and the antenna. SH20560,000011B Â19Â08DEC09Â1/1 15Â3 121509 PN=13 RTK Base Station Setup Base Station SetupâAmplifier Option CAUTION: Install and operate the amplifier safely. Read and follow PREVENT ELECTRICAL SHOCK AND FIRES and AVOID EXPOSURE TO HIGH RADIO FREQUENCY FIELDS in the SAFETY section. The primary reason for 450 MHz RTK is to provide a more robust RTK data link. Signal strength is the dominant factor in the link reliability and range. For areas where there are trees and other foliage, John Deere offers an optional inÂline amplifier. PUPC000027 âUNâ06DEC09 The PF81443 amplifier is a UHF RF power amplifier intended for use in 450 MHz RTK system. It is not intended to be used with 900 MHz RTK or any other applications. The amplifier can deliver RF power from 0 to 50 W proportional to the 0 to 2 W input from 450 MHz RTK Radio. It covers a frequency range from 450 MHz to 470 MHz. This higher signal strength provides greater range from the base and increased coverage in areas with dense foliage and trees. This amplifier is inserted between the radio and the base antenna. The amplifier has been designed to function outdoors attached to its mounting plate with sun shade. Mount the amplifier in an area where air can freely circulate around it. If possible, mount in a location shaded from direct sunlight. Operation of the amplifier inside an enclosure is not recommended. Poor ventilation within the box can cause the amplifier to overheat. While this would not permanently damage the amplifier, it would cause it to AmpliďŹer Assembly stop amplification. The output signal would no longer be strong enough for the vehicles in the field to receive. Continued on next page 15Â4 SH20560,000011C Â19Â08DEC09Â1/2 121509 PN=14 RTK Base Station Setup Model Number PF81443 Frequency Range 450Â470 MHz Input Power 0Â2 W Output Power 0Â50 W Current During Transmission 8 amp Nominal Voltage 13.8 V DC Internal fuse 15 amp In/Out Impedance 50 ohm Operating Voltage 11Â15 V Max Duty Cycle 100% Operating Temperature Â30 to 60° C In RF Connector Female TNC Out RF Connectors Female NÂType Power Connector Amphenol (EcoMate C016 20D003 110 12) PUPC000028 âUNâ06DEC09 450 MHz Amplifier Specifications There are 3 connections located at the bottom of the power amplifier: 1. 12 VDC power input 2. RF input via TNC connector 3. RF output via NÂType connector The connectors should only be fingerÂtight. Using tools can over tighten and damage the RF and power connectors. A 13.8 V power supply capable of providing a constant 10 amp to the amplifier is required. Amplifier operation with insufficient voltage can lead to higher amplifier operating temperatures. Insufficient current can cause the amplifier to not amplify or only partially amplify the RF signal. These conditions result in incomplete or no RTK transmissions being received by the vehicle. IMPORTANT: Make sure the antenna and coax are attached before the amplifier module is powered ON or damage to the amplifier could Amplifier Connection Ports occur. Do not remove the coax or antenna while the amplifier is powered ON. Avoid water intrusion by keeping the connections attached whenever possible. Make sure the power connector is attached and unpowered when handling the RF IN and RF OUT connectors. The ground provided by the power connector protects the amplifier against possible electrostatic discharge. SH20560,000011C Â19Â08DEC09Â2/2 15Â5 121509 PN=15 RTK Base Station Setup PUPC000005 âUNâ03DEC09 Base Station SetupâDual Radio Dual Base Radio Cartoon Aâ900 MHz Bâ450 MHz with Amplifier A single base station receiver can be used to support both the 900 MHz RTK and the 450 MHz RTK concurrently. An additional harness is required that splits the RS232 correction stream from the StarFire⢠receiver into two. StarFire is a trademark of Deere & Company Continued on next page 15Â6 SH20560,000011D Â19Â08DEC09Â1/4 121509 PN=16 PUPC000030 âUNâ07DEC09 RTK Base Station Setup Dual Base RTK Harness Schematic AâStarFire⢠Receiver Bâ400 MHz Radio Receiver and Configure Câ900 MHz Radio Receiver Only A  StarFire⢠Receiver C  900 MHz Radio Receiver Only Terminal Detail Terminal Detail 12 V Power 12 V Power Tx (From SF) Tx (From SF) Rx (To SF) None Gnd Gnd B  400 MHz Radio Receiver and Configure Terminal Detail 12 V Power Tx (From SF) Rx (To SF) Gnd Continued on next page 15Â7 SH20560,000011D Â19Â08DEC09Â2/4 121509 PN=17 RTK Base Station Setup PUPC000007 âUNâ03DEC09 The ability to use a single base station is a substantial reduction in cost and maintenance. The drawback to this method is that only one radio can be configured at a time. A single RS232 port is used by the StarFire⢠receiver to communicate with an RTK radio. Two radios can simultaneously receive RTK corrections from the receiver. Unfortunately, the receiver can not process simultaneous messages sent from the radios. The two radios send different messages and interfere. To ensure that this interference does not occur, the dual radio harness has the radio send wire in only one branch. To prevent network connection errors, a specific procedure must be followed when configuring a base station supporting two radios: 1. Connect the Dual Radio Harness to the StarFire⢠Receiver. 4ÂWire RTK Connector 2. Power the base station StarFire⢠Receiver with only 900 MHz connected to 4Âwire Deutsch connector. The receiver must have clear view of the sky. 3. Once the receiver determines its position, configure 900 MHz radio Network ID and Radio Channel. PUPC000008 âUNâ03DEC09 4. Power down the base station StarFire⢠Receiver. 5. Disconnect 900 MHz radio and then connect 450 MHz radio to the 4Âwire Deutsch connector. 6. Once the receiver determines its position and recognizes the radio, configure 450 MHz radio to comply with the site license. 7. Power down the receiver. 8. With 450 MHz radio still attached to the 4ÂWire Deutsch connector, connect the 900 MHz radio to the 3Âwire Deutsch connector. 3ÂWire RTK connector Vehicles using 900 MHz will see fewer messages received when using a dual radio base station as their correction source. The mandatory narrow bandwidth of the licensed band radio results in a slower overÂtheÂair baud rate. 450 MHz RTK uses the same message rates for most configurations. However, the message rate had to be reduced for the default narrowband settings to 2 messages per second. 9. Power the base station. IMPORTANT: Do not attempt to change the radio parameters while both radios are attached. This can corrupt the configuration of 900 MHz radio and may cause problems with rovers liking to it. If this does occur, reconfigure the radios with the process given above. During normal operation, ensure that 450 MHz radio is connected to the 4Âwire connector and that 900 MHz radio is connected to the 3Âwire connector. If the receiver detects a 900 MHz radio, 450 MHz radio link may be compromised. At its lowest data speed, the 450 MHz radio does not have the capacity to transmit corrections at the 900 MHz radio rate. Bandwidth (kHz) GFSK Modulation Data Rate (bps) RTK Correc tions/second 25 L4 38,400 25 L2 19,200 12.5 L4 19,200 12.5 L2 9,600 Continued on next page 15Â8 SH20560,000011D Â19Â08DEC09Â3/4 121509 PN=18 RTK Base Station Setup PUPC000009 âUNâ03DEC09 The 900 MHz RTK message rates are designed with extra redundancy. System performance is not compromised at 2 Hz message rate. Both 900 MHz and 450 MHz RTK systems have sufficient redundancy to ensure RTK reliability and accuracy. The diagnostic reading on vehicles with 900 MHz radios will be based on 5 Hz message rate. The result is that 900 MHz customers receiving corrections from base with a narrowband L2 attached will be 40% data received at best. PUPC000010 âUNâ03DEC09 Data Received 5 Hz Data Received 2 Hz SH20560,000011D Â19Â08DEC09Â4/4 15Â9 121509 PN=19 RTK Base Station Setup Radio Power Setting to Meet Licensed ERP The 450 MHz RTK system has been designed to meet a wide range of possible configurations. This gives the end user the ability to optimize the system for their specific location and application. The end user must obtain a site license from the local spectrum authorities. It is the end userâs responsibility to ensure that 450 MHz RTK system parameters are configured correctly. Frequency, bandwidth, output power and antenna height must all conform to the granted license. Frequency 435 â 470 MHz Frequency Resolution 12.5 kHz Bandwidth 12.5 or 25 kHz Radio Output Power 0.2 to 2.0 W Amplifier Output Power 5.0 to 50.0 W When installing a base station, the total output power of the system must be adjusted to comply with the granted license. Cable losses, connection losses and the antenna gain must be considered when calculating the total system output power. The radio output power is configured using GreenStar 2 System⢠Display. Equivalent Radiated Power (ERP) of the radio should be adjusted to ensure that the total 450 RTK system output power complies with the license granted by the local spectrum authority. The following tables can be used to determine the appropriate setting. The frequency, bandwidth and output power of the John Deere 450 MHz radio are programmable by the StarFire⢠receiver. The available ranges are: Radio Only Power Output No Coax 15 in. (4.6 m) 100 in. (30.5 m) 200 in. (61 m) LRSÂ455 Output Power Watts 2 dBi Whip 5 dBi Magnetic Mount 7 dBi Base 2 dBi Whip 5 dBi Magnetic Mount 7 dBi Base 2 dBi Whip 5 dBi Magnetic Mount 7 dBi Base 2 dBi Whip 5 dBi Magnetic Mount 7 dBi Base 2.0 3.2 6.3 â 2.8 5.6 8.9 2.0 3.9 6.2 1.2 2.5 3.9 1.6 2.5 5.0 â 2.2 4.5 7.1 1.6 3.1 4.9 1.0 2.0 3.1 1.3 2.0 4.0 â 1.8 3.6 5.6 1.2 2.5 3.9 0.8 1.6 2.5 1.0 1.6 3.2 â 1.4 2.8 4.5 1.0 2.0 3.1 0.6 1.2 2.0 0.8 1.3 2.5 â 1.1 2.2 3.6 0.8 1.6 2.5 0.5 1.0 1.6 0.6 1.0 2.0 â 0.9 1.8 2.8 0.6 1.2 2.0 0.4 0.8 1.2 0.5 0.8 1.6 â 0.7 1.4 2.2 0.5 1.0 1.6 0.3 0.6 1.0 0.4 0.6 1.3 â 0.6 1.1 1.8 0.4 0.8 1.2 0.2 0.5 0.8 0.3 0.5 1.0 â 0.4 0.9 1.4 0.3 0.6 1.0 0.2 0.4 0.6 0.3 0.4 0.8 â 0.4 0.7 1.1 0.2 0.5 0.8 0.2 0.3 0.5 0.2 0.3 0.6 â 0.3 0.6 0.9 0.2 0.4 0.6 0.1 0.2 0.4 Radio and Amplifier Power Output No Coax 15 in. (4.6 m) 100 in. (30.5 m) 200 in. (61 m) LRSÂ455 Output Power Watts 2 dBi Whip 5 dBi Mag Mnt 7 dBi Base 2 dBi Whip 5 dBi Mag Mnt 7 dBi Base 2 dBi Whip 5 dBi Mag Mnt 7 dBi Base 2 dBi Whip 5 dBi Mag Mnt 7 dBi Base 2.0 79.2 158.1 â 70.6 140.9 223.3 48.9 97.5 154.5 30.8 61.5 97.5 1.6 62.9 125.6 â 56.1 111.9 177.4 38.8 77.4 122.7 24.5 48.9 77.4 1.3 50.0 99.8 â 44.6 88.9 140.9 30.8 61.5 97.5 19.5 38.8 61.5 1.0 39.7 79.2 â 35.4 70.6 111.9 24.5 48.9 77.4 15.5 30.8 48.9 0.8 31.5 62.9 â 28.1 56.1 88.9 19.5 38.8 61.5 12.3 24.5 38.8 0.6 25.1 50.0 â 22.3 44.6 70.6 15.5 30.8 48.9 9.7 19.5 30.8 0.5 19.9 39.7 â 17.7 35.4 56.1 12.3 24.5 38.8 7.7 15.5 24.5 0.4 15.8 31.5 â 14.1 28.1 44.6 9.7 19.5 30.8 6.2 12.3 19.5 0.3 12.6 25.1 â 11.2 22.3 35.4 7.7 15.5 24.5 4.9 9.7 15.5 0.3 10.0 19.9 â 8.9 17.7 28.1 6.2 12.3 19.5 3.9 7.7 12.3 0.2 7.9 15.8 â 7.0 14.1 22.3 4.9 9.7 15.4 3.1 6.1 9.7 GreenStar 2 System is a trademark of Deere & Company SH20560,000011E Â19Â09DEC09Â1/1 15Â10 121509 PN=20 GS2 Display iTCâ450 MHz RTK PC8663 âUNâ05AUG05 RTK SoftKey 450 MHz RTK is supported by VI displays. These include GreenStar 2 System⢠Displays and SDUA. Configuration with the original GreenStar⢠Display is not supported. Allows for setup and display of both Standard RTK and 450 MHz RTK information: MENU Button PC8659 âUNâ05AUG05 ⢠Operating Mode ⢠RTK Network Configuration ⢠Base Station Data ⢠Radio Data The 450 MHz RTK shares the same activation as 900 MHz RTK. The iTC receiver automatically detects which radio is connected at startÂup and adjusts its screens for the appropriate radio when the softkey is pressed. StarFire iTC Button PC8689 âUNâ09AUG05 450 MHz RTK can be operated in three modes: ⢠Vehicle ⢠Quick Survey Base ⢠Absolute Base IMPORTANT: Any time the radio is reconfigured or changed, power must be cycled at the GPS receiver before continuing. RTK Softkey Vehicle Mode Select this mode if the receiver is on a vehicle. Quick Survey Base Mode Select if exact location of guidance tracks do not need to be stored for future applications. If Quick Survey Base Mode is used to establish rows or paths that will be used at a later date, location or Track 0 must be stored using Current Track 0 in Guidance Setup â Set Track 0. When Track 0 is recalled, a onetime use of Shift Track feature will be needed to align vehicle on previous tracks. Absolute Survey Base Mode Select if exact location of guidance tracks need to be stored for future guidance applications without relying on visual reference for track position to align using Shift Track feature. Track 0 must be stored using Current Track 0 in Guidance Setup â Set Track 0 in order to follow previously used tracks. Absolute Base Mode requires 24 hour self survey to be conducted on location before first use. After survey is completed, base station will then transmit corrections. If base station is moved to another position and then returned to original surveyed position, it is very important that base station is mounted in exact same position. Any difference between original surveyed position and mounted position will result in offset of corrected position. For this reason, it is important to mount receiver to a fixed position like a building or post mounted in concrete. OFF Mode This mode disables all RTK functionality in receiver. RTK Operating Mode must be OFF for normal SF1 or SF2 operation on SF2 licensed receiver. GreenStar 2 System is a trademark of Deere & Company GreenStar is a trademark of Deere & Company SH20560,0000120 Â19Â04DEC09Â1/1 20Â1 121509 PN=21 GS2 Display iTCâ450 MHz RTK Screens Common to Standard and 450 MHz RTK When RTK is in the OFF mode, the main pages are common between the two systems. The details of these particular pages are provided in the StarFire iTC and RTK Operatorâs Manual. This manual was provided with the purchase on an iTC receiver. When in VEHICLE or BASE mode, the pages for 450 MHz RTK system vary slightly from the pages for 900 MHz RTK system. There is single RTK activation that provides access to both 900 MHz RTK and 450 MHz RTK. The difference between the two systems is the radio hardware. After power is supplied, the receiver links up to the attached radio and shows the relevant screens. lists remained stored in the receiver. The methods of adding, editing and deleting Rover receiver serial numbers remains unchanged. Several other features in 900 MHz RTK are also provided unchanged in the 450 MHz RTK: ⢠RTKÂx ⢠Optimized shading ⢠Radio self test page ⢠Absolute Base Coordinate Setup ⢠TCM Calibration Repeaters are not supported in 450 MHz system. Because a vehicle repeater would be a mobile transmitter, it requires a different type of license. The Rover Access List currently used for 900 MHz RTK is unchanged. When upgrading to 450 MHz RTK, previous SH20560,0000121 Â19Â04DEC09Â1/1 20Â2 121509 PN=22 GS2 Display iTCâ450 MHz RTK RTK Main Page IMPORTANT: Base station receiver and vehicle receiver must be setup before operating RTK. See RTK Base Station Setup Section. PUPC000016 âUNâ08DEC09 NOTE: Check that base station and vehicle have same Frequency, Bandwidth, Baud Rate and Network ID. RTK MainâVehicle AâThe Radio ID control has BâOnly Radio is referenced on been replaced with the Radio the Configure button title. Frequency (MHz) RTK MainâVehicle The majority of the diagnostics and controls are the same as 900 MHz RTK on the RTK Main â vehicle screen. Three items have been modified on the RTK Main Page for 450 MHz RTK. CâThe Radio Connection control is disabled since repeaters are not supported with the 450 MHz RTK. Press: MENU Button >> StarFire iTC⢠Button >> RTK Softkey >> OPERATING MODE dropÂdown box >> VEHICLE StarFire iTC is a trademark of Deere & Company Continued on next page 20Â3 SH20560,0000122 Â19Â05DEC09Â1/3 121509 PN=23 GS2 Display iTCâ450 MHz RTK PUPC000018 âUNâ04DEC09 RTK MainâBase Station RTK Main Vehicle (Quick Survey Base) Continued on next page 20Â4 SH20560,0000122 Â19Â05DEC09Â2/3 121509 PN=24 PUPC000017 âUNâ04DEC09 GS2 Display iTCâ450 MHz RTK RTK Main Vehicle (Absolute Base) The Quick Survey Base and Absolute Base versions of the RTK Main screens also display the frequency of the radio link. SH20560,0000122 Â19Â05DEC09Â3/3 20Â5 121509 PN=25 GS2 Display iTCâ450 MHz RTK PUPC000026 âUNâ05DEC09 RTK Configure Page ConďŹgure Radio Screen The frequency and power settings for 900 MHz RTK are fixed to comply with ISM band requirements. For 450 MHz RTK, these settings can be controlled and are the responsibility of the end user. Besides the Network ID on the RTK Main screen, there are four parameters that manage the radio link between the vehicle and Base: Radio Frequency, Bandwidth, Data Rate and Power. of the radio. The signal to noise increases with larger bandwidth. A larger bandwidth is therefore related to higher baud rates. Two Data Rate settings are provided for each bandwidth. L2 is the lower speed and provides the maximum radio link range. L4 has twice the speed, but comes at the cost of reduced range. Press: MENU Button >> StarFire iTC⢠Button >> RTK Softkey >> Radio Configure Button The Radio Frequency is the center frequency of the link shared between the Base and Rover. The Bandwidth is the range of the frequency that the transmitted signal is modulated. This range, or band, is centered about the Radio frequency. For example, if the radio is set at 460 MHz with a bandwidth of 12.5 kHz, then the radio link will be contained within 460 Âą 0.0125 MHz. The Data Rate is the overÂtheÂair speed of the data link. This baud rate is directly related to the bandwidth setting The output power control is only displayed when the receiver is set to Quick Survey Base or Absolute base Operating Modes. When the receiver is set as a Vehicle, the radio output power is set to its lowest output power since it is a receiver only. The cancel button disregards any input to the Radio Configure screen and returns the user to the RTK Main page. StarFire iTC is a trademark of Deere & Company Continued on next page 20Â6 SH20560,0000123 Â19Â05DEC09Â1/3 121509 PN=26 PUPC000019 âUNâ04DEC09 GS2 Display iTCâ450 MHz RTK Invalid Parameters PopÂup When the return button is pressed, verification is made on the input radio parameters. If the combination inputs are invalid, a popÂup screen will appear to communicate this. PUPC000020 âUNâ04DEC09 SH20560,0000123 Â19Â05DEC09Â2/3 Valid Parameters PopÂup When a valid set of parameters is entered, a confirmation screen will popÂup reminding the user not to vary from the parameters designated in the license. The 450 MHz RTK system is capable of operating over a wide range of frequency and power settings. Since the final license parameters granted to the customer is unknown to the manufacturer, this system flexibility exists to enable use by a large range of customers and markets. The end user has the responsibility of configuring the system parameters to meet the license granted them by the local spectrum authority. Frequency, bandwidth and output power (if a base) will be designated by the local license, and the base must be set to comply with these specifications. SH20560,0000123 Â19Â05DEC09Â3/3 20Â7 121509 PN=27 Diagnostic LEDs Diagnostic LEDs A key aid to gain insight into the working state of the 450 RTK system are the LEDs on both the RTK radio and the inÂline amplifier. These diagnostic lights can be used during setup, maintenance and troubleshooting. SH20560,0000124 Â19Â04DEC09Â1/1 450 MHz RTK Radio LEDs PUPC000021 âUNâ06DEC09 There are three radio LEDs. They can be seen after the radio has been powered. They are viewed through a small window on the front of the radio. The LEDs can be used to determine ⥠Is the radio powered? ⥠Is the radio is configured as a Base Station or a vehicle? ⥠Is the radio searching or linked? ⥠Is the radio in configuration mode? The radio enters configuration mode when parameters are being read/set or when diagnostics are being retrieved. While in configure mode, the radio does not transmit or receive communications. LED Window The meanings of the radio LED states are provided in the table below. PUPC000032 âUNâ07DEC09 SH20560,0000125 Â19Â07DEC09Â1/2 Radio LEDs Table SH20560,0000125 Â19Â07DEC09Â2/2 25Â1 121509 PN=28 Diagnostic LEDs Amplifier LEDs There are four amplifier LEDs. They are located on the side of the amplifier. The LEDs can be used to determine ⥠Is the amplifier powered? ⥠Is there an internal failure? ⥠Is the radio signal being amplified? ⥠Is the amplifier setup causing it to overheat? ⥠Is the antenna or its connection path faulty? The LEDs operate in two states: Start Up and Operation. PUPC000031 âUNâ07DEC09 After the amplifier is initially powered, the amplifier strobes through each LED sequentially. This rapid flashing sequence indicates that the internal firmware test sequence is initiated. It checks the power to the unit and the integrity of internal components. The outcome of a successful startup test sequence results in only the PWR LED on. The outcome of an unsuccessful startup sequence results in the PWR LED and any of the red LEDs on. These red LEDs indicate a failure. During normal operation after a successful startup, each amplifier LED has a specific meaning. Power LED Indicates that the amplifier has DC power. TX LED Indicates that an RF signal is being actively amplified and transmitted. This light blinking indicates normal function. O/T LED Indicates that the unit has exceeded its internal temperature limits. When this light is on, the unit with cease amplification. This allows the unit to cool and prevents permanent damage. AmpliďŹer LED VSWR LED Indicates that the antenna path is faulty. When this light is on, the unit will cease amplification. This prevents the output power from being reflected back into the amplifier and causing permanent damage. SH20560,0000126 Â19Â08DEC09Â1/1 25Â2 121509 PN=29 450 RTK Performance 450 MHz RTK Accuracy The accuracy of 450 MHz RTK is the same as 900 MHz RTK. The UHF link is more robust, but the content sent by the StarFire RTK⢠base to the vehicle is identical. StarFire RTK⢠delivers 1 in. repeatable accuracy. RTK accuracy is expressed as an absolute value (without +/Â) because RTK performance is not subject to GPS drift over time. RTK accuracy levels are described on a static basis measured at the vehicle receiver, 68 percent of the time, within 12 mi. (20 km) line of sight with the base station, assuming unobstructed view of the sky, favorable PDOP, and correct base station setup. StarFire RTK is a trademark of Deere & Company SH20560,0000127 Â19Â04DEC09Â1/1 30Â1 121509 PN=30 450 RTK Performance PC9393 âUNâ23OCT06 Line of Sight Line of sight is the direct path between two points, free of obstacles. For the RTK application, this is the line between the base and vehicle antennas. Typical obstructions include: ⢠Trees and foliage ⢠Buildings or other manÂmade objects ⢠Terrain variation, such as hills or valleys ⢠Curvature of the Earth In order to maintain a good RTK Radio link, the antenna must be mounted high enough to radiate over the earthâs curvature and any obstacles. As shown in the figure, the curve of the earth can block the signal from the RTK link. If the radiating base station radio antenna is mounted too low, the broadcasting range will be drastically reduced. The higher RF power of 450 MHz RTK will reduce attenuation due to plants and small variations in terrain. Blockage due to manÂmade objects can be reduced through planning of the base antenna location. Similar to analysis performed to locate the StarFire⢠receiver installation, the transmitting antenna should be located away from nearby obstructions. To deal with obstructions away from the base, small terrain variations and the curvature of the Earth, the antenna should be placed as high as possible. The local spectrum authority will limit the range and potential interference of the base station signal by setting a maximum power and maximum antenna height. End users should install their base antenna to the maximum height allowed for best performance. StarFire RTK⢠retains its published accuracy to 12 mi. (20 km). If consistent with the granted site license, it is recommended that antennas are mounted ⼠30 m (100 ft.) to ensure the full range of coverage. The table below relates the base antenna height to the lineÂofÂsight to the base radio horizon. Base Height Base Station Radio Horizon Base Height Base Station Radio Horizon ft. mi. km 148 16.3 45 26.3 131 15.4 40 24.8 125 15.0 38 24.2 115 14.4 35 23.2 98 13.4 30 21.5 82 12.2 25 19.6 66 10.9 20 17.6 49 9.4 15 15.2 33 7.7 10 12.4 20 6.0 9.6 10 4.2 6.8 3.0 1.5 4.8 Line of Sight Strong Good Marginal Poor Antenna Height RTK Shared Base Station: Antenna Height StarFire is a trademark of Deere & Company StarFire RTK is a trademark of Deere & Company Continued on next page 30Â2 SH20560,0000128 Â19Â09DEC09Â1/2 121509 PN=31 450 RTK Performance 12.5 kHz versus 25 kHz Bandwidth There are two possible bandwidths that can be set in the 450 MHz RTK radio: 25 kHz Wideband 12.5 kHz Narrowband The 25 kHz bandwidth delivers twice the baud rate of the 12.5 kHz. Wide bands have more data capacity and faster message transmission than narrow bands. In the RTK system, this results in a more robust data link. However, the disadvantage to using a larger bandwidth is that fewer licensed frequencies are available to applicants. To more efficiently use the available frequencies, some spectrum authorities are transitioning from older wideband licensing plans to narrowband licensing plans. For example, in the United States the FCC has established January 1, 2013 as the deadline for migration to 12.5 kHz technology. Applications for wideband operations (25 kHz channels) will be accepted until January 1, 2011. All existing Part 90 radio systems operating on frequencies between 150Â512 MHz have eight years to convert those systems either to 12.5 kHz bandwidth or to a technology that provides one voice path per 12.5 kHz of bandwidth or provides a data rate of 4800 bps per 6.25 kHz. SH20560,000012A Â19Â08DEC09Â1/1 L2 versus L4 GFSK Modulation The 450 MHz RTK radio is a digital transmitter. There are two possible modulation techniques that can be set in 450 MHz RTK radio: Level 2 (L2) or Level 4 (L4) Gaussian FrequencyÂShift Keying (GFSK). When transmitting with L2 modulation, 1âs and 0âs are sent by shifting the frequency between two possible states about the center frequency within the bandwidth of the radio. The âGaussianâ term refers to a technique of smoothing the transition between the two frequencies. When transmitting with L4 modulation, the radio shifts between four frequencies about the center frequency. This allows four different symbols to be sent during a single transmission: 00,01,10,and 11. This results in 2x the overÂtheÂair speed as the L2 modulation technique. The drawback is that the signal to noise is lower with the L4 technique relative to the L2. This is because the vehicle radio must differentiate between 4 frequencies instead of only 2. The default modulation for the 450 MHz RTK is L2. This provides the greatest RTK range. L4 will be an advantage in selected applications. One example is operation near the base where small objects frequently block the line of sight. Here the signal strength is sufficient for L4. The higher baud rate results in short transmission times. These messages then have a lower probability of being blocked. SH20560,000012B Â19Â08DEC09Â1/1 Operation of Vehicle Next to Base Depending on the base station setup, operation of vehicles directly under or next to the base may be limited. The 450 MHz system has both higher power and higher signal sensitivity than standard RTK. A consequence of this is that radio signals in the immediate vicinity of the transmitter may be too strong for the receiving radios. For base stations that serve vehicles at both âĽ20 km and ⤠1 km from the base, it may be necessary to add inline RF attenuators to the rovers operating directly under the base. Attenuator specifications: RF load of 15 dBm, capable of 2W, inline female TNC to male TNC. SH20560,000012C Â19Â04DEC09Â1/1 30Â3 121509 PN=32 Index Page Absolute Base Page, RTK Main ............................... 20 3 Accuracy................................................................... 30 1 Antenna Front View Decal........................................ 07 1 Bandwidth................................................................. 30 Base Station Setup................................................... 15 Amplifier Option .................................................... 15 Dual Radio ............................................................ 15 Base Station Setup  Amplifier Option ...................... 15 Base Station SetupâDual Radio ............................. 15 Base Station, RTK Main ........................................... 20 Common Screens..................................................... 20 2 Configure Page, RTK ............................................... 20 6 Page Main PageÂQuick Survey Base ............................. 20 Main PageÂVehicle ................................................ 20 Softkey .................................................................. 20 System Overview .................................................. 15 Vehicle Receiver ................................................... 15 RTK Accuracy........................................................... 30 RTK Configure Page ................................................ 20 RTK Main Page ........................................................ 20 RTK Softkey ............................................................. 20 RTK Vehicle Page .................................................... 20 Safety Sign ............................................................... 07 1 Screens Common to Standard and 450 MHz RTK... 20 2 Setting to Meet Licensed ERB.................................. 15Â10 Sight ......................................................................... 30 2 Softkey...................................................................... 20 1 Standard and 450 MHz RTK Common Screens....... 20 2 System Overview...................................................... 15 1 Decal ........................................................................ 07 Diagnostic................................................................. 25 Diagnostic LEDs ....................................................... 25 Difference between Bandwidth................................. 30 Difference between Modulation ................................ 30 Vehicle Next to Base ................................................ 30 3 Vehicle Page, RTK Main........................................... 20 3 Vehicle Receiver....................................................... 15 2 L2 versus L4 GFSK Modulation................................ 30 3 Line of Sight.............................................................. 30 2 Modulation ................................................................ 30 3 Operation of Vehicle Next to Base............................ 30 3 Quick Survey Base Page, RTK Main........................ 20 3 Radio Power Setting................................................. 15Â10 Radio Power Setting to Meet Licensed ERB ............ 15Â10 RTK 450 MHz and Standard Common Screens ........... 20 2 Base Station Setup ............................................... 15 3 Base Station Setup  Amplifier Option .................. 15 4 Base Station SetupâDual Radio.......................... 15 6 Main Page............................................................. 20 3 Main PageÂAbsolute Base .................................... 20 3 Main PageÂBase Station ....................................... 20 3 IndexÂ1 121509 PN=1 Index IndexÂ2 121509 PN=2 John Deere Service Literature Available ⢠PARTS CATALOGS list service parts available for your ⢠⢠⢠TS1663 âUNâ10OCT97 ⢠machine with exploded view illustrations to help you identify the correct parts. It is also useful in assembling and disassembling. OPERATORâS MANUALS providing safety, operating, maintenance, and service information. These manuals and safety signs on your machine may also be available in other languages. OPERATORâS VIDEO TAPES showing highlights of safety, operating, maintenance, and service information. These tapes may be available in multiple languages and formats. TECHNICAL MANUALS outlining service information for your machine. Included are specifications, illustrated assembly and disassembly procedures, hydraulic oil flow diagrams, and wiring diagrams. Some products have separate manuals for repair and diagnostic information. Some components, such as engines, are available in separate component technical manuals FUNDAMENTAL MANUALS detailing basic information regardless of manufacturer:  Agricultural Primer series covers technology in farming and ranching, featuring subjects like computers, the Internet, and precision farming.  Farm Business Management series examines ârealÂworldâ problems and offers practical solutions in the areas of marketing, financing, equipment selection, and compliance.  Fundamentals of Services manuals show you how to repair and maintain offÂroad equipment.  Fundamentals of Machine Operation manuals explain machine capacities and adjustments, how to improve machine performance, and how to eliminate unnecessary field operations. TS191 âUNâ02DEC88 Available information includes: TS224 âUNâ17JAN89 Technical information can be purchased from John Deere. Some of this information is available in electronic media, such as CDÂROM disks, and in printed form. There are many ways to order. Contact your John Deere dealer. Call 1Â800Â522Â7448 to order using a credit card. Search online from http://www.JohnDeere.com. Please have available the model number, serial number, and name of the product. TS189 âUNâ17JAN89 Technical Information DX,SERVLIT Â19Â31JUL03Â1/1 121509 PN=35 John Deere Service Literature Available 121509 PN=36 John Deere Service Keeps You On The Job John Deere Is At Your Service CUSTOMER SATISFACTION is important to John Deere. Our dealers strive to provide you with prompt, efficient parts and service: TS201 âUNâ23AUG88 âMaintenance and service parts to support your equipment. âTrained service technicians and the necessary diagnostic and repair tools to service your equipment. CUSTOMER SATISFACTION PROBLEM RESOLUTION PROCESS âNature of problem Your John Deere dealer is dedicated to supporting your equipment and resolving any problem you may experience. 2. Discuss problem with dealer service manager. 1. When contacting your dealer, be prepared with the following information: 4. If you have a persistent problem your dealership is unable to resolve, ask your dealer to contact John Deere for assistance. Or contact the Ag Customer Assistance Center at 1Â866Â99DEERE (866Â993Â3373) or eÂmail us at www.deere.com/en_US/ag/contactus/. DX,IBC,2 Â19Â01MAR06Â1/1 3. If unable to resolve, explain problem to dealership manager and request assistance. âMachine model and product identification number âDate of purchase 121509 PN=37
Source Exif Data:
File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.4 Linearized : No Modify Date : 2009:12:16 13:20:33-06:00 Creator : Arbortext 5 Config File : /usr/tis/pe52/custom/lib/deere.pdfcf Create Date : 2009:12:15 07:51:49-06:00 XMP Toolkit : XMP Core 4.1.1 Creator Tool : Arbortext 5 Metadata Date : 2009:12:16 13:20:33-06:00 Producer : PDFlib+PDI 6.0.2p5 (SunOS) Config 0020 File : /usr/tis/pe52/custom/lib/deere.pdfcf Format : application/pdf Document ID : uuid:fb976e2a-24d0-460b-a5a5-62172563cde5 Instance ID : uuid:c2fd9bfb-4bb1-485d-a101-33a00d5f5c16 Has XFA : No Page Mode : UseOutlines Page Count : 40EXIF Metadata provided by EXIF.tools