Cattron North America 75GR1014T-XNB User Manual 74995
Laird Controls North America Inc. 74995
8
FCC ID: CN275GR1014T—XNB APPENDIX 5 OPERATOR’S MANUAL THREE (3) PAGE OPERATOR'S MANUAL FOLLOWS THIS SHEET OPERATOR’S MANUAL FCC ID: CN275GR1014T-XNB APPENDIX 5 R1014T-XNB FAMrr—ym FCC REGULATIONS & COMPUTER SOFTWARE COPYRIGHTS FCC REGULATIONS FCC Regulations state that: » 1. These Devices are approved by the FCC for licensed operation (depending on the model number). No modifications to the designate permitted. A station license is required by the FCC. 2. The RF power output of a radio transmitter shall be no more than that required for satisfactory technical operation considering the area to be covered and local conditions. 3. Frequency and deviation of a transmitter must be checked before it is placed into service and should be rechecked once each year thereafter. expressly approved by CATFRONWDoing so will void the user's authority to Caution: The user of this equipment shall make no changes or modifications not operate this equipment. Ref FCC 15.21. COMPUTER SOFTWARE COPYRIGHTS The CATTRONWproducts described in this manual may include copyrighted CA'l’t’RONm computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for CATTRONTM certain exclusive fights for copyrighted computer programs. including the exclusive right to copy or reproduce in any form the copyrighted computer program. Accordingly, any copyrighted CATTRON‘“I computer programs contained in the CA'ITRON'" products described in this manual may not be copied or reproduced in any manner without the express written permission of CATTRONT", Furthermore. the purchase of CATTRONm products shall not be deemed to grant either directly or by implication, estoppel‘ or otherwise, and license under the copyrights, patents. or patent applications of CATTRONT", except for the normal non-exclusive, royalty free license to use that arises by operation of law in the sale of a product. QtOlHT’XNQ FMHLY IN $Tfiu‘ cum mflfivfl— Functional on I FR Y F E EIV The three models of RF receivers most often used with the MP96 are the R1014Tl, the RlOl4T2, and the mount-lament R1014T1 RECElVER This is a 16 channel, UHF-synthesized RF receiver. The receiver incorporates a microprocessor and uses digital signal processing (DSP) techniques to selectively recover digital messages using ACATTRONTN protocol‘ The R1014Tl receiver has LED indicators for : POWER ON CARRIER DETECT (RF signal or carrier is present) VCO LOCK (receiver locked on freq) DATA (received message data) QSYNC (synchronization pulse) Additionally, a rotary switch is provided to select one of up to 16 different factory programmed frequencies. The rotary switch can be changed while the receiver is on. All RlOl4Tl model receivers are shipped with a customer infomiation sheet listing the programmed frequencies. R1014T2 RECEIVER WXTH LIQUID CRYSTAL DISPLAY (LCD) This is a 30 channel, UHF-Qinthesizcd RF receiver The receiver incorporates a microprocessor and uses Digital Signal Processing (DSP) techniques to selectively recover protocol messages The front of the receiver has LED indicators for: POWER ON CARRIER DETECT (RF signal or carrier is present) VCO LOCK (receiver locked on frcqi) DATA (received message data) QSYNC (synchronization pulse) The R1014T2 receiver has the capability to allow the user to select and program up to 14 different/felt! programmable recelvefraquencizs in addition to the 1 6 factory preset frequencies. These frequencies are programmed using the receiver's push-button switches and liquid crystal display (LCD) A user-friendly interface guides the operator through the menus to where the field programmable frequency table is selected and frequency values are programmed The R1014T2 receiver also has two pushbuttons for programming the following options: CloseStartTM, Range Limiting“, Range Extender”, Field Frequencies, Scanner, and Attenuator. CloseStartTM The CloseStartTM feature is intended as a safety feature which prevents the system from operating until the operator is close enough to the receiver to "unlock the system", allowing data messages into the decoder. After system power up, CloseStartTM must be unlocked by receiving three (3) consecutive messages. These messages must have the same address (lock address) and a signal slrength level that is greater than the pre- set CloseStartTM leveL After CloseStartTM has been unlocked, received message data will pass to the decoder and the normal operating range of the system is restored. The CloscStartTM signal strength level can be adjusted, or CloseStzutTM can be turned OFFt ZELI m/ 5 O4119§7 CATTRON” i Afifig’ FUNCTIONAL DES RIPTION 3'ECllON 1 TZtou-tT—KMB FHA/“L IpfgatXJ/m mam/m, Functional Description Range LimitingTM Range Limiting,TM is a feature intended to keep the operator within a knotm operating distance of the receiver/decoder. Range LimitingTM operates by measuring the signal strength level of an incoming message and compares it against a preset Range LimitingTM level. When an out of range condition occurs, the received signal strength must become 3dBm greater than the range limit set level for any antenna to de-activate or reset the range limit output. The preset Range Limit level is set and adjusted using the push- butlon switches and LCD on the receiver. Range ExtenderTM When Range LimitingTM is not in use, the receiver can be put into Range ExtenderTM mode. The Range Extender"'M mode makes use of the triple diversity antenna arrangement. Atlhcbcginning ofnn incoming message, the signal strength is measured for each antenna. The antenna with the strongest signal level is switched on and then used to receive the remainder of the message. This method ensures the best antenna will be used for receiving the controller's message data, thereby optimizing the distance or range ofthe system. Scanner The receiver can be placed in an automatic scan mode where either factory or field frequencies can be scanned, looking for valid transmitter data. Scanning is stopped on the desired channel by the MP96 decoder when it decodes the proper data (address, BCH, auxiliary functions, ctc.). Attenuator An attenuator is a network for reducing signal level. In common terms, it helps to filter the “background noise” or “clutter" of distant, unwanted, weaker signals which may be on the same frequency. It is useful in applications where reduced range is desirable. R1014T3H90 N HX The R! 0l4T3H90Nrt>t receiver incorporates all ofthe Same features oflhc R10l4T2. Additionally, it has an RF transmitter for TALKBACKm radio transmission of data. TALKBACKTM TALKBACKTM is data transmitted from the machine via the MP96 decoder to the portable remote controller carried by the operator. A typical use of TALKBACK"M is a locomotive sending status infomration such as direction selected, engine alarms, throttle, and brake information to the controller. TALKBACKTM for cranes can include functions like “aligned" and weigh scale weight display. The controller must include a receiver and special software to display the functions sent from the machine via the MP96 decoder. TALKBACKTM features, frequency, data, etc, are controlled by the MP‘JG data processor. A separate transmit antenna is required. TALKBACKTM can be on the same RF channel or different than the receiver channel. Field Programmablelvlemory (EEPROM) The CATTRON‘M MP96 system decoder has an Electrically Erasable - Programmable Read Only Memory (Eli-PROM) [C which allows a limited amount of field changes to be made to the operation of the system. A separate PC program must be written and used in order to set limits and allow the values to bc changed into terminology pertinent to the application. For example, outputs l through 7 may be selected to change the output to a pulsed output that has a specific on time, off time, and run time duration. Limits are discussed with the user and incorporated in the PC program that downloads data to the CATTRONTM MP96 system decoder. laficZ/z/D/xz/hg/ SECTION 1 FUNCTIONAL DESCRIPTION ® 04/1997 CA’ITRON‘“ ALIGNMENT INSTRUCTIONS R1014T Test Software 1. Insert “PDDCTB” 3 V2" Disk in Computer” 2. Type “DLMINST” to run installation The program will prompt with source and destination drive and directory. After you type in your response, the program will automatically install itself in your hard drive. 3. After installation, type “DLM” to invoke program, Insert test prom in socket X103 on the transceiver. 4. Connect serial port to transceiver and apply 12 VDC. 5. Access top menu bar by pressing “F10” key and go to “SETUP” option using ”<— “ or “—>“ arrow keys. 6. Chose “RF CALIBRATE" option under “SETUP" menu by using “ “ or “ i “ arrow keys and press “ENTER” key. 7. Program will ask for password. Type “DLM” and press “ENTER" 8. You should now be in “RF CALIBRATE" mode. Move cursor to transmit calibrate frequency block and entertest frequency in MHz. Repeat for receive calibrate frequency. 9. To activate transmitter, select “XMIT CENTER” for an UNMODULATED CARRIER, or select “XMIT SQUARE" for a MODULATED CARRIER. 10. To turn off transmitter, press any key. 11.Select “REC MODE CAL” option for receive mode. 2.0 “6 FCC ID: CN27SGR1014T—XNB APPENDIX 7 CIRCUITS AND DEVICES TO STABILIZE FREQUENCY A 9.6 MHz reference TCXO and a PLL circuit establishes and stabilizes output frequency. CIRCUITS AND DEVICES TO STABILIZE FREQUENCY FCC ID: CN27SGR1014T—XNB APPENDIX 7
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