Qual Tron QTIMIDSMCDT 138-153 MHZ DATA RADIO User Manual MIDS Manual
Qual-Tron, Inc. 138-153 MHZ DATA RADIO MIDS Manual
Instruction Manual
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| Document ID | 1263988 |
| Application ID | fMiOrYGK1k9cu9MtCqd8Lg== |
| Document Description | Instruction Manual |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | Yes |
| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 29.42kB (367735 bits) |
| Date Submitted | 2010-04-08 00:00:00 |
| Date Available | 2010-04-09 00:00:00 |
| Creation Date | 2010-04-09 10:00:29 |
| Producing Software | Microsoft® Office Word 2007 |
| Document Lastmod | 2010-04-09 10:00:29 |
| Document Title | MIDS Manual |
| Document Creator | Microsoft® Office Word 2007 |
| Document Author: | QTI |
9409 E. 55th Pl. S. * Tulsa, OK 74145 * (918) 622-7052 * Fax (918) 664-8557 MCDT INSTRUCTION MANUAL MCDT Multi-Channel Data Transceiver P/N 10D1037 All rights reserved. No part of this book may be reproduced or utilized in any form or by any means, electronic or mechanical, without the prior written permission of Qual-Tron, Inc. QTI Form #: 30Z0250 Revision: B Effective Date: 08 April 2010 MCDT Instruction Manual Table of Contents Section 1: MCDT Multi-Channel Data Transceiver .......................................................... 3 Description ............................................................................................................................................ 3 Design Features ..................................................................................................................................... 3 Operation ............................................................................................................................................... 3 Section 2: MCDT Operation ............................................................................................... 4 Receiving/Transmitting .......................................................................................................................... 4 ITEMS REQUIRED ........................................................................................................................... 4 SETUP ............................................................................................................................................... 4 RF Link ................................................................................................................................................. 4 Section 3: Serial Interface ................................................................................................... 5 SETTINGS......................................................................................................................................... 5 Checksum: ............................................................................................................................................. 5 Message Serial Format ........................................................................................................................... 6 MESSAGE TYPE (XX) ..................................................................................................................... 6 ID CODE (YYY) ............................................................................................................................... 6 STATUS CODE (ZZ)......................................................................................................................... 7 Commands ............................................................................................................................................. 8 Section 4: Maintenance ....................................................................................................... 11 OPERATOR MAINTENANCE: ........................................................................................................ 11 DEPOT MAINTENANCE: ................................................................................................................ 11 EQUIPMENT STORAGE: ................................................................................................................. 11 WARRANTY:.................................................................................................................................... 11 RETURN PROCEDURES:................................................................................................................. 11 TROUBLESHOOTING GUIDE: ........................................................................................................ 11 Section 5: Frequency/Channel Calculations ...................................................................... 12 Channel to Frequency Calculation .......................................................................................................... 12 Frequency to Channel Calculation .......................................................................................................... 12 Section 6: FCC RF Exposure Limits……………………………………………………………..14 QTI Form #: 30Z0250 Page 2 of 13 Revision: A Effective Date: 16 December 2009 Section 1: MCDT Multi-Channel Data Transceiver Description The Multi-Channel Data Transceiver (MCDT) is available as a modular modem to OEM users who want to design it into their own equipment. Equipped with RS-485 communications, the MCDT can be set up using a personal computer. The MCDT is capable of transmitting or receiving SEIWG-5 data messages, including a status code and distinct ID, over a radio frequency. This frequency is selectable via synthesizer control circuits, providing a selection of up to 1920 RF channels, depending on the model’s frequency range. The MCDT comes in Low-Band, Medium-Band, and High-Band models, having the following frequency ranges: Low Band Medium Band High Band Channel 001 = 138.025 MHz Channel 600 = 153.000 MHz Channel 001 = 154.005 MHz Channel 1600 = 162.000 MHz Channel 001 = 162.00625 MHz Channel 1920 = 174.000 MHz Antenna: MMCX plug to accept user-supplied antenna Power Supply: User-supplied, 4.8V to 16.5VDC nominal, 18 VDC absolute maximum Connections: Function Current Draw approximations: Mode Sleep Active Transmission(1Watt) Transmission(2Watt) Receiver On Receiver Active J1 (10-pin FTS-105) Via Vin [Input] 4.8 to 16.5 VDC 1, 2 GND 8, 9, 10 RS485 – A+ [I/O] RS485 – B– [I/O] Transmit Drive [Output] Active low VCC [Out] 5.4VDC Wakeup [I/O] Active low Current Comments 33uA RS485 command will wake unit up 7.0mA Receiver Off / Microprocessor On 57ms @ 1.5A Pulse Current Provided by Super Caps 57ms @ 3A Pulse Current Provided by Super Caps 12.6mA Receiver On – Waiting for valid RF message 16.9mA RF message received – Microprocessor On E1 E8 E4 E5 E3 E2 E6 Design Features ID Code Selection 000-999 for EMIDS, 000-063 for all other formats Directional, sensor fault, low battery, tamper, and test status codes for EMIDS format Able to receive and transmit MIDS 20-bit, MMIDS / EMIDS 29-bit messages, TRSS, or REMBASS MMCX antenna port matched to 50 ohms Conformal-coated and shielded circuit assembly Operation Connections to the MCDT can be made using a ribbon cable connected to J1 or using flying leads soldered directly to the VIAS. See Connections table above to determine pin outs. Using the settings provided in Section 3: Serial Interface, open a serial communication program such as HyperTerminal and supply power to the MCDT. Upon establishing a connection to the MCDT, the computer screen will display “BL” for one second and then display the version information. This indicates a ready status. The “BL” (Boot Loader) response provides for one (1) second the opportunity to enter the programming mode. Sending a “P” will enter the firmware upgrade mode and erase the firmware of the device. Therefore, the user is advised not to send any characters to the unit, especially not the character “P”, to the unit before the version information is received. QTI Form #: 30Z0250 Page 3 of 13 Revision: A Effective Date: 16 December 2009 Section 2: MCDT Operation During normal operation, the MCDT is capable of sending and receiving SEIWG-5 messages via the serial port and via radio frequency. The MCDT assumes a low-power shut-down mode to conserve power when not in use. Receiving/Transmitting ITEMS REQUIRED 1. 2. 3. 4. DC Power Source: 4.8 to 16.5 Volts Personal Computer with COM port (RS-232 or USB) RS-485 Adapter Cable to convert RS-485 to PC’s COM port format Serial Communications Program such as HyperTerminal SETUP 1. 2. 3. 4. Set the Channel. (Default CHR 001) Enable receiver, if desired. Transmit is always enabled. (Default RCV ON) Enable TRSS format, or disable TRSS for EMIDS format. (Default TRSS OFF) Enable Push to send messages out serial port, or disable PUSH to poll for messages. (Default PUSH ON) RF Link The operational range of the RF link is dependent upon various conditions. The high frequency of the RF link works best under line of sight conditions. RF range may vary from 0.5 kilometer to 5 kilometers for open areas using the 1-Watt setting. Greater range may be expected using the 2-Watt setting. NOTE: Elevating an antenna will increase transmission and/or reception range significantly. The use of relays/repeaters can also be used to increase transmission ranges. Also transmitting and receiving antennas should both point in the same direction (typically up) so they have the same polarization. QTI Form #: 30Z0250 Page 4 of 13 Revision: A Effective Date: 16 December 2009 Section 3: Serial Interface The MCDT defaults to a low-power shut down mode. Upon receiving an RF message, the MCDT will send the message via the serial port and then return to shut-down immediately. The user may initiate serial communication by sending the MCDT two ASCII characters. After 1 minute of inactivity on the serial port, the MCDT returns to low-power shut down mode. If the user disables the PUSH setting and the MCDT has a new message on hold in the buffer, the shut-down mode will be prevented because this condition pulls the Wakeup [I/O] line low. The MCDT communicates over RS-485. Send a command followed by a carriage return ( ). Settings are retained only until power is turned off unless the SAV command is used to store them to the unit’s flash memory. When sending commands and queries, a two-digit hexadecimal checksum (cs) can be used to check data integrity. This is done by preceding the command with “#” and following the command with the checksum value and a carriage return. If a checksum is not desired, simply do not include the # or checksum (cs) value. SETTINGS 38400 baud, fixed No parity 8 bit 1 stop bit No flow control Checksum: To use checksum begin the command with “#” and end the command with the calculated checksum (cs) value followed by the carriage return . A command with an invalid checksum is ignored and no reply is sent. The checksum is a 2 digit hexadecimal calculated as the 2’s compliment of the sum of the command string. Using the checksum also allows and requires using the serial ID. The universal ID is X, so all units will acknowledge these commands. The unit will respond with its specific ID Example: Sample syntax: Action With Checksum Get channels: #XCHN04 Returns: #AChnR 2 ChnX 456B0 Set channels to 2: #XCHN 2B2 Returns: #ACHNR 2 CHNX 21D Note: “A” is just a sample serial ID, and may be different. Without Checksum CHN CHNR 2 CHNX 456 CHN 2 CHNR 2 CHNX 2 Example checksum calculator char CRC2sComp( char *buffr, int end) {//creates 2's complement int c; int calcSum = 0; for( c = 0; c <= end; c ++ ) calcSum += buffr[c]; calcSum ^= 0xFF; //1's complement calcSum += 1; //now 2's complement return (char)(calcSum); QTI Form #: 30Z0250 Page 5 of 13 Revision: A Effective Date: 16 December 2009 Message Serial Format Decoded message is sent via RS-485: RXM XX YYY ZZ , where XX = Message Type, YYY = ID code, and ZZ = status code; all values are hexadecimal. MESSAGE TYPE (XX) The message type consists of two (2) hexadecimal characters. The first character shows the parity; the most significant bit will be set if the parity is bad. The second character identifies the type. Examples of parity: Good parity 0X Bad parity 8X List of types: MIDS X7 EMIDS/TRSS XD REMBASS X6 (0000xxxx in binary) (1000xxxx in binary) (EMIDS format if TRSS mode OFF (default) / TRSS format if TRSS ON) NOTE: Because EMIDS and TRSS have the same message type, the message format is distinguished based on whether TRSS mode is enabled (TRSS format) or disabled (EMIDS format). The MCDT can receive MIDS and REMBASS messages at any time without setting the unit to a particular mode. In addition, the unit can receive either EMIDS or TRSS messages, but the user must specify which for the MCDT to expect since these two have the same message type. ID CODE (YYY) The unit ID code consists of three (3) hexadecimal characters, but only EMIDS messages use all three. MIDS, TRSS and REMBASS are limited to ID codes 000-03F (63). EMIDS uses 000-3E7 (999). QTI Form #: 30Z0250 Page 6 of 13 Revision: A Effective Date: 16 December 2009 STATUS CODE (ZZ) Status Codes depend upon the message format. MIDS has no status code, and these characters should always be 00. EMIDS status codes are listed in the following table: STATUS CODE ALARM TAMP/TEST LOBATT R>L L>R 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F 10 11 12 13 14 15 16 17 18 19 1A 1B 1C 1D 1E 1F MEANING RESERVED RESERVED RESERVED FAULT RESERVED RESERVED RESERVED FAULT, LOBATT TEST RESERVED RESERVED TEST, FAULT TEST, LOBATT RESERVED RESERVED TEST, FAULT, LOBATT ALARM ALARM, L>R ALARM, R>L ALARM, FAULT ALARM, LOBATT ALARM, L>R, LOBATT ALARM, R>L, LOBATT ALARM, FAULT, LOBATT TAMP RESERVED RESERVED TAMP, FAULT TAMP, LOBATT RESERVED RESERVED TAMP, FAULT, LOBATT Status Code Table QTI Form #: 30Z0250 Page 7 of 13 Revision: A Effective Date: 16 December 2009 Commands ?…….. Brings up the help menu The current help menu (without checksums) appears as follows: Commands --------HELP/?: Show this menu CHR: Get/Set rcv Chan CHX: Get/Set xmit Chan MSG: Get rcvd msg PWR: Get/Set xmt pwr level PSH: Get/Set push mode RCV: Get/Set receive mode RSS: Get receive signal strength RST: Reset SAV: Save Current Parameters SLP: Sleep SRN: Get unit serial num TMP: Read Temp TRS: Turn TRSS Format On/Off TXM: Xmit msg, type, ID, stat VER: Show versions CHR…Get/Set the receive channel. (Follow with SAV command.) Low Band: 0-600 Med Band: 0-1600 High Band: 0-1920 Get the channel: CHR Returns: CHR Z Set the channel: CHR Z Returns: CHR Z SET Or CHR Z ERR if invalid value given CHX…Get/Set the transmit channel. (Follow with SAV command.) Low Band: 0-600 Med Band: 0-1600 High Band: 0-1920 Get the channel: CHX Returns: CHX Z Set the channel: CHX Z Returns: CHX Z SET Or CHX Z ERR if invalid value given MSG….. Recall a previous message. 0-9 with 0 being most recent message, and 9 being the oldest message Get a message: MSG X Returns: RXM TT III SS , where TT is the message type,III is the ID, and SS is the status code NEW…..Read New messages. Use when PUSH is OFF. (This command is not listed under Help menu.) QTI Form #: 30Z0250 Page 8 of 13 Revision: A Effective Date: 16 December 2009 Poll for a new message: NEW Returns: RXM TT III SS , where TT is the message type,III is the ID, and SS is the status code Returns if no new message: RXM PSH….Get/Set to push new messages out the serial port. 1 = ON (New messages pushed out the serial port when received) 0 = OFF (must poll for new messages) Get PUSH mode: PSH Returns: PSH Z Set PUSH mode: PSH Z Returns: PSH Z PWR…Get/Set the transmitter power level. 1 = 1 watt transmit power at least 2 = 2 watt transmit power at least Get power level: PWR Returns: PWR Z Set power level: PWR Z Returns: PWR Z RCV ….. Get/Set receive mode. 1 = ON (receiver enabled) 0 = OFF (receiver disabled) Get receive mode: RCV Returns: RCV Z Set receive mode: RCV Z Returns: RCV Z RSS….. Get the receive signal strength. Returns a value from 0- 10230 Get RSSI: RSS Returns: RSS Z Conversion dBm = 0.0106 * Z – 150dBm dBm -91 -101 -111 -121 RSS value 5284 4523 3570 2591 RST…… Reset the unit. No return string. Reset the unit: RST Returns: SAV …... Save the current parameters in flash memory. Use this to store any parameter changes. Save current settings: SAV Returns: SAV MCDT DATA SLP…….Shut down the serial port immediately to conserve power. Enter low power mode: SLP Returns: SLP SRN…. Get the unit serial number. The serial number is a string up to 20 characters long. QTI Form #: 30Z0250 Page 9 of 13 Revision: A Effective Date: 16 December 2009 Get serial number: SRN Returns: SRN Z TEMP… Get the board temperature in degrees Celsius, with a tenth degree precision. Get temperature: TMP Returns: TMP Z.Z TRS…..Get/Set TRSS message format. 1 = ON (TRSS message format enabled, EMIDS disabled) 0 = OFF (TRSS message format disabled, EMIDS enabled) Get TRSS format: TRS Returns: TRS Z Set TRSS format: TRS 1 Returns: TRS 1 Set EMID format: TRS 0 Returns: TRS 0 TXM…...Transmit Message; explained in Transmitting section below. Send RF message: TXM TT III SS , where TT is the message type, III is the ID, and SS is the status code Returns: TXM XX YYY ZZ VER…... Get the firmware version. Get version: VER Returns: MCDT VV.VVV B , where MCDT is the model VV.VVV is the version, and B is the frequency band QTI Form #: 30Z0250 Page 10 of 13 Revision: A Effective Date: 16 December 2009 Section 4: Maintenance OPERATOR MAINTENANCE: The MCDT has been designed as low cost low maintenance equipment. All components are conformal coated which reduces the amount of maintenance required. The only required operator maintenance is to inspect the equipment for damage and keep the equipment clean of dirt, grime, and caked on mud. NOTE: Do not submerge the equipment in water. This could result in damage. DEPOT MAINTENANCE: Upper echelon maintenance will be performed by the supplier of the equipment. If the equipment is beyond the user capability to repair, it can be returned to the supplier for test and evaluation. Upon completion of the inspection, the supplier will notify the user if the unit can be repaired. If the equipment is not covered by the warranty, an estimate will be provided for repair costs. If the equipment is not repairable, the supplier will specify replacement costs. (Note: See warranty below for return procedures.) EQUIPMENT STORAGE: Upon return to the facility, clean equipment as noted in operator maintenance above. Remove batteries from all equipment to prevent possible damage. If batteries are left in the equipment, transmitters will continue to send fault alarms every 10 minutes causing a continuous drain on the batteries and possibly resulting in damaged or ruptured batteries. After cleaning, return the equipment to the storage cases. Store in a dry, room temperature environment. WARRANTY: Qual-Tron, Inc. guarantees all products to be free from defects in materials and workmanship for 12 months from the date of purchase. Damage due to misuse, accidents, lightning strikes, unauthorized service, environmental conditions beyond the equipment specifications, acts of war or damage other than fair, wear and tear is excluded from this warranty. RETURN PROCEDURES: For support and service, please contact the following. To return any material, contact Qual-Tron, Inc. to receive a Return Material Authorization (RMA) number. Once an RMA number has been assigned, ship the material to the address below and reference the RMA number on the packing slip. Qual-Tron will return the equipment as quickly as possible to the user. QUAL-TRON, INC. Attn: Sales 9409 E. 55th Place Tulsa, OK 74145 Ph: 918-622-7052 Fax: 918-664-8557 email: sales@qual-tron.com TROUBLESHOOTING GUIDE: Defect Possible Cause Corrective Action Will not turn on Does not receive/transmit alarms Battery low voltage Battery low voltage Check power supply Check power supply Empl Site Transmitter & receiver too close to each other Frequency Receiver not enabled Wrong message format QTI Form #: 30Z0250 Stage Area Experiment with antenna combinations (with & without) Verify transmitter and receiver are on the same frequency Verify receive mode is on Check TRSS mode Page 11 of 13 Revision: A Effective Date: 16 December 2009 Section 5: Frequency Range Low Mid High Frequency/Channel Calculations Frequency Ranges Frequency Min Max 138 MHz 154 MHz 154 MHz 162 MHz 162 MHz 174 MHz Channel Steps 25 kHz 5 kHz 6.25 kHz Max Channels 600 1600 1920 Channel to Frequency Calculation Channel * Channel Step + Min Frequency = Frequency for Channel Examples: - Low Band Channel 20 - 20 * 0.025 +138 =138.5 MHz - Mid Band Channel 300 - 300 * 0.005 + 154 = 155.5 MHz Frequency to Channel Calculation (Frequency – Min Frequency) / Channel Step = Channel for Frequency Examples: - Low Band 151.5 MHz - (151.5 – 138) / 0.025 = Channel 540 - High Band 172.5 MHz - (172.5 – 162) / 0.00625 = Channel 1680 QTI Form #: 30Z0250 Page 12 of 13 Revision: A Effective Date: 16 December 2009 Section 6: FCC RF Exposure Limits: This device complies with the MPE requirements by providing a safe separation distance of 30 cm between the antenna, including any radiating structure, and any persons when normally operated. CAUTION: The antenna(s) used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. This device is approved with emissions having a source-based timeaveraging duty factor not exceeding 50%. Operating at a lower duty cycle than 50% will allow proportionately shorter exposure distance than 30 cm. QTI Form #: 30Z0250 Page 13 of 13 Revision: A Effective Date: 16 December 2009
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