Satel SATELLINE-3ASd Manual
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SATELLINE-3AS and SATELLINE-3ASd
IMPORTANT NOTICE
IMPORTANT NOTICE
This manual is copyrighted by SATEL with all rights reserved. SATEL is an abbreviation for SATEL
OY. OY is an abbreviation for shareholders company according to Finnish law. No part of this
publication may be reproduced, transmitted, transcribed, stored on a retrieval system or
translated into any other language or computer language, in whole or part, in any form or by
means, whether it be electronic, mechanical, magnetic, optical, manual or otherwise without the
prior written consent of SATEL.
SATEL reserves the right to make changes to its products or to discontinue any product or service
without notice, and advises its customers to obtain the latest information available to verify that
the information relied on is current.
SATEL's software is provided 'as is'. All warranties and representations of any kind with regard to
the software are hereby disclaimed, including the implied warranties of merchantability and
fitness for a particular purpose. Under no circumstances will manufacturer or developer of the
software be liable for any consequential, incidental, special or exemplary damages even if
apprised of the likelihood of such damages occurring. Title to the software and all copyrights and
proprietary rights in the software shall remain with SATEL. You may not transfer, sub-license, rent,
lease, convey, copy, modify, translate, convert to another programming language, decompile or
disassemble the software for any purpose without SATEL's prior written consent.
SATEL'S PRODUCTS ARE NOT DESIGNED, INTENDED, AUTHORIZED, OR WARRANTED TO
BE SUITABLE FOR USE ON LIFE-SUPPORT APPLICATIONS, DEVICES OR SYSTEMS OR OTHER
CRITICAL APPLICATIONS.
Salo, FINLAND 1999
1

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Summary of Contents for Satel SATELLINE-3ASd

  • Page 1 SATEL. SATEL reserves the right to make changes to its products or to discontinue any product or service without notice, and advises its customers to obtain the latest information available to verify that the information relied on is current.
  • Page 2: Table Of Contents

    IMPORTANT NOTICE ..................1 1 SATELLINE-3AS AND SATELLINE-3ASD............2 2 INTRODUCTION .................... 5 3 WARRANTY AND SAFETY INSTRUCTIONS ............6 4 SATELLINE-3AS AND SATELLINE-3ASD RADIO DATA MODEM ....... 7 Technical Specifications................7 Basic Configuration and Installation ............8 4.2.1 Basic Configuration ..................... 8 5 DATA COMMUNICATION................
  • Page 3 SATELLINE-3AS and SATELLINE-3ASd 6 SETTINGS ....................25 Changing the settings using terminal ........... 25 6.1.1 Frequency ......................26 6.1.2 Output power and sensibility ................27 6.1.3 Addressing ......................28 6.1.4 Serial port settings ..................... 29 6.1.5 Special functions ....................30 6.1.6...
  • Page 4 SATELLINE-3AS and SATELLINE-3ASd SOFTWARE UPDATE .................. 52 ACCESSORIES.................... 53 11.1 RS Cables....................53 11.2 RF Cables ....................53 11.3 Antennas ....................53 11.4 Power Supplies ..................53 11.5 Filters ....................54 11.6 Battery Pack ..................54 11.7 Power Booster ..................54 APPENDIX A .....................
  • Page 5: Introduction

    1. SATELLINE 3AS has a maximum data speed of 19.2 kbps and channel spacings 25 kHz or 12.5 kHz. 2. SATELLINE-3AS is compatible with the interface types RS-232, RS-422 and RS-485. 3. The model SATELLINE-3ASd is equipped with a LCD of its own, which facilitates setting up of the radio modem.
  • Page 6: Warranty And Safety Instructions

    The radio modem should only be used with the frequencies and power levels allowed by the local authorities. SATEL is not responsible for any illegal use of its radio equipment. The equipment described in this manual and technical description are only to be operated as instructed in this manual.
  • Page 7: Satelline-3As And Satelline-3Asd Radio Data Modem

    SATELLINE-3AS and SATELLINE-3ASd SATELLINE-3AS and SATELLINE-3ASd RADIO DATA MODEM SATELLINE-3AS and SATELLINE-3ASd RADIO DATA MODEM 4.1 Technical Specifications Technical Specifications The equipment complies with the ETS 300 683 specification for EMC regulations, ETS 300 220 specification for channel spacing at 25 kHz channels, ETS 300 279 specification for EMC regulations and ETS 300 113 specification for channel spacing at 12,5 kHz channels.
  • Page 8: Basic Configuration And Installation

    SATELLINE-3AS and SATELLINE-3ASd 4.2 Basic Configuration and Installation Basic Configuration and Installation 4.2.1 Basic Configuration The radio modem is supplied with the following settings (if not otherwise ordered): Radio frequency Selection of the Customer Radio settings 500 mW / -110 dBm (25 kHz) or -112 dBm (12,5 kHz)
  • Page 9: Data Communication

    SATELLINE-3AS and SATELLINE-3ASd DATA COMMUNICATION DATA COMMUNICATION 5.1 RS-Interface RS-Interface 5.1.1 D15 Connector The radio modem is referred as a DCE (Data Communication Equipment) and PC’s and terminals as DTE’s (Data Terminal Equipment). The SATELLINE-3AS radio modem has a 15-pin ‘D’...
  • Page 10: Pin Configuration

    SATELLINE-3AS and SATELLINE-3ASd 5.1.1.1 Pin configuration D-15 female connector in the radio modem Pin number is the number of the pin in the radio modem. Direction IN is data from DTE (Data Terminal Equipment) to the radio modem. Direction OUT is data from the radio modem to the DTE.
  • Page 11: Rs-232 Interface

    SATELLINE-3AS and SATELLINE-3ASd RSSI = Received Signal Strength Indicator, can be used for monitoring the signal quality with a DTE. CTS = Clear To Send, used in handshaking. Indicates when the radio modem is ready to accept data on the TD line.
  • Page 12: Rs-422 Interface

    SATELLINE-3AS and SATELLINE-3ASd 5.1.1.3 RS-422 Interface RS-422 defines a serial interface much like RS-232. However, RS-422 uses balanced (or differential) transmission lines. Balanced transmission lines use two transmission lines for each signal. The state of each signal is represented by the relative voltage of the two lines to each other.
  • Page 13: Rssi Indicator

    SATELLINE-3AS and SATELLINE-3ASd 5.1.1.6 RSSI indicator Received Signal Strength Indicator, RSSI, ( pin 5) announces the received field strength of the signal. This signal can be used for the approximate determination of the signal level. In the following figure is the typical voltage level as a function of the signal level. Notice that voltage drops with a good signal level (>-25dB).
  • Page 14: Led Indicators

    SATELLINE-3AS and SATELLINE-3ASd 5.1.2 LED indicators The five LED’s at the front of the radio modem indicate the operation of RS-interface: LED symbol Indication Green Status of RTS-line on port Active Inactive COM1 Status of CTS-line on port Active Inactive...
  • Page 15: Rf Interface

    Setting the radio data modem to a power level other than those specified by the local authorities is strictly forbidden. The use of non-approved power level can lead to prosecution by the local authorities. SATEL is not responsible for any illegal use of its radio equipment.
  • Page 16: Display And Push Buttons (Satelline-3Asd)

    SATELLINE-3AS and SATELLINE-3ASd 5.1.4 Display and push buttons (SATELLINE-3ASd) The SATELLINE-3ASd radio modem contains a back-lit liquid crystal display (LCD). The display shows the settings of the radio modem, field strength and battery charge condition. Using the LCD and the push buttons it is possible to change the settings of the radio modem without using an external terminal.
  • Page 17: Data Transmission (Rs-Interface)

    SATELLINE-3AS and SATELLINE-3ASd 5.2 Data Transmission (RS-interface) Data Transmission (RS-interface) 5.2.1 Data format The SATELLINE-3AS radio modem uses asynchronous data format. Asynchronous transmission does not require a continuous synchronising signal from the transmitter to the receiver. The data bits of each character are preceded by a start bit and followed by one or two stop bits. They are inserted after the data bits to provide a minimum period between characters.
  • Page 18: Handshaking

    SATELLINE-3AS and SATELLINE-3ASd The data settings of each station of the system can be different except for the data length. The data length must always be same in the whole system. The data format can be selected in the SETUP mode.
  • Page 19: Data Transmission (Radio-Interface)

    SATELLINE-3AS and SATELLINE-3ASd 5.3 Data Transmission (Radio-interface) Data Transmission (Radio-interface) 5.3.1 Addressing It is possible to use addresses both in data transmission and reception on the radio channel. The address consists of two data characters (totalling 16 bits). The address consists of the first two characters of the data packet, that the radio modem adds to every sent packet and/or checks for in every received packet.
  • Page 20: Reception

    SATELLINE-3AS and SATELLINE-3ASd 5.3.1.2 Reception Address Data Address Data Data Fig 3. Address of reception has been set Fig 4. Address of reception has been set ON, and address of radio modem is ON, but the address of radio modem is...
  • Page 21: Error Correction

    SATELLINE-3AS and SATELLINE-3ASd 5.3.2 Error Correction SATELLINE-3AS offers the possibility to use Forward Error Correction (FEC), that can be set in the SETUP mode. If set, the SATELLINE-3AS adds extra FEC information to the data packets on the radio channel. The extra symbols give protection over noisy radio channels.
  • Page 22: Repeater

    SATELLINE-3AS and SATELLINE-3ASd 5.3.3 Repeater In case there is a need to extend the coverage of the radio modem network, the SATELLINE-3AS can be used as a repeater station. Data packets of maximum 1 kB (kiloByte) can be repeated. The repeater function has to be set on in the SETUP mode.
  • Page 23 SATELLINE-3AS and SATELLINE-3ASd In a system with several adjacent repeater stations addresses should be used. This prevents circulation of the message and secures that only the determined radio modem receives the message. All radio modems should have RX addressing set on and TX addressing set off. The base station and substation terminals add a chain of addresses to the beginning of the data sent to radio modem on the RS-line.
  • Page 24: Timing And Delays During Data Transmission

    SATELLINE-3AS and SATELLINE-3ASd 5.4 Timing and Delays During Data Transmission Timing and Delays During Data Transmission When using a radio data modem, certain delays occur in wakeup, data transmission and reception. For detailed timing information refer to the delay tables in appendix A 5.5 Tests...
  • Page 25: Settings

    SATELLINE-3AS and SATELLINE-3ASd SETTINGS SETTINGS The several settings in the SATELLINE-3AS radio modem can easily be changed. When pin-12 is connected to ground (GND) radio data modem is turned into SETUP MODE. In the SETUP MODE the settings of the serial port 1 are 9600 bps, N, 8,1. In this mode the features of SATELLINE-3AS can be changed in the way described in chapter 6.1.
  • Page 26: Frequency

    Setting the radio modem into frequencies other than those specified by the local authoroties is strictly forbidden. The use of non-approved frequencies can lead to prosecution by them. SATEL is not responsible for any illegal use of its radio equipment.
  • Page 27: Output Power And Sensibility

    Setting the radio data modem into power level other than those specified by the local authorities is strictly forbidden. The use of non-approved power level can lead to prosecution by them. SATEL is not responsible for any illegal use of its radio equipment.
  • Page 28: Addressing

    SATELLINE-3AS and SATELLINE-3ASd 6.1.3 Addressing The address can be turned on or off and changed in position 3. Enter selection >3 Addressing setup ---------------- RX Address TX Address 1) Change RX address 2) Change TX address 3) Set RX address ON 4) Set TX address ON Enter selection or Esc to cancel >1...
  • Page 29: Serial Port Settings

    SATELLINE-3AS and SATELLINE-3ASd 6.1.4 Serial port settings The settings for serial port 1 can be changed in position 4 and for port 2 in position 5. Enter selection >4 (and 5) Serial port 1 RS-232 Setup ------------- 1) Port status...
  • Page 30: Special Functions

    SATELLINE-3AS and SATELLINE-3ASd Enter selection or Esc to cancel >4 Serial port 1 Parity setup ------------- 1) Even parity 2) None parity 3) Odd parity Enter selection or Esc to cancel >2 Enter selection or Esc to cancel >5 Serial port 1...
  • Page 31: Tests

    SATELLINE-3AS and SATELLINE-3ASd 6.1.6 Tests Enter selection >7 Test setup ---------- Test Mode Unactive 1) Set Short Block Test 2) Set Long Block Test 3) Set All Tests Enter selection or Esc to cancel >1 Enter selection or Esc to cancel >2 Enter selection or Esc to cancel >3...
  • Page 32: Changing The Settings Using The Display

    SATELLINE-3AS and SATELLINE-3ASd 6.2 Changing the settings using the display Changing the settings using the display Using the display it is possible to change settings of the radio modem without using an external terminal. The radio modem goes into SETUP MODE, if SETUP ( y )button has been pressed.
  • Page 33: Frequency

    SATELLINE-3AS and SATELLINE-3ASd 6.2.1 Frequency >RF frequency Addressing Port 1 Port 2 Press Setup Additional Test Factory setup Contrast CANCEL ýþ Setup Active channel 468.2000 MHz Press Change CANCEL Change CF 468.2000 MHz >468.2000 MHz CANCEL þ Next You can exit at any time with CF 468.2000 MHz...
  • Page 34: Addressing

    SATELLINE-3AS and SATELLINE-3ASd 6.2.2 Addressing RF frequency >Addressing Port 1 Port 2 Press Setup Additional Test Factory setup Contrast CANCEL ýþ Setup Select RX or TX address >RX addr OFF pressing ý or TX addr OFF þ and then CANCEL þ Change...
  • Page 35: Serial Port Settings

    SATELLINE-3AS and SATELLINE-3ASd 6.2.3 Serial port settings RF frequency Addressing Press ý or þ until >Port 1 the cursor points to Port 2 the correct port (Port Additional Test 1 or Port 2) and Factory setup press Setup Contrast CANCEL ýþ Setup >ON...
  • Page 36: Special Functions

    SATELLINE-3AS and SATELLINE-3ASd 6.2.4 Special functions RF frequency Addressing Port 1 Port 2 Press Select >Additional Test Factory setup Contrast CANCEL ýþ Select Press ý or þ until the cursor points >Error Corr. to the parameter Repeater you wish to...
  • Page 37: Restoring Factory Settings

    SATELLINE-3AS and SATELLINE-3ASd 6.2.6 Restoring factory settings RF frequency Addressing Port 1 Port 2 Press Select Additional Test >Factory setup Contrast CANCEL ýþ Select Press YES to Do you want to restore factory restore factory settings for settings ? parameters 6.2.7 Contrast...
  • Page 38: Changing The Settings Using Sl-Commands

    SATELLINE-3AS and SATELLINE-3ASd 6.3 Changing the settings using SL-commands Changing the settings using SL-commands All the settings can be changed with SL-commands. This makes it possible to control the modem with an intelligent data terminal equipment (DTE,e.g. a PC or a PLC) with an appropriate software.
  • Page 39: Addressing

    SATELLINE-3AS and SATELLINE-3ASd 6.3.2 Addressing Addressing Target description commands SLAxx Write ram Id =xx, where x=[00h...FFh] SLTxx Write ram TId =xx, where x=[00h...FFh] SLRxx Write ram RId =xx, where x=[00h...FFh] SL#I?<CR> Show ram SL#I=xxxx<CR> Write ram Id =xxxx, where x=[0...9, A-F] SL#I>xxxx<CR>...
  • Page 40: Forming Of The Sl Command

    SATELLINE-3AS and SATELLINE-3ASd 6.3.4 Forming of the SL Command By programming the radio modem with the SL command, please note that the form of the address is different than in the SETUP MODE. In PROGRAMMING MODE the address is given in hexadecimal (values between 0000 and FFFF) e.g.
  • Page 41 SATELLINE-3AS and SATELLINE-3ASd Example 2 Hex. address dec.values Characters 0AFF 10, 255 LF, DEL 1. You can use a hex editor to create the address 2. If you have a PC you can type some of the characters by using ALT key together with a numeric pad.
  • Page 42: Installation

    SATELLINE-3AS and SATELLINE-3ASd INSTALLATION INSTALLATION 7.1 The installation of a radio modem The installation of a radio modem The radio modem should be installed with the installation accessories supplied with the radio modem. 1. By using the installation 2. By using the Velcro 3.
  • Page 43: Interface Cable Connections

    SATELLINE-3AS and SATELLINE-3ASd 7.2 Interface Cable Connections Interface Cable Connections 7.2.1 RS-232 Wiring NOTE! Whenever connecting RS-232 interface cables to equipment, the equipment MUST FIRST BE TURNED OFF. PORT COM1 PORT COM1 RS-232 interface basic connection: RS-232 interface basic connection:...
  • Page 44 SATELLINE-3AS and SATELLINE-3ASd Connection with handshake lines: Connection with handshake lines: RADIO MODEM 9-PIN D-CONNECTOR 25-PIN D-CONNECTOR SGND SGND SGND FUSE 630 mA slow PORT COM2 RS232 PORT COM2 RS232 RADIO MODEM 9-PIN D-CONNECTOR 25-PIN D-CONNECTOR SGND SGND SGND FUSE 630 mA slow...
  • Page 45: Rs-422 Wiring

    SATELLINE-3AS and SATELLINE-3ASd 7.2.2 RS-422 Wiring PORT COM2 RS-422 PORT COM2 RS-422 RADIO MODEM RADIO MODEM RD positive A’ RD negative B’ TD positive TD negative FUSE 630 mA slow With a longer line lengths the receive line end should be terminated with a resistor (100 -120 ohm).
  • Page 46: Antenna Installation

    SATELLINE-3AS and SATELLINE-3ASd Especially in portable applications the DTR line (pin 1) of the radio modem should be switched to position "0" when possible to save power. 7.3 Antenna Installation Antenna Installation 7.3.1 Hand portable equipment • 1/4 wave antenna ( wave length on 450 MHz is about 70 cm) •...
  • Page 47: General Rules

    SATELLINE-3AS and SATELLINE-3ASd 7.3.4 General rules In great distances or in otherwise severe conditions the operation of radio communication is dependent on antennas and their mounting. In antennas, antenna cables and terminal adaptors there should always be a gold plated connector. Since connectors of poor quality oxidate and increase the attenuation in the course of time appropriate connectors and proper tools must always be used in mounting.
  • Page 48 Therefore SATEL recommends the use of bandpass-filters with a high Q-value.
  • Page 49 SATELLINE-3AS and SATELLINE-3ASd G > 12 dBi G > 12 dBi G > 30 dBi G > 30 dBi G > 6 dBi up to 30 km lowloss cable lowloss cable up to 15 km 30 m 30 m G > 6 dBi G >...
  • Page 50: System Design

    SATELLINE-3AS and SATELLINE-3ASd SYSTEM DESIGN SYSTEM DESIGN 8.1 System Configurations System Configurations 8.1.1 Factors affecting quality and distance of the radio connection • power of radio transmitter • sensitivity of radio receiver • tolerance of spurious radiations of the radio modulating signal •...
  • Page 51: Radio Field Strength

    SATELLINE-3AS and SATELLINE-3ASd A sufficient safety margin can be obtained by testing communications using an extra 6 dB rejection at the antenna connection and with slightly less effective antennas than those to be used in the final system. 8.1.2 Radio field strength A successful radio transmission depends essentially on the radio field.
  • Page 52: Check List

    SATELLINE-3AS and SATELLINE-3ASd CHECK LIST CHECK LIST When installing and configuring a radio data modem following points should be considered : 1. Before connecting the RS line interface to equipment always check that the operating voltage is switched off. 2. Consider the exact location of the equipment for optimum results...
  • Page 53: Accessories

    SATELLINE-3AS and SATELLINE-3ASd 11 ACCESSORIES ACCESSORIES 11.1 11.1 RS Cables RS Cables Type Description Lenght Notice CRS-1M interface cable D15 / D25 male including power supply cables CRS-1F interface cable D15 / D25 female including power supply cables CRS-2M interface cable D15 / D9 male...
  • Page 54: Filters

    If a radio modem system will be installed in an environment with high level out-of-band interferences, it is highly recommended to use proper antenna filter between the radio modem and the antenna. Satel customer support helps you to specify a suitable filter for your application. 11.6 11.6 Battery Pack...
  • Page 55: Appendix A

    SATELLINE-3AS and SATELLINE-3ASd 12 APPENDIX A APPENDIX A ASCII CHARACTER TABLE 129 81 172 AC 215 D7 44 2C W 130 82 173 AD 216 D8 45 2D 131 83 174 AE 217 D9 132 84 175 AF 218 DA...
  • Page 56: Functional Delays

    SATELLINE-3AS and SATELLINE-3ASd 13 APPENDIX B APPENDIX B 13.1 13.1 Functional delays Functional delays Function Function Delay (ms) Delay (ms) Wakeup time DTR STAND-BY/ON 1500 RS interface turnaround time RS-232 RS interface turnaround time RS-485 <1 Intercharacter delay max. 2-3 characters 13.2...
  • Page 57: Transmission Delays With 12.5 Khz Radio Channel

    SATELLINE-3AS and SATELLINE-3ASd 13.2.1 Transmission delays with 12.5 kHz radio channel Transmission delays whitout the FEC (Forward Error Correction) Number of Bytes sent Number of Bytes sent 1200 1200 4800 4800 9600 9600 19200 19200 38400 38400 Delay in milliseconds with 10% margin 12.5 kHz radio channel without FEC...
  • Page 58 SATELLINE-3AS and SATELLINE-3ASd Transmission delays with the FEC (Forward Error Correction) Number of Bytes sent Number of Bytes sent 1200 1200 4800 4800 9600 9600 19200 19200 38400 38400 Delays in milliseconds with 10% margin 12.5 kHz radio channel with FEC...
  • Page 59: Transmission Delays With 25 Khz Radio Channel

    SATELLINE-3AS and SATELLINE-3ASd 13.2.2 Transmission delays with 25 kHz radio channel Transmission delays whitout the FEC (Forward Error Correction) Number of Bytes sent Number of Bytes sent 1200 1200 4800 4800 9600 9600 19200 19200 38400 38400 Delay in milliseconds with 10% margin...
  • Page 60 SATELLINE-3AS and SATELLINE-3ASd Transmission delays with the FEC (Forward Error Correction) Number of bytes sent Number of bytes sent 1200 1200 4800 4800 9600 9600 19200 19200 38400 38400 Delays in milliseconds with 10% margin 25 kHz radio channel with FEC...

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