OEM TX U S E R M A N UA L

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1 OEM TX U S E R M A N UA L Installation, Warranty and Service Information Long Range Systems UK Ltd Link House Leek Road Milton Stoke on Trent Staffordshire ST2 7AH

2 Table Of Contents Interface General Case Mounted Version Bare Board Version Serial Connection Programming Commands Command List Bare Board Mechanical Configuration J1 PINOUT (User Input) J3 Analog Jumper J8 Serial Port Type Selection J6, J7 Serial Port Type Selection J5 Serial Port Type Selection J4 Interrupt Level Termination Input Capture Feature Features not supported at this time: Case Mounted Mechanical Configuration LRS Pager Page s Coaster Data Format (LRS AM/FM Guest Pagers, NOT POCSAG) Pager Data Format (LRS AM/FM Staff Pagers, NOT POCSAG) LRS Page s Warranty Long Range Systems 1 OEM TX User Manual

3 INTERFACE DESCRIPTION Inputs: Interface: RF: Paging: Power: 4) TTL or Analog, 0-5V max, rising or falling edge detect 1) Dedicated interrupt input, 1) Pulse capture input Serial port, 9600 baud, RS232 or TTL selectable by jumper MHz NBFM POCSAG, 1200bps, non-inverted, Alpha numeric only Requires 4 to 12VDC, 150mA max when transmitting GENERAL DESCRIPTION Case Mounted Version Uses a provided serial connector. Bare Board Version Serial port uses J8 Pin 1=RX, Pin 2=TX, Pin 3=GND (RX is into OEM TX) Each input pin can be configured individually as a digital or analog input, in addition an internal weak pull-up can be turned on. Each input can be set to detect a rising or falling signal and with analog inputs a configurable threshold from is used to determine high and low levels Inputs are sampled approximately every 10mS Programmable page repeat timer that spaces pages if the input is continually left in the detect state Jumper Settings for TTL serial port: Remove jumpers: J5 Place Jumper J6 from pins 2 to 3 Place Jumper J7 from pins 2 to 3 Jumper Settings for RS232 serial port: Insert jumper: J5 Place Jumper J6 from pins 1 to 2 Place Jumper J7 from pins 1 to 2 Serial connection 9600 BAUD 8 Data Bits NO Parity 1 Stop Bit NO Flow Control. Long Range Systems 2 OEM TX User Manual

4 Programming Commands: All commands are sent in ASCII with capital letters only, a carriage return is required at the end of each command (0x0d). All numbers in a command are decimal unless otherwise specified. Command List: RESET Resets the board and restarts the program. There are no parameters associated with this command. BL Invokes the bootloader for updating the firmware. There are no parameters associated with this command The bootloader uses Xmodem to transfer the new binary image into the microcontroller FLASH memory SETT Sets the time, unit uses a 24 hour clock. Syntax: SETT,hh,mm hh=hour and mm=minute for the current time, seconds are set to 0 when the command is executed SONTn Sets the turn on time, there are three timers 0,1,2 Syntax: SONTn,hh,mm hh=hour and mm=minute to enable the unit. Note a valid off time is required for each on time. On and off times may overlap. If all times are set to 255 the unit will always be active. The unit actually never shuts off, but if it is not active valid inputs will not cause pages to occur. SOFFTn Sets the turn off time, there are three timers 0,1,2 Syntax: SOFFTn,hh,mm hh=hour and mm=minute to disable the unit. Note a valid on time is required for each off time. On and off times may overlap, if all times are set to 255 the unit will always be active. The unit actually never shuts off, but if it is not active valid inputs will not cause pages to occur. PAGE Sends a page immediately Syntax: PAGE,nn,ii,m nn=pager number to page ii=system ID to use m=alpha numeric message, (The maximum number of characters that can be sent is 40). Example: PAGE,12,0,Hello CPG - Page LRS coaster pager immediately Syntax: CPG,nn,ii,M nn=pager number to page ii=system ID M=mode in HEXIDECIMAL SPG - Page LRS Staff StarPager pager immediately Syntax: SPG,nn,ii,m,MSG nn=pager number to page ii=system ID m=mode in HEXIDECIMAL MSG=one digit numeric message Long Range Systems 3 OEM TX User Manual

5 RPG Sets the re-page interval in minutes Syntax: RPG,n n=number of minutes between pages if an input is constantly in the active condition Ex: RPG,2 re-page=120seconds ECHO0 Turns off character echo from the serial port ECHO1 Turns on character echo from the serial port SYSID Sets the system ID used when paging, note this is not the individual pager ID. Syntax: SYSID,n n=id valid range 0 to 12 READ Read current settings SINPn Set input configuration for input n n=0,1,2,3 Syntax: SINPn,En,ID,Type,Page,MSG,,Threshold,and Direction En: Enable 0=disabled, 1=enabled ID: Individual pager ID, valid range 1 to 9999 Type 0=POCSAG, 1=guest, 2=staff Page referrs to the alert type for non-pocsag pagers only. MSG: ASCII message up to 64 characters long that will be sent : 0=digital input, 2=Analog input Threshold: Value used to decide analog level crossing, Direction: The input will cause a page when a level change is detected. 1=page when signal goes from low to high. 0=page when signal goes from high to low. This applies to digital and analog input settings Example Input 0,Digital input, pager=103 rising edge detect: SINP0,1,103,0,Input 0 activated,0,0,1 Example Input 1,Analog input, pager=45, threshold = 512, falling edge detect: SINP1,1,45,0,Input 1 activated,2,512,0 PULL Control pull-ups on inputs. Value is in HEXIDECIMAL Syntax: PULL,x x=hex value of pull-up enable bits Bits are in the same order as inputs, bit 0 corresponds to input 0 A 1 turns on the pull-up a 0 turns it off. Example: PULL,C pull-ups are turned on for bits bits 3 and 2 pull-ups are off for bits 1 and 0 STAT Some operating information including firmware version is returned when this command is executed Long Range Systems 4 OEM TX User Manual

6 Bare Board Mechanical Configuration DIGITAL/ANALOG INPUT JUMPERS (SEE ANALOG SELECTION CHART) ACTIVE DIRECTION SELECTION J4 LOW High SMA ANTENNAE C3 LONG RANGE SYSTEMS J2 C9 Q2 FID1 X 90 Y Q1 180 R3 C7 C8 Y2 R4 OEM TX-467 BD. G REV INC. J9 R1 R2 J3 U3 1 C1 U2 Y3 J2 Y1 C2 C4 R5 R6 D2 C10 R7 R8 J7 D1 C11 U1 J4 1 R9 J8 C6 C5 J1 USER INPUT J5 RS232 (present) TTL (absent) 1 1J TTL J6 RS232 PROGRAMMING HEADER TOP SIDE VIEW SERIAL PORT TTL J7 RS232 J8 GROUND SERIAL TX SERIAL RX J1 PINOUT (User Input) 1. INPUT 0, Analog or Digital 2. BOARD POWER Supply 4 to 9VDC 3. INPUT 1, Analog or Digital 4. VCC Output, 3.3VDC 50mA load MAX. 5. INPUT 2, Analog or Digital 6. GROUND 7. INPUT 3, Analog or Digital 8. INDICATOR Output, TTL-LOW = No Activity, HIGH = Transmitting 9. Input Capture, Digital only 10. Interrupt Input, Digital only J3 Analog Jumper Placing a jumper across the connector sets the input to divide by 2 and allows analog signals up to 5V to be read by the Analog to Digital Converter (ADC). Input 0 pins 1-2 Input 1 pins 3-4 Input 2 pins 5-6 Input 3 pins 7-8 Long Range Systems 5 OEM TX User Manual

7 J8 Serial Port Connector PINOUT 1. Serial RX input to OEM TX board 2. Serial TX output from OEM TX board 3. GROUND reference J6, J7 Serial Port Type Selection Connect 1-2 for RS232 level signals Connect 2-3 for TTL level signals J5 Serial Port Type Selection Jumper 1-2 for RS232 level signals Place NO jumper for TTL level signals J4 Interrupt Level Termination J1 pin 10 is a Digital interrupt input. It can operate as active-low or active-high and a pull-up or pull-down resistor can be selected by using J4 to maintain the non-activated level on the interrupt pin. INT Pin Active-Low (Interrupt on high to low transition) J4 - connect 1 to 2 INT Pin Active-High (Interrupt on low to high transition) J4 - connect 2 to 3 Software support for this feature is TBD. Input Capture Feature J1 pin 9 is capable of capturing and measuring pulses. Software support for this feature is TBD Features not supported at this time: 1) Interrupt operation is not supported for any of the inputs 2) Input Capture is not supported 3) SPI communication is not supported 4) External EEPROM accesses are not supported Long Range Systems 6 OEM TX User Manual

8 Case Mounted Mechanical Configuration Antenna Output Serial Input 5VDC Input LRS Pager Page s Coaster Data Format (LRS AM/FM Guest Pagers, NOT POCSAG) To transmit to a Guest Pager, use the command format CPG,23,0,01. In this example, page #23, RID = 0, =01 (see below for page mode descriptions). Pager Data Format (LRS AM/FM Staff Pagers, NOT POCSAG) To transmit to a Staff Pager, use the command format SPG,14,0,OC. In this example, page #14, RID=0, = 0C (see below for page mode descriptions). LRS Page s The format for Page mode is Volume+Value. To set the pager beeper volume, set the volume bit in the page mode 40h for loud or 00 for quiet. Add the value for the flash or vibration desired. Example: a mode value of 43h to a guest pager would flash and loudly beep 3 times. Coaster Values (hex) 0A Flash 1 Sec Flash 30 Sec Flash 5 Min StarPager Values (hex) Not used Beep 3 Times Beep 5 Min Glow 5 Min Glow 15 Times 0A 01 Vibe Once Vibe Twice 02 0B Not used Vibe/Beep Once 0C 0D Vibe Beep Twice Vibe/Beep 3 Times Long Range Systems 7 OEM TX User Manual

9 Warranty Long Range Systems, Inc. warrants this product against any defects that are due to faulty material or workmanship for a two-year period after the original date of consumer purchase. This warranty does not include damage to the product resulting from accident, misuse or improper electrical connection. If this product should become defective within the warranty period, we will repair or replace it with an equivalent product, free of charge. LRS will return your product via UPS ground shipping. All warranty claims must be initiated through our customer service department. Copyright 2010, Long Range Systems, Inc. All Rights Reserved This manual contains proprietary information of Long Range Systems, Inc. (LRS) and is intended for use only by its employees or customers. None of the material contained herein may be copied, reproduced, republished, downloaded, displayed, posted, or transmitted in any form or by any means, including but not limited to, electronic, mechanical, photocopying, recording, or otherwise without the prior written permission of LRS. Additional copies of this manual may be obtained by contacting LRS. Screen displays, keyboard layouts, hardware descriptions, or software are proprietary to LRS and are subject to copyright and other intellectual property rights of LRS and shall be treated in accordance with the previous paragraph. All attempts have been made to make the information in this document complete and accurate. LRS is not responsible for any direct or indirect damages or loss of business resulting from inaccuracies or omissions. Specifications and other information contained within this document are subject to change without notice. Long Range Systems, Inc. reserves the right to make changes without further notice to any products herein. LRS, Inc. makes no warranty, representation or guarantee regarding the suitability of its products for any particular purpose, nor does LRS, Inc. assume any liability arising out of the application or use of any product or circuit, and specifically disclaims any and all liability, including without limitation consequential or incidental damages. Typical parameters that may be provided in LRS, Inc. data sheets and/or specifications can and do vary in different applications and actual performance may vary over time. All operating parameters, including Typicals, must be validated for each customer application by customer s technical experts. LRS, Inc. products are not designed, intended, or authorized for use as components in systems intended to support or sustain life, or for any other application in which the failure of the LRS, Inc. product could create a situation where personal injury or death may occur. Should Buyer purchase or use LRS, Inc. products for any such unintended or unauthorized application, Buyer shall indemnify and hold LRS, Inc. and its officers, employees, subsidiaries, affiliates, and distributors harmless against all claims, costs, damages, and expenses, and reasonable attorney fees arising out of, directly or indirectly, any claim of personal injury or death associated with such unintended or unauthorized use, even if such claim alleges that LRS, Inc. was negligent regarding the design or manufacture of the part, device or system. EU DECLARATION OF CONFORMITY We, Long Range Systems hereby declare under our sole responsibility that the Bulldog paging transmitters and on-site pagers comply with the essential requirements in the European RE&TTE Directive 1999/5/EC of the European Parliament of the Council of 9 March 1999 on radio equipment and telecommunication terminal equipment and the mutual recognition of their conformity. The following standards were utilized: ETS : 1998 EN : 2002 EN : 1998 EN : 1995 EN 60950: 1992 with A1, A2, & A3 - XU Long Range Systems 8 OEM TX User Manual Long Range Systems UK Ltd Link House Leek Road Milton Stoke on Trent Staffordshire ST2 7AH

T9550 LCM Paging System Transmitter T9550LCM MSG MSG MSG MSG CLR PROG

T9550 LCM Paging System Transmitter U S E R M A N UA L T9550LCM 1 2 3 4 5 6 7 8 9 0 CLR PROG 1 2 3 4 Long Range Systems www.pager.net Usage, Installation, Warranty and Service Information Long Range Systems