TRX CONFIGURATION VIA EMBEDDED TERMINAL . - RRT

HSC «RRTechnology». TRX configuration.

TRX CONFIGURATION VIA EMBEDDED TERM INAL .

Software Version 1.48

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Attention:© - Software provided by manufacturer supports data exchange via UART with

data rate 1200 bps. (by default — panel ESPRIT). If another panel with other data rate is chosen, next configuration session MUST TO BE DONE with selected data rate!

© Software V1.49 – supports data exchange with security panels Esprit; NX8-LR; and protocol «Contact ID”.

CONTENTGeneral notes.................................................................2I. Configurations of terminal software:....................................3

1.1. Configurations of Hyper Terminal, on “Microsoft Windows”............31.2. Configurations of Br@y Terminal.....................................6

II. Working with the device Terminal..........................................71. Terminal commands:.....................................................72. Event message codes used by the Customer: .............................93. Transmitter's TRX test mode..........................................11

Annex №1. Table of cables.....................................................11Annex №2. Telephone interface RTM CID. .......................................11

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GENERAL NOTES.Embedded terminal allow to review and change TRX configuration

settings via device console (UART port). Personal computer (PC) with RS232 port and Terminal software, and

standard RS232 interface cable are necessary to connect with the device console.As Terminal software can be used “Hyper Terminal», on “Microsoft

Windows” or “Br@y Terminal” on Linux; Data exchange rate 1200 bps is set by default. For further communication

sessions appropriate data rate must be used for selected security panel:1200 bps4800 bps9600 bps38400 bps57600 bps

mode – 8,n,1 with “Flow Control” - none

I. CONFIGURATIONS OF TERMINAL SOFTWARE:

1.1. Configurations of Hyper Terminal, on “Microsoft Windows”

- start Hyper Terminal: START>Programs>Accessories>Communications>Hyper Terminal;

- Give the name (for example – «RST console»);

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- Select appropriate communication port of the PC to which the device will be connected;

− Select <<Configure>> to configure Port Settings as shown bellow;

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- Select «File / Properties»;

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- Select window “Settings” and configure as shown bellow;

− Select window ASCII Setup and configure ASCII settings;

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1.2. Configurations of Br@y Terminal.• Start the Br@y Terminal.

• In collumns:

− «COM Port» select appropriate port;− «Baud rate» - 1200;− «Data bits» - 8;− “Parity” - none;− “Stop bits” - 1;− “Handshaking” - none.

1. In row:− «Transmit» - set «CR=CR + LF».

− Click on button «Connect».− Move the cursor to the lower window and activate it with mouse click.

Commands shown in further chapters, have to be entered in the lower window of the form, but received information will be displayed in the upper window.

«Br@yTerminal» is ready.

Remark: If running on Linux with Wine, it is necessary to set a symbolic link ~/.wine/dosdevices/COM1 to the serial port device (/dev/ttyS0)

II. WORKING WITH THE DEVICE TERMINAL

Set the appropriate data exchange rate accordingly to selected security panel (by default 1200bps). Commands must be entered using uppercase letters either by turning on keyboard register “Caps Lock” or by pressing “Shift” key.

To enter in device Terminal mode enter command – LOGI (LOG IN; during typing it will not be displayed on the monitor) and confirm with pressing “ENTER” on keyboard — terminal will ask for password PASS?, enter password

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(by default 12345) .

If correct password was entered, device Terminal will prompt to enter control command - REQ:

Remark: at unsuccessful attempt, enter LOG IN command and password once again.

1. Terminal commands:

• PRT – a command to review configured settings of the device TRX;

• CHG – a command that allows step by step configuration of device TRX settings;

• LOGO – a command to end communication session, and to restart the device with configured settings.;

• HELP – a command to receive short description of Terminal commands and device TRX settings.

Entered command is confirmed by pressing “ENTER” on keyboard;

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PRT – a command to review configured settings of the device TRX:*ADDR – current device address, 1..65535;

* if 0 (or “Space”) is entered as device address — device is set in test mode (see description bellow).

FRQ1 – 1st operating frequency, in kHz;FRQ2 – 2nd operating frequency, in kHz;FRQ3 – 3rd operating frequency, in kHz;TSTT – time interval between test messages, in minutes; IRST – input response time, (1..15 x 50 milliseconds);*PWRT – response time in case power supply (Main power supply or Battery)

has been changed (1..15 x 1 minutes.);* If security panel is connected to the device, power control is disabled (security

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panel takes over the control);PANL – type of the security panel, where:

0 – Esprit (1200 bps)1 — NX8 — LR ( bps)2 — Contact ID ( bps)

FORM – transmitted message format, where:0 – RRT 24001 – RRT 4800 2..7 – Reserved

TYPE – modulation type, where:0 - Wide (WFM - 5 kHz);1- Narrow (NFM - 2,5 kHz);

MSGM – number of repetitions of event message, 2..15; TMSM – number of repetitions of test message, 2..15.

2. Event message codes used by the Customer:

TMSG – «Test» message code; AC R – «Main power line restored (~220V)» message code;AC L – «Main power line lost (~220V)» message code;BATR – «Battery full» message code;BATL – «Battery empty» message code;COMR – «Communication with security panel restored» message code;COML – «Communication with security panel lost» message code;INxO – «Input x = (1..8) opened» message code;INxC – «Input x = (1..8) closed» message code.

Remark: Message codes are used in HEX format. Zero values disables the message transmission!

Remark: use appropriate data exchange rate accordingly to selected security panel for further communication sessions with device terminal!

CHG – a command that allows step by step configuration of device TRX settings;

ADDR – Device address, 1..65535;

FRQ1 – 1st operating frequency, in kHz (for example: 150050);

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FRQ2 – 2nd operating frequency, in kHz;

FRQ3 – 3rd operating frequency, in kHz;

TSTT – time interval between test messages, in minutes;

IRST – input response time, (1..15 x 50 milliseconds);*PWRT – response time in case power supply (Main power supply or Battery)

has been changed (1..15 x 1 minutes.);* If security panel is connected to the device, power control is disabled (security panel takes over the control);

PANL – type of the security panel, where:0 – Esprit (1200 bps)1 — NX8 — LR ( bps)2 — Contact ID ( bps);

FORM – transmitted message format, where:

0 – RRT 24001 – RRT 4800

2..7 – Reserved;

TYPE – modulation type, where:0 - Wide (WFM - 5 kHz);1- Narrow (NFM - 2,5 kHz);

MSGM – number of repetitions of event message, 2..15;TMSM – number of repetitions of test message, 2..15;

Remark:

1. Message codes are used in HEX format. Zero values disables the message transmission!2. To enter device address: for address number 1- 1 ”ENTER”, for address number 123 – 123 “ENTER” and so forth.

Operating frequency channel spacing – 12,5 kHz. If it is necessary to enter operating frequency 150012,5 kHz — in corresponding operating frequency field enter – 150012, for 150037,5 kHz – 150037, for 150062,5 kHz – 150062, for 150087,5 kHz - 150087 !

3. To access necessary field without changing other fields press “ENTER” until

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necessary field is reached, for example to change 1st operating frequency:• Enter the command CHG ”ENTER”; • Reach the field FRQ1, by pressing “ENTER”;• Enter necessary value of 1st operating frequency;• To return to the prompt page - REQ: keep pressing “ENTER” or press

key “Escape”;• Check the entered value by command PRT;

The same for other setting fields, that is, it is not necessary to enter value of settings into the fields that does not have to be changed;

4. To delete wrong symbol or setting value — press key “ Back Space ” ;

5. To exit device setting configuration ( CHG ) – press key “ Escape ” .

LOGO – a command to end communication session, and to restart the device with configured settings.

3. Transmitter's TRX test mode

Supported since software version 1.4. If device address is set 0, transmitter is set in «TEST» mode. In «TEST» mode transmitter transmits following test signals by closing inputs 1..8 to Power supply ground:

1 – carrier 146,000 MHz;2 – sinusoid 1200 Hz 146,000 MHz;3 – square wave 1000 Hz 146,000 MHz;4 – carrier 160,000 MHz;5 – sinusoid 1200 Hz 160,000 MHz;6 – square wave 1000 Hz 174,000 MHz;7 – sinusoid 1200 Hz 174,000 MHz;8 – carrier 174,000 MHz;These signals can be measured and reviewed by technical staff member on appropriate equipment.

Measured data can be used to determine operating capability of the transmitter.

ANNEX №1. TABLE OF CABLES.

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TRX ESPRIT NX8-LR Contact ID

UART contact number

Serial Output contact number on security panel:

1 2 ⊥

2 12 V

3 1 Rx

4 4 Tx

ANNEX №2. TELEPHONE INTERFACE RTM CID.

1. Purpose.Telephone interface module (further in text - module) RTM CID is used

to organize data transmission channel between security panel and transmitter in Contact ID protocol.

Self test function is included into the module!

General view of module is shown in the picture bellow.

• 1. Connector used to connect module to the security panel.

• 2. Connector used to connect module to the transmitter.

3 — Red LED,4 — Green LED.

Module is powered via the connector from the transmitter.

There are two LED's on the module — "Green" ''Data'' and "Red" ''Line''.

2. Module RTM CID connection to the security panel.The connection polarity is not important.

3. Module message

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1

4

3 2


Module message contains 9 bytes and requests confirmation of receive. If there is no confirmation of receive from transmitter, module will not give the confirmation to the security panel and panel will repeat message transmission.

4. Data transmission.Module monitors connection line state with security panel. If module

detects short circuit or interruption of connection line, appropriate message is transmitted to the transmitter.

Transmitter monitors connection with module and if connection is lost, transmits appropriate message.

5. Indication of LED's.Indication of LED's are provided in test and operating modes.

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