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1.    General Description

The PC2060 is the replacement for the PC203 Access Card.

Current Hardware Revision is PC2060 Rev C. Firmware V1.67 May 2013.

The PC2060 is configured by the PC2060 Database Management System current version V1.22(94).

An Access database containing 6 Tables is used to configure the PC2060. The tables are assembled by the DMS and sent as packets to the PC2060 over the WBB connection via PortB or the TCP connection.

 

The PC2060 has many modules written in C code to produce the overall system. The modules represent functional elements of the system and are reusable across a range of products.

 

2.    Configuration Table Definitions Description

SITE_ID

This string identifies the downloaded database.

PORT

This string is the port of the onboard socket. Currently Telnet Port 23.

ADDRESS

This string (in BCD) is the IP of the onboard socket. Currently fixed at 192.168.0.112

BAUD_RATE

This is the Baud rate of the PortB. Normally 9600.

BUS_ADDRESS

This is the address of the card for the Picocell BUS system. Usually this is between 26h (38 Dec) and 29h (41 Dec)

PortB_PET

This changes the PORT B serial interface into a PET interface which is connected by a dial up service. So functions which are for a permanent connection must be disabled. (0 is off, 1 is on)

The power off timer on no activity is deactivated.

The EOT status packet is stopped from being sent.

The RSSI, CSQ commands on modem power up are disabled although these are only active if the correct power string is sent from the modem. These strings are currently hard coded.

MODEM1 to MODEM8   

These config strings are sent out PortB on startup. They are meant to configure the modem.

MODEM1_TCP to MODEM8_TCP   

These config strings are sent out TCP port on startup. They are meant to configure the modem connected on the PC2061 card (TCP to Serial) which connects to a serial modem.

MODEM_TYPE   

Used to identify the WBB modem. Different modems use different strings for the same function. Modem type defines which strings to use.

Values are 100 for MODMAX, 101 for Intermax and 102 for Intelimax

DATABASE_VER

Used by EMU Downloader to send different Pager config packets. These packets in ver 2 have repeats and delay time for each pager.

REPEATS

Used by the alarm logic for a global number of repeats. Set on initialisation only. Can be overwritten by any lookup in Pager Table.

Config

Config_Desc	Config_Value
MODEM1	at
MODEM2	at
MODEM3	at
MODEM4	at
MODEM5	at
MODEM6	at
MODEM7	at
MODEM8	at
SITE_ID	Walkerston
ADDRESS	C0A80065
PORT	23
MOD_BREAK_ENABLE	1
MOD_INIT_STG_REPEAT	1
MOD_INIT_STG_PERIOD	86400
INIT_STG_ENABLE	0
POWER_EARLY_WARN	1
REPEATS	1
BUS_ADDRESS	40
BAUD_RATE	9600
MODEM1_TCP	at
MODEM2_TCP	at
MODEM3_TCP	at
MODEM4_TCP	at
MODEM5_TCP	at
MODEM6_TCP	at
MODEM7_TCP	at
MODEM8_TCP	at
INIT_STG_ENABLE_TCP	0
DATABASE_VER	2
PORTB_PET	1
MODEM_TYPE	100

 

3.    Pager Table Definitions Description

The Pager table is only used for PET inputs and Local Alarms.

 

If Repeats are set to S then the global Repeats from the config table is used.

Repeats must be 0 to 9, Delay 1 to 99 seconds.

Department and Wearer are superfluous.

Pager

Pager No	Capcode	Speed	Repeats	Delay	Department	Wearer
79836	1005363	1200	2	60		Hospital
84331	1007747	1200	2	60		Hospital
8331	323243	1200	3	20	MTEL	Mike Coyer
78918	371609	512	S	20	QFRA	Rural
76705	374204	512	2	60	QAS	Vehicle 2254
94955	380202	512	S	20	QFRA	AD
78667	382845	512	2	60	QAS

4.    Alarm Table Definitions Description

Alarm Active Table

The Polarity is the polarity of the active state for the alarm. This state has different meanings for the two cards.

The segment display shows the state of the alarm. The polarity is governed by the database entry.

Voltage Input Cards: (Orange connector)

Loss of Voltage the segment goes out. Connect 12-24 Volts and the segment lights up.

A (0) means the active input for voltage based cards is the loss of voltage and the segment goes out.

A (-1) means conversely, the active state is the application of 12-24Volts.

Contact Closure Cards:   (Grey or Black connector)

Close the contact the segment goes out. Open the contact the segment lights up.

A (0) means the active input is a closed contact and the segment goes out.

A (-1) means conversely, the active state is the opening of the contact.

 

 

Alarm_Active

Input	NuDAM	Enabled	Polarity	Pager No	Type	Message	Filter	Period	Memo	Created	Modified	Index
1	1	-1	0	1000	G	1009	3	3600	Alarm Card Channel 1	19/05/2013	16/03/2005	1

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Last modified: 01-Jun-2022