Dantel 46062-02 User manual

CAUTION
•Install or remove modules from the shelf only when the power is off.
If you install a module in the shelf with the power on, the internal
circuitry may suffer damage and the product warranty will be void.
•Remove and install circuit boards only in a static-safe environment
(use antistatic wrist straps, smocks, footwear, etc.).
•Keep circuit boards in their antistatic bags when they are not in use.
•Do not ship or store circuit boards near strong electrostatic, electromag-
netic, magnetic, or radioactive fields.
•For more complete information on electrostatic discharge safety
precautions, refer to BellcoreTM Technical Reference # TR-NWT-000870.
Copyright 1999 by Dantel, Inc. • Dantel is a registered trademark of Dantel, Inc. • ISO 9001 Registered
Printed in the U.S.A.
INSTALLATION & OPERATION MANUAL
46062-0299 <90-00016>
46062-02/03
GENERAL PURPOSE
PROCESSOR
About this Practice:
This practice has been reissued to:
• Document Y2K compliance.
Issue date: February 1999
Reissued Practices: Updated and
new content can be identified by a
banner in the right margin.
UPDATED
Table of Contents
Ordering Information ........................................................................... 2
General Description.............................................................................. 2
Circuit Description ............................................................................... 3
Application Information ....................................................................... 5
Installation............................................................................................ 8
Operation ............................................................................................ 19
Printer Syntax .................................................................................... 20
Technical Specifications ..................................................................... 62
Warranty ............................................................................................. 64
C11-46062-03 REV__
46062-03
GENERAL
PURPOSE
PROCESSOR
LOW BAT.
MASTER
DATA
PRINTER
RESET

PAGE 2 46062-0299 <90-00016>
ORDERING INFORMATION
GENERAL DESCRIPTION
The 46062 General Purpose Processor (GPP) provide a data base of all alarm points, operate up to 64 annunciator points
and operate remote controls. You can send alarms from the GPP
master port to an alarm system master. You can perform local
monitoring by connecting the GPP printer port to a computer or
dumb terminal.
There are two module options:
The GPP has outputs that you can connect to external audible
and visual equipment for reporting alarm levels. You can config-
ure the GPP using the Printer Syntax commands in this manual
or a separate program (such as Dantel’s 46502 Status Monitor
GPP Editor).
The module has three communications ports: the master, data,
and printer ports. Each port is capable of asynchronous RS-232
communications. The master and data ports also can accept
asynchronous RS-422/485 communications.
NOTE: When referring to the port which interfaces the equipment
being monitored, “data port” and “remote port” are used
interchangeably and refer to the same port.
The GPP is a plug-in printed circuit module that fits into any
Dantel 400-type or similar equipment housing. The module
operates on -21 to -56 VDC.
PART NUMBER
C11-46062-02
C11-46062-03
DESCRIPTION
Monitors up to 32,768 alarm points.
Monitors up to 8,192 alarm points.
NOTE: This section lists the different options available for this product. To order any of the avail-
able options, contact Dantel Inside Sales through our toll-free number, 1-800-432-6835.
OPTION NUMBER FEATURES
C11-46062-02 General Purpose Processor; monitors up to 32,768 alarm points
C11-46062-03 General Purpose Processor; monitors up to 8,192 alarm points

46062-0299 <90-00016> PAGE 3
CIRCUIT DESCRIPTION
Fig. 1 shows the 46062 General Purpose Processor functional schematic.
Microprocessor and Associated Circuitry
The GPP utilizes a 16-bit parallel processor operating
at 8.192 MHz.
Memory consists of the following:
♦An EPROM (Erasable Programmable Read Only Memory)
that contains the initial operating instructions for the micro-
processor,
♦A RAM that is used to store the operating software and the
configuration database. The RAM has battery backup to pro-
tect against loss of data if power is removed from the unit.
A watchdog timer is provided to reset the module in the event of
a Central Processor Unit (CPU) malfunction or voltage becomes
out of tolerance.
Real-Time Clock
A real-time clock is used by the CPU to provide time and date
stamping functions as alarm events occur. The real-time clock is
set through the host computer’s real-time clock during the
database download process.
The real-time clock can be replaced with an external timer by
placing the appropriate mini-jumper in the proper location.
Refer to the Installation chapter for information on the strap
locations.
Switches
There are three eight-lever DIP switches to set the default
settings for the baud rates, parity parameters, protocol, and
CTS/RTS options of the module’s three ports.
Input/Output Ports
A DUSART (Dual Universal Synchronous/Asynchronous Re-
ceiver/Transmitter) provides communications for the master and
the data ports. The ports support asynchronous RS-232 and
RS-422/485 physical interfaces. The interface type is selected by
the placement of mini-jumpers.
The printer port utilizes a UART (Universal Asynchronous
Receiver/Transmitter) to provide an asynchronous RS-232
interface.
Both the DUSART and the UART operate at 3.6864 MHz.
Parallel Interface
There are two parallel interfaces that you can wire to external
audible and visual equipment for alarm level reporting.

PAGE 4 46062-0299 <90-00016>
Front Panel Reset Switch
The front panel of the module has a recessed momentary
push-button switch that is used to provide a hardware reset. If
the button is pressed momentarily, the module restarts opera-
tion and reloads the default operating parameters established by
the DIP switches.
Front Panel LEDs
There are three green LEDs located on the front panel of the
module that show if the ports are transmitting data.
There is one red LED in the front panel to indicate low voltage
of the on-board battery.
Power Supply
An on-board regulated power supply uses -21 to -56 VDC input
power to provide regulated DC voltages to operate the module’s
circuitry.
FIG. 1 - FUNCTIONAL SCHEMATIC, 46062 GENERAL PURPOSE PROCESSOR
CONFIGURATION
DIP SWITCHES
CPU 68000 EPROM
UART
PRINTER PORT
RESET SWITCH
CIRCUIT
REAL TIME
CLOCK
4 STATUS
INDICATING LEDS
MOTHER BOARD
PARALLEL
I/0
INTERFACE
WATCHDOG
TIMER
LOGIC AND
MEMORY BOARD
BATTERY
BACK-UP,
STATIC RAM
AND
WRITE
PROTECTION
CIRCUIT
FLASH
MEMORY
CPU AND
MEMORY
DUSART
DATA PORT
MASTER PORT
CIRCUIT DESCRIPTION

46062-0299 <90-00016> PAGE 5
APPLICATION INFORMATION
The 46062 General Purpose Processor (GPP) can be used in a number of different configurations.
♦Fig. 2 shows a single GPP polling a single Multi Alarm Pro-
cessor (MAP).
♦Fig. 3 shows a single GPP polling multiple MAPs.
♦Fig. 4 shows three GPPs in a master-slave configuration.
FIG. 2 - SINGLE GPP TOSINGLE MAP WIRING DIAGRAM
RX DATA 9
RTS 10
DSR 11
DCD 12
TX DATA 13
DTR 14
SIG GND 17
35
RX DATA 9
RTS 10
DSR 11
DCD 12
TX DATA 13
DTR 14
SIG GND 17
5 ( + ) TD TX+
6 ( - ) TX-
1 ( + ) RX+
2 ( - ) RX-
16 RD
22 TD
20 RD
15 RTS
11 CTS
GENERAL
PURPOSE
PROCESSOR
MODULE
46062-0X
IF STATUS MONITOR AND/OR MAP DO NOT
USE BATTERY GROUND, INSTALL SIGNAL
GROUND WIRE.
PART OF STATUS MONITOR D13-46001-XX
SIG
GND
INSTALLER
WIRING
STATUS MONITOR
PRINTER
PORT
PRINTER
PORT
MASTER
PORT
MASTER
PORT
REMOTE
PORT
PRINTER
PORT
DB 25
CONNECTOR
ON P.S.
(c)
EXTERNAL
MONITOR
ONLY
(TB-1)
MULTIPLE
ALARM
PROCESSOR
46020-00
CHASSIS
GROUND
(C)
2
4
6
8
3
20
7
1
-BATT
( + ) 7
( - ) 8
( + ) 4
( - ) 3
TX+ TD
TX-
RX+
RX- RD
(TB-1)
8 F
8 E
9 C
9 D
7 E
7A
7B
7C
CHASSIS
GROUND
E
F
G
H
J
K
L
MGND
(TB-1)
X
X - OBTAIN
PIN NUMBER
FROM DANTEL A18-
DRAWING FOR
ALARM SHELF.
SIG
GND
SIG
GND
ALARM SHELF
*
*
*
*
RS232
(TB-1)
10 D
8 C
8 D
9 B
9 A

PAGE 6 46062-0299 <90-00016>
FIG. 3 - SINGLE GPP TOMULTIPLE MAPSWIRING DIAGRAM
TX-
RX+
RX DATA 9
RTS 10
DSR 11
DCD 12
TX DATA 13
DTR 14
SIG GND 17
35
RX DATA 9
RTS 10
DSR 11
DCD 12
TX DATA 13
DTR 14
SIG GND 17
35
5 ( + ) TD TX+
6 ( - ) TX-
1 ( + ) RX+
2 ( - ) RX-
16 RD
22 TD
20 RD
15 RTS
11 CTS
GENERAL PURPOSE
PROCESSOR
MODULE
46062-0X
HUBBING
MODULE
46034-00
IF STATUS MONITOR AND/OR HUBBING MODULE DO NOT
USE BATTERY GROUND, INSTALL SIGNAL
GROUND WIRE.
PART OF STATUS MONITOR D13-46001-XX
SIG
GND
( - ) 53
( +) 56
17
INSTALLER
WIRING
STATUS MONITOR
PRINTER
PORT
PRINTER
PORT
2 +
1 -
3 +
4 -
6 +
5 -
7 +
8 -
MASTER
PORT
MASTER
PORT
REMOTE
PORT
PRINTE
DB 25
CONNECTOR
ON P.S.
(c)
EXTERNAL
MONITOR
ONLY
(TB-1)
MULTIPLE
ALARM
PROCESSOR
46020-00
CHASSIS
GROUND
(C)
2
4
6
8
3
20
7
-BATT
MULTIPLE
ALARM
PROCESSOR
46020-00
CHASSIS
GROUND
(C)
2
4
6
8
3
20
7
-BATT
( + ) 7
( - ) 8
( + ) 4
( - ) 3
TX+ TD
TX-
RX+
RX- RD
(TB-1)
10 D
8 C
8 D
9 B
9 A
(TB-1)
8 F
8 E
9 C
9 D
7 E
7A
7B
7C
*
*
RS232
APPLICATION INFORMATION

46062-0299 <90-00016> PAGE 7
FIG. 4 - MASTER/SLAVE GPP APPLICATION DRAWING
M
A
T
C
P
M
M
A
T
M
A
T
C
P
M
M
A
T
C
P
M
C
P
M
M
A
T
C
P
M
C
P
M
M
A
T
M
A
C
M
A
P
SITE 1
ALARM SHELF
MASTER
4
6
0
3
4
To:
ALARM SYSTEM MASTER
PERSONAL
COMPUTER
OR
DUMB TERMINAL
G
P
P
M
A
T
C
P
M
M
A
T
M
A
T
C
P
M
M
A
T
C
P
M
C
P
M
M
A
T
C
P
M
C
P
M
M
A
T
M
A
C
M
A
P
SITE 2
ALARM SHELF
SLAVE
4
6
0
3
4
PERSONAL
COMPUTER
OR
DUMB TERMINAL
G
P
P
M
A
T
C
P
M
M
A
T
M
A
T
C
P
M
M
A
T
C
P
M
C
P
M
M
A
T
C
P
M
C
P
M
M
A
T
M
A
C
M
A
P
SITE 3
ALARM SHELF
SLAVE
4
6
0
3
4
PERSONAL
COMPUTER
OR
DUMB TERMINAL
G
P
P
A Personal Computer allows
uploading/downloading of the
System Configuration Database.
A Dumb Terminal does not.
NOTE:
Each GPP's dumb terminal or computer displays the entire system's
alarm data and may be used to issue any command
If GPP Address #1 fails, the system continues operation
GPP Address #2 becomes the new master automatically
APPLICATION INFORMATION

PAGE 8 46062-0299 <90-00016>
INSTALLATION
Installation consists of setting the switches and straps, wiring the connector, installing the module in the shelf, and down-
loading the configuration database.
SWITCH SETTINGS
Set the switches. Refer to Figs. 5-9.
FIG. 5 - PC BOARD SWITCH AND STRAP LOCATIONS
LOW BATTERY
INDICATOR
81
OFF
81
OFF
81
OFF
SW 1 SW 2 SW 3
DOWN = ON
GPP CARD

46062-0299 <90-00016> PAGE 9
FIG. 6 - PRINTER PORT DATA RATE SWITCH SETTINGS
SWITCH 3
S1-1 S1-2
DIP Switch 1-
S1-3
Baud S1-1 S1-2 S1-3
50 ON ON ON
110 OFF ON ON
300 ON OFF ON
600 OFF OFF ON
1200 ON ON OFF
2400 OFF ON OFF
4800 ON OFF OFF
9600 OFF OFF OFF
General Purpose
Processor (GPP)
SWITCH 1
SWITCH 2 SWITCH 1
1234567812345678 12345678
FIG. 7 - MASTER PORT DATA RATE SWITCH SETTINGS
SWITCH 3 SWITCH 2 SWITCH 1
S1-4 S1-5
DIP Switch 1-
S1-6
Baud S1-4 S1-5 S1-6
50 ON ON ON
110 OFF ON ON
300 ON OFF ON
600 OFF OFF ON
1200 ON ON OFF
2400 OFF ON OFF
4800 ON OFF OFF
9600 OFF OFF OFF
General Purpose
Processor (GPP)
1234567812345678
SWITCH 1
12345678
INSTALLATION

PAGE 10 46062-0299 <90-00016>
FIG. 8 - ALARM MASKING SWITCH SETTINGS
General Purpose
Processor (GPP)
SWITCH 3 SWITCH 2 SWITCH 1
S1-7
S1-8
S1-8 OFF - Global alarms can be masked
S1-8 ON - Global alarms can not be masked
S1-7 OFF - Local alarms can be masked
S1-7 ON - Local alarms can not be masked
NOTE: This firmware incorporates an alarm masking feature which, when
activated, will filter (block) all LOCAL alarms, or all GLOBAL alarms from
the display. Switches S1-7 and S1-8 enable this feature; the DISPLAY
command determines if LOCAL or GLOBAL alarms will be masked.
Switch 3 is not used and each lever should be left in the OFF position.
1234567812345678
SWITCH 3
12345678
SWITCH 1
INSTALLATION
FIG. 9 - DATA PORT ADDRESS (GPP) SWITCH SETTINGS
SWITCH 3 SWITCH 2 SWITCH 1
S2-1 through S2-8
12345678 12345678 12345678
SWITCH 2
1
12 3456 78
5
12 3456 78
9
12 3456 78
13
12 3456 78
17
12 3456 78
21
12 3456 78
25
12 3456 78
29
12 3456 78
2
12 3456 78
6
12 3456 78
10
12 3456 78
14
12 3456 78
18
12 3456 78
22
12 3456 78
26
12 3456 78
30
12 3456 78
3
12 3456 78
7
12 3456 78
11
12 3456 78
15
12 3456 78
19
12 3456 78
23
12 3456 78
27
12 3456 78
31
12 3456 78
4
12 3456 78
8
12 3456 78
12
12 3456 78
16
12 3456 78
20
12 3456 78
24
12 3456 78
28
12 3456 78
32
12 3456 78
OFF
ON

46062-0299 <90-00016> PAGE 11
STRAP SETTINGS
Set the straps as required for the specific application.
There are no strap settings for the printer port; RS-232 is the
only interface available on this port.
The straps for the master and data ports are located beneath the
power supply subassembly; refer to Fig. 5 for the location of the
power supply. To access the straps:
♦Remove the four screws securing the subassembly.
♦Pull the subassembly straight up, exercising caution not to
bend the subassembly connector pins.
Refer to Figs. 10 and 11 for the specific strap locations for
RS-232 and RS-422 asynchronous communications on the
master and data ports.
NOTE: Many straps in Fig. 11 are reserved for future use. For
additional information regarding strapping options, refer to
Tables A and B.
Asynchronous operation of the RS-232 interface requires only
three lines: the transmit and the receive lines and signal
ground. Handshaking lines are also available.
Asynchronous operation of the RS-422 interface requires four
lines: transmit positive and negative polarity lines and receive
positive and negative polarity lines.
The printer port always operates in asychronous RS-232 mode
and requires no straps. Contact Dantel’s Field Service depart-
ment for more information about the following applications:
♦Asynchronous RS-232 operation requiring handshaking
♦Synchronous RS-232 or RS-422 operation
♦Applications not shown in Figs. 10 and 11.
Straps X1 and X2 allow electrical disconnection of the backup
battery for storage or shipment. Set strap X1 for normal opera-
tion. Set strap X2 for shipment or storage. The GPP ships with
strap X2 set. Reset the strap to X1 during installation.
NOTE: The on-board GPP battery is designed to retain the database
configuration during momentary power outages only. It is not
intended for long-term storage of databases and is not
rechargeable. The battery will begin to discharge when two
conditions are met: (1) The X1 strap is in, and (2) power has
been removed from the module. When the GPP is not in use,
place this strap in the X2 position.
INSTALLATION

PAGE 12 46062-0299 <90-00016>
FIG. 10 - STRAPPING DIAGRAM
U1 U2 R2 R1
S2 S1
P2
P1
G2 G1
CC1
V1 V2
M2 M1
N2 N1
W1 W2
AA2 AA1
Q2
Q3
L4
L1
L5
L3
L2
A1
A2
D1
E2 E1
C1 C2
D2
EE2
EE1 DD1
DD2
I2 I1
X1
X2
Z2 Z1
BB1
BB2
K1 K3
B2 B1
J1 J2
K2
CC2 CC3 T1
T2
H2
H1
F1
F2
Q1
F3
INSTALLATION

46062-0299 <90-00016> PAGE 13
FIG. 11 - STRAPPING DIAGRAM, MASTER AND DATA PORTS
INSTALLATION
K3
B1
J2
U1 R2
S2
P2
G2
V2
M1
N1
W1
AA2
Q3
L2
A1
E2
C1
D2
EE1
DD1
I1
X1
X2
Z1
BB1
CC2 T1
H2
F2
Master Port - RS-232 Asynchronous
Data Port - RS-232 Asynchronous
B1
J2
U1 R2
S2
P2
G2
V2
M1 N1
W1
AA2
Q2
L1
A2
E2
C2
D1
EE1
DD1
I1
X1
X2
Z1
BB2
CC1
T1
H2
F2
K2
Master Port - RS-422 Asynchronous
Data Port - RS-422 Asynchronous
B1
J2
U1 R2
S2
P2
G2
V2
M1
N1
W1
AA2
Q2
L1
A1
E2
C1
D2
EE1
DD1
I1
X1
X2
Z1
BB2
CC1
T1
H2
F2
K2
Master Port - RS-422 Asynchronous
Master Port - RS-232 Asynchronous
B1
J2
U1 R2
S2
P2
G2
V2
M1
N1
W1
AA2
Q3
L2
A2
E2
C2
D1
EE1
DD1
I1
X1
X2
Z1
BB1
CC2 T1
H2
F2
K3
Master Port - RS-232 Asynchronous
Data Port - RS-422 Asynchronous

PAGE 14 46062-0299 <90-00016>
TABLE A - STRAPPING OPTIONS AND PINOUTS
MASTER PORT
INTERFACE
RS-232
RS-422
RS-485
TTL
DESCRIPTION
TD (Transmit Data)
RD (Receive Data)
RTS (Request To Send)
CTS (Clear To Send)
TX+
TX-
RX+
RX-
RX terminated
RX not terminated
DCD (Data Carrier Detect) always ON
CTS (Clear To Send) always ON
TX+
TX-
RX+
RX-
RX terminated
RX not terminated
DCD (Data Carrier Detect) always ON
CTS (Clear To Send) always ON
TXD (Transmit Data)
RXD (Receive Data)
RTS (Request To Send)
DTR (Data Transmit Ready)
DCD (Data Carrier Detect)
CTS (Clear To Send)
STRAPPING
K3
DD1, CC2
L2
N1, EE1
K2, L1, T1
K2, L1, T1
J2, CC1
J2, CC1
I1
I2
N2
M2
K2, L1, T2
K2, L1, T2
J2, CC1
J2, CC1
I1
I2
N2
M2
K1
J1, CC3
L4
L5
N2, EE2
M2, DD2
PIN USED
5
16
6
10
5
6
1
2
not used
not used
5
6
1
2
not used
not used
5
2
29
29
10
16
DATA PORT
INTERFACE
RS-232
RS-422
RS-485
DESCRIPTION
TD (Transmit Data)
RD (Receive Data)
RTS (Request To Send)
CTS (Clear To Send)
DCD (Data Carrier Detect)
TX+
TX-
RX+
RX-
RX terminated
RX not terminated
TX+
TX-
RX+
RX-
RX terminated *
RX not terminated *
STRAPPING
C1
A1
none
none
none
C2, D1, Z1
C2, D1, Z1
A2
A2
B1
B2
C2, D1, Z2
C2, D1, Z2
A2
A2
B1
B2
PIN USED
7
3
53
14
12
7
8
4
3
7
8
4
3
* FOR MULTIPLE RS-485 GPPS, TERMINATE ONE DATA PORT ONLY (B1). STRAP ALL OTHERS B2.
INSTALLATION
CONTINUED . . .

46062-0299 <90-00016> PAGE 15
TABLE A (CONTINUED) - STRAPPING OPTIONS AND PINOUTS
ADDITIONAL STRAPPING
DESCRIPTION
Timer Output Active
Timer Output Inactive
Interrupt Request Line Active
Interrupt Request Line Inactive
External Timer
Real-time Clock
Battery - Operating Condition
Battery - Storage Condition
STRAPPING
U1
U2
V1
V2
W2
W1
X1
X2
PIN USED
IMPORTANT: The 46062 GPP is shipped from the factory with the battery strapped in
the storage position (X2). Prior to downloading any data to the module, This strap must be
placed in the X1 position to provide battery back-up for the module.
NOTE: RTS AND DTR ARE OUTPUTS. DCD AND CTS ARE INPUTS.
TABLE B - STRAP DEFINITIONS
STRAP
A1
A2
B1**
B2**
C1
C2
D1
D2
E1*
E2*
F1*
F2*
F3*
G1*
G2*
H1*
H2*
I1
I2
J1
J2
K1
K2
K3
L1
L2
L3
L4
L5
PORT
Data
Data
Data
Data
Data
Data
Data
Data
Data
Data
Data
Data
Data
Data
Data
Data
Data
Master
Master
Master
Master
Master
Master
Master
Master
Master
Master
Master
Master
INTERFACE
RS-232
RS-422
RS-422/485
RS-422/485
RS-232
RS-422/485
RS-422/485
RS-232
RS-422/485
RS-422/485
RS-422
RS-485
RS-232
RS-422/485
RS-422/485
RS-422/485
RS-422/485
RS-422/485
RS-422/485
TTL
RS-422/485
TTL
RS-422/485
RS-232
RS-422/485
RS-232
RS-232
TTL
TTL
DESCRIPTION
RD
RXD
RXD terminated
RXD not terminated
TD
TXD
TXD
RTS
RXC terminated
RXC not terminated
TXC
TXC
TXC
TXC DUSART Out and output loop RX clock
TXC disabled
TXC terminated
TXC
RXD terminated
RXD not terminated
RXD
RXD
TXD
TXD
TXD
TXD
RTS
RTS
RTS
DTR
INSTALLATION
CONTINUED . . .

PAGE 16 46062-0299 <90-00016>
STRAP
M1
M2
N1
N2
P1*
P2*
Q1*
Q2*
Q3*
R1*
R2*
S1*
S2*
T1
T2
U1
U2
V1
V2
W1
W2
X1
X2
Z1
Z2
AA1*
AA2*
BB1*
BB2*
CC1
CC2
CC3
DD1
DD2
EE1
EE2
PORT
Master
Master/Data
Master
Master
Master
Master
Master
Master
Master
Master
Master
Master
Master
Master
Master
-
-
-
-
-
-
-
-
Data
Data
Data
Data
Master
Master
Master
Master
Master
Master
Master/Data
Master
Master
INTERFACE
RS-232
TTL
RS-232
TTL
RS-422/485
RS-422/485
RS-422/485
RS-422/485
RS-232
RS-422/485
RS-422/485
RS-422/485
RS-422/485
RS-422
RS-485
-
-
-
-
-
-
-
-
RS-422
RS-232
RS-485
RS-232
RS-422
RS-232
RS-422/485
RS-422/485
RS-232
TTL
RS-232
TTL
RS-232
TTL
DESCRIPTION
CTS
CTS
DCD
DCD
RXC terminated
RXC not terminated
RXC
TXC
TXC
TXC terminated
TXC not terminated
RX clock input; DUSART output
Enable/Disable
TXD
TXD
Timer Output Active
Timer Output Inactive
Interrupt Request Line Active
Interrupt Request Line Inactive
Real-time Clock
External Timer
Battery - Operating Condition
Battery - Storage Condition
TXD
RTS
TXD
RXC
RXC
RX clock
RX clock input
RXD
RD
RXD
CTS/RD
CTS
DCD
DCD
* Reserved for future use.
** When using RS-485, the data port strap must be terminated on one module only. All other
modules must have data port unterminated.
TABLE B (CONTINUED) - STRAP DEFINITIONS
INSTALLATION

46062-0299 <90-00016> PAGE 17
WIRING
Wiring consists of wiring the 56-pin edge connector and wiring
the GPP to external equipment.
1. Wire the connector
If needed, refer to Fig. 12 for 46062 pin wiring assignments.
FIG. 12 - PIN DESIGNATIONS
INSTALLATION
56 55
54 53
52 51
50 49
48 47
46 45
44 43
42 41
40 39
38 37
36 35
34 33
32 31
30 29
28 27
26 25
24 23
22 21
20 19
18 17
16 15
14 13
12 11
10 9
87
65
43
21
CIRCUIT SIDE
OF PC BOARD
COMPONENT SIDE
OF PC BOARD
PARALLEL INTERFACE: TOUT
PARALLEL INTERFACE: TIN
DATA PORT: RS-232 RTSPARALLEL INTERFACE: DEMEREQ
MASTER PORT: TXC-MASTER PORT: TXC+
PARALLEL INTERFACE: PA7PARALLEL INTERFACE: PB7
PARALLEL INTERFACE: PA6PARALLEL INTERFACE: PB6
PARALLEL INTERFACE: PA5PARALLEL INTERFACE: PB5
PARALLEL INTERFACE: PA4PARALLEL INTERFACE: PB4
PARALLEL INTERFACE: PA3PARALLEL INTERFACE: PB3
PARALLEL INTERFACE: PA2PARALLEL INTERFACE: PB2
PARALLEL INTERFACE: PA1PARALLEL INTERFACE: PB1
-21 TO -56 VDC+5 VDC OUPUT
PARALLEL INTERFACE: PA0PARALLEL INTERFACE: PB0
PARALLEL INTERFACE: PC1-12 VDC OUTPUT
MASTER PORT: RTS AND TTL DTR+12 VDC OUTPUT
MASTER PORT: RXC-MASTER PORT: RXC+
PARALLEL INTERFACE: H4PARALLEL INTERFACE: H2
PARALLEL INTERFACE: H3PARALLEL INTERFACE: H1
Data Port: TXC+PRINTER PORT: RS-232 TXD
DATA PORT: TXC-PRINTER PORT: RS-232 RXD
GROUNDDATA PORT: RXC+
PARALLEL INTERFACE: RS-232 RTSMASTER PORT: TTL CTS OR RS-232 RXD
PARALLEL INTERFACE: PCD
MASTER PORT: RS-232 RXC & DATAPORT: RS-232 RXC & RS-232 CTS
PRINTER PORT: RS-232 CTS
MASTER PORT: RS-232 TXC & DATA PORT: RS-232 RXC & RS-232 DCD
DATA PORT: RXC-MASTER PORT: RS-232 CTS OR TTL DCD
DATA PORT: RS-422 TX+ OR RS-232 TXDDATA PORT: RS-422 TX- OR RS-232 RTS
MASTER PORT: TTLTXD, RS-232 TXD OR RS-422 TX+MASTER PORT: RS-422 TX- OR RS-232 RTS
DATA PORT: RS-232 RXD OR RS-422 RX-DATA PORT: RS-422 RX-
MASTER PORT: RS-422 RX+MASTER PORT: RS-422 RX- OR TTL RXD

PAGE 18 46062-0299 <90-00016>
INSTALLATION
2. Wire the GPP to external equipment.
Fig. 2, in Applications section, shows a single GPP connected
to a 46020 Multiple Alarm Processor in an alarm shelf.
Fig. 3, in Applications section, shows a single GPP connected
to multiple 46020 Multiple Alarm Processors in an alarm shelf.
Fig. 4, in Applications section, shows multiple GPPs connected
together in a master-slave arrangement:
♦You can locate each shelf in a different site.
♦All GPPs connect to the same data bus via 46034 Hubbing
Modules.
♦Each GPP reports alarm data simultaneously for the entire
system.
♦The GPP with the lowest address is the “master” and all
other GPPs are “slaves.” Only the master can communication
directly with the shelves.
♦If the master fails, the slave with the next highest address
becomes the new master. The failed master regains control
when it returns to service.
The data port wires to alarm equipment for monitoring alarm
points and operates annunciator points and remote controls.
This port also connects to any slave GPPs being used in the
system.
The printer port wires to a dumb terminal or computer. If the
computer includes Dantel’s 46502 Status Monitor GPP Editor,
you can configure the GPP with the software.
The master port wires to an alarm system master.
Parallel ports A and B are available to connect external TTL
audible and visual equipment for alarm level reporting. Contact
Dantel Customer Support.
3. Connect power to the shelf.
Refer to the Technical Specifications section for power require-
ments. When fusing the shelf, consider the power requirements
of all the modules in that shelf.
MODULE INSTALLATION
Install the module in the proper slot in the equipment shelf.
NOTE: When using the RS-232 interface on the master port, the GPP
requires RTS (pin 6) and CTS (pin 10) handshaking. If pins 6
and 10 are not going to be wired to your equipment, then pin 6
must be wired to pin 10 on the GPP edge connector (refer to
Fig. 4) to enable the master port to operate.

46062-0299 <90-00016> PAGE 19
There are no specific operating instructions for the 46062 GPP. Operation begins when power is applied to the unit
and is initially based on the switch settings. Once the database
configuration has been downloaded to the module, the operating
software uses the database configuration to control the module’s
operation.
The front panel of the module has three green LEDs labeled
MASTER, DATA, and PRINTER. Each LED flashes when the
corresponding port is transmitting data.
There is a red LED which flashes if the on-board back-up bat-
tery drops in voltage.
The recessed momentary push-button RESET switch on the
front panel restarts module operation and returns the module to
its default switch settings.
LOW BATTERY INDICATION
LED Indications
The General Purpose Processor (GPP) is equipped with a battery
back-up. A low battery can ultimately result in the loss of data.
When the GPP detects a low battery condition the LOW BAT
LED on the front panel of the GPP will begin flashing. This LED
will turn on before the voltage of the battery drops below the
point at which memory loss will occur. It will not stop until the
battery or the GPP is replaced.
A 46062-03 GPP uses display 67, points 33-64 to report low
battery conditions on GPP addresses 1-32. The 46062-02 uses
points 33-64 of display 73 for the same purpose. Use the SET
command (refer to the PRINTER SYNTAX section of this
manual) to assign levels to each of the points being used.
Normally, the GPP is used as part of the 46001 Status Monitor
and each point can be configured to report as one of the follow-
ing:
♦GLOBAL CRITICAL
♦GLOBAL MAJOR
♦GLOBAL MINOR
♦GLOBAL STATUS
♦LOCAL CRITICAL
♦LOCAL MAJOR
♦LOCAL MINOR
♦LOCAL STATUS
A low battery reported by that GPP causes the assigned LED on
the front panel of the Status Monitor to flash. This flashing has
priority over the normal reporting of alarms which cause the
LEDs to come on solid.
OPERATION
C11-46062-03 REV__
46062-03
GENERAL
PURPOSE
PROCESSOR
LOW BAT.
MASTER
DATA
PRINTER
RESET

PAGE 20 46062-0299 <90-00016>
The examples shown above are the default messages. User-
defined messages are created using the DESCRIBE command
(refer to the PRINTER SYNTAX section of this manual). The
message is changeable within the parameters of the DESCRIBE
command.
In the examples above,
♦1 67 57 G AF is a low battery condition on the GPP with an
address of 25.
♦1 73 64 G AF is a low battery condition on the GPP with an
address of 32.
If a master Status Monitor battery is low, the alarm message
will be sent to its master port and printer port, the associated
Status Monitor LED will flash, and the front panel LED on its
GPP will blink.
If a slave Status Monitor battery is low, its alarm message will
be sent to its own master and printer port, the associated Status
Monitor LEDs will flash, and the front panel LED on its GPP
will blink. The remote will continue to listen to the master
Status Monitor but will not respond when it is polled by the
master Status Monitor. Because there is no response to the poll,
the master Status Monitor will register it as a slave failure
(using points 1-32 of display 67 or 73).
PRINTER SYNTAX
Here are the commands for GPP printer port operation. This syntax establishes the coding for the printer port to inter-
face to a standard ASCII (VT-100) terminal or a personal com-
puter with terminal emulation software. The printer syntax
provides access to the database and remote equipment. No
polling occurs unless you configure one or more remote(s) and
display(s) for polling and you turn polling on.
GETTING STARTED
The terminal must be set for the proper data rate, eight data
bits, one stop bit, and no parity.
♦Make these settings before connecting the terminal to the
GPP.
Alarm Messages
OPERATION
GPP
46062-03
46062-02
TYPICAL MESSAGE
1 67 57 G AF CAUTION! BACKUP DATA, BAT LOW
1 73 64 G AF CAUTION! BACKUP DATA, BAT LOW
CONTINUED . . .