Radionics D9024 User manual

D9024 and D10024 Analog Fire Alarm Control Panels
1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 1of 17
Installation Instructions
Notice
The material and instructions covered in this manual have been carefully checked for accuracy and are
presumed to be reliable. However, the manufacturer assumes no responsibility for inaccuracies and
reserves the right to modify and revise this document without notice.
These instructions cover the installation of the D9109A Enclosure and the installation of the D9024 or
D10024 system components within it. See the Fire Alarm Control Panel Operator’s Manual for
instructions on powering up and operating the system.
Warnings and Cautions
Warning is used in these instructions to indicate procedures to follow to avoid injury.
Caution is used in these instructions to indicate procedures to follow to avoid damage to
equipment.
FCC Notices
Part 15
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant
to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful
interference in a commercial installation. This equipment generates, uses and can radiate radio
frequency energy, and, if not installed in accordance with the instructions, may cause harmful
interference to radio communications. However, there is no guarantee that interference will not occur in a
particular installation. If this equipment does cause harmful interference to radio or television reception,
which can be determined by turning the equipment on and off, the user is encouraged to try to correct the
interference by one or more of the following measures:
1) Reorient or relocate the receiving antenna
2) Increase the separation between the equipment and the receiver
3) Connect the equipment into an outlet on a circuit different from that to which the receiver is
connected.
4) Consult the dealer or an experienced radio/TV technician for help.
UL/NFPA Notices
• UL listed for NFPA 72, Local
All references to NFPA and related requirementsare based upon compliance with the 1993 edition of
NFPA 72, National Fire Alarm Code. Since installation specifications are nearly always based upon a specific
edition of a standard which has been legally adopted by the Authority Having Jurisdiction (AHJ), earlier
editions of NFPA standards will generally apply. Consult with the appropriate AHJ forconfirmation.
www.PDF-Zoo.com
firealarmresources.com

Table of Contents
1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 2of 17
Notice ............................................................................................................................................................1
Warnings and Cautions..................................................................................................................................1
FCC Notices..................................................................................................................................................1
A. D9109A Enclosure Installation..................................................................................................................4
A.1 Semi-flush Mounting.............................................................................................................................4
A.2. Surface Mounting..................................................................................................................................4
B. Circuit Connections...................................................................................................................................5
B.1. Polling Circuit (D9067).........................................................................................................................5
B.2 Peripheral Circuits................................................................................................................................6
B.3 Notification Appliance (Indicating Device) and Output Circuit Connections...........................................6
C. Control Panel Components.......................................................................................................................7
C.1. Control Module....................................................................................................................................7
C.1.a. Control Module Installation.............................................................................................................7
C.1.b. Front Panel Display Connection......................................................................................................7
C.2. D9067 Polling Circuit Module...............................................................................................................8
C.2.a. D9067 Module Installation..............................................................................................................8
C.2.b. D9067 Module Connection to the Control Module...........................................................................9
C.2.c. D9067 Module Connection to Class “B” (Style 4) Circuit..................................................................9
C.2.d. D9067 Module Connection to Class “A” (Style 6) Circuit...............................................................10
C.2.e. Shielded Cable.............................................................................................................................10
C.3. D9051 RS 485 Bus Module................................................................................................................10
C.3.a. D9051 Module Installation.............................................................................................................11
C.3.b. D10024 Attachment Points...........................................................................................................11
C.3.c. D9024 Attachment Ports...............................................................................................................11
C.3.d. D9051 Module Connection to the Control Module.........................................................................12
C.3.e. Connecting Circuit Wiring to the D9051........................................................................................12
D. Power.....................................................................................................................................................12
D.1. AC Power Connections......................................................................................................................12
D.2. D1605 Transformer............................................................................................................................13
D.3. Standby Batteries Installation.............................................................................................................14
D.3.a. Standby Battery Selection.............................................................................................................14
D.3.b. Battery Wiring Connections..........................................................................................................15
D.4. System Startup..................................................................................................................................15
E. Normal Operation...................................................................................................................................17
E.1. Normal Power and Polling Activity.....................................................................................................17
E.2. Trouble or Fault Conditions................................................................................................................17
E.3. Alarm Conditions...............................................................................................................................17
E.4. Resetting the System.........................................................................................................................17
E.4.a. Trouble/Fault Reset......................................................................................................................17
E.4.b. Alarm Reset..................................................................................................................................17
www.PDF-Zoo.com
firealarmresources.com

Table of Figures
1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 3of 17
Figure 1: D9109A Enclosure and Removable Door......................................................................................4
Figure 2: Ground Location on Control Module.............................................................................................5
Figure 3: Output Connection Points on the D9024 and D10024M Control Module........................................6
Figure 4: D10024M Control Module..............................................................................................................7
Figure 5: Enclosure Connections..................................................................................................................8
Figure 6: D9067 Polling Circuit Module Installation......................................................................................8
Figure 7: Stacked Modules...........................................................................................................................9
Figure 8: D9067 Class “B” (Style 4) Connection...........................................................................................9
Figure 9: D9067 Class “A” (Style 6) Connection.........................................................................................10
Figure 10: D10024 Control Module Configuration.........................................................................................11
Figure 11: D9024 Control Module Configuration...........................................................................................11
Figure 12: D9051 Wiring Connections..........................................................................................................12
Figure 13: 120 V AC Input Connections........................................................................................................13
Figure 14: Standby Battery Installation........................................................................................................15
Figure 15: Front Panel Display....................................................................................................................16
Table of Tables
Table 1: Polling Circuit Length/Wire Gauge...................................................................................................5
Table 2: RS 485 Peripheral Circuit Length/Wire Gauge.................................................................................6
Table 4: RS 485 Peripheral Circuit Length/wire Gauge...............................................................................12
Table 5: Current Rating Chart for Standby Battery Calculations..................................................................14
www.PDF-Zoo.com
firealarmresources.com

Installation Instructions
1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 4of 17
A. D9109A Enclosure Installation
Depending on the configuration and the battery selection, the Fire Alarm Control Panel (FACP) can
weigh more than 75 pounds. When attaching the enclosure to a surface, use mounting hardware
capable of supportingthis weight, and reinforce the wall as necessary.
The enclosure can be ordered separately to conform with construction schedules. The enclosure door,
with its integral Front Panel Display, and the system components are packaged separately and can be
ordered and shipped at a later date.
Caution: Route 120VAC wiring into the enclosure at the upper left corner only. Keep AC wiring
away from the circuit boards.
Caution: For Power Limited Circuits use types FPL, FPLR, or FPLP cable as applicable per NEC,
Article 760.
A.1 Semi-flush Mounting
1. Prepare an opening in the wall 20” x 20” x 5-1/2”.
2. Remove the knockouts asnecessary forwiring conduit fittings.
3. Mount the enclosure in the wall.
4. Run the necessary wiring throughout the premises and pull the wires into the enclosure.
Knockouts are provided at the top of the enclosure. If other holesare necessary, avoid
interfering with the component mounting locations.
5. Mount the D9080 Flush Mount Trim Ring to the enclosure.
A.2. Surface Mounting
1. Remove the necessary knockoutsand install conduit fittings.
2.Mount the enclosure in the desired location. Use all four mounting holes.
3.Run the necessary wiring throughout the premises and pull the wires into the enclosure.
Knockouts are provided at the top of the enclosure. If you punch other holes, be sure not to let
them interfere with the component mounting locations.See the Caution above.
Enclosure Door
Front Panel Display
Knockouts for
System Wiring
Figure 1: D9109A Enclosure and Removable Door
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 5of 17
B. Circuit Connections
The D9024 and D10024 Fire Alarm Control Panels (FACP) are analog systems. They exchange data
and may provide power to devices over two-wire circuits. Radionics recommends shielded single pair
twisted cable wiring with a drain wire such as Atlas #218 or West Penn Wire/CDT #D293.
West Penn Wire/CDT #D293 has a nominal capacitance of 28 pf/ft between conductors.
Data Circuit Lengthis the distance over the circuit wire from the connection at the Control Module to
the most distant device and back to the Control Module. Data Circuit Length must include the distance
to any device connected to the circuit in a “T” tap.
B.1. Polling Circuit (D9067)
Detection devices in the analog system receive power and communicate with the control panel over
a two-wire circuit. The Digital Communications Protocol (DCP) resists interference from most types
of EMI and RF generated noise, and there are no special wiring requirements other than attention to
the wire gauge. Under extremely noisy conditions, twisted pair wire is recommended to reduce
interference. If EMI is a problem, use shielded cable, being careful to ground the drain wire to the
“E” terminal on the D10024M board. SeeFigure 2.
Polling Circuit Length
Wire Gauge
Up to 4,000 ft. 18
4,000 - 7000 ft. 16
Table 1: Polling Circuit Length/wire Gauge
Note: The screw terminals will accept 14 AWG, but this will reduce the allowable length of the
circuit.
Any devices in the system that are not analog and are connected to the Digital Communications
Protocol (DCP) bus must be powered from a separate pair of conductors.
Each analog device is assigned a specific address by setting dip switches on that device. Each
D9067 polling circuit can support up to 126 addresses. It is not necessary to wire devices in any
particular order in a circuit.
The systems are expanded by adding D9067 Polling Circuit Modules to the Control Module. The
D10024 has five expansion slots for polling circuits. The D9024 has three.
+
CIRCUIT
POLLING
MODULE
Shield Cable Drain
Earth Ground for
MODULE
Data/power Common Out
Data/power Positive Out
Data/power Common Return
Data/power Positive Return
-
D9067
CIRCUIT
POLLING
D9067
LOOP
+
-E-2+-E+LOOP
1
Figure 2: Ground Location on Control Module
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 6of 17
Polling circuits can be connected to the FACP as either a Class “A” or a Class “B” circuit. “T” tapping
is acceptable in Class “B” circuits. For specific Class “A” and “B” circuit installation requirements,
see NFPA 72.
B.2 Peripheral Circuits
The RS 485 Bus Circuit provides an optically isolated data interface between the Control Module and
Command Centers and Annunciators, networked panels, serial peripherals, and computer graphics
systems. A shielded twisted pair wiring circuit connects to the D9051 RS 485 Bus Module. The
three ports on the left side of the control module are mounting points, depending on the application,
for the D9051 Modules.
The D9052 RS 232 Module provides an isolated interface between the Control Module and dial-up or
dedicated modems. Modems allow communication over telephone lines between networked panels,
system controllers, computer graphics packages, and other serial peripherals when the circuit
distance is greater than 3,250 feet.
RS 485 Peripheral Circuit Length
Wire Gauge
Up to 4,920 ft. 18
Table 2: RS 485 Peripheral Circuit Length/wire Gauge
B.3 Notification Appliance (Indicating Device) and Output Circuit Connections
The D9024 and D10024 each has four power-limited and supervised Class “B,” Style “W” indicating
circuits. The terminal blocks for these circuits are at the lower edge of the Control Module. (See
Figure 3.) Each indicating circuit must be terminated with a 2k End Of Line (EOL) resistor (Part No.
25899C, manufactured by Detection Systems). Four resistors for the indicating circuits are included
in the Literature Pack. Each circuit has a maximum rating of one Amp.
See Compatible Device List:Devices Compatible with the D10024 Analog Fire Alarm Control Panel,
Part No. 73-07674-000-A, for devices acceptable for use in the indicating circuit.
The D9024 and D10024 each has terminals for a power-limited auxiliary 24 V circuit at the lower left
of the Control Module. This circuit is rated at one Amp maximum. If the system requires more than
four circuits use the D327 Indicating Circuit Module to add circuits as required.
The total current of the five circuits (four “SOUNDER OUTPUTS” PLUS “24V AUX.”) must not
exceed two Amps.
The D9024 and D10024 each has two programmable relay contacts rated 24 V DC, 1 Amp.
Caution: Do not connect any wiring that is not power-limited to the relay contacts.
AUX RELAYS
RELAY 2RELAY 1
24V. AUX
OV. 24V.
SOUNDER
OUTPUTS
A- A+ B- B+ C-
C+
D- D+
N/C N/O COM N/C N/O COM
Figure 3: Output Connection Points on the D9024 and D10024M Control Module
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 7of 17
C. Control Panel Components
Caution: Disconnect all main circuit breakers and battery connections before connecting any
circuit cards.
C.1. Control Module
Conventional reporting devices initiate alarm conditions through the Fire Alarm Control Panel
(FACP). The analog FACP interacts with its reporting devices in a system that is constantly
measuring not only its environment, but also its own ability to report on that environment. The FACP
analyzes the measurements, compares them with other measurements, thresholds, the reported
contamination of the devices, the time of day, and other programmed standards. Depending on the
results of these comparisons, the Analog FACP may initiate an alarm, service, or a trouble condition.
The FACP supervises and responds individually to each analog device in the circuit.
When the analog system configures the polling circuits, the control panel down-loads a number of
parameters, which have been programmed into the panel and are stored in the Central Processing
Unit (CPU), to each analog device. These levels can be altered through the front panel or PC
programming. Each device is programmed for:
• Alarm Level, High Sensitivity
• Alarm Level, Low Sensitivity
• Service Level
The D10024M or D9024M Control Module is the Input/output Printed Circuit Board, beneath which is
the Central Processing Unit (CPU), and the Backplane Board. The Control Module, the On Board
Power Supply, the Transformer, and the input wiring connections are all mounted on a skirt. The
hardware needed to mount the board in the enclosure is attached to the skirt.
+
SOUNDER
OUTPUTS
PL_LOOP3
N/O
RELAY 2
N/C
24V.AUX.
0V.
+24V.
AUX RELAYS
N/O COM N/C
RELAY 1
PORT-D
PL_LOOP5
COM
A- A+ B- B+ C- C+ D- D+
PORT-C
PL_LOOP4
PORT-B
E+-+-LOOP
5LOOP
E+-+-4E+-
-DC 1 2 EARTH +DC
+-LOOP
3-E
-+LOOP
2+-E
-+LOOP
1
PL_LOOP2
D10024M Control Module
D9067 Polling Circuit Module
Figure 4: D10024M Control Module
C.1.a. Control Module Installation
Use the attached nuts to mount the skirt to the D9109A Enclosure as shown inFigure 5.
C.1.b. Front Panel Display Connection
Attach the Enclosure door and connect the 16-pin ribbon connector from the front panel display
to the Control Module. Connect the Display Panel Ground Strap to the enclosure ground stud.
See Figure 5.
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 8of 17
16-Pin Ribbon
Connector
Display Card
24 V DC Power Supply Fuses
Standby
Batteries
D10024M
Control Module
Display Panel
Ground Strap
120 V AC
Connection Point Mains Fuse
Figure 5: Enclosure Connections
C.2. D9067 Polling Circuit Module
Analog measuring devices report to the FACP over a polling circuit that connects to a D9067 Polling
Circuit Module. The D10024 has five expansion slots for the D9067. The D9024 has three. (See
Figure 6.)
C.2.a. D9067 Module Installation
Mount the D9067 Polling Circuit Module on the Control Module using the hardware provided with
the modules. Begin on the right side of the board in the slot labeledPL_LOOP1, and continue
across the board to the left as shown inFigure 6.
COM
24V.AUX.
0V.
COMN/C
+24V.
N/O N/C N/O
AUX RELAYS
RELAY 1 RELAY 2
OUT IN
LOOP
+-+E-5+-
OUTPUTS
SOUNDER
1 EARTH 2 -DC +DC
-+E-LOOP
4+E
-+ +
3
LOOP -+ELOOP
-2-
+ELOOP +-1
D10024 Control Module
8-Wire
Ribbon Socket
10-Wire Ribbon Socket
Port "D"
D9051 Module in
D9051 D9067 D9067
+
SOUNDER
OUTPUTS
E+-+-LOOP
5LOOP
E+-+-4E+-+-LOOP
3-E
-+LOOP
2+-E
-+LOOP
1
N/O
RELAY 2
N/C
24V.AUX.
0V.
+24V.
N/O COM N/C
RELAY 1
AUX RELAYS
COM
-DC 1 2 EARTH +DC
D9024 Control Module
D9067 D9067
10-Wire Ribbon Socket
PORT-D PORT-C PORT-B
PL_LOOP3
PORT-BPORT-C
PL_LOOP4 P OOP3
PL_L P3
Figure 6: D9067 Polling Circuit Module Installation
In some configurations it may be necessary to mount the D9067 Module together with another
module. On the D9024M this can occur above the socket labeledPL_LOOP3, which is above
Port B. On the D10024M this can occur in the slots labeledPL_LOOP3, PL_LOOP4,and
PL_LOOP5, which are abovePorts B, C, and D. In this configuration, the D9067 Module
mounts next to the Control Module, and the other module stacks over it on standoff pillars.See
Figure 7.
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 9of 17
Caution: Disconnect all main circuit breakers and battery connections before connecting any
circuit cards.
C.2.b. D9067 Module Connection to the Control Module
The D9067 10-wire ribbon connects to 10-pin plug immediately below it. The female four-wire
plug at the top of the board plugs into the four-pin block below the dedicated screw terminal
blocks. SeeFigures 6 and 7.
M3 x 6mm Screw
D9051 RS 485
Bus Module
8-wire Ribbon Plug
30 mm Pillar
10-wire Ribbon Plug
D9067 Polling Circuit Module
Control Module Board
10-wire Ribbon Socket
8-wire Ribbon Socket
Figure 7: Stacked Modules
C.2.c. D9067 Module Connection to Class “B” (Style 4) Circuit
Connect the Data/Power Positive (+) wire of the polling circuit to the + terminal of the Data
Terminal Block at the top of the Control Module. Connect the Data/Power Common (-) wire of
the polling circuit to the - terminal of the Data Terminal Block. Connect the positive and
negative terminals of the Data Terminal Block with jumper wires as shown inFigure 8: D9067
Class “B” (Style 4) Connection.
The Polling Circuit is power-limited.
+
L4L3 L4L3
L2
S2
S1
L1
-E-+LOOP2+-E-+LOOP
1
L2
S2
S1
L1
D9067
Polling
Circuit
Module
D9067
Polling
Circuit
Module
Data/Power Positive In
Data/Power Positive Out
Data/Power Positive In
Data/Power
Common In LED Data/Power
Common Out
Common In
Data/Power
LED
D321
DETECTOR BASE D321 DETECTOR BASE
Figure 8: D9067 Class “B” (Style 4) Connection
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 10 of 17
C.2.d. D9067 Module Connection to Class “A” (Style 6) Circuit
Connect the Data/Power Positive (+) wire of the polling circuit to the + terminal of the Data
Terminal Block at the top of the D10024M Control Communicator. Connect the Data/Power
Common (-) wire of the polling circuit to the - terminal of the Data Terminal Block. Connect the
returning Data/Power wires to the respective terminals as shown inFigure 9.
Note: The Polling circuit is power-limited
C.2.e. Shielded Cable
Connect the drain wire for shielded cable to the E terminal of the Data Terminal Block.
Note: An improperly grounded shielded cable may aggravate rather than eliminate noise problems.
Reconnect the shielded cable drain each time the cable is cut to install a device.
MODULE MODULE
POLLINGPOLLING
CIRCUIT
D9067
+E --
+LOOP
2
CIRCUIT
D9067
-LOOP
1
Earth Ground for
Shield Cable Drain
Data/Power Positive Return
Data/Power Common Return
Data/Power Positive Out
Data/Power Common Out
Figure 9: D9067 Class “A” (Style 6) Connection
C.3. D9051 RS 485 Bus Module
The D9051 module is an RS 485 Network Expander. It provides an isolated Class B, Style 4 or
Class A, Style 6 data interface between the Control Module and Command Centers, Annunciators,
networked panels, serial peripherals, and computer graphics systems.
The D9024 and D10024 Fire Alarm Control Panels can support up to 31 peripheral communications
devices on the RS485 bus. Each device must be assigned an individual binary address.
Port D supports a peripheral circuit for D9069 remote annunciators, D9070 controllers, 4-way
notification appliances, synchronized notification appliances, and other serial peripherals.
Port C supports an RS 485 panel-to-master data link, or panel-to-graphics data link.
Port B supports an RS 485 output to network panels.
Remove AC power from the system at the dedicated 120VAC breaker, “lock out” the breaker, and
remove the standby battery power before making or breaking any connections to the FACP.
Caution: Inform the operator and the local authority before installing this module in an existing
system. Disconnect all power to the Fire Alarm Control Panel before installing this
module.
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 11 of 17
C.3.a. D9051 Module Installation
The D9051 plugs intoPorts B, C, or D on the D9024M or D10024M Control Module. These are
the three ports on the left side of the Control Module. Depending on the circuit configuration and
the panel, both the D9051 and the D9067 Circuit Modules may be mounted to the same four
attachment points above a 10- pin ribbon socket. Where both are mounted at the same point,
the D9067 attaches next to the Control Module and the D9051 mounts above it on 30 mm pillars.
See Figure 7.
C.3.b. D10024 Attachment Points
On the D10024Ports B, C, and Dare below the 10-wire ribbon sockets labeled PL_LOOP3,
PL_LOOP4, AND PL_LOOP5, which are connecting points for the D9067 Polling Circuit
Modules. On the D10024M the D9051 and D9067 modules can mount together abovePorts B,
C, and D. See Figure 10.
COM
24V.AUX.
0V.
COMN/C
+24V.
N/O N/C N/O
AUX RELAYS
RELAY 1 RELAY 2
LOOP
+-+E-5+-
OUTPUTS
SOUNDER
1 EARTH 2 -DC +DC
-+E-LOOP4+E
-+ +
3
LOOP -+ELOOP
-2- +ELOOP +-1
D10024 Control Module
8-Wire
Ribbon Socket
10-Wire Ribbon Socket
D9051 D9067 D9067
PORT-C PORT-B
PL_LOOP4 PL_LOOP3
D9051 Module
Connected to
Port "D"
D9067 Connected
to PL_LOOP1
Mounting Screw Attachment Point
Port"C" Port"B"
Port"D"
Figure 10: D10024 Control Module Configuration
C.3.c. D9024 Attachment Ports
On the D9024Ports B, C, and Dare the three ports on the left side of the board.Port B is
below the 10-wire ribbon socket labeled PL_LOOP3 andPorts C and Dare reserved for
peripheral devices only. On the D9024 the D9051 and the D9067 modules may mount together
above Port B. See Figure 11.
+
SOUNDER
OUTPUTS
E+-+-LOOP
5LOOP
E+-+-4E+-+-LOOP
3-E-+LOOP
2+-E-+LOOP 1
N/O
RELAY 2
N/C
24V.AUX.
0V.
+24V.
N/O COM N/C
RELAY 1
AUX RELAYS
COM
OUT IN
-DC 1 2 EARTH +DC
D9051 Module
Port "D"
D9024 Control Module
8-Wire
Ribbon Socket
10-Wire Ribbon Socket
D9051 D9067 D9067
PORT-C PORT-B
Port "C"
Mounting Screw Attachment Point
Figure 11: D9024 Control Module Configuration
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 12 of 17
C.3.d. D9051 Module Connection to the Control Module
The 10-wire ribbon connector from the D9067 Polling Circuit Module plugs into the 10-pin socket
immediately below it. The D9051 8-wire ribbon connector plugs into the lower socket.See
Figures 10 and 11.
Caution: Do not try to plug the 8-wire ribbon connector into the upper (10-pin) socket.
C.3.e. Connecting Circuit Wiring to the D9051
Circuit Length is the distance over the circuit wire from the connection at the D9051 Module to
the most distant device and back to the D9051 Module. The maximum RS 485 circuit length is
4,920 ft. using shielded twisted pair wiring such as the Data Grade Cable D293, or non-shielded
18 gauge cable from Atlas, Guardian Sound & Security, or their equals.
RS 485 Bus Circuit Length Wire Gauge
Up to 4,920 ft. 18
Table 4: RS 485 Peripheral Circuit Length/wire Gauge
The two-wire RS 485 communication circuit
may be connected to either or both sides
(“IN” or “OUT”) of the D9051 terminal block.
Connect the “B” wire to the “B” terminal (the
terminal on the left) of the terminal block at
the top of the D9051 Module. Connect the
“A” wire to the “A” terminal next to it.
If Shielded cable is used, connect the drain
wire(s) to the “E” terminal of the terminal
block at the top of the Control Module Board
as shown inFigure 12.
Note: An improperly grounded shielded cable may
aggravate rather than eliminate noise problems.
Reconnect the shielded cable drain each time the
cable is cut to install a device.
D. Power
D.1. AC Power Connections
The D10024 receives power from a 120V, 60 Hz, AC power supply through a dedicated breaker.
From the breaker, current flows through the input wiring terminals, through a 3 Amp fuse, through an
EMI filter to the D1605 transformer, which converts 120VAC To 24 VAC. All of these components
are mounted to the skirt at the factory, and the only field connection is the 120V input connection.
Radionics recommends that only a licensed electrician make 120VAC connections to the D10024
System. All connections are to conform to NFPA 70/NEC. Connect the D10024 system to a suitable
ground.
Warning: Open and “lock out” the circuit breaker before connecting wiring. Do not power the
system until the entire installation procedure is complete.
Caution: Disconnect all main circuit breakers and battery connections before connecting any
circuit cards or wiring.
++-LOOP
RS 485
D9051
D9051
Module
Terminal
Block
5
-
Shielded Cable Drain
A and B
Wires
A and B Wires
Figure 12: D9051 Wiring Connections
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 13 of 17
Red
Yellow/Green
Terminal
Earth Input
Blue
120 V AC Input Mains Fuse
Figure 13: 120 V AC Input Connections
Caution: Maintain separation between 120VAC and low voltage wiring. Do not route them in the
same conduit, and keep them apart inside the enclosure.
Connect the ground wire to the ground input (middle) terminal on 3 Amp fuse holder. (SeeFigure
13.) The 120 Vneutral and line wires connect to either of the two outer terminals as shown inFigure
13.
D.2. D1605 Transformer
The D1605 receives current from the 120VAC breaker and delivers 24VAC current to the on-
board power supply and the optional Front Panel Printer. The transformer, the 3 Amp fuse block,
and the EMI Filter are mounted on the skirt behind the 120 V AC Input Connector.
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 14 of 17
D.3. Standby Batteries Installation
Caution: Battery lead connections are not power limited.
D.3.a. Standby Battery Selection
The D9024 and D10024 panels supervise and charge the two 12Vsealed lead-acid batteries
that are the standby power source. Several batteries are available from Radionics, and battery
selection will depend on system design. Use the Current Rating Chart to select the correct
batteries.
1000 A = 1 mA
1000 mA = 1 A
AC Power On
Normal Current A
AC Power Off
Min. Current B
Alarm
Max. Current C
Model
Number
Qty Each
Unit
Total Each
Unit
Total
mA
Each
Unit
Total
mA
D9024
D10024 1324 mA 325mA 325 mA 325mA 480mA 480mA
D9067 42 mA x Qty 42mA x Qty 42mA 42mA x Qty
D9054 140 mA 40mA 40mA 40mA 40mA* 41.5mA
D321/322 (360 A) .360mA x Qty (360 A) .360 mA x Qty (360 A) .360 mA x Qty
D321/323 (290 A) .290mA x Qty (290 A) .290 mA x Qty (290 A) .290 mA x Qty
D321/324 (280 A) .280mA x Qty (280 A) .280 mA x Qty (280 A) .280 mA x Qty
D326 (300 A) .300mA x Qty (300 A) .300 mA x Qty (300 A) .300 mA x Qty
D327 (320 A) .320mA x Qty (320 A) .320 mA x Qty (320 A) .320 mA x Qty
D329 (280 A) .280mA x Qty (280 A) .280 mA x Qty (280 A) .280 mA x Qty
Other devices connected to the system not listed above
x Qty x Qty x Qty
x Qty x Qty x Qty
x Qty x Qty x Qty
x Qty x Qty x Qty
x Qty x Qty x Qty
x Qty x Qty x Qty
x Qty x Qty x Qty
Total AmA
Total BmA
Five in Alarm**
23.6mA
Total CmA
milliamps = mA
microamps = A
* Add 1.5 mA per output when flashing
** The panel latches on to the first five devices in alarm and continues polling the balance of the devices. Five times 5 mA alarm
current equals 25 mA. These five devices normally draw a minimum . 280 mA each. 25 mA minus 1.40 mA (5 x .280) equals
23.6 mA added to the alarm total.
Table 5: Current Rating Chart for Standby Battery Calculations
Use battery ampere hour (Ah) calculations to verify compliance with standby requirements. Central
Station or Local systems require 24 hours of standby plus five minutes of alarm operation at the end
of that period. Local Systems require two batteries.
The following formula converts mA to Amperes, and includes factors for the five minute alarm
period and the depletion of battery capacity with age.
Local Systems Ampere Hour Calculation Formula
Total B x 24 (hours) + Total C x .083 (hours) = Total Ah
1000 1000
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 15 of 17
Total Ah x 1.1 = Total Ah Requirements
Maximum battery size permitted to be connected to the D9024 or D10024 is 38 Ah.
Place the batteries in the enclosure as shown inFigure 14,
D.3.b. Battery Wiring Connections
The D10024 Literature Package contains a gray wire. Use this wire to connect the positive
terminal of battery No. one to the negative terminal of battery No. two.
Connect the red wire lead from terminal (6) on the Power Supply to the positive terminal of
battery No. two.
Connect the black wire lead from terminal (7) on the Power Supply to the negative terminal of
battery No. one.
D.4. System Startup
Close the 120V AC dedicated breaker that controls the power input to the D10024. The green
AC Power LED lights to show that the 120V AC power supply is on and the standby battery is
connected.
Standby
Batteries
120 V AC Connection Point
Mains Fuse
Control Module
24 V DC Power Supply Fuses
Display Panel
Ground Strap
16-Pin Ribbon Connector
Display Card
Figure 14: Standby Battery Installation
www.PDF-Zoo.com
firealarmresources.com

1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 16 of 17
D10024
ZONE/AREA DISPLAY
">" KEY
ALPHANUMERIC DISPLAY
SYSTEM RESET
KEY
SYSTEM TROUBLE
LED
TROUBLE SILENCED
LED
ALARM
LED
ALARM SILENCED
LED
AC POWER
LED
TROUBLE SILENCE
KEY
ALARM SILENCE
KEY
FIRE DRILL
KEY
0 1 2 4
3 5 7 8 9CHANGE
System
Trouble
A
N
SHIFT
1 3
Alarm
B
OC P
LED DISPLAY
7
Earth
Fault
54 6
Trouble
Silenced Point Bypassed
System
Reset
R
D
Q
8 9 10
Fault
Sounder
Alarm
Silence
Trouble
Silence
F
SG
Alarm
Silenced
Numbers
J
W
11 12 13 14
Fire
Drill
H
UI V
15 16 17
CPU
Reset
Letters
ENTER NO
K
XL Y
19 20
AC Power
Keyword
YES
M
Z
Figure 15: Front Panel Display
www.PDF-Zoo.com
firealarmresources.com

Operating Instructions
1997 Radionics All rights reserved
The Radionics logo is a registered trademark of Radionics,
1800 Abbott Street, Salinas, CA 93901, USA
74-07649-000-B 01/97
D9024/D10024 Installation
Page 17 of 17
E. Normal Operation
In normal operation, the D9024 or D10024 indicates three conditions: normal power and polling, trouble,
and alarm. If an alarm or fault condition is detected, the panel responds with a buzzer, an LED indication
of the type of condition, an LED indication of the zone/area of the condition, and detailed information on
the alphanumeric display. If more than one alarm or fault is detected, the alphanumeric display will
automatically scroll through the first four.
E.1. Normal Power and Polling Activity
Under normal operation the greenAC Power LED at the right of the indicator display is lit. If the 120
VAC power supply fails, it flashes. If the standby batteries fail, it goes out.
E.2. Trouble or Fault Conditions
If a device fails to respond, is disabled, the response is not within normal parameters, or the system
detects a fault, the amberSystem Troubleor Fault LED lights. In addition, the amber TROUBLE
LED in the ZONE/AREA section of the panel will light to indicate the location, the panel’s internal
buzzer will sound, and the alphanumeric display will provide detailed information.
E.3. Alarm Conditions
The red Alarm LED at the left of the indicator display flashes to indicate the system has detected a
fire condition, or “Manual Alarm” has been pressed.
In a fire condition, the ZONE/AREA ALARM LED(s) will also light, indicating the alarm location(s),
and the alphanumeric display will provide detailed information.
E.4. Resetting the System
If the keypad has been disabled, pressing the Silence or Reset keys will result in a message on the
alphanumeric display asking for the level two passcode.
E.4.a. Trouble/Fault Reset
To acknowledge the event, press theTrouble Silencekey to mute the internal buzzer. (Under
certain circumstances, the system may override the mute.) The amberTrouble Silenced LED
will light to indicate that condition. Press theSystem Reset key.
E.4.b. Alarm Reset
Note that the panel can only be reset from a fire condition if the alarms have been silenced.
To acknowledge an alarm, press theAlarm Silencekey, which silences or resounds (toggles on
and off) all alarm devices external to the FACP. The amberAlarm Silenced LED lights to
indicate that condition. To resound the alarms, press theAlarm Silencekey. Press theSystem
Reset key.
For Assistance Contact:
A copy of these instructions shall be framed and placed adjacent to the D9024 or D10024 control
unit.
www.PDF-Zoo.com
firealarmresources.com