1. NFS
System Components
&
Installation

2. Noti-Fire-Net Onyxworks SLC L3 ~ L10 RDP Up to 32
SLC L2: Det.159 Mod. 159
RFX
4 Set On Board Relay O/P
SLC L1: Det.159 Mod. 159
EIA 485
Noti-Fire-Net
EIA 232
Onyxworks

3. ALARM TROUBLE SUPV SCTY TB7 ACS TB9 RDP TB5 PRN
TB4 TB3 TB2 TB1
ALARM TROUBLE SUPV SCTY
TB7
ACS
TB9
RDP
TB5
PRN J7
SLC J1
NUP J6
SCTY J2
LCD J5
TROUBLE J4
BACKLIGHT
TB6
+24V
P12 & 13
Memory back up battery (3v, 300mA)
TB1 thru TB4 Scty / Supv / Tble / Alarm relays
SW1 & SW2 to change TB1 & TB2 to Alarm relays
TB7 EIA485 data to ACS
TB9 EIA485 Remote Data Port to LCD160
TB5 EIA232 to printer
TB6 1.0a of 24v power
J1 NUP port
J2 LCD connection for display
J4 Display backlight connection
J9 Keypad connection
J7 LCM-320 connection to J1
J13: Power connection to AMPS-24 (TB2)
J5 & J6 Trouble bus & Security switch connection
Service level LEDs
Service level switches (SW3 thru SW6 ACK / SIL / RST / LAMP TEST)
J13
AMPS-24 J9
KEYPAD

4. Function Keys Function LEDs
Display
&
Function
Keys
Function LEDs
640 character backlit display
160 characters for device information
Service level LEDs (AC Power thru CPU Failure)
Function & display sort keys
Softkeys for read status & programming choices
QWERTY keypad
Curser movement keys
Other function keys: Next / Previous / Lamp test

5. LEM is always the ODD numbered loop Flashprom for upgrades.
SLC WIRING
TO NEXT LCM
FROM CPU J7 or LCM
LCM P36
Addressable (1/2 3/4 5/6 7/8 9/10)
LEM is always the ODD numbered loop
Flashprom for upgrades.
Connection from CPU (J7) to J1 of LCM.
From LCM J3 to next LCM J1
Do not have to be installed in any specific order.
LEM
CONNECTION

6. Loop Modules LCM-320 LEM-320 LEM Ground FaultJ3 J1 J2
JP1
D33
+5V
D32
D28
B+ A+ B- A-
SLC
JP2
TB1
JP3
SW1 EG
FAULT
LEM Ground Fault
Note each Loop may be designated for Style 4 or Style 6 operation
Note each Loop may have devices programmed for CLIP or FLASH operation. If Modules are selected for CLIP, Rapid Polling must be enabled to ensure correct response time of Manual Stations (require addresses 01-20)
Note J1 LCM Connector Cable (p/n 75655) input
Note J3 LCM Connector Cable output
Note J2 LCM & J1 LEM Connector plugs
LEM mounts behind LCM and assumes the sequential Loop Address
Note Loop Address selector switch
Note Ground Fault LEDs D28 (lower) LCM, D32 (upper) LEM
LCM Ground Fault
LCM-320
LEM-320

7. LCM Cables
Note Lower Connection of each LCM is the Input Connector

8. LCM/LEM SLC Connector Typical Style 6.0/7.0 Typical Style 4.0
Channel B
Channel A
Channel A
Return
Channel B
Output
Wiring distance per channel (style 4)or per loop (style 6 or 7) not to exceed 12,500 ft.
Resistance not to exceed 50 Ohms
In Style 4, both channel A and B may be used.

9. SW1 Configuration Switches
AMPS-24(E) Power Supply
TB1
SLC
TB2
CPU
TB6
Accessory Power
TB3 AC
SW1 Configuration Switches
TB4 & 5 DC
SW4
Charger Selection
Status LEDS P11
LED1 Green – AC. Steady – AC Normal; Blink – AC Fail Delay
LED2 Yellow – Battery or charger trouble
LED4 Yellow – Trouble.
1 blink & pause = AC Fail; 2 blinks & pause = Internal PS Fail; 3 blinks & pause = Incorrect SLC address; 5 blinks & pause = Charger Shutdown; 6 blinks & pause = Accessory Power (TB6) overload; Steady = Panel Output overload/Accessories Output shut off.
LED5 Green – SLCRXA. Blinks when data is received from SLC
LED6 Yellow – UCFAILURE. Steady if AMPS Microprocessor fails
LED7 Green – SLCTXA. Blinks when data is transmitted to SLC
LED8 Green – ACCESSORIES. Steady for Normal TB6 output. Off during overload
LED9 Yellow – GND FLT. Steady for Ground on any output or battery lead
LED10 Green – 24VPANEL. Steady when TB2 is active. Off during overload
TB3 AC connection P21
TB4 DC connection (55 to 200 Ah batteries) P23
F2 10a Fuse for connection protection
TB1 SLC connection P19
TB2 Connection to CPU (J13) P18
TB6 Accessory output (5V & P20
SW1 Configuration switches (only use SW1-1, 1-2, 1-7 & 1-8 for ) P28
SW2 & SW3 SLC address selection switches P29/30
Must start at 05 as a minimum
Uses 4 addresses: Gen Trouble / AC Loss / Battery Fail / GF
SW4 Charger selection switch P22
LO-2.0a for 25aH HI-5.0A for aH

10. AMPS-24E (New Version) AC Input: AC 220V DC Output: 24VDC, 5A for CPU
24VDC, 3A for External Devices
Battery Charger: 24VDC
7 – 200AH

11. Base Address Setting

12. Properties setup via software kit

13. Setup Battery and Charger Current

14. APS2-6RE – Auxiliary Power Supply
AC Input: AC 220V
DC Output:
24VDC, 3A (2 set)
24VDC, 6A (1 set)
(Total 24VDC, 6A)

15. Addressable Charger Power Supply
ACPS 610(E)
AC Input: AC 220V
DC Output:
24VDC, 1.25A x 4 Circuits
Battery Charger: 24VDC
7 – 200AH
ACPS-2406 Addressable Charger Power Supply
5 to 13 programmable addresses
General Monitoring or unique addresses for AC fail, battery trouble and ground fault
Four addressable output circuits
Single Stage or dual stage (Canada) module addressing
Optional Signal Silence Address command
Refer to D/N for additional information

16. LCD-160 Remote Display 160 character display Custom graphics
Tactile keypad
DCC participation
TB2 24v Power
From AMPS-24
From APS-6R
Max 10 ohms
TB1 RDP Bus
12 to 18 AWG
Max 4K feet total
Max 100 ohms
Installation guidelines on page 13 DN 51850
Max 4K ft of 12/16 AWG twisted pair
100 ohms on RDP and 10 ohms on power ckt
SW17: 1: Programming
Address change
Piezo on/off
LCD Display
2: ELR
3: Off
4: Off
SW17
#1 ON: Prog
#2 ON: ELR

17. ACS Annunciators
A1P1
A1P2
A1P3
A1P4
ACM(AEM)-24AT
ACM (AEM) – 48 A

18. ACS Annunciators ACM-8R LDM-32 series1 2 3 4 5 7 9 8 6
LCD-80 only operates in ACS mode on the It requires 1-4 consecutive 64PT ACS addresses in programming.
ACM-8R and LDM series annunciators are defined as 64PT ACS devices
ACM-8R
LDM-32
series

19. ACS Annunciators SCS-8 Smoke Control Station Switch Group 5 Group 6
All Auto
Manual
Acknowledge
The SCS-8 is defined as a 64PT FSCS device. Points 1-64 allow assignment of individual Monitor and Control Modules for smoke control. Points provide “monitor” addresses for FCSC mode shutdown command.
The UZC-256 takes 1-4 consecutive 64PT ACS addresses
SCS-8 Smoke Control Station

20. Smoke Control Station Up to four modules/group
Control On
Control Off
Monitor On
Monitor Off
SCS-8
Up to four modules/group
Three position toggle switches
On / Off / Auto

21. Network Communications Module
To communicate with another Onyx control panel on a network, the Onyx Panels requires an Network Control Module.
The NCM is capable of working on a either a wire or a fiber network.
NCM-W (Wire)
NCM-F (Fiber optic)
Mounting Options:
In a standard Chassis position.
On the right side of a DAA Audio Amplifier.
Underneath the DVC Digital Video Controller.
NCM-W

22. Point-To-Point Configuration
A point-to-point wiring configuration is defined as a twisted-pair segment with only two nodes/repeaters attached to it. Terminating resistors are required at each end of every segment, and are built into each MIB/RPT/NCM.
A B
Network
Node
or RPT

23. Point-To-Point Configuration
Wiring a Noti-Fire-Net in NFPA Style 7 point-to-point.
A B
Network
Node
or RPT

24. CPU-3030D or CPU-3030ND
Both CPU options require a CHS-M3 chassis for mounting in the top position of the cabinet.
CPU2 mounting
The output modules may require an additional power supply
AMPS-24(E)
BATTERY
LCM/LEM and NCM-W/F can be installed in the two right-hand positions.
SBB-D4
D-Size Backbox

25. CHS-4L CHS-4L Chassis, low profile,
4 positions for mounting the LCM/LEM, NCM-W/F, APS-6R, LDM-32, BACNet GW...
The output modules may require an additional power supply
D-Size Backbox

26. *Use to BMP-1 Blank Module plate to cover unused single positions
Dress Panels & Plates
DP-DISP Display Dress Plate
DP-1B Blank Dress Plate, 4 row
The tricky part is sometimes there are optional mounting solutions for the same component depending upon where in the cabinet it is to be installed or what other equipment will be located inside the cabinet. Most of the hardware has multiple uses as well. If we had a Price List with pictures and rules for use, however unfeasible that may be, it might not be too difficult to determine your hardware requirements. But that’s not the case. You just gotta learn all this stuff.
ADP-4B Annunciator Dress Plate*
BP2-4 Battery Dress Plate
*Use to BMP-1 Blank Module plate to cover unused single positions

27. Page 19
DR-A4
SBB-A4
The assembly consists of a back box and a locking door with
two keys. The back box and door can be ordered separately or as
a complete unit. Doors may be hinged right or left. A semi-flush
trim ring kit is available for each box size. 32 41

28. Page 19
DR-B4
SBB-B4 42

29. Page 20
DR-C4
SBB-C4 43

30. Page 20
DR-D4
SBB-D4 33 44

31. ABS-2D
ABS-4D

32. Any Questions?