Notifier AM-1000 Analog Fire Panel Installation Manual
Brand: Notifier by Honeywell
Introduction and Safety
Limits of Detection Systems
An alarm or fire detection system is valuable for timely warning of dangerous events like fire or robbery, and can manage events such as evacuation messages, automatic extinguishing, interfacing with CCTV systems, and controlling doors or access ways. However, it cannot guarantee protection against property damage or losses during a fire or theft. Proper installation and maintenance according to producer instructions are essential for correct system functioning.
Precautions
- Installation Environment: Temperature: -5°C to +40°C. Humidity: 10% - 93% (without condensate).
- Electrostatic Discharge: Handle components by the rim; avoid touching electrical parts to prevent damage from induced electrostatic voltage.
- Earth Connection: An exact earth connection helps reduce sensitivity to noise.
- Technical Support: Contact NOTIFIER Technical Service if unable to resolve installation problems.
- Power Operation: A fire alarm system requires electrical power. During AC power failure, it operates from standby batteries for a specified time. Plan for required autonomy to size the power supply and batteries.
- Battery Verification: Batteries must be verified periodically by specialized staff.
- Board Handling: Disconnect AC power and batteries before removing or inserting any board. Remove all electronic assemblies prior to any service operations.
- Damage Prevention: Connecting/disconnecting boards or cables with AC power connected can damage the control panel and connected devices.
- Device Compatibility: Use only NOTIFIER-assured compatible materials. Peripheral devices not perfectly compatible can cause damage to the control panel and system function. Contact NOTIFIER Technical Service if unsure.
- Maintenance: Insufficient or inadequate maintenance is a primary cause of malfunctioning.
- Cost Reduction: Careful planning of installation aspects will facilitate and reduce future intervention costs.
[REMINDER]: Do not attempt to install the control panel and devices before reading this manual.
General Description
The AM-1000 is a fire detection control panel with the following main features:
- Microprocessor System
- 1 analog line
- Supports 99 detectors + 99 input/output modules
- LCD graphic display with 8 lines for 20 columns (128 x 64 pixels)
- Keyboard with dedicated function keys: Evacuation, Delays reset, Buzzer silence, Siren silence/restore, Reset.
- 1 RS-232 interface for connection to a remote serial printer (80 characters per line).
- UP/DOWNLOAD software option for the RS-232 line.
- Optional Tel. Dialer Board available for external panel cabinet installation.
- Power supply: 24Vdc, 1.4A.
- Battery charger: 0.45A.
- User power connection for supplying external devices (e.g., sirens, bells).
- One supervised control for sirens.
- Wall-mounting type for the panel cabinet.
- 3 password levels: User, Maintenance, Configuration.
- Programmable text labels: 16 characters for point description; 16 characters for zone description.
- Supports 50 device zones.
- CBE (Control-by-event) equations for activations with logical operators (AND, OR, etc.).
- 100 logical Groups.
- Historical archive in non-volatile memory.
- Real-time clock.
- Detector Line Auto-programming for automatic identification of connected device types.
- Automatic identification of double address devices.
- Software algorithm for alarm and trouble criteria.
- Automatic switch for day/night detector sensitivity.
- Warning indication for detectors needing cleaning.
- Warning indication for low detector sensitivity.
- Programmable alarm threshold for detectors.
- Software function programming defined for various devices.
- Walk-Test functions selectable by zone.
[Image Description]: A front view of the AM-1000 Analog Fire Panel, showing its grey cabinet, LCD display, and control buttons. The panel interface may display status indicators like "ALLARME", "ESCLUSIONI", "QUASTI", "BISTEMA", "ALIMENTAZIONI", "DISPERSIONE A TERRA", "ESCLUSIONI GUASTI", "BIRENA", "TRASMISSIONE GUASTI", "TRASMISSIONE ALLARMI", "COMANDO ANTINCENDIO" in Italian.
Electrical Features
- Functioning temperature: -5°C to +40°C.
- Relative humidity: 10% - 93% (without condensate).
- Storage temperature: -10°C to +50°C.
- Weight: 2 Kg.
Earth Connecting
Earth connection must comply with CEI and ISPELS rules, requiring a resistance lower than 10 Ohm. The earth cable must be connected to the CNAL terminal on the control panel.
Primary Supply
The control panel operates from the mains voltage line. In case of mains loss, standby power is supplied by rechargeable batteries. The mains supply voltage characteristics are:
- Voltage: 230 V ac single-phase (+10%, -15%).
- Frequency: 50 / 60 Hz.
- Electrical input: 0.45 A.
[Note]: Installation near powerful electromagnetic sources (e.g., radio equipment, electric motors) requires careful consideration.
Power Supply Outputs
- 27.6 Vdc (+2%, -10%) with a maximum ripple of 300 mV (for control panel, user output, external load factors, and extinguishing board).
- 27.6 Vdc / 0.45 A for battery charging.
Battery-Charge Section
- Output voltage: 27.6 Vdc.
- Electrical output: 0.45 A (max 100 mVpp ripple, with temperature compensation).
- Supports connection of 2 x 12V batteries, each with a 7 Ah capacity.
- Compatible batteries include Yuasa NP7-12 or NP7-12FR (UL94) Faston, and Fiamm FG20721 or FGV20721 (UL94) Faston.
- Battery dimensions: 151mm (width) x 65mm (depth) x 98mm (height).
- Signalization thresholds for battery status: Exhausted battery = 21.5 Vdc; Recharge balance = 3.4 Vdc (voltage difference between 2 batteries); Battery release = 20 Vdc.
- Standby absorption without 230 Vac Network voltage: 90 mA (without optional board).
List of Fuses
- On the 230 V Network voltage: 2 A FAST.
- On the siren output: 0.75 A (resettable).
- On the battery input: 2.5 A (resettable).
- On the user output: 1 A FAST.
System Configuration
Number of Devices on Line
The maximum number of devices that can be connected on the detection line is:
- 99 detectors
- 99 input/output modules
Features of the Output Relays
| FUNCTION | FEATURES |
|---|---|
| Siren | 1 24 Vdc / 1 A supervised contact. |
| General alarm | Max 1 A 30Vdc, NA-NC selectable by JALL jumper. |
| General trouble | Max 1 A 30Vdc, NA-NC selectable by JGST jumper. |
CN0 Terminal Board
| N° | Description | Features | Notes |
|---|---|---|---|
| 21 | RL NA-NC Alarm | 1A 30Vdc contact | NA-NC selectable by JALL jumper |
| 20 | RL Common Alarm | ||
| 19 | RS232 GND | ||
| 18 | RS232 RI | Non opto-isolated serial output. Appears as "Earth Trouble" if connected devices have negative earthing. | |
| 17 | RS232 RX | ||
| 16 | RS232 RTS | ||
| 15 | RS232 RTX | ||
| 14 | GND User | ||
| 13 | +24Vdc User | Protected by 1A Fast fuse | Current available for user (sum of two outputs). |
| 12 | RL Negative Siren | Protected by 0.75A fuse (polarity inversion output). | |
| 11 | RL Positive Siren | ||
| 10 | RL Common trouble | 1A 30Vdc contact | |
| 9 | RL NA-NC trouble | NA-NC selectable through JGST jumper. | |
| 8 | GNDI | Opto-isolated serial output | |
| 7 | RS485 LIN- | Available with optional AM1SE board. | |
| 6 | GNDI | ||
| 5 | RS485 LIN+ | ||
| 4 | Line 1 B- | LINE 1 | |
| 3 | Line 1 B+ | ||
| 2 | Line 1 A- | ||
| 1 | Line 1 A+ |
Installation
The control panel must be wall-mounted to ensure clear visibility of the display and easy user access. A height of 1.5 meters is recommended for optimal display vision.
Wall mounting can be achieved using 5 automatic blocks for brickwork walls or self-tapping screws for prefabricated panels. The maximum diameter for self-tapping screws is 5mm.
For corner installations, a clearance of 280mm is required to allow the frontal panel to open fully.
Recommendation: Do not install the control panel near heat sources like radiators or thermosiphons.
Network Connection
The 230 Vac network supply cable should be routed near the relevant terminal. Connection requires a 3-conductor cable (phase, neutral, earth). The earth cable must originate from the CNAL terminal and be secured to the box to prevent accidental detachment.
Connection steps:
- Turn on the main switch for the 230 Vac network supply.
- Disconnect the CNAL terminal from the control panel.
- Connect the network supply cable.
- Reconnect the CNAL terminal.
- Turn off the network switch.
- Install and connect batteries as per manual instructions.
[Note]: The control panel operates immediately upon power supply. Allow several hours for full battery recharge.
Verify LED indicators on the panel as described in the "Testing and Start Up" section.
Close the control panel.
Internal Connection and Batteries
The control panel features an internal recharge power-supply connected to the batteries via an irreversible connector. The power supply provides 27.6 Vdc and a maximum current of 0.45 A.
For standby power during mains absence, two batteries are required with the following characteristics:
- Nominal voltage: 12 V.
- Nominal capacity: 7 Ah maximum.
Connection of the Siren
[Diagram Description]: A schematic shows the siren connection to terminals CN0-11 and CN0-12. It includes an end-line resistor (47K 1/4W) and two 1N4004 diodes, connecting to a not-polarized siren.
Sounder Output Window:
| SHORT CIRCUIT | STAND BY | CUT |
|---|---|---|
| 21K | 61K |
Components of the System
Lines for Communication to Detectors/Modules
The AM1000 panel communicates with detectors and addressable devices via a 2-cable line. Connections must adhere to STYLE 4 (open line) and STYLE 6 (closed line) specifications. Peripheral devices are powered through the same line. For lines with more than 32 devices (EN54.2), STYLE 6 configuration (closed line) is mandatory.
Isolator Modules (ISO-X)
Isolator modules provide electrical isolation for devices on the same loop, allowing critical components to function during a communication line short-circuit.
Input Modules (MMX)
Addressable input modules allow the AM1000 to monitor Normally Open (N.A.) contacts, manual alarm buttons, 4-wire conventional fire detectors, thermal detectors, humidity detectors, and supervision devices.
Output Modules (CMX)
Output modules enable the AM1000 to activate indication circuits or potential-free relays through programmable CBE equations.
Intelligent Detectors
The AM1000 panel is compatible with ionic analog, photoelectric, thermal, and rate-of-rise detectors.
Technical Information for Analog Line Connection
Cable type: Twisted (5cm), screened, 2 conductors. Maximum total line length (including loop ring for STYLE 6) is 3000 meters. Total line resistance must be below 40 Ohm.
Minimum Cable Section Schedule by Length:
| Length | Cable Specification | AWG | Recommended Cable |
|---|---|---|---|
| Up to 1,000 meters | 2 x 1 mm² | 16 AWG | Belden 9575 |
| Up to 1,500 meters | 2 x 1.5 mm² | 16 AWG | Belden 9575 |
| Up to 2,000 meters | 2 x 2 mm² | 14 AWG | Belden 9581 |
| Up to 3,000 meters | 2 x 3 mm² | 12 AWG | Belden 9583 |
Connection Diagrams and Procedures
Connection of Detectors and Modules (Example: Closed Line, Style 6)
[Diagram Description]: Illustrates a Style 6 closed loop connection. It shows a Base B-501 for analog detectors, BG-101L, CMX-2, MMX-1, NOTA1, and ISO-X isolator modules connected in a loop. Components like resistors (33Kohm, 47Kohm) and diodes (1N4004) are depicted. The diagram also shows a connection to the panel earth.
Note 1: Devices for alarm transmission (e.g., telephone dialer) cannot be connected to this specific output; refer to EN 54.2.
Circuit with Loop (Style 6) Connection
This section details the functions according to NFPA STYLE 6 signalization circuits.
[Diagram Description]: A diagram shows a Style 6 loop configuration with multiple protected rooms. ISO-X isolator modules are placed between sections (section 1, 2, 3) to isolate devices. The loop has CHANNEL "A" (out) and CHANNEL "B" (in).
[Note]: The maximum number of devices between two ISO-X isolator modules is 25.
Working Principle: To protect devices from opening and short-circuits, groups of devices on the SLC line are separated by ISO-X isolator pairs. A fault in section 2, for example, will not affect sections 1 and 3. The isolator modules at both ends of section 2 will open the SLC line. Section 1 remains powered via canal "A", and section 3 via canal "B". The panel will signal a trouble condition (e.g., "ANSWEAR NOT VALID") for devices in section 2. This circuit is a variation of STYLE 6 and does not permit "T" derivations or branching.
Connection Lines in Field (Style "A")
[Diagram Description]: Shows the connection of a loop SLC line (Style "A") to the control panel terminals. It indicates "Loop SLC", "No 'T' branches allowed", and "SHIELD". The diagram illustrates connections to Canale A and Canale B.
The total length of the SLC wire (panel output and return) must not exceed 3,000 meters.
The continuous supply resistance of the SLC loop must not exceed 40 Ohm.
To measure the resistance of Canal "B", disconnect canals "A" and "B" from the control panel, short the two ends of Canal "A", and then measure.
Features of Connections (Style "B") and Branch Resistance
[Diagram Description]: Illustrates Style "B" connections with branching. It shows "BRANCH B", "BRANCH", "RAMO A", "RAMO D" connected to the main line, with "SCHERMO" (shield) indicated.
Branch Resistance: To measure branch resistance, short the terminal points of each branch and measure the DC resistance from the beginning of the canal to the end of the branch. The total DC resistance from the panel to the end of any branch must not exceed 40 Ohm. Repeat for all branches.
For each canal, sum the lengths of all present branches. The total length for any canal (e.g., Branch A + Branch B + Branch C + Branch D + Branch E) cannot exceed 3,000 meters.
Testing and Start Up
Test Procedure for Analog System Lines
Before powering the lines, verify the following values using a digital tester:
a) Line Resistance
Create a positive and negative short-circuit at the installation end. Measure resistance between (+) and (-) of the line. Resistance must be lower than 40 Ohm.
[Diagram Description]: Shows test setup for STYLE 4 and STYLE 6 lines with short circuits.
b) Line Isolation
Remove the previous short-circuit. Measure line isolation with detectors and modules installed:
- b1) STYLE 4: Connect Tester (+) to Line (+), Tester (-) to Line (-). Verify resistance: 1 - 1.3 MOhm.
- b2) STYLE 6: Connect Tester (+) to Line (-), Tester (-) to Line (+). Verify resistance: 0.7 - 0.9 MOhm.
[Diagram Description]: Shows test setup for STYLE 4 and STYLE 6 line isolation testing.
c) Shield Isolation of Cable/Line
Place one tester probe on the line cable shield and the other on the positive cable (+). The measured resistance must be greater than 15-20 MOhm (ideally "infinite"). Repeat for the shield and the negative cable (-).
d) Earth Isolation (Installation/Lines)
Place one tester probe on the installation earth and the other on the positive cable (+). The measured resistance must be greater than 15-20 MOhm (ideally "infinite"). Repeat for the earth and the negative cable (-).
e) Earth Isolation (Installation/Cable Monitor)
Place one tester probe on the installation earth and the other on the cable shield. The measured resistance must be greater than 15-20 MOhm (ideally "infinite").
f) Line Tension
With detectors/modules connected, the output voltage of line 1 (terminals 1-2) should be 24 Vdc (without programmed points). A voltage lower than 14 Vdc indicates a connection inversion of detectors or modules.
Testing and Start Up Procedure
Installation should follow the Installation Manual and Programming Manual.
After mechanical installation:
- Verify correct detection line connections using a multimeter (refer to "Test procedure for analog system lines").
- Connect detection lines to the control panel.
- Connect the siren (with a 47K Ohm, 1/4W balance resistor) to terminals CN0-11 and CN0-12.
- Verify battery autonomy requirements for periods without 230 Vac supply.
- Connect the control panel to the 230 Vac supply using a tripolar cable (phase, earth, neutral). Ensure the earth cable is longer than phase/neutral cables. Connect to the CAN terminal and secure it to the box to prevent tears.
Supply connection steps:
- Switch on the 230 Vac supply to the control panel.
- Disconnect the CAN terminal from the control panel.
- Connect the 230 Vac supply cable to the CAN terminal.
- Reconnect the CAN terminal to the control panel.
- Switch off the 230 Vac.
- Install and connect batteries as per page 24.
Upon connecting the control panel, verify the following frontal monitor indications:
- Green LED "Presence of supply" is lit.
- Yellow LED "General trouble" is flashing.
- Yellow LED "Trouble of the system" is flashing.
- Buzzer sounds continuously.
Press the "BUZZER SILENCE" key: the buzzer stops, and "Panel power-on" is displayed.
Press the "RESET" key: the display prompts for password level 2.
Enter the password and verify:
- Green LED "Presence of supply" is lit.
- Yellow LED "General trouble" is off.
- Yellow LED "System trouble" is off.
- No trouble indication on the display.
For programming, consult the "SUGGESTED SEQUENCE TO PROGRAM THE CONTROL PANEL" chapter in the User and Programming Manual.
Periodical Maintenance
Perform the following checks for the AM-1000 control panel:
- Verify the green "Power present" LED is lit.
- Verify all other LEDs are off.
- Perform "lamp test" to check display and indicator lights.
Disconnect the 230 Vac network supply and verify:
- Display shows "Mains Trouble".
- Yellow LED "FAULTS" flashes.
- Yellow LED "POWER" is on.
- General trouble relay is on.
Check battery voltage; if the sum of the two batteries is less than 20.5 V, they need replacement.
Reconnect the 230 Vac supply, press "ACK", and verify:
- "Mains Trouble" indication is absent.
- Yellow LED "FAULTS" is off.
- Yellow LED "POWER" is off.
- General trouble relay is off.
Trigger an alarm on line 1 and verify:
- Red LED "ALARM" flashes.
- Siren output is active.
- Alarm is displayed.
Press "Silence BUZZER", then "Sounder Silence/Restore". Verify the silenced siren icon, Red "ALARM" on, and Siren output off.
Press "RESET". Verify Red "ALARM" off, Siren output off, and no alarm signalization on the display.
After maintenance, ensure the control panel is in stand-by mode with no alarm or trouble indications, and the "Power present" LED is on.
Topographical Information
Frontal Board
[Diagram Description]: Shows the layout of components on the AM-1000 frontal board, including the hard key for non-volatile memory re-write (with options A: no change possible, C: modify allowed), the ET-0206 keyboard connector, and the connector for the AM1BA board (Cable: CVCV-0208).
Main Board
[Diagram Description]: Depicts the main board components. Key elements include connectors (CNF, CNVB, CNSE1, CNSE2, CNAL, CN0), fuses (F2AL, F800mAL), LEDs (Power, Faults, Earth), various jumpers (JDSPE, JALL, JGST, JL1), a Reset button, battery terminals, TRF 1, and status LEDs for detectors and communication. It also shows the housing for the serial board (AM1SE).
Notifier Information
Notifier maintains a global network of international offices.
Notifier Italia S.r.l.
Address: Via Grandi, 22, 20097 San Donato Milanese (MILANO), Italy.
Phone: +39 02 518971
Fax: +39 02 5189730
Website: www.notifier.it
Email: notifier@notifier.it
Technical Assistance Number: +39 039 9301410
Company details include share capital, registration numbers, and VAT information.
Regional offices are listed for Torino, Padova, Bologna, Firenze, Roma, Napoli, Bari, and Catania.
Disclaimer: Every care has been taken in the preparation of this data sheet, but no liability can be accepted for the use of the information therein. Design features may be changed or amended without prior notice.
