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H-S81-HS & S81-HS/C Industrial Fire PanelsPN LS10139-051HI-E:B 5/25/2017

Listing DocumentThe H-S81-HS and S81-HS/C Fire Panels are modular control panels for facilities in industrial, commercial or public building applications. It performs the following services:

• Local Services

• Releasing Services

The H-S81-HS Panels combine complete built-in Fire Alarm Control Panel equipment such as Initiating Device Circuit (conventional device) Notification Appliance Circuits (NACs), Signaling Line Circuits (SLCs), Releasing Circuit, Relays Circuits, Aux power Output. Due to 4-20mA input channel cards the H-S81-HS Panels are also suited to collect alarms from any 4-20mA transducer such as, for instance, pressure and flow transmitters. The system is supplied in a self-standing steel cabinet having a swivel chassis, and a transparent door. The operator’s interface is made up by a graphic LCD, 14 signaling LEDs, and a 23 button keyboard. The Panels are field programmable using a laptop with the possibility of Off-site pre-programming.

The S81-HS/C is a compact version of the full-sized H-S81-HS panel. It features the same characteristics and functional performance but with the following main differences.

• Smaller enclosure 27.56 x 19.69 x 9.84 inches (700 x 500 x 250mm); internal components rearranged to fit inside

• Maximum number of I/O cards: 8

• Smaller power supply units: 10A single or redundantNote: Single power supply can not exceed 10A in alarm

Full-size Panel - H-S81-HS Compact Panel - S81-HS/C

Figure 1 H-S81-HS and S81-HS/C Control Panels

2 H-S81-HS Listing Document — P/N LS10139-051HI-E:B 5/25/2017

1 Installation Wiring Documents

1.1 General Installation Considerations• The control panel must be mounted dry indoors and within a protected area.

• The total nominal system current must not exceed:

– 12 A using S81-PU0002-2 power supply unit




• The maximum standby battery capacity is:

– 120 Ah at 24 V DC using S81-PU0002-x power supply unit

– 65 Ah at 24 V DC using S81-PU0003-x power supply unit

• All field devices connected to control panel must be UL Listed, compatible devices.

• NFPA 72 requires that the AC connection be made from a dedicated branch circuit that is mechanically protected. The circuit must be marked in red and identified as a “FIRE ALARM CIRCUIT”. The location of the circuit and its disconnecting means shall be permanently noted at the fire alarm control panel. The circuit breaker must be rated at 20 amps maximum.

1.2 Main Supply CircuitThe panel is equipped with one (S81-HS/C) or two (H-S81-HS) separate primary AC power supply circuits.

Figure 2 Installation Wiring Diagram: Main Supply Circuit

S81-HS/C

H-S81-HS

H-S81-HS Listing Document — P/N LS10139-051HI-E:B 5/25/2017 3

Features

Connections

Feature Data

Supply voltage 120 VAC or 240 VAC

Nominal frequency 50-60Hz

Maximum Input current Alternate Construction (S81-HS/C) w/ S81-PU-0003-1 Power Supply120VAC @ 50/60Hz – 6A240VAC @ 50/60Hz – 3.5A

Alternate Construction (S81-HS/C) w/ S81-PU-0003-2 Power Supply120VAC @ 50/60Hz – 13A240VAC @ 50/60Hz – 6.5A

Full Size Panel (H-S81-HS) w/ S81-PU-0002-2 Power Supply120VAC @ 50/60Hz – 3A240VAC @ 50/60Hz – 1.5A

Full Size Panel (H-S81-HS) w/ S81-PU-0002-4 Power Supply120VAC @ 50/60Hz – 4A240VAC @ 50/60Hz – 2A

Terminal Connection Specification Notes

L1 Brown AC Line #1, 120 VAC, 50-60 Hz, 6 A maximum

N1 Blue AC Neutral #1, 120 VAC, 50-60 Hz, 6 A maximum

E1 Yellow/Green Earth Ground

L2 Brown AC Line #2, 120 VAC, 50-60 Hz, 6 A maximum (A)

N2 Blue AC Neutral #2, 120 VAC, 50-60 Hz, 6 A maximum (A)

E2 Yellow/Green Earth Ground (A)

Note: (A) Not available on alternate construction S81-HS/C

NOTES: - If primary AC power supply source is only one, terminals pairs N1-N2, L1-L2 and E1-E2 shall be jumpered. (Not available on alternate construction S81-HS/C)- Both primary AC power supply circuit are supervised for the presence of AC power.- The primary AC connection must be mechanically protected by a dedicated branch circuit rated at 20A.- AC power lines must be run in the reserved cable try.


1.3 Rechargeable Battery CircuitThis product requires two 12 V batteries in series for a combined voltage of 24 V. The rechargeable battery circuit is supervised for the presence of battery power. To select the proper battery size for your system, refer to Battery Calculation on Installation & Commissioning Manual.

Features

Feature H-S81-HS S81-HS/C

Power limited circuit No No

Supervised circuit Yes Yes

Charge voltage 26.2 to 28.7 V DC self- temperature compensated

26.2 to 28.7 V DC self- temperature compensated

Max charge current 8 A 4 A

Suitable battery capacity 120 Ah Max 65 Ah Max

Standby operating time see Battery Calculation on Installation & Commissioning Manual

see Battery Calculation on Installation & Commissioning Manual

Figure 3 Installation Wiring Diagram: H-S81-HS and S81-HS/C

Battery Interconnect Cable

Battery Interconnect Cable

12V Sealed Rechargeable Battery 120 Ah

Max


Max


Max


Max

S81-HS/C

H-S81-HS


Connections

1.4 Initiating Device Circuits (Fire Alarm)The panel supports Class B Style B and Style C wiring for its initiating circuits. These circuits are power limited and fully supervised for short or open circuit troubles.

Terminal Connection Specification

+B Red2 x 12V DC battery connected in series

-B Black

NOTE:- Use only UL-Listed sealed lead acid batteries. (Do not parallel batteries.)- Batteries may be installed inside the panel enclosure- The H-S81-HS can permit batteries up to 120 Ah inside the panel enclosure- The S81-HS/C must be wired to the batteries in a separate UL Listed Battery Box suitable for use with batteries of the intended capacity. The wiring to the battery box must be limited to 20 ft (6.096 m) with cable in conduit and batteries installed in the same room as the control unit intended to provide the secondary power. Battery cabinet should be located near the control panel with closed-nipple connection.

Figure 4 Location of Initiating Devices


Features

Connections

Feature Data

Usable Cards S81-F3002-1

Wiring Class B Style B and Style C

Power limited circuits Yes

Supervised circuits Open Line, Short Circuit, and Ground Fault

Type of supported devices Automatic Alarm, Manual Alarm, Supervisory, Manual Release, Abort, Waterflow

Standby current 4 mA

Alarm current 20 mA

Max line current 116 mA

End of line resistor Model S81-EOL 5600 ohm 1/4W

Line Voltage 22 VDC ripple 68mV

Maximum line impedance 50 ohm

Ground fault impedance </ 500 ohm

NOTES:- Use only compatible devices. For a complete list of compatible detectors see Section 6.1 on page 36.- Use end of line resistor model S81-EOL.- Install maximum 25 detectors per loop.- Whether mixing different models of compatible smoke detectors, or using the same model on the same circuit, total standby current of all detectors must not exceed 3 mA.

S81-LR S81-LR

Class B Style C

Class B Style B

Figure 5 Class B Style B and


1.5 4-20mA Circuits (for Typical Transducers of Fire Extinguishing Systems)The panel supports Class B Style C wiring for 4-20 mA circuits. They can be used to control typical devices of fire extinguishing systems, such as flow meter transmitters, level transmitters, pressure transmitters, etc. These circuits are power limited and fully supervised for short or open circuit troubles.

Features

Feature Data

Usable Cards S81-F4001-1, S81-F4002-1, S81-F4003-1

Wiring Class B Style C



Type of supported devices 4-20mA flow meter transmitter, level transmitter, pressure transmitter

Transducer output voltage 25VDC protected with 1A fuse

Input current 0-24 mA



Figure 6 Location of the 4-20mA Circuits


Connections

NOTE: Use only UL-Listed transducers.

Figure 7 Class B Style C Wiring


1.6 Notification Appliance CircuitsThe panel supports Class B Style Y wiring for its regulated notification appliance circuits. All circuits are power-limited, regulated, fully supervised for short or open circuit troubles, and provides up to 0.25 A.

Features

Feature Data


Wiring Class B Style Y



Type of supported devices Audible Alarm Devices (Except Strobes)

Rated voltage 24VDC

Max current 250 mA


Type Regulated


Synchronization On card basis (only one strobe can be attached to a NAC circuit)


Figure 8 Installation Wiring Diagram


Connections

NOTES: Use only UL-Listed notification alarm devices.For a complete list of compatible devices see Section 6.2 on page 36.

Figure 9 Class B Style Y Wiring


1.7 Signaling Line CircuitsThe H-S81-HS Fire Panel uses the Hochiki Digital Communication Protocol (DCP) and the System Sensor Protocol (CLIP) to communicate with each of the addressable devices located on the SLCs. The panel supports Class B, Style 4, Class A, Style 6 and Style 7 wiring. These circuits are power limited and fully supervised for short or open circuit troubles.

Features

Feature Data

Usable Cards S81-F7001-1, S81-F7012-1

Rated Input Voltage (card) 24VDC

Wiring Class B, Style 4, Class A, Style 6 and Style 7



Type of supported devices See compatible equipment Section 6 on page 36

Rated output voltage (SLC) S81-F7001-1 = 35VDCS81-F7012-1 = 24VDC

Max current S81-F7001-1 = 100 mA power-limitedS81-F7012-1 = 42mA power-limited

Max communication bit rate 1.2 KHz


NAC Synchronization On Card basis




Connections

Figure 11 Class B Style 4 SLC Wiring

Figure 12 Class A Style 6 SLC Wiring

Figure 13 Class A Style 7 SLC Wiring


1.8 Communication CircuitsThe panel has a serial communication port enabling connection of a laptop for panel programming transfer. This function is used for temporary connections only.

Features

NOTES:- Before installation, all of the addressable devices installed on each of the SLCs must be programmed with a unique address ranging from 1 to 127 for Hochiki, and from 1 to 99 for System Sensor. - The SLC does not require an EOL. Some modules that are connected to the SLC need EOLs. For proper wiring, refer to the manufacturer's installation instructions of the connected device.- For complete list of compatible addressable devices see Sections 6.3 and 6.4.- When installing SCI modules for true Style 7 compliance, the SCI modules must be installed in a “closed nipple” fashion. An isolator is required before and after every device, connected in conduit as shown below in Figure 12A.- When NACs are installed on the addressable loop in more than one zone, they should be protected with the use of isolators to prevent a fault in one zone from jeopardizing functionality of NACs in another zone.

Feature Data

RS232 connection S81-E2003-1 (J5 connector)

Connection cable CFT10-2

Programming software ProHS81

Figure 12A Closed Nipple Enclosure



Connections Connector J4

DirectionDB9 Female

Pin Signal Signal Pin

1 DTR DCD 1

3 TXD RXD 2

5 RXD TXD 3

7 DCD DTR 4

9 GND GND 5

2 DTR DSR 6

4 CTS RTS 7

6 RTS CTS 8

8 NU RI 9

10 NU

NOTE: The power supply of H-S81-HS and S81-HS/C are floating with respect to the earth ground. Some devices, such as personal computers, have the negative pole of the power supply connected to the earth ground for safety reasons. The connection of these devices to the panel will produce earth fault signaling.

Figure 15 RS232 cable


1.9 Auxiliary Power Output CircuitsThe panel is provided with auxiliary power output circuits for field devices that need an auxiliary power supply (e.g. addressable cards, 4-20 mA transducer, etc.). These circuits are supervised and power-limited. Each circuit is protected by a resettable fuse. All auxiliary power output circuits are special application type and battery backed up.

Features Feature Data




Rated voltage 24 VDC

Max current 500 mA

Type Special Applications

Battery backed up circuits Yes


24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

Figure 16 Location of Auxiliary Power Output Circuits


Connections

NOTES:- The output from each auxiliary power outputs circuits must not exceed 0.5 amps.- Any devices powered from the auxiliary power terminals should be taken into consideration for power supply and battery calculations.- External power from a separately listed Regulated UL 864 power supply can also be used to provide external power for aux power, fire, and emergency signaling applications (e.g. 24 VDC circuit on a 4-20 mA sensor). The separate power supply must be located within the same room as the main control unit with conductors limited to 20 ft (6.096 m) in length and in conduit. Additionally, the neutral of the separate power supply must be connected to a V- terminal on the main control unit.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

24 Vdc 500mA max.

Figure 17 Power Output Circuit Wiring


Supporting Addressable Devices

The previously discussed termination cards can be used to provide auxiliary power of up to 500 mA (maximum) to the following addressable devices:

1.10 Releasing Device Circuits (Special Application)The panel provides I/O Releasing Circuits, which are fully supervised and power-limited. Input circuits are Class B Style B and Style C wiring while output circuits are Class B Style Y wiringNote: Releasing Circuit disconnect switches wired to an input shall be programmed as Supervisory and shall be logically connected to variable 10 of the F6001 (system disabled)..

Model Manufacturer Features Operating Voltage

DCP-SOM Hochiki America Corporation Supervised Output Module 18-30VDC

M502M System Sensor 1 x Zone Input Module (Class A/B) 15-32VDC

CZ-6 System Sensor 6 x Zone Input Module (Class A/B) 15-32VDC

M500S System Sensor 1 x Supervised Output Control Module 15-32VDC

SC-6 System Sensor 6 x Supervised Output Control Module 15-32VDC

BEAM200 System Sensor Addressable Beam Smoke Detector 15-32VDC

Figure 18 Location of Releasing Device Circuits


Features

Input Connections

Input circuits Feature Data


Wiring Class B Style B and Style C



Type of supported devices Automatic Alarm, Manual Alarm, Supervisory, Manual Release, Abort, Waterflow

Standby current 4 mA

Alarm current 20 mA

Max line current 116 mA


Line Voltage 22 VDC ripple 68mV



Output circuits Feature Data

Usable Cards S81-F5001-1, S81-F5004-1 (Special Application)

Wiring Class B Style Y


Supervised circuits Yes

Rating (F5001-1 Card) Each Output can provide 24VDC - 0.5A

Rating (F5004-1 Card) Each Output can provide 24VDC - 2A


Figure 19 Class B Style B Wiring

Manual ReleaseSwitch

Abort Switch(Hold)

S81-LR

S81-LR EOL Device

Part Number

S81-EOL

EOL Device

Part Number

S81-EOL


Output Connections

Where:Rmax = maximum allowable resistance of wiring cableIs = Solenoid current.

1.11 Relay Output CircuitsThe panel is provided with common and programmable relay output circuits. All relay circuits have one dry form “C” contact. Common relay circuits are provided by the S81-T8007-2 Terminal Board labeled SR0. Programmable relay circuits are provided by optional additional programmable S81-T8007-2 Terminal Boards. Since these circuits are not supervised, they shall be restricted to the same room. The following table lists the functions performed by the common relay board S81-T8007-2:

NOTES:- Each circuit controlled from the S81-F5001-1 card is capable of 0.5 Amps of current.- Each circuit controlled from S81-F5004-1 card is capable of 2 Amps of current.- To prevent accidental discharge, connect releasing devices after initial panel tests are completed.- For a complete list of compatible releasing devices see Section 6.6 on page 37.- Wiring section must be configured to maintain a minimum voltage of 17.86 VDC on releasing Circuits.

Calculation of maximum allowable wiring resistance: Rmax = 22 - 17.86Is

Relay Function TBLeads

NoteNC NO C

K1 Supervisory relay contact BR1 M1 M2 M3

K2 Fire condition relay contact BR1 M4 M5 M6

K3 Trouble condition relay contact BR1 M7 M8 M9 Normally energized relay

K4 Local buzzer relay contact BR1 M10 M11 M12

K5 Not used relay contact BR2 M1 M2 M3





Figure 20 Class B Style Y Wiring

S8

1-D

1

S81

-D1


Features



K12 Run relay contact BR3 M10 M11 M12 Normally energized relay

K13 System trouble relay contact BR4 M1 M2 M3 Normally energized relay

K14 Power supply trouble relay contact BR4 M4 M5 M6 Normally energized relay

K15 CPU trouble relay contact BR4 M7 M8 M9 Normally energized relay

K16 Reset relay contact BR4 M10 M11 M12 Impulsive

Feature Data

Usable terminal board for common relay outputs S81-T8004-1 and S81-T8007-2

Usable cards for programmable relay outputs S81-F5001-2 and S81-T8007-2

Power limited circuits No

Supervised circuits No

Rating (Resistive load) p.f. = 1.0 S81-T8007-2 = 4 A @ 30 VDC S81-T8004-1 = 1 A @ 24 VDC

Figure 21 Location of Relay Output Circuits, Common and Programmable Relay Boards


Connections

NOTES:- All programmable relay outputs in the system have an “energized” option. This option provides fail-safe features so that a relay transition from energized to de-energized can be supervised. If the “energized” option is enabled, the relay is on during normal operation and, upon a trouble condition, it is turned off. In case of power failure, the relay goes off and generates a trouble condition. If this option is programmed as “not energized”, the relay is off during normal operation and turned on in case of trouble.- If relay outputs power source is non-power-limited, wiring must be routed through the non-power-limited spaces. Please note, if you connect a non-power limited source to a circuit on their terminal block, the whole terminal block becomes non-power limited.- Relay output circuits shall be restricted to the same room.

Figure 22 Programmable Relay Output Circuit Wiring

Figure 23 Common Relay Output Circuit Wiring


1.12 Supplementary Circuits The panel is provided with four remote control digital input circuits, six auxiliary digital input circuits, and one output circuit for control of an auxiliary buzzer. These circuits are terminated on BR1 terminal of the S81-T8004-1 terminal board. The input circuits are not supervised, while the output circuit is both supervised and power-limited. The following table lists the functions performed by the supplementary circuits located on the S81-T8004-1 terminal board:

Function TB Lead Note

Not Used BR1 M1

Not Used BR1 M2

Not Used BR1 M3

Not Used BR1 M4

Battery status input (Charge/Supply) BR1 M5 Signal from power supply unit (internal wiring)

Main supply status (PSU1 failure) BR1 M6 Signal from power supply unit (internal wiring)

Battery supply status (PSU2 failure) BR1 M7 Signal from power supply unit (internal wiring)

Battery charge status (Full charge/Trickle charge) BR1 M8 Signal from power supply unit (internal wiring)

External fault input BR1 M9 For external fault (internal wiring)

Not Used BR1 M10

L+ Local buzzer/Local Sounder BR1 M11 (internal wiring)

L- Local buzzer/Local Sounder BR1 M12 (internal wiring)

Supervisory relay control - K1 J2 3 Open collector output

Fire condition relay control - K2 J2 4 Open collector output

General Fault relay control - K3 J2 5 Open collector output (Normally energized)

Local Buzzer relay control - K4 J2 6 Open collector output

Not used relay control - K5 J2 7 Open collector output







Run relay control - K12 J2 14 Open collector output

System trouble relay control - K13 J2 15 Open collector output (Normally energized)

Power Supply trouble relay control - K14 J2 16 Open collector output (Normally energized)

CPU trouble relay control - K15 J2 17 Open collector output (Normally energized)

Reset relay control - K16 J2 18 Open collector output

+ Coil relays K1-K16 J2 19-20 +24VDC power limited


Digital Input Circuit Features

Output Circuit Features

Feature Data

Usable terminal board S81-T8004-1 (Internal wiring only)



Feature Data

Usable terminal board S81-T8004-1 and S81-T8007-2 (Internal wiring only)


Supervised circuits (NAC) Open Line, Short Circuit, and Ground Fault

Rated voltage 24VDC

Max current 250 mA

Type Special and Regulated




NOTE: These input/output circuits must be used for internal wiring only.

Figure 24 Location of Supplementary Circuits


Connections

1.13 Ancillary Circuit Features

The panel can be provided with serial interface circuit. These circuits aren’t monitored for integrity and any fault in those circuits does not interfere with the safety function of the panel.

NOTES:- Trouble common relay outputs are “Energized” type. - If relay outputs power source is non-power-limited, wiring must be routed through the non-power-limited spaces.- Digital Inputs on the I/O board are not supervised. These inputs are not for primary initiating or detection of fire or life safety conditions. These inputs are for secondary use only.- Relay output circuits shall be restricted to the same room.

Feature Data

Usable Cards S81-F7006-1 w/ S81-T9003-1 Termination boards



Rated voltage 24VDC, Special Application

Figure 25 Supplementary Circuit Wiring


Connections

Installation Wiring Diagram

Figure 26 Location of Ancillary Circuits

1.14 Safety Bus Communications Circuits (SB Modules)The S81-HS Fire Panel uses Safety Bus Digital Communication Protocol to communicate with Safety Bus modules. This is a Class A or B circuit, power limited and fully supervised for wire-to-wire short or open circuit troubles. It isn’t supervised for ground fault; any single ground fault does not interfere with proper functioning of the panel; a second ground fault may lead to a fault annunciation on the panel.

As per UL864 these circuit shall be routed within the room where the panel is installed, in conduit and at a maximum distance of 20 feet (6.096 meters) from the panel.

Function Termination H-S81-HS cable CCT6 Termination S81-HS/C terminals

RS232 TX data White 1 or 4

RS232 RX data Brown 7 or 10

RS232 GND Green 13 or 16

RS485 + Yellow 2 or 5

RS485 - Grey 8 or 11

RS485 GND Pink 14 or 17


Installation Wiring Diagram

Figure 27 Location of the Safety Bus Communication Circuits

Features

Feature Data


Wiring Class A or Class B


Supervised circuits Open Line, Wire-to-Wire Short Circuit

Type of Supported Devices Refer to Safety Bus Communication Circuit Circuits (SB Modules) on page 37

Rated voltage 24VDC

Max. Current 84mA

Note: All external devices connected to the control panel via the S81-F7011-1 card must be located in the same room within 20 feet (6.096 meters) of the panel with cabling in conduit.


Connections

Figure 28 Wiring of Safety Bus Communication Circuits

1.15 General Wiring Information• If shielded cable is used terminate the shield to the earth ground terminal bar in the cabinet and leave open at field side of cable. Do not ground at

both ends of cable.

• Route the AC input power wiring only in dedicated cable trays as shown by figure 23.

• Determine the amount and proper location of conduit/service cable entrances. Drill all appropriate entrances into the base plate. (see Figure 22).

• Power-Limited and Non-Power-Limited wiring must enter through separate conduit/service entrances.

• AC power entrance into base plate is recommended at the bottom right side of the base plate.

F7011-1

V+V-

HS-81 Panel Enclosure

Safety Bus Enclosure

SB-SIM/GMT9003-1 SB-SIM SB-AIM SB-NCM SB-ECM

+ 24 VDC- 24 VDC

- LK+ LK

GroundShielding *Drawing not to scale. All wiring between the Panel, the External Safety Bus Enclosures, and all separately listed regulated UL 864

power supplies (if used) should be within 20 ft (6.096 m) of each other located in the same room with cable in conduit.

T9003-1 T9003-1

TB1

TB1 TB1

Figure 29 Conduit Entrance


1.16 Separation of CircuitsPay careful attention to the routing for power-limited and non-power-limited wiring. Maintain a 1/4-inch separation between these two types of wiring. All terminal connections are power-limited except those to the AC power, battery connections, and relay output contacts when switching non-power-limited sources.

2 OperationThis section covers the intended application of the product.

2.1 System types• Local

• Releasing

– Cross zone

– Counting zone

– NFPA 11 – Standard for Low, Medium, and High-Expansion Foam

– NFPA 12 - Standard on Carbon Dioxide Extinguishing Systems.

– NFPA 12A – Standard on Halon 1301 Fire Extinguishing Systems

– NFPA 13 - Standard for Installation of Sprinkler Systems.

– NFPA 15 - Standard for Water Spray Fixed Systems.

– NFPA 16 - Standard for Foam-Water Sprinkler and Foam-Water Spray Systems.

– NFPA 17 - Standard for Dry Chemical Extinguishing Systems.

Figure 30 Separation of Power-limited and Non-power-limited Wiring

Note: Raceways are labeled with the proper Class 1 or Class 2 permitted wiring designations.

Orange: 120/240VAC, Non-Power Limited Green: 24V, Power Limited Blue: 24V, Non-Power LimitedOrange/Blue: 24VDC or 120/240VAC Non-Power Limited


– NFPA 17A – Standard for Wet Chemical Extinguishing Systems

– NFPA 750 – Standard on Water Mist Fire Protection Systems

– NFPA 2001 – Standard for Clean Agent Fire Extinguishing Systems

– NFPA 2010 – Standard for Fixed Aerosol Fire-Extinguishing Systems

• General Purpose Signals for emergency and non-emergency

3 FunctionalityThis section addresses the intended function of the product.

3.1 Drift Compensation / Calibrated Detector Sensitivity Testing(Hochiki SLC Loop/Devices only)Although sensor calibration is emphasized as a power-up procedure, analog sensors should be calibrated every day because fire detection characteristics will change as the analog sensor ages, usually as a result of device contamination. Calibration is performed in terms of device type and according to the procedure described below. Calibration should be performed during a time when the detectors are most stable. Typically, calibration is carried out early in the morning, e.g., 4:00 AM. In some sites, this time could be inappropriate, so calibration time should be set according to site conditions. To avoid disabling the entire detection system, calibration is performed by the panel one device at a time. On power up, the zero point and the fire test value are read by the panel. This will permit the control panel to set the correct fire and pre-alarm levels. In addition, the zero point and initial point values should be checked for validity; these values must lie within certain ranges specified by a particular device’s performance parameters. After performing the fire test, the threshold level is ascertained and the interrupt value for the analog sensor is set.

3.2 Extent/Limitation of Synchronization (Hochiki Synchronization Module Only)The synchronization of the notification appliance circuits (NAC) is accomplished on a card basis. The cards that carry out this function are S81-F7001-1 (SOM addressable modules only) and S81-F5003-1 (for its 8 channels).

3.3 Multiple Detection Operation for EvacuationThe H-S81-HS panel can support multiple detection operation. For this reason, at least two smoke detectors must be installed in each protected space.

3.4 Alarm VerificationIf an input point is configured as “alarm verification enabled” and goes into an active state, the panel does not immediately indicate the alarm and

activate associated outputs, but resets the input point and waits for a verification period (not programmable) to see if the point is still in alarm condition.

3.5 Supervisory Signal OperationFor each initiating device circuit programmed as supervisory, the panel provides the possibility to select the latching or non-latching mode.

NOTE: Synchronization is performed only if channels are programmed with patterns ANSI S3.41 or March.

! CAUTION: TWO-WIRE DEVICES ONLYALARM VERIFICATION IS APPLICABLE ONLY TO 2-WIRE SMOKE/HEAT DETECTORS. THE ALARM VERIFICATION OPTION IS NOT APPLICABLE TO FIRE ALARM MANUAL AND WATERFLOW POINT TYPES. ALARM VERIFICATION SHOULD NOT BE EMPLOYED WITH CROSS ZONE OR COUNTING ZONE FUNCTIONS IN THE SYSTEM.

Figure 31 Alarm Verification


3.6 Cross-Zone InitiationIf the cross-zone initiating function is configured, an alarm condition on more than one initiating circuit will be required before the release condition is activated.

3.7 Counting ZonesAll software zones have the "counting zones" option. If this option is enabled, a software zone becomes a counting zone. Otherwise, it is a non-counting zone which is activated as soon as an input point assigned to this zone is activated. If multiple points are assigned to a single zone, only when all the points are inactive, the zone is considered as inactive; thus, associated outputs can be deactivated. A counting zone is considered active only when two or more input points assigned to that zone are active. It is not allowed to assign an input point programmed with any delayed point features to a counting zone.

3.8 Manual Release / Abort Switch InteractionThe manual release switch will not override an abort function while the abort switch is activated.EN54 Applications only: Panel programming may allow a Manual Release Switch to override an Abort function.

Abort Operation

Three operating modes are available for the abort (hold) function as follows:

Mode A When the abort switch is pressed, the release timer does not stop and extinguishing agent release is inhibited as long as the switch is pressed; when the switch is released, if the timer has reached zero, extinguishing agent release is immediately activated.

Mode B When the abort switch is pressed, the release timer is set back to its configured value; when the switch is released, the release timer restarts.

Mode C When the abort switch is pressed, the release timer stops and holds; when the switch is released, the timer restarts from whichever is greater: the remaining time on the timer, or within 10 seconds. (Programmed to UL 864 mode)

3.9 Resetting of the Releasing Device CircuitsResetting of the releasing device circuits is performed through the Reset command, at access level 2. The resetting of the releasing device circuits is inhibited for a period of time between 0 and 30 minutes. This time is set in the operator's cycle at access level 3.

3.10 Discharge DelayThe system is able to delay the discharge command for a variable time between 0 and 60 seconds. This time is set on the system, in the operator's cycle at access level 3.

Refer to Section 4, “Programming Options”, on page 31 for programming options that comply with UL 864 requirements.

3.11 NAC Reactivation (Alarm Resound)The system is intended to provide signaling service to two or more physically separated zones. For this purpose, re-energizing of the notification appliance circuits on zone basis is provided by the system. To resound an alarm condition, access the system at Level 2 operating mode and press the “silence sounder” key. This operation will reactivate any audible or visual notification appliances that were previously silenced using the silence sounder operation. This feature is available after any silence sounder operation until a reset operation or a new alarm occurs.

! CAUTION: ENERGIZED ALARM SIGNALSACTUATION OF ONE INITIATING DEVICE CIRCUIT SHALL RESULT IN ENERGIZED ALARM EVACUATION SIGNALS.

! CAUTION: TWO DETECTORS REQUIREDWHEN IMPLEMENTING THE COUNTING ZONE FEATURE, A MINIMUM OF TWO DETECTORS IS REQUIRED IN EACH PROTECTIVE SPACE (ZONE).

! CAUTION: ABORT FUNCTIONTHE ABORT FUNCTION IS NOT AVAILABLE DURING THE PRE-ACTION AND DELUGE APPLICATIONS.


3.12 Circuit DisablingThe disable menu allows the user to disable individual points or zones of the H-S81-HS fire alarm system. This is typically done while the system is being serviced or tested, or to temporarily remove a faulty system device. All disablements remain active until they are manually restored, or the panel is switched off.

The following options are available through the access level 2 Disable/Enable Menu:

• Zone Sensors: Select this option to disable/enable all sensors of a zone.

• Zone Outputs: Select this option to disable/enable all actuators of a zone.

• Single Devices: Select this option to disable/enable a single sensor/actuator.

• Panel Sounder: Select this option to disable/enable the local Sounder.

A complete list of disabled zones/devices is available through the access 1 List/Disabling Menu.

4 Programming OptionsNOTICE TO USERS, INSTALLERS, AUTHORITIES HAVING JURISDICTION, AND OTHER INVOLVED PARTIESThis product incorporates field-programmable software. In order for the product to comply with the requirements in the Standard for Control Units and Accessories for Fire Alarm Systems, UL 864 9th Edition, certain programming features or options must be limited to specific values or not used at all as indicated below.

! CAUTION: ALARM/FAULT CONDITION REPORTINGANY PORTION OF THE SYSTEM THAT IS DISABLED WILL NOT REPORT ANY ALARM AND FAULT CONDITIONS.

NOTE: Is not possible to perform any disabling in the extinguishing zones during a discharge sequence.

Topic Feature or OptionPermitted in

UL? (Y/N)Possible setting(s)

Setting(s) permitted in UL 864

Comment

Panel

International Standard - EN54-2, UL864 UL864

Reset Inhibition Y 1-30 minutes 0-30 minutes Releasing circuits can be reset 0 minute to 30 minutes after discharge has operated

Hold Mode (Abort) Y Mode-A, Mode-B, Mode-C Mode-C Continues to count down upon Abort, but stops and holds at below 10 seconds until release of the Abort switch. Upon release of the Abort switch, the timer resumes the countdown at less than 10 seconds

Aut. Discharge Delay Y 0-60 seconds 0-60 seconds The Automatic Discharge delay must be set to a maximum of 55 seconds when releasing devices utilizing the F7011 communication ring or F7012 SLC are employed

Man. Discharge Delay Y 0-30 seconds 0-30 seconds

IDC

Signal Y Fire, Supervisory, Fault, Hidden, Buzzer

Fire, Supervisory, Fault Action Message

Short Circuit Y Fault, Alarm Fault, Alarm Short Circuit Condition

Mode Y AD, AE AD, AE Alarm Verification

Logic N RNA, RNC, NNA, NNC RNA, RNC Fire signals

N RNA, RNC, NNA, NNC RNA, RNC, NNA, NNC Supervisor, Hidden, Buzzer signals


Programming Features Explanation:

NAC Code explanation:

NAC

Mode Y FD, FE, P, I, IR, ISA, R, RI, RD, S3.41, MARCH

FD, S3.41, MARCH

Sounder Y N, Y Y

Reset InhibitionWhen a releasing zone is in alarm (pre-discharge) state, Reset is inhibited for the configured time (up to 30 minutes). This is to prevent unintentional interruption of the releasing sequence.

Abort Mode Three operating modes are available for the abort (hold) function as follows:

Mode AWhen the abort switch is pressed, the release timer does not stop and extinguishing agent release is inhibited as long as the switch is pressed; when the switch is released, if the timer has reached zero, extinguishing agent release is immediately activated.

Mode BWhen the abort switch is pressed, the release timer is set back to its configured value; when the switch is released, the release timer restarts.

Mode C When the abort switch is pressed, the release timer continues to count down upon Abort, but stops and holds at below 10 seconds until release of the Abort switch. Upon release of the Abort switch, the timer resumes the countdown at less than 10 seconds. (UL mode)

Releasing Delay The releasing delay function suspends the releasing signal for the configured time (up to 60 seconds).

Signal Sets panel condition following activation of the input circuitsFire Panel in Fire Alarm conditionSupervisor Panel in Supervisory condition Fault Panel in Fault condition Hidden Panel in Normal condition Buzzer Panel in Normal condition but with panel buzzer sounding

Short Circuit sets panel condition following a short circuit on the line of the initiating circuitsFault Panel in Fault condition Alarm Panel in Fire Alarm condition

Mode sets Alarm Verification feature of initiating circuitsAD Alarm Verification EnabledAE Alarm Verification Disabled

Logic sets logic features of initiating circuitRNA Latching (until Reset), in Alarm condition when circuit line is in Alarm RNC Latching (until Reset), in Alarm condition when circuit line is NormalNNA Non-Latching, in Alarm condition when circuit line is in AlarmNNC Non-Latching, in Alarm condition when circuit line is Normal

Mode sets NAC outputs pattern FD Continuous, normally de-energizedFE Continuous, normally energizedP IntermittentI Pulsing IR Pulsing, Latching ISA ISA alarm sequenceR Delayed on activationRI Delayed on enablingRD Delayed on de-activationS3.41 ANSI S3.42MARCH March code

Sounder sets NAC outputs typeN Normal (output is de-activated by panel reset command)Y Sounder (output is de-activated by silence sounders command)


Figure 32 NAC Coding Patterns


5 Testing / Maintenance

5.1 Testing

Testing the Releasing System

Particular attention must be paid to the checking of logics relative to extinguishing zones to ensure that the system performs the activities requested in case of fire alarm. Test the releasing system periodically to confirm operation.

Inspecting Batteries

Inspect the standby-batteries annually to determine the connection integrity to the S81-HS Fire Control Panel. The fire control panel contains sealed lead acid batteries to provide standby power in the event of mains failure. The standby-batteries have a life expectancy of 3 to 5 years. Test the standby batteries annually in accordance with the battery manufacturer’s recommendations to determine their suitability for continued standby operation.

Maintenance of the equipment and system must be only performed by qualified personnel adopting suitable protective measures against ESD discharges.

5.2 MaintenancePeriodic testing and maintenance of the H-S81-HS panel, all initiating and notification devices, and any other associated equipment is essential to ensure proper and reliable operation. Periodic testing and maintenance of the system batteries must be done to ensure proper and reliable back-up operation.

Maintenance of panel and field devices shall be performed only by qualified personnel adopting suitable measures against ESD discharge.

Replacement of Batteries

To replace lead batteries, proceed as follows:

• Turn OFF battery switch Q1.

• Disconnect cables +B and –B from battery terminals.

• Replace batteries with two of same type and Ah rating.

• Connect cables +B and –B to battery terminals, being careful not to reverse polarity.

• Turn ON battery switch Q1.

• Make sure that failure indication has disappeared.

Replacement of a Component of a S81-PU002-x Power Supply Group

A power supply unit is composed of a battery charging unit (PU-A0009-1) and two or four feeding units (PU-A0008-1). Any units can be replaced during operation (hot swap), i.e. without switching off the panel.

To replace battery charger PU-A0009-1, proceed as follows:

• Turn OFF battery switch Q1.

• Fully unscrew the four screws on the front of the unit.

• Quickly extract the unit from the rack, using the handle on its front.

• Remove packing from the new unit, without touching electronic components.

• Set dip-switches SW1 and SW2 of the new unit exactly in the same way as the failed one.

• Plug new unit into the rack and screw the four screws on its front.

• Check that voltage at terminals +VBAT and –VBAT is about 27 VDC.

• Turn ON battery switch Q1.

• Make sure that the failure indication has disappeared.

To replace feeding unit PU-A0008-1, proceed as follows:

• Press recessed “shut-down” key on the front of unit using a screwdriver.

• Wait for about 30 seconds to allow discharge of electrolytic capacitors.

• Fully unscrew the four screws on the front of the unit.

• Remove packing from the new unit without touching any electronic components.

• Quickly extract the unit from the rack using the handle on its front.

• Plug the new unit into the rack and screw the four screws on its front.


! CAUTION: AUTHORIZED PERSONNEL ONLYTESTING OF THE H-S81-HS PANEL MUST BE PERFORMED BY TRAINED PERSONNEL.

! WARNING: DISCONNECT ALL RELEASING CIRCUITSPRIOR TO PERFORM RELEASING FUNCTIONAL TESTS, DISCONNECT ALL RELEASING CIRCUIT THAT CONTROL THE EXTINGUISHING SYSTEMS. EVENTUALLY CONNECT A 25VDC, 2 WATT LAMP INSTEAD OF SOLENOIDS TO VERIFY THE CORRECT EXECUTION OF LOGICS.


Replacement of CPU Card

Replacement of any of the two modules can be effected without switching off the panel (hot swap).

To replace the U1002-1 card, proceed as follows:

• Fully unscrew the two screws on the front of the card.

• Quickly extract the card from the rack using the handle on its front.

• Remove packing from the new card without touching any electronic components.

• Plug the new card into the rack and screw the two screws on its front.

• Make sure that the failure indication has disappeared (it will take a few seconds depending on the size of the configuration file).

Replacement of Rack Controller

Replacement of any of the rack controller card can be effected without switching off the panel (hot swap).

To replace the E2002-1 rack controller card, proceed as follows:

• Fully unscrew the two screws on the front of the card.



• Set dip-switches SW1 of new card exactly in the same way as the failed one.

• Plug the new card into the rack and screw the two screws on its front.

• Make sure that the failure indication has disappeared (it will take a few seconds depending on the size of the configuration file).

Replacement of an I/O Card

Replacement of any I/O cards can be effected without switching off the panel (hot swap).

To replace an I/O module, proceed as follows:

• Fully unscrew the two screws on front of the card.



• Plug the new card into the rack and screw the four screws on its front.


Replacement of Fuses

Replacement shall be effected using exclusively fuses of the same type and rating. Refer to the following table for fuse types.

! WARNING: POSSIBLE SERIOUS INJURYABSOLUTELY AVOID TOUCHING ANY INTERNAL PART OF THE REMOVED UNIT, AS THE ENERGY STORED IN THE ELECTROLYTIC CAPACITORS MAY CAUSE SERIOUS INJURY.

H-S81-HS

Fuse Location Model Rating Manufacturer

Feeders fuses PU-A0008-1 unit 5x20 Fuse in ultra-quick glass T10A H250V Littelfuse

Power output fuses Terminal TB02-TB06 5x20 Fuse in ultra-quick glass T1A H250V Littelfuse

Battery fuse Fuse switch Q1 10x38 Fuse cartridge 50A-G Siemens

S81-HS/C

Fuse Location Model Rating Manufacturer

Main AC fuse Main AC entrance 5x20 Fuse in ultra-quick glass T6.3A H250V Littelfuse


6 Compatible Equipment

6.1 Initiating Devices - Two-Wire Smoke Detectors (F3002/F7001)

6.2 NAC Appliances

6.3 SLC Circuits (Hochiki America)

6.4 SLC Circuits (System Sensor)

Part NumberCompatibilityIdentifier

Manufacturer Description

SLR-24V HD/3 Hochiki America Photoelectric smoke detector

SLR-24H HD/3 Hochiki America Photoelectric heat/smoke detector

DCD-135 HD/3 Hochiki America Fixed temperature rate of rise heat detector 135°

DCD-190 HD/3 Hochiki America Fixed temperature rate of rise heat detector 190°

NS4-224 HB/5 Hochiki America Conventional detector base

Manufacturer Model/Family# per Circuit

(If sync. is an issue)

Gentex Corporation GCS/GCC Series 1

Gentex Corporation GES3/GEC3 Series 1

Gentex Corporation GES/GEC/GEH Series 1

Gentex Corporation ST/HS Series 1

Gentex Corporation WGES/WGEC Series 1

Gentex Corporation GB Series 1

Manufacturer Part Number Type Description

Hochiki America Corp. ALG-V ALG-VPhotoelectric Smoke Sensor

Hochiki America Corp. ALN-V ALN-V

Hochiki America Corp. ATG-EA ATG-EA Heat Sensor

Hochiki America Corp. ATJ-EA ATJ-EA Multi Heat Sensor

Hochiki America Corp. ACA-V, ACC-V ACC-V Analog Multi-Criteria Sensor

Hochiki America Corp. DH98-A, DH98AR DH-98Analog Duct Detector

Hochiki America Corp. DH99-A, DH99AR DH-99

Hochiki America Corp. DCP-AMS, DCP-AMS-KL, DCP-AMS-LP,DCP-AMS-KL-LP

AMS Manual Pull Station

Hochiki America Corp. DCP-CZM CZM Conventional Zone Module

Hochiki America Corp. DCP-DIMM DIMM Dual Input Monitor Module

Hochiki America Corp. DCP-FRCMA, DCP-FRCMA-I FRCMAFast Response Contact Module

Hochiki America Corp. DCP-FRCME-M, DCP-FRCME-P FRCME

Hochiki America Corp. DCP-R2ML, DCP-R2ML-I, DCP-R2MH,DCP-R2MH-I

R2M Dual Relay Module

Hochiki America Corp. DCP-SOM, DCP-SOM-R SOM Supervised Output Module

Hochiki America Corp. DCP-SOM-A, DCP-SOM-AI SOM-A Class-A Supervised Output Module

Hochiki America Corp. DCP-SCI * Supervised Output Module

Manufacturer Part Number Type Description

System Sensor M500M MON3 1 x Input Monitor Module (Class A/B)

System Sensor M501M 1 x Mini Input Monitor Module (Class B)

System Sensor M500DM 2 x Input Monitor Module (Class B)

System Sensor IM-10 10 x Input Monitor Module (Class A/B)

System Sensor HON-12LX PULL Intelligent Pull Station

System Sensor M502M SCON 1 x Zone Input Module (Class A/B)

System Sensor CZ-6 6 x Zone Input Module (Class A/B)


6.5 Safety Bus Communication Circuit Circuits (SB Modules)

6.6 Releasing Circuit

6.7 Gas DetectorFor the following cards, all programmable inputs programmed as gas inputs must be connected to a gas detector listed for UL2075 applications under the UL category code FTAM, to be compliant with UL2017 for use with emergency signaling applications:

• F3002

• F4001

• F4002

• F4003

• F7001

• F7011

– SB-SIM

– SB-SIM/GM

– SB-AIM

– SB-ECM

• F7012

4-20 mA sensor threshold limits are programmed using the Pro81 software. Please refer to the manual for instruction on threshold limit programming options. Refer to the site engineering specifications or device specifications for threshold values. Device performance should be verified for their normal operation during an installation.

System Sensor M500R FORC 1 x Output Relay Module (2 SPDT contact)

System Sensor CR-6 6 x Output Relay Module (1 SPDT contact)

System Sensor M500S CON 1 x Supervised Output Control Module

System Sensor SC-6 6 x Supervised Output Control Module

System Sensor 2251B PHOT Photoelectric Smoke Sensor

System Sensor 2251BR PHOT Photoelectric Smoke Sensor (Duct version)

System Sensor 2251TB PHOT Photoelectric Smoke Sensor with Thermal

System Sensor 2251TMB OMNI Acclimate Intelligent multi-sensor detector

System Sensor 2251-COPTIR OMNI Advanced Multi-Criteria Detector

System Sensor 5251B TH58 Fixed Temperature Thermal Detector

System Sensor 5251H TH78 Fixed Hight Temperature Thermal Detector

System Sensor 5251RB TH58 Intelligent rate of rise thermal detector

System Sensor ISO-6 * 6 x Fault Isolator Module

System Sensor M500X * 1 x Fault Isolator Module

System Sensor B200SR * Sounder Base

System Sensor BEAM200 ABD Addressable Beam Smoke Detector

Manufacturer Part Number Description

Scame Sistemi SB-AIM 8 Supervised 4-20mA Inputs Module

Scame Sistemi SB-SIM 8 Supervised Conventional Inputs Module

Scame Sistemi SB-SIM/GM 8 Supervised Conventional Inputs with Ground Monitoring Module

Scame Sistemi SB-NCM 8 Supervised NAC Circuits Module

Scame Sistemi SB-SCM 8 Supervised Solenoid Circuits Module

Scame Sistemi SB-ECM Extinguishing/Release Module

Manufacturer Model Type Max. #

Parker Skinner V5L 72750 Solenoid Valve 1


7 System Configuration

Module DescriptionH-S81-HS S81-HS/C

Local Releasing Local Releasing

S81-F3002-1 8 Circuit Initiating Circuit Card (2-Wire) Y(1) Y(1) Y(1) Y(1)

S81-F4001-1 1 Initiating Circuit Card 4-20mA O O O O



S81-F5001-1 8 Solenoid Circuit Card O Y(3) O Y(3)

S81-F5002-1 16 Relay Control Card O O O O

S81-T8007-2 16 Relay Control Card O O O O

S81-F5003-1 8 Notification Appliance Circuit Y Y(3) Y Y(3)

S81-F5004-1 4 Solenoid Circuit Card N Y(3) N Y(3)

S81-F6001-1 1 Zone extinguishing Card N Y N Y

S81-F7001-1 Loop Control Module – Hochiki America DCP Protocol Y(1) O Y(1) O

S81-F7006-1 Modbus Communication Card O O O O

S81-F7011-1 Safety Bus Communication Card O O O O

S81-F7012-1 Loop Control Card — System Sensor CLIP Protocol Y(1) O Y(1) O

S81-T8004-1 I/O Terminal Board Y Y Y Y

S81-PU-A0009-1 Battery Charging Unit Y Y N N

S81-PU-A0008-1 Power Supply Feeding Unit Y Y N N

S81-PU-A0004-1 Battery Charging Unit N N Y Y

SDR-240 Power Supply Feeding Unit N N Y Y

DR-RDN20 Redundancy Module for SDR-240 N N O O

S81-U1002-1 CPU Card Y Y Y Y

S81-E2002-1 Rack Controller Y Y Y Y

S81-E2001-2 13 Slots Rack Y Y N N

S81-E2004-1 11 Slots Rack N N Y Y

S81-T9001-1 Transient Suppression Board for use with F3002-1, F5001-1, F5003-1

Y(2) Y(2) Y(2) Y(2)

S81-T9002-1 Transient Suppression Board for use with F5004-1 Y(2) Y(2) Y(2) Y(2)

S81-T9003-1 Transient Suppression Board for use with F7001-1, F7006-1, F7011-1, and F7012-1

Y(2) Y(2) Y(2) Y(2)

S81-T9004-1 Transient Suppression Board for use with S81-F4003-1 Y(2) Y(2) Y(2) Y(2)

S81-T9005-1 Transient Suppression Board for use with S81-F4001-1, S81-F4002-1

Y(2) Y(2) Y(2) Y(2)

Notes: Y = YesN = NoO = Optional(1) Unit requires either the S81-F3002, the S81-F7001, or the S81-F7012-1. At least one of them must be present.(2) Only required if unit is populated with the corresponding I/O card.(3) At least one solenoid card must be present for releasing service.


8 System Power / SizeH-S81-HS

S81-HS/C

Use the tables below for power supply calculations. All current values are in milliamperes.

H-S81-HS Panel

PowerMax. Input

Current

Max. Battery

capacity

Derating factor

NS current

Max. alarm

current

Max. standby

time

Max. alarm duration

Primary (power supply) 13A AC N/A N/A 2.3A *

* Standby current depends on panel configuration.

32A N/A N/A

Secondary (backup) 8A DC 120 Ah 20% 2.3A * 32A 24 hrs. 5 min.

PowerMax. Input

Current

Max. Battery

capacity

Derating factor

Max. NS current

Max. alarm

current

Max. standby

time

Max. alarm duration

Primary (power supply) 4A AC N/A N/A 2.0A *

* Standby current depends on panel configuration.

10A N/A N/A

Secondary (backup) 4A DC 65 Ah 20% 2.0A * 10A 24 hrs. 5 min.

Part Number Description Qty.Standby Current

Total Standby Current

Alarm Current

Total Alarm Current

PU-A0009-1 Battery Charger (Max. current) 1 8A 8A 8A 8A

PU-A0004-1 Battery Charger Alternate (Max. current) 1 4A 4A 4A 4A

H-S81-HS Base Central Unit Rack + Default I/O Card 1 300 mA 300 mA 330 mA 330 mA

H-S81-HS I/O 13-slot bus + Rack Controller Card 50 mA 50 mA

H-S81-HS I/O C 11-slot bus + Rack Controller Card 50 mA 50 mA

S81-F3002-1 8 Initiating Circuit Card 18 mA 48 mA

S81-F4001-1 1 Initiating Circuit Card 4-20mA 35 mA 51 mA



S81-F5001-1 8 Solenoid Circuit Card 35 mA 38 mA

S81-F5002-1 16 Relay Control Card 12 mA 15 mA

S81-F5003-1 8 Indicating Circuit Card 25 mA 28 mA

S81-F5004-1 4 Solenoid Circuit Card 40 mA 43 mA

S81-F6001-1 1 Zone Extinguishing Card 12 mA 15 mA

S81-F7001-1 Loop Control Card for Hochiki DCP protocol 65 mA 68 mA

S81-F7006-1 Modbus Communication Card 16 mA 16 mA

S81-F7011-1 Safety Bus Communication Card 84 mA 83 mA

S81-F7012-1 Loop Control Card - System Sensor CLIP protocol 115 mA 116 mA

Total current Standby (A1) Alarm (B1)


Initiating Circuits (F3002/F7001)

Hochiki America SLC Devices



Alarm Current

Total Alarm

Current

SLR-24V 2-Wire Conventional Smoke Detectors 0.00010 A 0.06000 A

SLR-24H 2-Wire Conventional Smoke Detectors 0.00010 A 0.06000 A

DCD-135 2-Wire Conventional Heat Detectors 0.00010 A 0.06000 A

DCD-190 2-Wire Conventional Heat Detectors 0.00010 A 0.06000 A

2-Wire Contact Normally Open 0.00400 A 0.02600 A

2-Wire Contact Normally Closed 0.02600 A 0.00400 A




Alarm Current

Total Alarm

Current

ALG-V Photoelectric Smoke Sensor

0.39 mA 0.54 mA

ALN-V 0.45 mA 0.54 mA

ATG-EA Heat Sensor 0.35 mA 0.5 mA

ATJ-EA Multi Heat Sensor 0.35 mA 0.5 mA

ACA-V, ACC-V Analog Multi-Criteria Sensor 0.45 mA 0.54 mA

DH98-A, DH98AR Analog Duct Detector

0.39 mA 0.54 mA

DH99-A, DH99AR 0.39 mA 0.54 mA

DCP-AMS, DCP-AMS-KL,DCP-AMS-LP,DCP-AMS-KL-LP

Manual Pull Station 0.55 mA 0.66 mA

DCP-CZM Conventional Zone Module 0.67 mA *

* Contact the manufacturer for current draw information.

DCP-DIMM Dual Input Monitor Module 0.6 mA 0.72 mA

DCP-FRCMA,DCP-FRCMA-I

Fast Response Contact Module

0.63 mA 6.3 mA

DCP-FRCME-P 0.55 mA 0.66 mA

DCP-FRCME-M 0.339 mA 0.358 mA

DCP-R2ML, DCP-R2ML-I,DCP-R2MH,DCP-R2MH-I

Dual Relay Module 0.35 mA 0.405 mA

DCP-SOM-R Supervised Output Module 0.154 mA 6 mA

DCP-SOM-A Class-A Supervised Output Module

0.22 mA 6 mA

DCP-SOM-AI 0.42 mA 6 mA

DCP-SCI Short Circuit Isolator 0.27 mA 10 mA



System Sensor SLC Devices

Notification Appliance/Solenoid Valve



Alarm

Current *

* Max. alarm current depends on panel configuration.

Total Alarm

Current

2251B Photoelectric Smoke Detector 0.36 mA

2251BR Photoelectric Smoke Detector for use with DNR(W) 0.3 mA

5251B Fixed Temperature Thermal Detector 0.3 mA

5251H High Temperature Thermal Detector 0.3 mA

5251RB Rate-of-rise Thermal Detector 0.3 mA

2251TB Photoelectric Smoke Detector with Thermal Sensor 0.36 mA

2251TMB Acclimate Multi-Criteria Smoke Detector 0.36 mA

2251-COPTIR Advanced Multi-Criteria Fire Detector 0.4 mA

HON-12LX Intelligent Pull Station 0.35 mA

BEAM200 Intelligent Beam Detector 2 mA

M500M Monitor Module 0.4 mA

M500DM Dual Input Monitor Module 0.7 mA

M500R Relay Module 0.3 mA

M500S Supervised Control Module 0.4 mA

M501M Mini Monitor Module 0.4 mA

M502M Zone Interface Module 0.23 mA

SC-6 Six Supervised Output Control Module 2.75 mA

CR-6 Six Output Relay Control Module 2 mA

CZ-6 Six Input Zone Interface Module 2.45 mA

IM-10 Ten Input Monitor Module 4 mA


Part Number Description Qty.Standby

Current*

* Contact the manufacturer for current draw information.


Alarm Current*

Total Alarm

Current



Safety Bus ModulesRefer to the Safety Bus Manual (ST-187-EN) to calculate power consumption in standby (Asb) and in alarm (Bsb) condition and account for it only if modules are powered from the panel.

Overall System Power Requirements

Selected power supply shall have a maximum current higher or equal to B6

Battery Calculation

According to NFPA 72, the required standby and alarm backup time is:

• Standby = 24 h

• Alarm 5 min = 0.083 h

Use the tables here below for battery calculation. All current values are in amperes.

• Calculated Standby Battery Capacity [Ah] = Total System Standby Current (A6) x 24 [Hours]

• Calculated Alarm Battery Capacity [Ah] = Total System Alarm Current (B6) x 0.083 [Hours]

• Add the calculated Standby Battery Capacity [Ah] and the calculated alarm battery capacity [Ah].

• Enter the result in Table 1 in the “Total Calculated Battery Capacity [Ah]” field.

• Multiply the Total Calculated Battery Capacity [Ah] by the De-rating Factor 1.2 and enter the result in the Battery Size Needed field.

• Select batteries that meet or exceed the Battery Size Needed (Refer to Table 2 for available batteries).

NOTE: If Releasing Services are employed, one (1) additional minute of alarm time in addition to releasing service loads must be taken into consideration.

Battery Capacity C = (A5 x 24) + (B5 x 0.083) x 1.2

List of Available Batteries

DescriptionTotal

Standby Current

Total Alarm

Current

H-S81-HS Panel (A1) (B1)

Initiating Module/Sensor (A2) (B2)

SLC Devices (A3) (B3)

Notification Appliance/Solenoid Valve (A4) (B4)

Auxiliary Power Supply for field devices (A5) (B5)

Safety Bus Module (Asb) (Bsb)


Total System Standby Current= (A6) A

x Standby Time 24 Hours

Standby Battery Capacity= Ah

Total Alarm Current= (B6) A

x Alarm Time 5 Minutes

Alarm Battery Capacity= Ah

Total Calculated Battery Capacity= Ah

x Derating Factor= 1.2

Battery Size Needed= Ah

Table 1 Battery Calculation

Part Number Description

6FM40-X Battery 12 V - 40 Ah



Table 2 Available Batteries


9 Operating Instructions SheetThis section is a copy of the Operating Instruction Sheet (P/N LS10127-000HI-E) supplied with the H-S81-HS or S81-HS/C fire panels.

Operating Instructions

The operator’s interface of the H-S81-HS and S81-HS/C units consist of a graphic LCD, 14 signaling LED’s and a 23-key pad.

LEDs Indicators

LED Comments

Fire Alarm (Red) It flashes upon alarm, lights up steady upon acknowledgment and turns off upon reset.

Common Trouble (Yellow) It flashes upon any trouble and turns off upon reset.

Device Trouble (Yellow) It flashes upon a trouble associated with a sensor or actuator (not defined as sounder) and turns off upon reset.

Sounder Silenced (Yellow) It lights up steady upon a silence sounder command and it turns off following a reset command.

PSU1 Trouble (Yellow) It flashes upon primary supply failure and automatically turns off once the problem has been solved.*

* Refer to “PSU1 Trouble” on page 45.

PSU2 Trouble (Yellow) It flashes upon secondary supply failure and automatically turns off once the problem has been solved.

PSU1 Trouble and PSU2 Trouble (Yellow)

Both light up steady upon battery charger failure and turn off once the problem has been resolved.

Earth Fault (Yellow) It flashes upon earth fault and automatically turns off once the problem has been solved.

System Trouble (Yellow) It flashes upon system failure and automatically turns off once the problem has been solved.

Zone Test (Yellow) It flashes when a zone is in test mode and automatically turns off once test mode is exited.

Common Disabled (Yellow) It lights up steady upon any type of disabling.

Sounder Disabled (Yellow) It lights up steady upon disabling of an actuator defined as sounder.

Delay Active (Yellow) It flashes during delay countdown and automatically turns off at the end of countdown, or when the “Delay override” key is pressed.

AC Power ON (Green) It is on (steady) in presence of primary power supply (PSU1).


Key Functions

Normal Condition

When the control panel is in Normal Condition only the green AC Power On LED will be lit, and the message “Normal Status” is displayed on the LCD.

Fire Condition

During a Fire condition the Fire Alarm LED will flashes, the local buzzer will sound (continuous sound), and the bells/horns/strobes will be activated. The location text of the alarm point as programmed into the fire alarm panel will be displayed on the LCD. Additional fire events can be viewed using the Up/Down arrows keys to scroll through the list. Event details can be viewed using the Enter key. To silence the bells/horns, enter Access Level 2 password and then press the Silence Sounder key. The Fire Alarm LED will be lit continuously, and the bells/horns will turn off. To turn the bells/horns back on again press the Silence Sounder button. The Reset Key will turn off the bells/horns/strobes and return the fire control panel to a normal standby condition.

Trouble Condition

During a trouble condition the local buzzer will sound (pulsed sound), the Common Trouble LED will flash, a specific trouble LED may illuminate, and a trouble message will be displayed on the LCD display. Additional trouble events can be viewed using the Up/Down arrows keys to scroll through the list. Trouble details can be viewed using the Enter key. Trouble condition is silenced through the Silence Panel key, at access level 1.

Visual Indication of Release Module (F6001)

Replacing Fuses

The H-S81-HS Panel contains two battery fuses and one AC input fuse for each feeder unit. The battery fuse are two 10x38 50A fuse cartridge and the AC input fuses are 5x20 fuse in ultra-quick glass.

The S81-HS/C Panel contains one AC input fuse 5x20, 6.3A fuse in ultra-quick glass.

Reference section 4.3.5 for more information about fuses. During the life of the product it may be necessary to replace one or more of the fuses to restore operation. Replace a fuse only after diagnosing and replacing components responsible for causing the fuse failure. Fuse failure is not a condition caused by the fuse. Diagnose and replace components in the circuit before replacing the fuse and then test the H-S81-HS or S81-HS/C Panel for proper operation.

Key Comments

Silence Panel This key, operating at access level 1 or higher, silences panel buzzer. After it has been pressed, “Panel Silenced” message is displayed

Silence Sounder This key, operating at access level 2 or higher, silences all the activated sounders. Message “Sounder Silenced” is displayed. Deactivated sounders are reactivated by pressing this key again

Reset This key, operating at access level 2 or higher, resets all active alarms and troubles. Message “Reset Panel” is displayed

Evacuate This key, operating at access level 2 or higher, activates all outputs defined as sounders. Message “Evacuate” is displayed

Function This key enables direct access to the menu relating to the level that is active when the key is pressed

Esc This key, operating at access level 1 or higher, annuls actions performed through pressing keys, or selecting menus on LCD. It brings back to previous menu

Enter This key, operating at access level 1 or higher, confirms actions performed through pressing keys, or selecting menus on LCD

Scroll This key, operating at access level 1 or higher, scrolls the alarms and troubles which are active, in the selected zone, at that time. It also operates in alarm and event log sub-menus

Arrow keys This key is used to horizontally/vertically select menu options

Numeric keys These keys are used to digit passwords and enter data to operator menus

Activated (Red LED): Lights up steady upon starting of release sequence

Released (Red LED): Lights up steady upon releasing system operation (PSH) (Supervisory*)

Trouble (Yellow LED): Flashes upon trouble in the releasing zone

Disabled (Yellow LED): Lights up steady upon disabling in releasing zone

Inhibit (Yellow LED): Lights up steady upon inhibition of releasing zone (Supervisory*)

Hold (Yellow LED): Lights up steady upon pressing the Abort Switch (Supervisory*)

Aut. Off (Yellow LED): Lights up steady upon disabling of automatic release (Supervisory*)

Res. Bank (Yellow LED): Lights up steady upon selection of extinguishing agent reserve bank (Supervisory*)

Note: There is no dedicated “abort” LED at the operator interface. When the Abort switch is pressed during an Alarm condition, a Supervisory signal appears at the operator interface AND the “Hold” LED illuminates on the F6001 module.*All conditions indicated as Supervisory will also be indicated as SUPERVISORY signals on the main display.


Battery Fuses Replacement (Not applicable to S81-HS/C)

To replace a battery fuse, open the battery disconnecting switch Q1, remove the blown fuse and replace it with a “SIEMENS 3NC1450” (50A) type or equivalent. Close the battery disconnecting switch Q1.

AC Input Fuses Replacement

H-S81-HS

To replace the AC Input fuses on feeding unit PU-A0008-1, proceed as follows:

1. Identify the feeding unit whose fuse is blown (V-in green LED is OFF).

2. Fully unscrew the four screws on front of unit.

3. Quickly extract the unit from the rack using the handle on its front.

4. Replace the fuse with an equivalent one.

5. Plug the new unit into the rack and screw the four screws on its front.

6. Make sure that the failure indication has disappeared.

S81-HS/C1. Unplug the main AC in.

2. Replace the fuse with a 5x20, 6.3A fuse in ultra-quick glass, in the mains AC input terminals.

PSU1 Trouble I

f a single power supply is faulted, replace the unit. With a single power supply unit faulted, the product continues to work as intended with the remaining power supply units.

Upon restoral of AC power following a brownout or blackout event, the battery charger will continue to trickle charge the secondary source. Supervision of secondary power is lost. The load will be shared between the remaining power source and secondary power. To resolve this condition, disconnect and reconnect secondary and primary power.

NOTE: The power cycling operation described above shall not serve as a substitute for replacing the failed power supply in accordance with NFPA 72 or other local requirements.

Maintenance Recommendations

A regular schedule of inspection, testing, and maintenance is vital to insure proper and reliable operation of the H-S81-HS or S81-HS/C panel. The procedures should be performed as required by the local authority having jurisdiction. Refer to NFPA for further details.

Rechargeable Battery Maintenance

Inspect the standby-batteries annually to determine the connection integrity to the H-S81 Fire Control Panel. The fire control panel contains sealed lead acid batteries to provide standby power in the event of mains failure. The standby-batteries have a life expectancy of 3 to 5 years. Test the standby-batteries annually in accordance with the battery manufacturer’s recommendations to determine their suitability for continued standby operation.

Rechargeable Battery Replacement

H-S81-HS


1. Turn OFF battery switch Q1.

2. Disconnect cables +B and –B from battery terminals.

3. Replace batteries with two of same type and Ah rating.

4. Connect cables +B and –B to battery terminals being careful not to reverse polarity.

5. Turn ON battery switch Q1.

6. Make sure that the battery failure indication has disappeared.

S81-HS/C


1. Unplug the main AC in.

2. Replace batteries with two of same type and Ah rating.

3. Plug the main AC in.

4. Make sure that the battery failure indication has disappeared.


Alarm Log Clearing

The Alarm Log can contain a maximum of 250 events. Any event exceeding 250 will not be saved and will be discarded. For this reason, it is important to regularly clear the Alarm Log, so as to prevent missing of new alarm events. To clear the Alarm Log, proceed as follows:

1. Enter the password of Access Level 2 or 3.

2. Select “Alarm Log” from List Menu.

3. Press the “1” key to clear the Alarm Log.

Emergency Contact

These operating instructions shall be placed on the cabinet-front or on a separate sheet that can be framed and located adjacent to the FACP.

In the event of trouble, contact:

Name

Address

City

State

ZIP

Telephone

Mail


10 Hardware, Installation, and Wiring Diagrams

S81 S81 S81 S81 S81 S81 S81 S81E2002-1

A INA OUTB INB OUT

FLT-3

RUNFLT-1FLT-2

LINK

S81

Link ACT

RUN WDO

U1002-1S81

Link ACT

RUN WDO

U1002-1S81

700

[27.

55]

500 [19.68] 250 [9.84]

CABINET FEATURES :

- COLOUR : RAL 7035 ( OPTIONAL RAL3000 )

- DEGREE PROTECTION : IP54- SWIVEL RACK 19"

- MILD STEEL CABINET, WALL MOUNTING TYPE - DIMENSIONION : H=700 [27.55] L=500 [19.68] P=250 [9.84]

F0000-1 F0000-1 F0000-1F0000-1F0000-1F0000-1F0000-1F0000-1

GENERAL NOTE: · ALL DIMENSIONS IN : mm [ in ]

EXTERNAL FRONT VIEW SIDE VIEW - LEFT TOP VIEW

10/100

BaseT

ETHERNET

CPU

10/100

BaseT

ETHERNET

CPU

100

[3.9

3]35

[1.3

7]

330 [12.99]

21

21[0

.82]

21

21[0

.82]

8 [0.31]

545 [21.45]

660

[25.

98]

BOTTOM VIEWCABLE ENTRY

REAR VIEWFIXING DETAILS

Figure 33 S81-HS/C Cabinet Dimensions


S81 S81 S81 S81 S81 S81 S81 S81E2002-1

A INA OUTB INB OUT

FLT-3

RUNFLT-1FLT-2

LINK

S81

Link ACT

RUN WDO

U1002-1S81

Link ACT

RUN WDO

U1002-1S81

F0000-1

S81-U1006-1DISPLAY CARD

I/O CARDS

S81

CAU

TIO

N!

HIGH

LEA

K CU

RREN

TGR

OU

NDI

NG

IS

IMPE

RATI

VEBE

FORE

CO

NN

ECTI

NG

TOPO

WER

SU

PPLY

PEL

N

F6,3A

F0000-1 F0000-1F0000-1F0000-1F0000-1F0000-1F0000-1

I/O TERMINALS(see sh.11 for details)

(see sh.7/8 for details)

DC OK+V +V -V -V

+V ADJ

DC OK

+

Battery Test

NTC

RS-232

ault

ault ault

OR-Fail D-Fail

Status

Ch.StatusPSU2-F.PSU1-F.1 2 TB

1

Alarm B Alarm A

A+

B+DC OK

+V +V -V -V

+V ADJ

DC OK

+

Space for Transient Suppression Board(see sh.9/10 for details)

10/100

BaseT

ETHERNET

CPU

10/100

BaseT

ETHERNET

CPU

INTERNAL FRONT VIEW

ITEM DESCRIPTION

1 to 8

9

10

18

11

12

19

13

SLOT AVAILABLE FOR I/O CARDS

S81-E2002-1 RACK CONTROLLER

S81-U1002-1 CPU CARD

230VAC FILTER

S81-U1002-1 CPU CARD (REDUNDANT)

SDR-240 POWER SUPPLY FEEDING UNIT (240W)

BT SAFETY EARTH BAR

SDR-240 POWER SUPPLY FEEDING UNIT (240W) - OPTIONAL

16 S81-T8004-1 I/O TERMINAL BOARD

14 DR-RDN20 REDUNDANCY MODULE FOR SDR-240 - OPTIONAL

VAC MAIN POWER SUPPLY

15 PU-A0005-1 BATTERY CHARGER UNIT

17 S81-E2004-1 11 SLOTS RACK

DC OK+V +V -V -V

+V ADJ

DC OK

+

N L

E2002-1

A INA OUTB INB OUT

FLT-3

RUNFLT-1FLT-2

S81

Link ACT

RUN WDO

U1002-1S81

Link ACT

RUN WDO

U1002-1S81

CAU

TIO

N!

HIGH

LEA

K CU

RREN

TGR

OU

NDI

NG

IS IM

PERA

TIVE

BEFO

RE C

ON

NEC

TIN

G TO

POW

ER S

UPP

LY

PEL

N

F6,3A

Battery Test

NTC

RS-232

ault

ault ault

-V OutOR-Fail D-Fail

Status

Ch.StatusPSU2-F.PSU1-F.1 2 TB

1

+ V. LOAD

- V. BAT

+ V. BAT

- V. LOAD

TB3

Alarm B Alarm A

A+

B+DC OK

+V +V -V -V

+V ADJ

DC OK

+

N L

1 2 3 4 5 6 7 8

1612 13 14 15

179

1011

18

19

20

21

21

22

23330 [12.99]

24

24

INTERNAL FRONT VIEWWITHOUT DISPLAY & I/O CARDS

20

22 BS INSTRUMENT EARTH BAR

21 DIN RAIL FOR TRANSIENT SUPPRESSION BOARDS

23 WARNING LABEL

24 TRANSIENT SUPPRESSION BOARD

10/100

BaseT

ETHERNET

CPU

10/100

BaseT

ETHERNET

CPU

A+ B+ - - - +VoutVin

Figure 34 S81-HS/C Internal View and Arrangement


S81F3002-1

LINE 1

LINE 2

LINE 3

LINE 4

LINE 5

LINE 6

LINE 7

LINE 8

S81-F3002-18 Initiating Device Circuits Card

Suppression Board

S81F4001-1

S81-F4001-11 4-20mA Circuit Card

2nd-LEVEL

100

1nd-LEVEL 90

FAULT

ISOLATE

70605040302010

80

%LEL

S81F4002-1

S81-F4002-12 4-20mA Circuits sCard

S81F4003-1

LINE 1

LINE 2

LINE 3

LINE 4

LINE 5

LINE 6

LINE 7

LINE 8

S81-F4003-11 4-20mA Circuits Card

S81F5001-1

S81-F5001-18 Releasing Device Circuits Card

S81F5004-1

S81F5003-1

S81F6001-1

S81-F6001-11 Zone Extinguishing Card

S81F7001-1

S81-F7001-1Signaling Line Circuits Card

S81-F5003-18 Notification Appliance Circuit Card

S81-F5004-1

SERVICE

TX POL

RX POL

DEV FAULT

DEV.ISOL

ACTIVE

L.FAULT

LON FAULT

Connect to S81-T9001-1 Transient

Suppression BoardConnect to S81-T9005-1 Transient






Suppression BoardConnect to S81-T9003-1 TransientHochiki America DCP Protocol

(250mA@24vdc)

(500mA@24vdc)

4 Releasing Device Circuits Card(2A@24vdc)

Doesn't connect to any suppressionboard as it has no wiring from/to the field

2nd-LEVEL

1st-LEVEL

FAULT-DISABLE

%LEL

%LEL

2nd-LEVEL

1st-LEVEL

FAULT-DISABLE

OUT 7

OUT 5

OUT 6

OUT 8

OUT 4

OUT 3

OUT 2

OUT 1

OUT 4

OUT 3

OUT 2

OUT 1

OUT 7

OUT 5

OUT 6

OUT 8

OUT 4

OUT 3

OUT 2

OUT 1

FAULT

DISABLED

HOLD

ACTIVE

RELEASED

INHIBIT

AUT.OFF

RES.BANK

1234567891011

12

13

14

15

16

1234567891011

12

13

14

15

16

S81-T9001-1-R0

1234567891011

12

1234567891011

12

S81-T9005-1-R0

1234567891011

12

1234567891011

12

S81-T9005-1-R0

1234567891011

12

13

14

15

16

1234567891011

12

13

14

15

16

17

18

19

2021

22

23

24

17

18

19

21

20

22

23

24

1234567891011

12

13

14

15

16

1234567891011

12

13

14

15

16

S81-T9001-1-R0

1234567891011

12

13

14

15

16

1234567891011

12

13

14

15

16

S81-T9001-1-R0

12345678

12345678

S81-T9002-1-R0

6 5 4 3 2

6 5 4 3 2 1

S8

1-T

90

03

-1-R

0

RV17RV18RV19RV21RV20RV22RV23RV24

RV

16

RV

14

RV

12

RV

11

RV

9

RV

7

RV

4

RV

3

RV

15

RV

13

RV

10

RV

8

RV

6

RV

5

RV

2

RV

1

BR

1B

R2

TB1

TB

1

BR

1B

R2

TB

1

BR

1B

R2

TB

1

BR

2B

R1


RV

16

RV

14

RV

12

RV

11

RV

9

RV

7

RV

4

RV

3

RV

15

RV

13

RV

10

RV

8

RV

6

RV

5

RV

2

RV

1

BR

1B

R2

TB1


RV

16

RV

14

RV

12

RV

11

RV

9

RV

7

RV

4

RV

3

RV

15

RV

13

RV

10

RV

8

RV

6

RV

5

RV

2

RV

1

BR

1B

R2

TB1

RV

8

RV

7

RV

4

RV

3

RV

1

TB

1

RV

6

RV

5

RV

2

BR

2B

R1

RV9RV10RV11RV12

F1

TB

1

RV

7

RV

6

RV

5

RV

4R

V1

RV3RV2

BR1

BR

2

S81F0000-1

S81-F0000-1

S81F7011-1

S81-F7011-1Safety Bus Communications Circuits Card

S81F7006-1

S81-F7006-1

S81F5002-1

S81-F5002-116 Relays Outputs Circuits Card

16 Relay ModuleConnec to S81-T8007-2

Cover for Spare Slot

S81F7012-1

S81-F7012-1Signaling Line Circuits Card

SERVICE

TX POL

RX POL

DEV FAULT

DEV.ISOL

ACTIVE

L.FAULT

LON FAULTSuppression BoardConnect to S81-T9003-1 TransientSystem Sensor CLIP Protocol

168

910

1211

151413

1234

567

RX RS232

TX RS485

RX RS485

FAULT

DISABLE

ACTIVE

MASTER

TX RS232

SERVICE

TX POL

RX POL

FAULT

DISABLED

RUN

L.ON FAULT

DEVICE FAULTSuppression BoardConnect to S81-T9003-1 Transient

Ancillary Circuits CardModbus RTU Protocol

SLIDE THE I/O CARD TO THE CHASSIS AND ATTACH VIA THE TWO SCREWS PROVIDED. ATTACH THE S81-T900X-1 CARD TO THE DIN RAIL PROVIDED USING THE SNAP FITS ON THE BOTTOM OF THE CARD.COVER THE EMPTY SLOT WITH S81-F0000-1 AND ATTACH VIA SCREWS PROVIDED.


Fig.1 Fix Cards Fig.2 Snap in T-Boards

UL LABELS

All other subassemblies for S81-HS/C panel

Termination Boards

6 5 4 3 2

6 5 4 3 2 1

S8

1-T

90

03

-1-R

0

6 5 4 3 2

6 5 4 3 2 1

S8

1-T

90

03

-1-R

0

6 5 4 3 2

6 5 4 3 2 1

S8

1-T

90

03

-1-R

0

F1

TB

1

RV

7

RV

6

RV

5

RV

4R

V1

RV3RV2

BR1

BR

2

F1

TB

1

RV

7

RV

6

RV

5

RV

4R

V1

RV3RV2

BR1

BR

2

F1

TB

1

RV

7

RV

6

RV

5

RV

4R

V1

RV3RV2

BR1

BR

2

S8

1-T

80

07

-2-R

1

BR1

K2

K3

K4

K5

K6

K1

5

K7K1

K8

K1

6

K9

K1

0

K1

1

K1

2

K1

3

K1

4

17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

BR2 BR3 BR4

BR5

4KW1

FIRE ALARM SUBASSEMBLY UOJZEMERGENCY SIGNALING SUBASSEMBLYFSZIINSTALL IN ACCORDANCE WITH INSTALLATION INSTRUCTIONS LS10139-051HI-E AND LS10177-000HI-E LS10202-000HI-E:A ECN: 17-XXX

4KW1

FIRE ALARM SUBASSEMBLY UOJZEMERGENCY SIGNALING SUBASSEMBLYFSZIINSTALL IN ACCORDANCE WITH INSTALLATION INSTRUCTIONS LS10139-051HI-E

LS10201-000HI-E:A ECN: 17-XXX

Figure 35 S81-HS/C I/O Cards


S81-T9001-1Transient Suppression Board to be used with F3002-1,F5001-1, F5003-1

S81-T9002-1Transient Suppression Board to be used with F5004-1,F5001-1, F5003-1

S81-T9004-1Transient Suppression Board to be used with F4003-1,

S81-T9003-1Transient Suppression Board to be used with F7001-1,F7012-1

101.15 [3.98]

77 [3

.03]

56 [2.20]

45.15 [1.77]

146 [5.75]

77 [3

.03]

77 [3

.03]

77 [3

.03]

1234567891011

12

13

14

15

16

1234567891011

12

13

14

15

16

17

18

19

2021

22

23

24

17

18

19

21

20

22

23

24

12345678

12345678

S81-T9002-1-R0

6 5 4 3 2

6 5 4 3 2 1

S8

1-T

90

03

-1-R

0

1234567891011

12

13

14

15

16

1234567891011

12

13

14

15

16

S81-T9001-1-R0

TB

1

BR

2B

R1

RV

8

RV

7

RV

4

RV

3

RV

1

TB

1

RV

6

RV

5

RV

2

BR

2B

R1

RV9RV10RV11RV12

F1

TB

1

RV

7

RV

6

RV

5

RV

4R

V1

RV3RV2

BR1

BR

2


RV

16

RV

14

RV

12

RV

11

RV

9

RV

7

RV

4

RV

3

RV

15

RV

13

RV

10

RV

8

RV

6

RV

5

RV

2

RV

1

BR

1B

R2

TB1

S81-T9005-1Transient Suppression Board to be used with F4001-1,F4002-1

S81-T8007-216 Relays Card to be used with F5002-1

79 [3.11]

77 [3

.03]

167 [6.57]

77 [3

.03]

1234567891011

12

1234567891011

12

S81-T9005-1-R0

TB

1

BR

1B

R2

S8

1-T

80

07

-2-R

1BR1

K2

K3

K4

K5

K6

K1

5

K7K1

K8

K1

6

K9

K1

0

K1

1

K1

2

K1

3

K1

4

17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

BR2 BR3 BR4

BR5

Figure 36 S81-HS/C Transient Suppression Boards


FR1LOAD

LINE

PS

U1-

FAU

LT

EX

TER

NA

L FA

ULT

9

TA

MP

ER

+ S

OU

ND

ER

OU

TPU

T

1011

PS

U2-

FAU

LT

78

- SO

UN

DE

R O

UTP

UT

12 S81-T8004-11

M0

36 5 4 2

NC

FA

ULT

CO

NTA

CT

13

C F

AU

LT C

ON

TAC

T

14

NO

FA

ULT

CO

NTA

CT

15

+ P

OW

ER

SU

PP

LY

16

- PO

WE

R S

UP

PLY

17

GR

OU

ND

18

BAT

T.C

HA

RG

E S

TATU

S

BAT

TER

Y S

TATU

S

EVA

CU

ATIO

N

RE

SE

T

SIL

EN

CE

SO

UN

DE

R

SIL

EN

CE

BU

ZZE

R

5,6K

L N

V+ V+ V- V- C NA

PSU A

DC OK

SDR-240 POWER SUPPLY FEEDINGUNIT (240W)

PU-A0005-1 BATTERY CHARGER UNIT

FR1 230VAC FILTER

BC

CH

-status

PS

U1-F

PS

U2-F

-VB

AT

-VLO

AD

+VB

AT

-VO

UT

+VLO

AD

AN

D-FA

IL0R

-FAIL

TB3 TB2 TB1

LPE

N

F:6,3A

24VDC BT1-

BT1+

-V

+VTB1

TB2

S81-E2004-1

+V

-VBR2

BR1

S81-U1006-1

J1 J2

-V

+VTB3

TB4

BK

RD

RD

BK

GN/YE

BK

GN/YE

RD

16

AWG

BK

16

AWG

RD

16

AWG

BK

16

AWG

RD

16

AWG

BK

16

AWG

GY

18 A

WGGY 18 AWG

WH 18 AWG

BN 18 AWGGY 18 AWG

GY 18 AWG

FR1LOAD

LINE

PS

U1-

FAU

LT

EX

TER

NA

L FA

ULT

9

TA

MP

ER

+ S

OU

ND

ER

OU

TPU

T

1011

PS

U2-

FAU

LT

78

- SO

UN

DE

R O

UTP

UT

12 S81-T8004-11

M0

36 5 4 2

NC

FA

ULT

CO

NTA

CT

13

C F

AU

LT C

ON

TAC

T

14

NO

FA

ULT

CO

NTA

CT

15

+ P

OW

ER

SU

PP

LY

16

- PO

WE

R S

UP

PLY

17

GR

OU

ND

18

BAT

T.C

HA

RG

E S

TATU

S

BAT

TER

Y S

TATU

S

EVA

CU

ATIO

N

RE

SE

T

SIL

EN

CE

SO

UN

DE

R

SIL

EN

CE

BU

ZZE

R

5,6K

L N

V+ V+ V- V- C NA

PSU A

DC OK

SDR-240 POWER SUPPLY FEEDINGUNIT (240W)

PU-A0005-1 BATTERY CHARGER UNIT

FR1 230VAC FILTER

BC

CH

-status

PS

U1-F

PS

U2-F

-VB

AT

-VLO

AD

+VB

AT

-VO

UT

+VLO

AD

AN

D-FA

IL0R

-FAIL

TB3 TB2 TB1

LPE

N

F:6,3A

24VDC BT1-

BT1+

-V

+VTB1

TB2

S81-E2004-1

+V

-VBR2

BR1

S81-U1006-1

J1 J2

-V

+VTB3

TB4

BK

RD

RD

BK

GN/YE

BK

GN/YE

RD

16

AWG

BK

16

AWG

RD

16

AWG

BK

16

AWG

RD

16

AWG

BK

16

AWG

GY

18 A

WGGY 18 AWG

WH 18 AWG

BN 18 AWGGY 18 AWG

GY 18 AWG

Figure 38 S81-HS/C Internal Wiring - Redundant Power Supply

Figure 37 S81-HS/C Internal Wiring - Single Power Supply


1

2

3

4

5

6 9

8 111417

181512

7 101316BR1

1

2

3

4

5

6 9

8 111417

181512

7 101316BR2

1

2

3

4

5

6 9

8 111417

181512

7 101316BR3

1

2

3

4

5

6 9

8 111417

181512

7 101316BR4

1

2

3

4

5

6 9

8 111417

181512

7 101316BR5

1

2

3

4

5

6 9

8 111417

181512

7 101316BR6

1

2

3

4

5

6 9

8 111417

181512

7 101316BR7

1

2

3

4

5

6 9

8 111417

181512

7 101316BR8

Figure 39 S81-HS/C Onboard Terminations Table


1 2 3

4 5 698

1114

17 1815

12

710

1316

BR

11 2 3

4 5 698

1114

17 1815

12

710

1316

BR

21 2 3

4 5 698

1114

17 1815

12

710

1316

BR

31 2 3

4 5 698

1114

17 1815

12

710

1316

BR

41 2 3

4 5 698

1114

17 1815

12

710

1316

BR

51 2 3

4 5 698

1114

17 1815

12

710

1316

BR

61 2 3

4 5 698

1114

17 1815

12

710

1316

BR

71 2 3

4 5 698

1114

17 1815

12

710

1316

BR

8

S81

F300

2-1

LIN

E 1

LIN

E 2

LIN

E 3

LIN

E 4

LIN

E 5

LIN

E 6

LIN

E 7

LIN

E 8

S81

-F30

02-1

8 In

itiat

ing

Dev

ice

Circ

uits

Car

d

Sup

pres

sion

Boa

rdU

se w

ith S

81-T

9001

-1 T

rans

ient

12

34

56

98

1114

1718

1512

710

1316

12

34

56

78

12

34

56

78

S81

-T90

01-1

TB-XX

910

1112

1314

1516

910

1112

1314

1516

BR

1

BR

2

- ALL

CIR

CU

ITS

AR

E P

OW

ER

LIM

ITE

D, F

ULL

Y S

UP

ER

VIS

ED

AN

D R

ATE

D F

OR

24

Vdc

- STA

ND

BY

CU

RR

EN

T : 4

mA

- ALA

RM

CU

RR

EN

T : 2

0 m

A- M

AX

LIN

E C

UR

RE

NT

: 116

mA

- RIP

PLE

: 68

mV

- M

AX

. LIN

E IM

PE

DE

NC

E :

50 O

HM

S- W

IRIN

G :

CLA

SS

B, S

TYLE

B A

ND

STY

LE C

- EO

L P

N :

S81

-EO

L ; L

R P

N :

S81

-LR

- ATT

AC

H T

HE

S81

-T90

01-1

CA

RD

TO

TH

E D

IN R

AIL

PR

OV

IDE

D U

SIN

G T

HE

SN

AP

FITS

O

N T

HE

BO

TTO

M O

F TH

E C

AR

D.

- SLI

DE

TH

E I/

O C

AR

D T

O T

HE

CH

AS

SIS

AN

D A

TTA

CH

VIA

TH

E T

WO

SC

RE

WS

PR

OV

IDE

D- S

EE

INS

TALL

ATIO

N M

AN

UA

L FO

R C

OM

PATI

BLE

DE

VIC

ES

Initiating Device Circuit 1

+-


+-


+-


+-


+-


+-


+-


+-

12345678910111213141516

EO

L D

EV

ICE

PAR

T N

UM

BE

RS

81-E

OL

Initi

atin

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ircui

ts

EO

L D

EV

ICE

PAR

T N

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BE

RS

81-E

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+ - + -

SD

SD

LR D

EV

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PAR

T N

UM

BE

RS

81-L

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LR D

EV

ICE

PAR

T N

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BE

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81-L

R

IDC

CO

NTR

OL

UN

IT4-

WIR

E

AU

X O

R S

MO

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25

34

1 (1) + IN(2) + OUT(3) - IN/OUT(4) NO(5) COM

PO

WE

R

25

34

1 (1) + IN(2) + OUT(3) - IN/OUT(4) NO(5) COM

LR

+ - - +S

81-E

OL

EO

LR

ELA

Y(E

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LR

US

ER

NO

TES

-Use

onl

y co

mpa

tible

dev

ices

-Use

end

of l

ine

resi

stor

mod

el S

81-E

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nsta

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axim

um 2

5 de

tect

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per l

oop.

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er m

ixin

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odel

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patib

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mok

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tect

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or u

sing

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mod

el o

n th

e sa

me

circ

uit,

tota

l sta

ndby

cur

rent

of a

ll de

tect

ors

mus

t not

exc

eed

3 m

A.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

S8

1-T

90

01

-1-R

0

RV

17

RV

18

RV

19

RV

21

RV

20

RV

22

RV

23

RV

24

RV16

RV14

RV12

RV11

RV9

RV7

RV4

RV3

RV15

RV13

RV10

RV8

RV6

RV5

RV2

RV1

BR1BR2

TB

1TE

RM

INA

L B

LOC

K:

BR

X

BT

SA

FETY

EA

RTH

BA

R

YE

/GN

16A

WG

16 OR 18AWG

BS

BS

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

4KW1



4KW

1

FIR

E AL

ARM

SU

BASS

EMBL

Y U

OJZ

EMER

GEN

CY

SIG

NAL

ING

SU

BASS

EMBL

YFS

ZIIN

STAL

L IN

AC

CO

RD

ANC

E W

ITH

INST

ALLA

TIO

N

INST

RU

CTI

ON

S LS

1013

9-05

1HI-E

AN

D

LS10

177-

000H

I-ELS

1020

2-00

0HI-E

:A E

CN

: 17-

XXX

Fig

ure

40

S8

1-F

300

2-1

and

S8

1-T

900

1-1

Su

ba

sse

mb

ly


1 2 3

4 5 698

1114

17 1815

12

710

1316

BR

11 2 3

4 5 698

1114

17 1815

12

710

1316

BR

21 2 3

4 5 698

1114

17 1815

12

710

1316

BR

31 2 3

4 5 698

1114

17 1815

12

710

1316

BR

41 2 3

4 5 698

1114

17 1815

12

710

1316

BR

51 2 3

4 5 698

1114

17 1815

12

710

1316

BR

61 2 3

4 5 698

1114

17 1815

12

710

1316

BR

71 2 3

4 5 698

1114

17 1815

12

710

1316

BR

8S

81-F

4001

-11

4-20

mA

Circ

uit C

ard

Sup

pres

sion

Boa

rdU

se w

ith S

81-T

9005

-1 T

rans

ient

12

34

56

98

1114

1718

1512

710

1316

12

34

56

78

12

34

56

78

S81

-T90

05-1

TB-XX

910

1112

910

1112

BR

1

BR

2

4-20 mA Circuit 1

+-

1

S81

F400

1-1

2nd-

LEV

EL

100

1nd-

LEV

EL

90

FAU

LT

ISO

LATE

70 60 50 40 30 20 1080

%LE

L

- ALL

4-2

0mA

CIR

CU

ITS

AR

E P

OW

ER

LIM

ITE

D A

ND

FU

LLY

SU

PE

RV

ISE

D- I

NP

UT

CU

RR

EN

T: 0

-24

mA

- MA

X. L

INE

IMP

ED

EN

CE

: 50

OH

MS

- WIR

ING

: CLA

SS

B, S

TYLE

C- T

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VO

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GE

: 24V

DC

PR

OTE

CTE

D W

ITH

1A

FUS

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CH

TH

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9005

-1 C

AR

D T

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HE

DIN

RA

IL P

RO

VID

ED

US

ING

TH

E S

NA

P FI

TS

ON

TH

E B

OTT

OM

OF

THE

CA

RD

.- S

LID

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HE

I/O

CA

RD

TO

TH

E C

HA

SS

IS A

ND

ATT

AC

H V

IA T

HE

TW

O S

CR

EW

S P

RO

VID

ED

- SE

E IN

STA

LLAT

ION

MA

NU

AL

FOR

CO

MPA

TIB

LE D

EV

ICE

S

S

+24V0V

TB3

TB4

+V -V

4-20

mA

Circ

uits

Typi

cal 3

-wire

4-2

0mA

trans

duce

r con

nect

ion

with

24V

DC

sup

ervi

sion

.

EO

LR-1

Coi

lS

BU

S

V+ V- L1

4-20

mA

Tran

sduc

er+ - s

Typi

cal 2

-wire

4-2

0mA

trans

duce

r con

nect

ion

SB

US

V+ L1

4-20

mA

Tran

sduc

er+ s

TER

MIN

AL

BLO

CK

:B

RX

BT

SA

FETY

EA

RTH

BA

R

GN

/YE

16A

WG

16 OR 18AWG

BK 16 OR 18AWG

RD 16 OR 18AWG

BS

BS

1

2

3

4

5

6

7

8

9

10

11

12

1

2

3

4

5

6

7

8

9

10

11

12

S8

1-T

90

05

-1-R

0

TB1

BR1BR2

4KW1



4KW

1

FIR

E AL

ARM

SU

BASS

EMBL

Y U

OJZ

EMER

GEN

CY

SIG

NAL

ING

SU

BASS

EMBL

YFS

ZIIN

STAL

L IN

AC

CO

RD

ANC

E W

ITH

INST

ALLA

TIO

N

INST

RU

CTI

ON

S LS

1013

9-05

1HI-E

AN

D

LS10

177-

000H

I-ELS

1020

2-00

0HI-E

:A E

CN

: 17-

XXX

Fig

ure

41

S

81-F

40

01-1

an

d S

81-T

90

05-1

Su

bas

sem

bly


1 2 3

4 5 698

1114

17 1815

12

710

1316

BR

11 2 3

4 5 698

1114

17 1815

12

710

1316

BR

21 2 3

4 5 698

1114

17 1815

12

710

1316

BR

31 2 3

4 5 698

1114

17 1815

12

710

1316

BR

41 2 3

4 5 698

1114

17 1815

12

710

1316

BR

51 2 3

4 5 698

1114

17 1815

12

710

1316

BR

61 2 3

4 5 698

1114

17 1815

12

710

1316

BR

71 2 3

4 5 698

1114

17 1815

12

710

1316

BR

8S

81-F

4002

-12

4-20

mA

Circ

uits

Car

d

Sup

pres

sion

Boa

rdU

se w

ith S

81-T

9005

-1 T

rans

ient

12

34

56

98

1114

1718

1512

710

1316

12

34

56

78

12

34

56

78

S81

-T90

05-1

TB-XX

910

1112

910

1112

BR

1

BR

2

4-20 mA Circuit 1

+-

1 S

4-20 mA Circuit 2

+-

S

S81

F400

2-1

2

+24V0V

TB3

TB4

+V -V

- ALL

4-2

0mA

CIR

CU

ITS

AR

E P

OW

ER

LIM

ITE

D A

ND

FU

LLY

SU

PE

RV

ISE

D- I

NP

UT

CU

RR

EN

T: 0

-24

mA

- MA

X. L

INE

IMP

ED

EN

CE

: 50

OH

MS

- WIR

ING

: CLA

SS

B, S

TYLE

C- T

RA

NS

DU

CE

R O

UTP

UT

VO

LTA

GE

: 24V

DC

PR

OTE

CTE

D W

ITH

1A

FUS

E- A

TTA

CH

TH

E S

81-T

9005

-1 C

AR

D T

O T

HE

DIN

RA

IL P

RO

VID

ED

US

ING

TH

E S

NA

P FI

TS

ON

TH

E B

OTT

OM

OF

THE

CA

RD

.- S

LID

E T

HE

I/O

CA

RD

TO

TH

E C

HA

SS

IS A

ND

ATT

AC

H V

IA T

HE

TW

O S

CR

EW

S P

RO

VID

ED

- SE

E IN

STA

LLAT

ION

MA

NU

AL

FOR

CO

MPA

TIB

LE D

EV

ICE

S

4-20

mA

Circ

uits

Typi

cal 3

-wire

4-2

0mA

trans

duce

r con

nect

ion

with

24V

DC

sup

ervi

sion

.

EO

LR-1

Coi

lS

BU

S

V+ V- L1

4-20

mA

Tran

sduc

er+ - s

Typi

cal 2

-wire

4-2

0mA

trans

duce

r con

nect

ion

SB

US

V+ L1

4-20

mA

Tran

sduc

er+ s

TER

MIN

AL

BLO

CK

:B

RX

BT

SA

FETY

EA

RTH

BA

R

GN

/YE

16A

WG

16 OR 18AWG

16 OR 18AWG

BK 16 OR 18AWG

RD 16 OR 18AWG

BS

BS

1

2

3

4

5

6

7

8

9

10

11

12

1

2

3

4

5

6

7

8

9

10

11

12

S8

1-T

90

05

-1-R

0

TB1

BR1BR2

2nd-

LEV

EL

1st-L

EV

EL

FAUL

T-DI

SABL

E

%LE

L

%LE

L

2nd-

LEV

EL

1st-L

EV

EL

FAUL

T-DI

SABL

E

4KW1



4KW

1

FIR

E AL

ARM

SU

BASS

EMBL

Y U

OJZ

EMER

GEN

CY

SIG

NAL

ING

SU

BASS

EMBL

YFS

ZIIN

STAL

L IN

AC

CO

RD

ANC

E W

ITH

INST

ALLA

TIO

N

INST

RU

CTI

ON

S LS

1013

9-05

1HI-E

AN

D

LS10

177-

000H

I-ELS

1020

2-00

0HI-E

:A E

CN

: 17-

XXX

Fig

ure

42

S

81-F

40

02-1

an

d S

81-T

90

05-1

Su

bas

sem

bly


1 2 3

4 5 698

1114

17 1815

12

710

1316

BR

11 2 3

4 5 698

1114

17 1815

12

710

1316

BR

21 2 3

4 5 698

1114

17 1815

12

710

1316

BR

31 2 3

4 5 698

1114

17 1815

12

710

1316

BR

41 2 3

4 5 698

1114

17 1815

12

710

1316

BR

51 2 3

4 5 698

1114

17 1815

12

710

1316

BR

61 2 3

4 5 698

1114

17 1815

12

710

1316

BR

71 2 3

4 5 698

1114

17 1815

12

710

1316

BR

8

+24V0V

TB3

TB4

+V -V

S81

-F40

03-1

8 4-

20 m

A C

ircui

ts C

ard

Sup

pres

sion

Boa

rdU

se w

ith S

81-T

9004

-1 T

rans

ient

12

34

56

98

1114

1718

1512

710

1316

12

34

56

78

12

34

56

78

S81

-T90

04-1

TB-XX

910

1112

910

1112

BR

1

BR

2

4-20 mA Circuit 1

+-

1 S

4-20 mA Circuit 2

+-

S

4-20 mA Circuit 3

+-

S

4-20 mA Circuit 4

+-

S

2

4-20 mA Circuit 5-S

4-20 mA Circuit 6

+-

S

4-20 mA Circuit 7

+-

S

4-20 mA Circuit 8

+-

S+

3

4

5

6

7

8

S81

F400

3-1

LIN

E 1

LIN

E 2

LIN

E 3

LIN

E 4

LIN

E 5

LIN

E 6

LIN

E 7

LIN

E 8

1314

1516

1718

1920

2122

2324

1314

1516

1718

1920

2122

2324

- ALL

4-2

0mA

CIR

CU

ITS

AR

E P

OW

ER

LIM

ITE

D A

ND

FU

LLY

SU

PE

RV

ISE

D- I

NP

UT

CU

RR

EN

T: 0

-24

mA

- MA

X. L

INE

IMP

ED

EN

CE

: 50

OH

MS

- WIR

ING

: CLA

SS

B, S

TYLE

C- T

RA

NS

DU

CE

R O

UTP

UT

VO

LTA

GE

: 24V

DC

PR

OTE

CTE

D W

ITH

1A

FUS

E- A

TTA

CH

TH

E S

81-T

9005

-1 C

AR

D T

O T

HE

DIN

RA

IL P

RO

VID

ED

US

ING

TH

E S

NA

P FI

TS

ON

TH

E B

OTT

OM

OF

THE

CA

RD

.- S

LID

E T

HE

I/O

CA

RD

TO

TH

E C

HA

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1

2

3

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6

7

8

9

10

11

12

13

14

15

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2

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4

5

6

7

8

9

10

11

12

13

14

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16

17

18

19

20

21

22

23

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18

19

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1

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4

5

6

7

8

9

10

11

12

13

14

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1

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5

6

7

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9

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Notification Appliance Circuit 1

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21 2 3

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med

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m

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.- T

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equi

re a

n E

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Som

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odul

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at

are

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SLC

nee

d E

OLs

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pro

per w

iring

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fer t

o th

e m

anuf

actu

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inst

alla

tion

inst

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of t

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vice

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stal

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th

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1020

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: 17-

XXX

Fig

ure

48

S

81-F

70

12-1

an

d S

81-T

90

03-1

Su

bas

sem

bly


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F500

2-1

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21 2 3

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31 2 3

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41 2 3

4 5 698

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51 2 3

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61 2 3

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71 2 3

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8

12

34

56

98

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1718

1512

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K11

K8

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14K

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07-2

USER

NO

TES

- All

Pro

gram

mab

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elay

Out

puts

in th

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hav

e an

"Ene

rgiz

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ptio

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his

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il-sa

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feat

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so

that

a re

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ene

rgiz

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de

-ene

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an b

e su

perv

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nabl

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n du

ring

norm

al o

pera

tion

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upo

n a

Trou

ble

cond

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s tu

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f thi

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tion

is p

rogr

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s "N

ot

ener

gize

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he re

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ff du

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norm

al o

pera

tion

and

turn

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n in

cas

e of

Tro

uble

.

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elay

Out

puts

pow

er s

ourc

e is

non

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er-li

mite

d, w

iring

mus

t be

rout

ed th

roug

h th

e no

n-po

wer

-lim

ited

spac

es. P

leas

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te, i

f yo

u co

nnec

t a

non-

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mite

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urce

to

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rcui

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al b

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ax 2

0 fe

et w

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S81-T8007-2-R1

BR

1

K2

K3

K4

K5

K6

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K10

K11

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1514

1312

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98

76

54

32

1

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4

BR

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16 OR 18AWG

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16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

16 OR 18AWG

4KW1



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FIR

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Y U

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D

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1020

2-00

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CN

: 17-

XXX

Fig

ure

49

S

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50

02-1

an

d S

81-T

80

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bas

sem

bly


1 2 3

4 5 698

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17 1815

12

710

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11 2 3

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1114

17 1815

12

710

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21 2 3

4 5 698

1114

17 1815

12

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31 2 3

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17 1815

12

710

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BR

41 2 3

4 5 698

1114

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12

710

1316

BR

51 2 3

4 5 698

1114

17 1815

12

710

1316

BR

61 2 3

4 5 698

1114

17 1815

12

710

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BR

71 2 3

4 5 698

1114

17 1815

12

710

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BR

8

12

34

56

98

1114

1718

1512

710

1316

12

34

56

12

34

56

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03-1

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1

BR

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+Link-12

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ety

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Com

mun

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ion

Circ

uit C

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SE

RV

ICE

TX P

OL

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PO

L

FAU

LT

DIS

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LED

RU

N

L.O

N F

AU

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DE

VIC

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AU

LTS

uppr

essi

on B

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Con

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9003

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AR

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ll w

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bet

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4

3

2

6

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4

3

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1

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ba

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11 2 3

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21 2 3

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31 2 3

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41 2 3

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12

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51 2 3

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17 1815

12

710

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BR

61 2 3

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12

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BR

71 2 3

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12

710

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8

12

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56

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34

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12

34

56

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Circ

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uppr

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l Saf

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Bus

Enc

losu

res,

and

all

sepa

rate

ly li

sted

regu

late

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L 86

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sup

plie

s (if

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houl

d be

with

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0 fe

et o

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her l

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ed in

the

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GEN

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STAL

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RD

ANC

E W

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INST

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N

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ON

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1013

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D

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000H

I-ELS

1020

2-00

0HI-E

:A E

CN

: 17-

XXX

TER

MIN

AL

BLO

CK

:B

RX

TER

MIN

AL

BLO

CK

:B

RX

BT

SA

FETY

EA

RTH

BA

R

YE

/GN

16A

WG

24AWG

24AWG

BK 16AWG

RD 16AWG

SHIELD LINK 1

SHIELD LINK 2

24AW

G

24AW

G

SH

IELD

24AWG

24AWG

6

5

4

3

2

6

5

4

3

2

1

S81-T9003-1-R0

F1

TB1

RV7

RV6

RV5

RV4 RV1

RV

3R

V2

BR

1BR2

Fig

ure

51

S81

-F70

11-1

an

d S

81

-T9

00

3-1

Su

ba

ss

em

bly

(O

pti

on

RE

DU

NA

NT

/ D

UP

LE

X)


S81

F600

1-1

S81

-F60

01-1

1 Zo

ne E

xtin

guis

hing

Car

d

No

term

inat

ion

is n

eces

sary

, as

the

mod

ule

does

not

con

trol a

ny fi

eld

devi

ces.

1 2 3

4 5 698

1114

17 1815

12

710

1316

BR

11 2 3

4 5 698

1114

17 1815

12

710

1316

BR

21 2 3

4 5 698

1114

17 1815

12

710

1316

BR

31 2 3

4 5 698

1114

17 1815

12

710

1316

BR

41 2 3

4 5 698

1114

17 1815

12

710

1316

BR

51 2 3

4 5 698

1114

17 1815

12

710

1316

BR

61 2 3

4 5 698

1114

17 1815

12

710

1316

BR

71 2 3

4 5 698

1114

17 1815

12

710

1316

BR

8

TB3

TB4

+V -V

12

34

56

98

1114

1718

1512

710

1316

- SLI

DE

TH

E I/

O C

AR

D T

O T

HE

CH

AS

SIS

AN

D A

TTA

CH

VIA

TH

E T

WO

SC

RE

WS

PR

OV

IDE

D

FAU

LT

DIS

AB

LED

HO

LD

AC

TIV

E

RE

LEA

SE

D

INH

IBIT

AU

T.O

FF

RE

S.B

AN

K

TER

MIN

AL

BLO

CK

:B

RX

4KW1



Fig

ure

52

S8

1-F

600

1-1

Su

ba

sse

mb

ly


1 2 3

4 5 698

1114

17 1815

12

710

1316

BR

11 2 3

4 5 698

1114

17 1815

12

710

1316

BR

21 2 3

4 5 698

1114

17 1815

12

710

1316

BR

31 2 3

4 5 698

1114

17 1815

12

710

1316

BR

41 2 3

4 5 698

1114

17 1815

12

710

1316

BR

51 2 3

4 5 698

1114

17 1815

12

710

1316

BR

61 2 3

4 5 698

1114

17 1815

12

710

1316

BR

71 2 3

4 5 698

1114

17 1815

12

710

1316

BR

8

12

34

56

98

1114

1718

1512

710

1316

12

34

56

12

34

56

S81

-T90

03-1

TB-XX BR

1

BR

2

1

S81

-F70

06-1

Anc

illia

ry C

ircui

ts C

ard

Sup

pres

sion

Boa

rdC

onne

ct to

S81

-T90

03-1

Tra

nsie

ntM

odbu

s R

TU P

roto

col

- ALL

CIR

CU

ITS

AR

E P

OW

ER

LIM

ITE

D

- ATT

AC

H T

HE

S81

-T90

03-1

CA

RD

TO

TH

E D

IN R

AIL

PR

OV

IDE

D U

SIN

G

TH

E S

NA

P FI

TS O

N T

HE

BO

TTO

M O

F TH

E C

AR

D.

- SLI

DE

TH

E I/

O C

AR

D T

O T

HE

CH

AS

SIS

AN

D A

TTA

CH

VIA

TH

E T

WO

S

CR

EW

S P

RO

VID

ED

- SE

E IN

STA

LLAT

ION

MA

NU

AL

FOR

CO

MPA

TIB

ILE

DE

VIC

ES

- WIT

H T

HE

PR

OV

IDE

D S

81-T

9003

-1 U

SE

EIT

HE

R R

S23

2 O

PTI

ON

OR

RS

485.

- FO

R C

ON

NE

CTI

NG

BO

TH O

PTI

ON

S (R

S23

2 A

ND

RS

485)

OR

DE

R

A S

EPA

RAT

E S

81-T

9003

-1.

RS232RXTX

GND23

TB3

TB4

+V -V

S81

F700

6-1

RX

RS

232

TX R

S48

5

RX

RS

485

FAU

LT

DIS

AB

LE

AC

TIV

E

MA

STE

R

TX R

S23

2

12

34

56

12

34

56

S81

-T90

03-1

TB-XX BR

1

BR

2

RS485485+485-GND

123

12

34

56

98

1114

1718

1512

710

1316

TER

MIN

AL

BLO

CK

:B

RX

TER

MIN

AL

BLO

CK

:B

RX

BT

SA

FETY

EA

RTH

BA

R

YE

/GN

16A

WG

GY 16 OR 18AWG

GY 16 OR 18AWG

GY 16 OR 18AWG

BT

SA

FETY

EA

RTH

BA

R

YE

/GN

16A

WG

GY 16 OR 18AWG

GY 16 OR 18AWG

GY 16 OR 18AWG

6

5

4

3

2

6

5

4

3

2

1

S81-T9003-1-R0

F1

TB1

RV7

RV6

RV5

RV4 RV1

RV

3R

V2

BR

1BR2

4KW1



4KW

1

FIR

E AL

ARM

SU

BASS

EMBL

Y U

OJZ

EMER

GEN

CY

SIG

NAL

ING

SU

BASS

EMBL

YFS

ZIIN

STAL

L IN

AC

CO

RD

ANC

E W

ITH

INST

ALLA

TIO

N

INST

RU

CTI

ON

S LS

1013

9-05

1HI-E

AN

D

LS10

177-

000H

I-ELS

1020

2-00

0HI-E

:A E

CN

: 17-

XXX

Fig

ure

53

S

81-F

70

06-1

an

d S

81-T

90

03-1

Su

bas

sem

bly


1 2 3

4 5 698

1114

17 1815

12

710

1316

BR

11 2 3

4 5 698

1114

17 1815

12

710

1316

BR

21 2 3

4 5 698

1114

17 1815

12

710

1316

BR

31 2 3

4 5 698

1114

17 1815

12

710

1316

BR

41 2 3

4 5 698

1114

17 1815

12

710

1316

BR

51 2 3

4 5 698

1114

17 1815

12

710

1316

BR

61 2 3

4 5 698

1114

17 1815

12

710

1316

BR

71 2 3

4 5 698

1114

17 1815

12

710

1316

BR

8

TB3

TB4

+V -V

¬

Ctr

l

Lo

ck

Ca

ps

`

! 1"

23

$ 4

% 5

^

6

Alt

| \

& 7

* 8

( 9

) 0

_ -

+ =

{ [

} ]

: ;

@

~

#

< ,> .

/

Alt

Gr

Ctr

l

Inse

rt

De

lete

Ho

me

En

d

Lo

ck

Nu

m

F5

Esc

F1

F2

F3

F4

F1

1F

6F

7F

8F

9F

10

F1

2

Pa

use

Pri

nt

Sc

rnP

g U

p

Pg

Dn

QW

ER

TY

UI

OP

AS

DF

GH

JK

L

ZX

CV

BN

M

:

ç

Fn

US

ER

NO

TES

The

pow

er s

uppl

y S

81-H

S/C

is fl

oatin

g w

ith re

spec

t to

the

earth

gro

und.

Som

e de

vice

s su

ch a

s fo

r exa

mpl

e pe

rson

al c

ompu

ters

, hav

e th

e ne

gativ

e po

le o

f the

pow

er s

uppl

y co

nnec

ted

to th

e ea

rth g

roun

d fo

r saf

ety

reas

ons.

Th

e co

nnec

tion

of th

ese

devi

ces

to th

e pa

nel w

ill p

rodu

ce e

arth

faul

t sig

nalin

g.

DE

BU

G

PO

RT

HO

ST

PO

RT

RS

232

D.S

UB

-9 p

in fe

mal

e

RS

232

D.S

UB

-9 p

in m

ale

D-S

UB

CA

BLE

SE

RIA

L E

XTE

NS

ION

- PR

OG

RA

MM

ING

SO

FTW

AR

E :

PR

OS

81- R

S23

2 C

ON

NE

CTI

ON

: H

OS

T P

OR

T J3

RS

232

4KW1



Fig

ure

54

S8

1-H

S/C

Co

mm

un

icat

ion

Cir

cu

its


S81

F000

0-1

S81

-F00

00-1

Cov

er fo

r Spa

re S

lot

1 2 3

4 5 698

1114

17 1815

12

710

1316

BR

11 2 3

4 5 698

1114

17 1815

12

710

1316

BR

21 2 3

4 5 698

1114

17 1815

12

710

1316

BR

31 2 3

4 5 698

1114

17 1815

12

710

1316

BR

41 2 3

4 5 698

1114

17 1815

12

710

1316

BR

51 2 3

4 5 698

1114

17 1815

12

710

1316

BR

61 2 3

4 5 698

1114

17 1815

12

710

1316

BR

71 2 3

4 5 698

1114

17 1815

12

710

1316

BR

8

TB3

TB4

+V -V

- AT

TAC

H V

IA T

HE

TW

O S

CR

EW

S P

RO

VID

ED

Fig

ure

55

S8

1-F

000

0-1

Su

ba

sse

mb

ly


1 2 3

4 5 698

1114

17 1815

12

710

1316

BR

11 2 3

4 5 698

1114

17 1815

12

710

1316

BR

21 2 3

4 5 698

1114

17 1815

12

710

1316

BR

31 2 3

4 5 698

1114

17 1815

12

710

1316

BR

41 2 3

4 5 698

1114

17 1815

12

710

1316

BR

51 2 3

4 5 698

1114

17 1815

12

710

1316

BR

61 2 3

4 5 698

1114

17 1815

12

710

1316

BR

71 2 3

4 5 698

1114

17 1815

12

710

1316

BR

8

+25V0V

TB3

TB4

+V -V

Aux

iliar

y P

ower

Out

put C

icui

ts

12

34

56

78

12

34

56

78

S81

-T90

04-1

TB-XX

910

1112

910

1112

BR

1

BR

2

24VDC 500mA max

+-

1314

1516

1718

1920

2122

2324

1314

1516

1718

1920

2122

2324

24VDC 500mA max

+-

24VDC 500mA max

+-

24VDC 500mA max

+-

24VDC 500mA max

+-

24VDC 500mA max

+-

24VDC 500mA max

+-

24VDC 500mA max

+-

12

34

56

78

12

34

56

78

S81

-T90

05-1

TB-XX

910

1112

910

1112

BR

1

BR

2

24VDC 500mA max

+-

24VDC 500mA max

+-

24VDC 500mA max

+-

24VDC 500mA max

+-

12

34

56

12

34

56

S81

-T90

03-1

TB-XX BR

1

BR

2

24VDC 500mA max

+-

Use

r Not

es

- The

out

put f

rom

eac

h au

xilia

ry p

ower

out

puts

circ

uits

mus

t not

exc

eed

0.5

amps

. - A

ny d

evic

es p

ower

ed fr

om th

e au

xilia

ry p

ower

term

inal

s sh

ould

be

take

n in

to

cons

ider

atio

n fo

r Pow

er S

uppl

y an

d B

atte

ry c

alcu

latio

n.

- Ext

erna

l pow

er fr

om a

sep

arat

ely

liste

d R

egul

ated

UL

864

pow

er s

uppl

y ca

n al

so

be u

sed

to p

rovi

de e

xter

nal p

ower

for a

ux p

ower

, fire

, and

em

erge

ncy

sign

alin

g ap

plic

atio

ns (e

.g. 2

4 V

DC

circ

uit o

n a

4-20

mA

sens

or).

The

sepa

rate

pow

er s

uppl

y m

ust b

e lo

cate

d w

ithin

the

sam

e ro

om a

s th

e m

ain

cont

rol u

nit w

ith c

ondu

ctor

s lim

ited

to 2

0 ft

(6.0

96 m

) in

leng

th a

nd in

con

duit.

Add

ition

ally,

the

DC

out

put c

omm

on o

f the

se

para

te p

ower

sup

ply

mus

t be

conn

ecte

d to

a V

- ter

min

al o

n th

e m

ain

cont

rol u

nit.

BK 16 AWG

RD 16AWG

BT

SA

FETY

E

AR

TH B

AR

B

T S

AFE

TY

EA

RTH

BA

R

YE

/GN

16A

WG

YE

/GN

16A

WG

YE

/GN

16A

WG

BT

SA

FETY

E

AR

TH B

AR

Fig

ure

56

Au

xil

iary

Po

wer

Ou

tpu

t C

irc

uit

s