Tyco ESFR-25 User manual

EAS-1 Electronically Activated Sprinkler System
ASRS-A Configuration
Page 1 of 8 DECEMBER 2020 TFP361
IMPORTANT
Refer to Technical Data Sheet
TFP2300 for warnings pertaining to
regulatory and health information.
Always refer to Technical Data
Sheet TFP700 for the “INSTALLER
WARNING” that provides cautions
with respect to handling and instal-
lation of sprinkler systems and com-
ponents. Improper handling and
installation can permanently damage
a sprinkler system or its compo-
nents and cause the sprinkler to fail
to operate in a fire situation or cause
it to operate prematurely.
Worldwide
Contacts
www.tyco-fire.com
General
Description
The TYCO EAS-1 Electronically Acti-
vated Sprinkler System ASRS-A Con-
figuration is specifically engineered to
provide effective fire protection for an
ASRS-A configuration of an Automated
Storage and Retrieval System (ASRS).
The sprinkler system for the ASRS-A
configuration consists of the following
components:
• Addressable heat sensors
• Addressable photoelectric smoke
sensors
• Electronic control system
• Electronically controlled sprinklers
The sensors are connected to an elec-
tronic control system that continuously
analyzes temperature information and
monitors for the presence of smoke
within the protected area.
In the event of a fire, the system is
designed to simultaneously operate
a group of sprinklers surrounding the
point of fire origin very early in the fire
development.
Features
• UL Listed components
• Provides focused protection by
responding with a grouped sprinkler
operation surrounding the fire
• Increases installation flexibility and
improves system performance by
allowing heat sensors and sprin-
klers to be installed for optimal
performance
• Delivers rapid response during the
incipient stages of fire growth
• Maintains continuous monitoring of
integral system components
• Provides ceiling only fire protection
for storage arrangements that can-
not be protected by traditional ceil-
ing only sprinkler schemes
NOTICE
The TYCO EAS-1 Electronically Acti-
vated Sprinkler System ASRS-A Con-
figuration described herein must be
installed and maintained in compliance
with this document and with the appli-
cable standards of the NATIONAL FIRE
PROTECTION ASSOCIATION (NFPA),
in addition to the standards of any
authorities having jurisdiction. Failure
to do so may impair the performance
of these devices. Applicable Standards
are:
• NFPA 13
• NFPA 20
• NFPA 24
• NFPA 25
• NFPA 72
The owner is responsible for main-
taining their fire protection system
and devices in proper operating con-
dition. Contact the installing contrac-
tor or product manufacturer with any
questions.
Technical
Data
Approvals
All system components integral to the
TYCO EAS-1 Electronically Activated
Sprinkler System ASRS-A Configura-
tion are UL Listed.
Maximum Working Water Pressure
175 psi (12 bar)
System
Components
The TYCO EAS-1 Electronically Acti-
vated Sprinkler System ASRS-A
Configuration is a fully engineered inte-
grated system that requires specific
proprietary components for system
operation. For a list of the core com-
ponents, see Table A. For an additional
list of recommended components for
use with the sprinkler as applicable,
see Table B.
Design Criteria
The TYCO EAS-1 Electronically Acti-
vated Sprinkler System ASRS-A Con-
figuration and algorithm are designed
to respond to a single fire originating
from a single ignition location.
Building Construction
The sprinkler system is suitable for use
within building construction that can
use Early Suppression Fast Response
(ESFR) sprinklers based on the require-
ments of NFPA 13.
The system is suitable for use in build-
ings with horizontal ceilings and unob-
structed construction.

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Electronically Activated
Sprinkler System
Components Part Number Description Technical Document Number
and Title as Applicable
Control Unit
4100 -9707AR EAS-1 Panel (US Version) 579-1385AR EAS-1 Electronically Acti-
vated Sprinkler System - Installation and
Operating Instructions
4100-9708AR EAS-1 Panel (Canadian Version)
Model TY920 Electronic
Control Pendent Sprinklers 58-441-1-000
TYCO Model TY920 Electronic control,
25.2 K-factor Pendent Sprinkler - Used
to provide protection for storage applica-
tions such as warehouses and distribution
centers
TFP326
Photoelectric Smoke
Sensor 4098-9714 AUTOPULSE TrueAlarm Photoelectric Smoke Sensor T-2016294 AUTOPULSE Multi-Point
Peripherals
Standard Sensor Base 4098-9792 AUTOPULSE TrueAlarm Standard Sensor
Base
Heat Sensors 40 98-9748AR AUTOPULSE Sprinkler Control Heat Sen-
sor 579-1215AR AUTOPULSE Sprinkler Con-
trol Heat Sensor Installation Instructions
Cable Assembly 4098-9865AR AUTOPULSE Sprinkler Control Heat Sen-
sor Cable Assembly
Commissioning Device 91-461-1-008 EAS-1 Commissioning Device See the System Commissioning section
of this datasheet
Heat Detector Test
Head Kit¹SOLO-461 SOLO-461 Heat Detector Test Head Kit See the System Commissioning section of this data sheet
IDNet Loop and Sprinkler
Cards
410 0 - 3113 A R AUTOPULSE IDNet 2 - Sprinkler Card 579-1214AR, AUTOPULSE 4100-3113AR
IDNet 2 Sprinkler Card, 4100-3111 IDNet
Loop Card Installation Instructions
410 0 - 3111 SIMPLEX IDNet Loop Card²
4100-3109 IDNet 2 Standard Addressable Interface
Module
579-1169, Simplex 4100-3109 IDNet 2,
4100-3110 IDNet 2+2 and 4100-3111 ID-
Net Loop Card Installation Instructions
Algorithm Generator Not Applicable Generates custom control equations
required to program
EAS-1 ASRS-A Algorithm Generator.
Contact Johnson Controls Technical
Services for the latest revision
NOTES
1. The Heat Detector Test Head Kit is manufactured by SDi Fire.
2. The SIMPLEX IDNet Loop Card can be mounted on top of either of the following components:
• AUTOPULSE IDNet 2 - Sprinkler Card
• IDNet 2 Standard Addressable Interface Module
Electronically Activated
Sprinkler System
Components Part Number Description Technical Document Number
and Title as Applicable
Supervised Main Control
Valve
Refer to
Technical
Document
TYCO BFV-300 Grooved Buttery Valve
or Equivalent TFP1511
TYCO BFV-300 Wafer Buttery Valve
or Equivalent TFP1516
Alarm Valve
Refer to
Technical
Document
AV-1-300 Alarm Check Valve with trim
or Equivalent TFP910
Retard Chamber 52-211-1-002 RC-1 Retard Chamber
or Equivalent TFP920
Waterow Pressure Alarm
Switch
Refer to
Technical
Document
Potter PS10-2 Pressure Switch
or Equivalent
5400929, Potter PS10 Pressure Switch
Data Sheet
Alarm Bell
Refer to
Technical
Document
WMA-1 Water Motor Alarm
or Equivalent TFP922
TABLE B
RECOMMENDED SYSTEM COMPONENTS
TABLE A
CORE SYSTEM COMPONENTS

TFP361
Page 3 of 8
MINIMUM
RECOMMENDED
NO. OF SPRINKLERS
TYCO EAS-1 ELECTRONICALLY ACTIVATED SPRINKLER SYSTEM PROTECTION ASRS-A CONFIGURATION
GENERAL GUIDELINES:
When TYCO Model TY920 Sprinklers, paired with AUTOPULSE Sprinkler Control Heat Sensors, are installed to provide
ceiling-only protection of storage occupancies containing ASRS-A configuration storage structures comprised of polypro-
pylene plastic bins, up to and including cartoned unexpanded group A plastic commodity in tightly packed vertical and
horizontal racking primarily constructed from hollow aluminum components, the installation criteria is as follows:
• Maximum coverage area of 100 ft² (9,3 m²) per sprinkler
• Minimum coverage area of 64 ft² (5,9 m²) per sprinkler
The sprinkler spacing criteria is as follows:
• Maximum spacing shall be 10 ft (3.0 m) regardless of ceiling height
• Maximum spacing shall be 10 ft (3.05 m) for buildings having a ceiling height greater
than 30 ft (9,14 m)
• 8 ft (2,4 m) minimum spacing for all construction types
Maximum
Ceiling
Height
ft (m)
Maximum
Storage
Height
ft (m)
Maximum
Ceiling
to Storage
Clearance
ft (m)
Minimum
Ceiling
to Storage
Clearance
ft (m)
Minimum
Deflector
to Top of
Storage
Distance
ft (m)
Design
Pressure
psi (bar)
Hose Stream
Allowance
gpm (Lpm)
Water
Durationa
min.
Minimum
Recommended
Number Of Sprinklers
45 (13,7) 29.5 (9,0) 15.5 (4,7) 5 (1,5) 3 (0,9) 60 (3,6) 250 120
12 Sprinklers in 4-4-4
arrangement: 4 on 3
most remote branch lines
NOTES:
a. During full scale fire testing, fire extinguishment was achieved after 120 minutes of sprinkler operation.
PRIMARY
POWER
SUPPLY
WATER
SUPPLY
SUPERVISED
MAIN CONTROL
VALVE
WATERFLOW
PRESSURE
ALARM
SWITCH
MAIN
DRAIN
VALVE
RETARD
CHAMBER
ALARM
BELL
ALARM
VALVE
AUTOPULSE
SPRINKLER
CONTROL
HEAT SENSORS
TYCO MODEL TY920 ELECTRONIC CONTROLLED SPRINKLERS
SIMPLEX IDNet LOOP (STYLE 6)
AUTOPULSE
PHOTOELECTRIC
SMOKE
SENSORS
ASRS-A
CONFIGURATION
STORAGE STRUCTURE
AUTOPULSE EAS-1 CONTROL UNIT
IDNet 2
MODULE
IDNet 2
SPRINKLER
CARD
BATTERY
BACK-UP
FIGURE 1
TYCO EAS-1 ELECTRONICALLY ACTIVATED
SPRINKLER SYSTEM ASRS-A CONFIGURATION SCHEMATIC
TABLE C
TYCO EAS-1 ELECTRONICALLY ACTIVATED
SPRINKLER SYSTEM ASRS-A CONFIGURATION DESIGN CRITERIA

TFP361
Page 4 of 8
12" (305 mm)
MAXIMUM
6" (152 mm)
MAXIMUM
36" (914 mm)
MAXIMUM
AUTOPULSE
SPRINKLER
CONTROL
HEAT SENSOR
CEILING
CABLE
ASSEMBLY
SPRINKLER
DEFLECTOR
HEAT
SENSOR
TIP
SYSTEM PIPE
AND SPRINKLER
FITTING
WEATHERPROOF
JUNCTION BOX AND
CONNECTORS
SIMPLEX
IDNet LOOP
TO CONTROL
UNIT
SIMPLEX IDNet LOOP
TO NEXT HEAT
SENSOR
TYCO MODEL TY920
ELECTRONIC CONTROL
SPRINKLER
Hydraulic Design and Water
Delivery
Calculate the hydraulic design in accor-
dance with Table C. Base the calcula-
tion on a minimum 12 sprinkler design
area in a 4-4-4 sprinkler arrangement
on the most remote branch lines.
System Piping Layout
The system piping layout may be either
a grid or a tree configuration.
Electronic Sprinklers
Only TYCO Model TY920 Electronic
Control Pendent Sprinklers listed in
Table A are approved or installation as
part of the TYCO EAS-1 Electronically
Activated Sprinkler System ASRS-A
Configuration. The sprinklers must be
installed in accordance with the NFPA
requirements for ESFR sprinklers with
the same K-Factor and deflector orien-
tation, except as modified in this tech-
nical data sheet or the specific TYCO
electronic control sprinkler installation
instructions.
Deflector Distance
The minimum deflector distance from
the ceiling shall be in accordance
with the NFPA requirements for ESFR
sprinklers with the same K-Factor and
deflector orientation. For example, the
minimum deflector distance from the
ceiling surface for the TYCO Model
TY920 Sprinkler with a K-Factor of 25.2
gpm/psi½ (362,9 Lpm/bar½) must be 6
in. (152 mm).
The maximum deflector distance from
the ceiling can deviate from NFPA
requirements for ESFR sprinklers. The
sprinkler may be located a maximum
of 3 ft (914 mm) below its associated
heat sensor. This allows for the sprin-
kler to be installed below obstructions.
Each sprinkler and heat sensor must
be located per the installation criteria
in Figure 2.
Control Unit
The AUTOPULSE EAS-1 Control Unit
utilizes a NEMA Type 1 (for example,
general purpose) enclosure.
The control unit must be installed in a
location with the following environmen-
tal conditions:
• Operating temperature range of 32ºF
to 120ºF (0ºC to 49ºC)
• Maximum operating humidity of
93% RH, non-condensing at 90ºF
(32ºC)
A single AUTOPULSE EAS-1 Control
Unit ASRS-A Configuration can
support up to 268 sensor-sprinkler
pairs. For installations larger than 268
sensor-sprinkler pairs, multiple control
units are required. Walls, partitions, or
draft curtains must be used to sepa-
rate sensor-sprinkler pairs connected
to different control units.
Heat Sensors
The AUTOPULSE Sprinkler Control
Heat Sensors may be mounted directly
on the ceiling. If not mounted on the
ceiling the maximum distance from the
sensor to the ceiling surface shall be
6 in. (152,4 mm).
The heat sensor and sprinkler to which
it is connected can be located up to a
maximum distance of:
• 12 in. (305 mm) laterally from each
other
• 3 ft. (914 mm) vertically from each
other
Smoke Sensors
The AUTOPULSE Photoelectric smoke
sensors may be mounted directly
on the ceiling. If not mounted on the
ceiling the maximum distance from the
sensor to the ceiling surface shall be
6 in. (152,4 mm). Photoelectric smoke
sensors must be spaced at a maximum
of 30 ft (9,1 m) apart from each other
and within the protected area of the
sprinkler system.
Sensor Wiring
The sensor wiring circuit configuration
is shown in the schematic in the AUTO-
PULSE Sprinkler Control Heat Sensor
Installation Instructions (AUTOPULSE
document number 579-1215AR) and
AUTOPULSE Multi-point Peripher-
als (AUTOPULSE document number
579 -1215AR).
Two separate circuit loops are required
for smoke sensors and heat sensors—
the smoke and heat sensors must not
be in the same loop. The circuit loops
must be connected as follows:
• Smoke detector circuit must be
connected to the 4100-3109 IDNet
2 Standard Addressable Interface
Module
• Heat Sensor circuit must be
connected to the 4100-3113AR
AUTOPULSE IDNet 2 - Sprinkler
Card
For optimal performance, use Style 6
wiring with mechanical protection.
Battery Back-Up
The duration of battery back-up
is determined by the requirements
of the authority having jurisdiction
(AHJ). Johnson Controls recommends
a minimum of 48 hours of battery
backup. For information about battery
backup calculations, refer to the
SIMPLEX ES-PS Installation Instruc-
tions (SIMPLEX document number
579 -1288).
FIGURE 2
ELECTRONIC SPRINKLER AND HEAT SENSOR
INSTALLATION CRITERIA

TFP361
Page 5 of 8
AUTOPULSE
SPRINKLER
CONTROL
HEAT
SENSOR
TYCO
MODEL
TY920
ELECTRONIC
CONTROL
SPRINKLER
ON/OFF
SWITCH BATTERY
COMPARTMENT
DISCONNECT
CABLE FROM
SPRINKLER
CONNECT
CABLE TO
COMMISSIONING
DEVICE
LOWER END OF
COMMISSIONING DEVICE
RED
LED LIT:
DEVICE
BATTERY
LOW
YELLOW
LED LIT:
SPRINKLER
ACTIVATED
GREEN
LED LIT:
DEVICE
POWER
ON
Operation
The TYCO EAS-1 Electronically
Activated Sprinkler System ASRS-A
Configuration is designed to provide
connected sprinkler fire protection for
buildings containing automated storage
and retrieval systems.
Standby Operation
When the sprinkler system is set for
service, the system piping is pres-
surized and the AUTOPULSE EAS-1
Control Unit is in standby mode.
In standby mode, the control unit moni-
tors the following information:
• environmental conditions
• status of the heat sensors, smoke
sensors, and associated circuit
integrity
• status of the sprinkler and related
circuit integrity
The control unit analyzes if the con-
ditions are in the normal range, and
verifies the sensors and sprinklers are
ready for operation. The control unit
reports a system status based on the
conditions and status of the connected
devices.
System Status
The system status can be as follows:
• NORMAL
• SUPERVISORY
• TROUBLE
• ALARM
The conditions for each status are as
follows:
NORMAL
• Temperatures are within the normal
range
• Abnormal smoke conditions are not
present
• All sensors and sprinklers are ready
for operation
SUPERVISORY
• Temperatures are outside the
normal range
TROUBLE
• Missing or malfunctioning devices
ALARM
• Smoke is present
The system status information can
be provided to the building fire alarm
system to provide notification to build-
ing occupants, the fire department,
and/or central station monitoring as
required.
Automatic Operation
In the event of a fire, the heat sensors
and smoke sensors provide information
to the control unit about the fire. The
software program in the control unit
analyzes information from multiple
heat sensors and smoke sensors and
determines if the resulting information
indicates a fire condition.
As the fire continues to grow, the
software confirms the fire’s signature
and determines which sprinklers
should be operated to optimally
address the fire. The control unit then
operates all of the necessary sprinklers
simultaneously to suppress the fire.
Water flows through the system piping
to the opened sprinklers.
FIGURE 4
EAS-1 ELECTRONICALLY
ACTIVATED SPRINKLER SYSTEM
COMMISSIONING DEVICE
CONNECTION PORTS
FIGURE 5
EAS-1 ELECTRONICALLY
ACTIVATED SPRINKLER SYSTEM
COMMISSIONING HEAT
POINTS
FIGURE 3
EAS-1 ELECTRONICALLY
ACTIVATED SPRINKLER SYSTEM
COMMISSIONING DEVICE

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Installation
Install the TYCO EAS-1 Electronically
Activated Sprinkler System ASRS-A
Configuration in accordance with this
section.
Note: Except as noted in this section,
all components must be installed in
accordance with their applicable tech-
nical data sheet or installation manual.
Note: Except as noted in this section,
all installation criteria provided in NFPA
13 and NFPA 72 applies.
Control Unit
Installation instructions for the AUTO-
PULSE EAS-1 control unit are in the
AUTOPULSE EAS-1 Electronically
Activated Sprinkler System - Instal-
lation and Operating Instructions
(AUTOPULSE document number
579-1385AR).
Sprinkler
Installation instructions for the Model
TY920 Electronic Control Pendent
Sprinkler are in technical data sheet
TFP326.
Heat Sensor
Installation instructions for the heat
sensor, including mounting and wiring
requirements, are in the AUTOPULSE
Sprinkler Control Heat Sensor Instal-
lation Instructions (AUTOPULSE doc-
ument number 579-1215AR). These
instructions contain information about
mounting and wiring the sensor.
Smoke Sensor
For information about the smoke sensor
mounting instructions and wiring
requirements, refer to the Installation
Reference section of AUTOPULSE
Multi-Point Peripherals (document
number T-2016294).
System
Commissioning
Before placing the TYCO EAS-1 Elec-
tronically Activated Sprinkler System
ASRS-A Configuration in set condition,
the system must be commissioned.
Commissioning should be performed
after all troubles are cleared from the
EAS-1 Control Unit and the system is
reporting a normal status as indicated
on the Control Unit display.
The system commissioning procedure
should be performed at least once per
system before a system is considered
active. As a consequence of the elec-
tronic control system, testing and com-
missioning without activating sprinklers
must be conducted using EAS-1 Com-
missioning Devices, heating devices
such as the SOLO-461 Heat Detector
Test Head Kit, and a UL and ULC Listed
smoke detector tester.
The EAS-1 Commissioning Device has
the following features:
• Cable assembly connection port
identical to that of the TYCO Model
TY920 Sprinkler
• Battery compartment accommo-
dating two AA size batteries
• On/Off Switch allowing conser-
vation of battery power when the
device is not in use
• Three LED status lights located at
the end opposite to the connection
port
• Green LED lights when the device
On/Off switch is placed in the On
position, indicating the device is
ready to begin testing
• Red LED lights to indicate low
battery power
• Yellow LED lights for approxi-
mately two minutes during testing
to indicate sprinkler control heat
sensor activation
Test Procedure
Complete the following test procedure
successfully to commission the sprin-
kler system.
Step 1. Disconnect the Cable Assem-
bly from a 6 x 5 grid of TYCO Model
TY920 Sprinklers.
Note: If a 6 x 5 grid of sprinklers is not
available, contact Johnson Controls
Technical Services.
Step 2. Connect the inner 12 Cable
Assemblies to ports of 12 EAS-1 Com-
missioning Devices as shown in Figure
4; and connect a single cable assem-
bly from the outer perimeter of the
6 x 5 test array to the port of a single
EAS-1 Commissioning Device. Set the
On/Off Switch on each commissioning
device to the On position, observing
the Green LED on each is lit, and allow
the devices to hang freely.
Step 3. Use a UL and ULC listed smoke
detector tester on a single smoke
sensor to prompt the EAS-1 Control
Unit to report a fire alarm condition.
Once the EAS-1 Control Unit reports
a supervisory signal from the tested
smoke sensor, proceed to the next
step.
Step 4. Use heating devices to simul-
taneously apply a rapid temperature
increase of at least 20°F/minute rate of
rise to the inner two sprinkler control
heat sensors within the 6 x 5 test array
as shown in Figure 5.
Note: If the inner two sprinkler
control heat sensors cannot be
accessed simultaneously, consult the
Johnson Controls Technical Services
Department.
Step 5. Confirm the Yellow LED is lit
on the EAS-1 Commissioning Devices
connected to all 12 of the inner sprin-
kler control heat sensors, indicating
simulated sprinkler operation.
Step 6. Confirm the Yellow LED is not lit
on the EAS-1 Commissioning Devices
connected to the sprinkler control heat
sensor on the perimeter of the 6 x 5 test
array.
Note: Only 12 of the 13 EAS-1 Commis-
sioning Devices should indicate simu-
lated sprinkler operation for a typical
system. Only 12 out of the 13 Commis-
sioning Devices should be observed
with a Yellow LED lit indicating sprin-
kler operation.
Step 7. Reset the control unit by per-
forming a warm-start, and verify all
solid red LEDs on the heat sensors
return to a blinking state and that a fire
alarm condition is no longer present on
the control unit.
Step 8. To complete the test, unplug
the commissioning devices, and plug
the cable assemblies back into their
corresponding TYCO Model TY920
Sprinklers. Turn the switch on the com-
missioning device to the OFF position
to save battery life.

TFP361
Page 7 of 8
Care and
Maintenance
The TYCO EAS-1 Electronically Acti-
vated Sprinkler System ASRS-A Con-
figuration must be maintained and
serviced in accordance with this
section.
Before closing a fire protection system
main control valve for maintenance
work on the fire protection system that
it controls, permission to shut down the
affected fire protection system must
be obtained from the proper authori-
ties. Notify all personnel who may be
affected by this action.
The owner must ensure that the
sprinklers are not used for hanging
any objects and that the sprinklers
are only cleaned by means of gently
dusting with a feather duster; other-
wise, non-operation in the event of a
fire or inadvertent operation may result.
Sprinklers which are found to be
leaking or exhibiting visible signs of
corrosion must be replaced.
TYCO Model TY920 Electronic Control
Pendent sprinklers must never be
painted, plated, coated, or other-
wise altered after leaving the factory.
Modified sprinklers must be replaced.
Sprinklers that have been exposed to
corrosive products of combustion, but
have not operated, should be replaced
if they cannot be completely cleaned
by wiping the sprinkler with a cloth or
by brushing it with a soft bristle brush.
Care must be exercised to avoid
damage to the sprinklers, before,
during, and after installation. Sprin-
klers damaged by dropping, striking,
wrench twist/slippage or the like must
be replaced.
The owner is responsible for the
inspection, testing, and maintenance of
their fire protection system and devices
in compliance with this document, as
well as with the applicable standards
of the NATIONAL FIRE PROTECTION
ASSOCIATION such as NFPA 25, in
addition to the standards of any author-
ities having jurisdiction. Contact the
installing contractor or sprinkler man-
ufacturer regarding any questions.
It is recommended that automatic
sprinkler systems be inspected, tested,
and maintained by a qualified Inspec-
tion Service in accordance with local
requirements and/or national codes.
Sprinkler
Submit 10 samples or 1% of the total
number of installed sprinklers, which-
ever is greater, to UL for testing five
years after manufacturing, then again
at 10 years and followed by annual
testing after the 10th year.
Heat Sensor
Test the heat sensor releasing circuitry
five years after manufacturing, then
again at 10 years, followed by annual
testing after the 10th year. During
testing, the releasing circuit must be
loaded with a TYCO Model TY920 Elec-
tronic Control Pendent Sprinkler or an
equivalent electrical load. A minimum of
10 samples or 1% of the total installed
quantity, whichever is greater, must be
tested. For information related to heat
sensor testing please contact the Tech-
nical Services Department.
Smoke Sensor
Smoke sensors shall be tested in
accordance with NFPA 72, the National
Fire Alarm Code, and any other require-
ments of the local authority having
jurisdiction.
Control Unit
The system should be inspected,
tested and maintained in accordance
with NFPA 72 National Fire Alarm Code
and any other requirements of the local
authority having jurisdiction. In addition,
Johnson Controls recommends
attaining peak and average temperature
reports and smoke sensor status
reports containing current smoke
sensor sensitivity levels from the control
unit on a quarterly basis. Reports
should be analyzed to make sure there
does not appear to be any anomalies.
Training
Training provided by Johnson Controls
is mandatory prior to bidding, design-
ing, procurement of components,
installation, and maintaining of the
TYCO EAS-1 Electronically Activated
Sprinkler System ASRS-A Configura-
tion. These systems are unique in their
intent and design. All parties involved
must thoroughly understand the limita-
tions and capabilities of such systems.

TFP361
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NATIONAL FIRE PROTECTION ASSOCIATION and NFPA are registered trademarks of National Fire Protection Association
1400 Pennbrook Parkway, Lansdale, PA 19446 | Telephone [phone]
© 2020 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
Limited
Warranty
For warranty terms and conditions, visit
www.tyco-fire.com.
Ordering
Procedure
Contact your local business manager
or sales person to request a quote.