-
ILP Series
ILP-1, ILPT-1• On-Board Motorola Microprocessor Based Design•
Innovative Technology Provides High Speed, Fault
Tolerant System/Detector Communications• EEPROM Supervision;
Protects Critical Detector
Programming• Highly Resistant to RFI, EMI and Humidity• Remote
Sensitivity Adjustment and
Measurement Capability• Field Cleanable Photochamber• Alarm
Indicator LED• Two-Wire Operation• Optional 135°F Thermal, Model
ILPT-1• Compatible with SENSORLINK, Model FPI-32
Field Programmer/Tester: Program /Verify DetectorAddressing,
Perform Diagnostic Testing of Detectors
• EnviroLINK: Software Based Automatic Environ-mental
Compensation (available only when usedwith MXL systems).
• Optional, Fully Programmable Relay Base, AudibleBase and
Remote Alarm Indicator
• Listed, ULC Listed, FM, CSFM,NYMEA, and City of Chicago
Approved
6164CATALOG NUMBER
Intelligent Photoelectric Detectors for IXL, MXL, and XL3
Control Panels
IntroductionThe ILP-1 and ILPT-1 intelligent photoelectric
smokedetectors offer the fire and life safety industry themost
advanced method of detection, programmingand communications
available today. Additionally, theILP series detectors provide an
extremely high degreeof resistance to RFI, EMI and humidity. The
ILP Seriesphotoelectric detector utilizes a
state-of-the-artMotorola microprocessor with “on-board” EEPROM.The
microprocessor provides the power to operate thedetector’s
sophisticated detection, error checking andsupervision
algorithms.
The ILP Series intelligent photoelectric detectors arecompatible
with SensorLINK FPI-32 field programmer/tester. The FPI-32 is a
compact, portable, menu-drivenaccessory which makes programming and
testingdetectors faster, easier and more reliable than
othermethods. The FPI-32 eliminates the need for cumber-some,
unreliable mechanical programming methods
and reduces installation and service costs by electroni-cally
programming addresses and functionally testingthe ILP’s performance
before the detector is installed.
The ILP Series photoelectric detectors are also com-patible with
IXL, MXL and XL3 control panels.
All ILP Series detectors are Underwriters
LaboratoriesListed.
DescriptionThe ILP-1 and ILPT-1 are plug-in, two-wire
photoelectricdetectors, compatible with IXL, MXL or XL3
systems.Each ILP detector consists of a dust resistant,
fieldserviceable photo chamber, microprocessor basedelectronic
circuitry with plastic cover and base. Elec-tronic component
packaging uses surface mount type
(713)-395-1508Fax: (713)
[email protected]
IndustrialZoneP.O. Box 667306Houston, Texas 77266United
States
www.industrialzone.com
-
technology. The entire electronic assembly is fullyprotected
from noise transients by shielding and iscoated to resist moisture
and corrosion.
The ILP-1 and ILPT-1 photoelectric detector utilizes alight
emitting diode (LED), and light sensing photo-diode assembled in a
fixed array so that under normalconditions, light transmitted by
the LED is directedaway from the photodiode and scattered
throughoutthe smoke chamber in a controlled pattern. The
smokechamber is designed to manage light dissipation andextraneous
reflections from dust particles or other non-smoke airborne
contaminants in such a way as tomaintain stable, consistent
detector operation.
The ILP-1 and ILPT-1 detector’s microprocessor uses anintegral
EEPROM to store the detector’s address, andother critical operating
parameters which include anassigned, programmable value for alarm
and troublethresholds.
The microprocessor’s software employs sophisticated,proprietary
algorithms to identify and disregard falsealarms caused by radio
frequency (RFI) and electro-magnetic (EMI) interference and also
validates alltrouble conditions before annunciating or reporting
tothe control panel. Communications within the detectoritself and
also between the ILP-1 and ILPT-1 detectorsand the control panel or
the FPI-32 programmingaccessory are supervised and safeguarded
againstdisruption by reliable, microprocessor based errorchecking
routines. Additionally, the microprocessorsupervises all EEPROM
memory locations and pro-vides a high degree of EEPROM failure
fault tolerance.
In IXL or MXL applications, an ILP series detectordetermines
it’s operating status to be normal, in alarm,or in trouble
depending on the difference between thealarm threshold value stored
in the detector’s memoryand the detector’s latest analog
measurement. Thedetector then communicates changes in its status
tothe MXL or IXL control panel. In addition, MXL panelswill
periodically sample the value of the detector’sanalog signal in
order to determine if those valuesindicate excessive dust buildup
in the photo-chamber;if so the MXL will indicate that the
particular detectorrequires maintenance. For XL3 control panel
applica-tions, the detector’s operating status is determined tobe
normal, in alarm or in trouble depending upon thedifference between
the alarm threshold values storedin memory at the XL3 panel and the
analog value ofsignals transmitted by the detector and evaluated
atthe control panel.
When an ILP series detector’s alarm condition isconfirmed by the
control panel, the detector’s LEDflashes and continues flashing
until the system isreset at the control panel. Also, any user
definedsystem alarm function or control by event functionsare
activated. Each ILP series detector is capable ofoperating one “I”
series remote alarm indicator, or oneauxiliary relay, or one
audible base.
Detector sensitivity, calibration and identification
aredynamically supervised by the control panel. Detectorsensitivity
can be changed from the control panel.
The SensorLINK FPI-32 Program/Test accessory isused to program
and verify the detector’s address.The technician selects the
accessory’s program modeto enter the desired address. The FPI-32
will thenautomatically set and verify the address and test
thedetector. The FPI-32 operates on AC power or re-chargeable
batteries, providing the flexibility andconvenience to program and
test detectors anywhere.When in the test mode, the FPI-32 will
perform aseries of diagnostic tests on the ILP detectors
withoutaltering the address, allowing technicians to determineif
the detector is operating properly or not.
The ILP series detectors may be installed on the sameMXL or XL3
circuit with ID-60 series detectors, MSIseries manual boxes, TRI
series interfaces, ICP outputcontrol devices or the CZM series
conventional zonemodules. The ILP series detectors may also be
in-stalled on the same XL3 circuit with X series detec-tors, manual
boxes or interface modules. ILP seriesdetectors may be installed on
the same IXL (ICON)circuit with other “I” series detectors, manual
boxes orTRI interfaces.
All ILP series detectors can be cleaned in the field asrequired
by simply removing first the detector cover,then the photo chamber
cover and cleaning the interiorsurfaces of the photo chamber with a
clean, soft clothor brush.
The ILPT-1 is a photoelectric detector with a restorablethermal
sensor. An alarm will be initiated when thetemperature around the
detector’s thermal sensorreaches 135 degrees Fahrenheit (57°C) or
whensufficient smoke enters the photoelectric chamber.
ILP series detectors are also designed for use with theAD-3ILP
air duct housings for air duct applications. If arelay is desired,
use a DA-X3SR module with the AD-3ILP housing.
The ILP series detectors use the low profile surfacemounting
detector bases. Detector base model DB-3Smounts to a 4-inch
octagonal, square or single gangelectrical box. Relay base model
DB-X3RS mounts to a4-inch square deep electrical box. Audible base
modelADBI-60 mounts to a 4-inch square deep electrical box.When a
4-inch square or 4-inch square deep electricalbox is used, an
optional trim ring is available; modelRA-ADB. The DB-3S, DB-X3RS
and ADBI-60 bases usescrew clamp terminals for all electrical
connections andself-wiping contacts for increased reliability.
Thesebases contain a provision for an optional, concealedlocking
mechanism, model DB-LK, to prevent unautho-rized removal of the
detector head.
All ILP series photoelectric detectors are approved foroperation
within the U.L. specified temperature rangeof 0°C and 38°C.
-
Applications DataInstallation of the ILP series of photoelectric
detectorsrequires a two-wire circuit of 18 AWG thermoplasticfixture
wire enclosed in conduit, or 18 AWG limitedenergy, shielded cable
without conduit if permitted bylocal building codes. Field wiring
should conform tolocal and National Electric Codes, and to the
controlpanel wiring specifications.
“T-tapping” is permitted only for Style 4 (Class B)wiring.
ILP series photoelectric detectors can be appliedwithin the
maximum 30 foot center spacing (900 sq.ft.areas) as referenced in
NFPA 72. This applicationsguideline is based on ideal conditions,
specifically;smooth ceiling surfaces, minimal air movement, andno
physical obstructions between potential firesources and the
detector. Do not mount detectors inclose proximity to ventilation
or heating and air condi-tioning outlets. Exposed joists or beamed
ceilings mayalso affect safe spacing limitations for
detectors.Should questions arise regarding detector
placement,observe NFPA 72 guidelines.
Technical SpecificationsCurrent requirements: Normal- 1.2 mA
typical
Alarm- 1.5 mA typicalVoltage range: 16 VDC-30 VDC
Peak pulsed voltageOperating temperature: +32°F (0°C) to 100°F
(38°C)
Per UL 268/268AHumidity: 0-93% Relative Humidity,
Non-Condensing
Mounting Data
Ordering Information
-
July 2001Supersedes sheet dated 2/99
Siemens Building TechnologiesFire Safety
Fire Safety8 Fernwood RoadFlorham Park, NJ 07932Tel: (973)
593-2600FAX: (973) 593-6670Website: www.cerbpyro.com
7/0110M
SFS-IGPrinted in U.S.A.
Fire Safety2 Kenview BoulevardBrampton, OntarioCanada L6T
5E4Tel: (905) 799-9937FAX: (905) 799-9858
NOTICE: The use of other than Siemens Fire Safety detectors and
bases with Siemens Fire Safety equipment will be considereda
misapplication of Siemens Fire Safety equipment and as such void
all warranties either expressed or implied withregard to loss,
damage, liabilities and/or service problems.
(713)-395-1508Fax: (713)
[email protected]
IndustrialZoneP.O. Box 667306Houston, Texas 77266United
States
www.industrialzone.com
