bolid S2000-IPDL User manual

ADDRESSABLE REFLECTIVE BEAM SMOKE DETECTOR
S2000-IPDL
Rev.60 (5 to 60 m)
Rev.80 (20 to 80 m)
Rev.100 (25 to 100 m)
Rev.120 (30 to 120 m)
USER’S MANUAL

3
TABLE OF CONTENTS
1 GENERAL........................................................................................................................................... 4
2 SPECIFICATIONS.............................................................................................................................. 4
3 STANDARD DELIVERY................................................................................................................... 5
4 DESIGN, MOUNTING, WIRING....................................................................................................... 6
4.1. Safety Precautions .........................................................................................................................................................6
4.2. Design............................................................................................................................................................................7
4.3. Mounting the Detector...................................................................................................................................................8
4.4. Wiring the Detector .......................................................................................................................................................9
4.5. Mounting Location Considerations..............................................................................................................................10
5 DESCRIPTION AND OPERATION ................................................................................................ 12
5.1. Arrangement and Operation Principle .........................................................................................................................12
6 CONFIGURING................................................................................................................................ 14
6.1. Setting Detector Address.............................................................................................................................................14
6.2. Selecting Operation Parameters for the Detector.........................................................................................................14
6.3. Instructions for Aligning the Detector .........................................................................................................................15
7 TESTING OPERABILITY AND PERFORMANCE OF THE DETECTORS................................. 21
7.1. Testing Operability......................................................................................................................................................21
7.2. Testing Performance of the Detectors..........................................................................................................................21
8 MAINTENANCE AND REPAIR ..................................................................................................... 24
9 TROUBLESHOOTING..................................................................................................................... 25
10 TRANSPORTATION, STORAGE, DISPOSAL .............................................................................. 26
11 MANUFACTURER WARRANTY .................................................................................................. 26
12 CERTIFICATES................................................................................................................................ 26
ANNEX 1.................................................................................................................................................. 26

4
This User’s Manual provides information on studying operability principles, specifications,
configuration and operation methods of all versions of S2000-IPDL Single-Ended Addressable
Reflective Beam Smoke Detector (hereinafter referred to as the detector).
The version of the detector’s firmware is v.1.02.
1GENERAL
1.1. The detector is meant to be used in fire alarm systems in order to detect fires accompanied with
smoke in enclosed premises of various buildings and constructions and to respond with such messages
as Fire Alarm, Trouble, Test. The detector operates under a Polling Loop (PL) controller S2000-KDL
or S2000-KDL-2I in an Orion integrated security system.
1.2. The detectors are meant to be used in large premises and areas with high ceilings.
1.3. The detector relates to beam single-ended smoke projected addressable fire detectors.
1.4. The operation principle of the detectors is based on reducing of power of an optical beam when
the beam passes through a smoke-filled environment.
1.5. The detector is intended for round-the-clock operation.
2SPECIFICATIONS
Table 1 shows the key characteristics of the detector.
Table 1
Property Value
Detection Range, m:
- S2000-IPDL Rev.60
- S2000-IPDL Rev.80
- S2000-IPDL Rev.100
- S2000-IPDL Rev.120
- 5.. 60
- 20.. 80
- 25.. 100
- 30.. 120
Alarm threshold of the detector can be adaptive (dependent on the
spacing) or one of eight specified values, dB - 0.5; 0.7; 1.0; 1.3; 1.6; 1.9; 2.2; 3.0
Maximum width of the area covered by a single detector (as per the
SP5.13130 rules), meters - 9
Input Power Voltage, V - 7 to 11
Consumed Current, mA - 1.7 max
Alarm Response Time, s:
- Normal
- Maximum
- 6
- 8
Trouble Response Time, s: - 5 max
- 5 max
- 10 max
- 60 max
- 60 max
- Trouble −Memory
- Trouble −Out-of-Range
- Trouble −Beam
- Trouble −High
- Trouble −Low
Optical Beam Power Reduction Threshold for sensitivity
compensation (50%), dB - 3
Transceiver Unit Overall Dimensions, mm - 100×160×127 max
Transceiver Unit Weight, kg - 0.41 max
Remote Annunciator Overall Dimensions, mm - 55×55×21 mm
Remote Annunciator Weight, kg - 0.04 mm
Reflector Overall Dimensions, mm
- Type XS (Extra Small)
- Type S (Small)
- Type L (Large)
- 115×65×8 max
- 100×100×9 max
- 245×210×16 max

5
Property Value
Reflector Weight, kg:
- Type XS (Extra Small)
- Type S (Small)
- Type L (Large)
- 0.046 max
- 0.06 max
- 0.41 max
Operating Temperature, °С- Minus 30 to +55
Relative Humidity, % - Up to 98 at +40 °С
Resistive to sinusoidal vibration with acceleration of 0.5 g, Hz - 10 to 155
Maximum permissible illuminance at the mounting location, lux - 12000
Ingress Protection Rating in line with GOST 14254-96 - IР40
Immune to EMI of severity levels as per:
GOST 30804.4.2 and GOST 30804.4.4
GOST 30804.4.3
- Fourth
- Third
Category relative to industrial radio interference (radio disturbance)
as per GOST 30805.22 -
Class B
Non-stop Operation - Round-the-clock
MTBF in quiescent mode, hours - At least 60000
Non-failure Operation Probability - 0.98758
Average Lifetime, years - 10
3STANDARD DELIVERY Table 2
Product
Quantity, pcs.
S2000-IPDL Rev.60 S2000-IPDL Rev.80
S2000-IPDL Rev.100 S2000-IPDL Rev.120
S2000-IPDL Transceiver Unit 1 1 1 1
XS-Type Reflector
S-Type Reflector
L-Type Reflector
Remote Indicator and Control Unit
1
1
-
1
-
-
1
1
-
-
2
1
-
-
4
1
Mounting Kit No.1:
Wood Screw 4×50 DIN 7996
Wall Plug 6×30
Tapping Screw 2.2×6.5 DIN 7981
1
4
4
2
1
4
4
2
1
4
4
2
1
4
4
2
Mounting Kit No.2:
Wood Screw 3×20 DIN 7996
Wall Plug 5×25
2
4
4
1
4
4
1
4
4
1
4
4
Mounting Kit No.3:
Wood Screw 4×30 DIN 7996
Wall Plug 6×30
1
2
2
-
-
-
-
-
-
-
-
-
Mounting Kit No.4:
Wood Screw 4×30 DIN 7996
Wall Plug 6×30
-
-
-
1
4
4
2
4
4
4
4
4
Data Sheet 1 1 1 1
Type 2 Packing
Type 3 Packing 1 - - 1 - 1 - 1

6
4DESIGN, MOUNTING, WIRING
Figure 1
4.1. Safety Precautions
–The detector is a source of danger neither for human nor for protected material assets (including
the emergency situations).
–The design and circuitry of the detector ensure its fire safety during operation (including
emergency operation).
–As to methods of human protection against electric shock, the detector meets the requirements
of Class III as per Russian GOST 12.2.007.0.
–In terms of voltage values, the detector is not dangerous to human life and health, but during
repair, inspection, installation, and operation it is necessary to comply with safety measures in
Laser
Alignment Tool
H
older
Housing
Lens
Optic Block
PCB
Base
Spring
Mounting
Base
Beamguide

7
accordance with Regulations for Operation of Consumers’ Electrical Installations and Safety
Rules for Operation of Consumers’ Electrical Installations.
–While installing and maintaining the detector please comply with the rules for working at
heights.
4.2. Design
4.2.1. The detector consists of the transceiver unit, the remote indicator and control unit, and one or
several reflectors.
4.2.2. The design of the transceiver unit is shown in Figure 1.
4.2.3. The design of the remote indicator and control unit is shown in Figure 2.
Figure 2
4.2.4. Depending on the required detection range, the detectors can come with various types and sizes
of reflectors. Figure 3 represents a reflector of the type L (Large), while Figure 4 and Figure 5
demonstrate reflectors of the type S (Small) and type XS (Extra Small) respectively.
Figure 3
Base
Cataphote

8
Figure 4 Figure 5
4.3. Mounting the Detector
4.3.1. The units of the detector should be attached to the building structures generally with the help of
mounting kits supplied:
Kit No.1: Designed to attach the transceiver unit and to fasten the housing additionally (if
necessary) on completing commissioning.
Kit No.2: Designed for attaching an S-Type (small) reflector or a remote indicator and control unit.
Kit No.3: For an XS-Type (extra small) reflector.
Kit No.4: For an L-Type (large) reflector.
In specific situations (for example, when the detector components can be fastened only by means of
threaded joints) another fixture elements can be used. Anyway, it is necessary to provide reliable
fastening without gaps, drifting, and any motion of the detector’s elements while in operation.
4.3.2. Wires can be run either in surface way or recessed. For flush wiring wires shall be lied down by
first and then the transceiver unit or remote indicator and control unit can be mounted. For surface
wiring installation order doesn’t matter.
4.3.3. Figure 6 shows the view of the transceiver unit with removed housing and open access to the
communication zone. Wires should be passed through the side holes in the base located above the side
notches in the mounting base. To provide optimal wiring location of the relevant terminal groups
should be taken into account.
4.3.4. While mounting the detectors into fire alarm systems please use wires and cables which meet
the requirements of the operation documentation for the polling loop controller.
4.3.5. The length of the cable connecting the transceiver unit with the remote indicator and control
unit should be minimized and not exceed 30 meters.
4.3.6. In the presence of regular high-power electromagnetic radiation in the premises covered by the
detectors the polling loops and other connecting wires shall be protected against electromagnetic
interference (by using twisted pair wiring, protective shielding, etc.).
WARNING: If the EMI level in the protected premises exceeds the one required by the detector
specifications represented in Table 1 then correct performance of the detectors cannot be
guaranteed.
4.3.7. The terminal blocks of the detector enable connecting wires with cross-section area 0.2 to 1.5
sq. mm (wire diameter 0.5 to 1.3 mm). If wires of 0.8 mm diameter or less are used then their ends
shall be looped.
4.3.8. The housing of the transceiver unit can be removed if only there are no locking screws in the
latches at the top and the bottom of the housing. To remove the housing, release both the latches
pressing on them and pull the housing at right angle to the lens.

9
4.3.9. To place the housing back, insert it into the latches and slightly push until it is fixed. Additional
fixation of the housing using two self-tapping screws from Mounting Kit No. 1 should be made only in
case of possible danger of mechanical effects on the detector during operation.
Figure 6
4.4. Wiring the Detector
4.4.1. The general schematic for wiring the detector is shown in Figure 7.
S2000-IPDL
XT2 XT1
11
2
33
4 4
2 +PL
- PL
+PL
- PL
1
2
3
4
XT1
- PL
+PL
S2000-KDL
Addressable
device
Addressable
device
Figure 7

10
4.4.2. The detector operates under a polling loop controller in accordance with operation conditions
defined in the PL controller configuration with the help of UProg. In UProg define the type of the
addressable device for the detector and set its Input Type to the value 3, Heat Fire. Also select the
value 2, Controlled by the S2000-KDL for the parameter Device Indication Control. Please refer to the
PL controller User’s Manual and UProg documentation to read more about selecting the type of
addressable devices and configuration parameters. Setting detector’s addresses is described in
Section 6.1 of this manual.
4.5. Mounting Location Considerations
4.5.1. While considering mounting locations for the detectors please follow the Russian regulations
SP5.13130 (Section 13).
4.5.2. The transmitter/receiver unit and the reflector (reflectors) shall be placed opposite to each other.
It is necessary to select the proper number and the proper type of reflectors. If one reflector of XS
(Extra Small) Type is used then the detector is guaranteed to align in the range of monitored distances
5 to 15 m, for one reflector of S (Small) Type the range is 15 to 60 meters, for one reflector of L
(Large) Type the range is 20 to 80 meters, for two reflectors of L Type the range is 24 to 100 meters,
and for four reflectors of L Type the range is 30 to 120 meters. As many reflectors as required with
necessary types are supplied with the detector (see Section 3). It should be taken into account that if for
a certain distance the detector can normally align with a different number of reflectors (for example,
for a distance of 40 m) then its immunity to interference will be higher when the number of reflectors
are more. This is due to the lower value of the required gain and thus to lower sensitivity to external
electromagnetic and optical interference.
4.5.3. In accordance with actual regulatory documents the maximum possible width of area protected
by a single detector is 4.5 meters on both sides of line of sight.
4.5.4. No minimum distance between lines of sight of two adjacent detectors is regulated, but it
should be borne in mind that when detectors are closely to each other they will partially reflect the
beams of each other. This doesn’t affect smoke detection but while testing the detector’s sensitivity it
is necessary to obscure a part of the reflected surface of not only its own reflector but also of adjacent
ones hitting the zone of detection pattern of the transceiver.
4.5.5. The sensitive elements of the transceiver unit should be protected against direct sunlight or
other powerful light sources (such as spotlights) which have a very powerful infrared component in
their radiation spectrum. To achieve this, the minimum required angle between the line of sight and
sunlight rays falling on the transceiver unit / reflector should be at least 10 degrees.
4.5.6. To minimize effect of lighting devices on the detector operation, it is advised to position the
transceiver as far from such devices as possible taking into account that the more the distance between
the transceiver and the reflector, the greater the influence of interfering optical radiation (due to higher
value of the gain selected during alignment).
4.5.7. The detector should be mounted to stable structures (brick walls, reinforced concrete walls,
support columns, etc.) that are not expected to experience movement, vibration, or deformation. If
unable to place the detector on rigid structures, then while mounting it to light wall panels the detector
should be attached as close to the places of fastening the panels to wall studs as possible in order to
minimize the effect of their movement on the detection pattern of the optical system. If there is a
choice, the transceiver unit should be mounted to the stable surface and the reflector should be
mounted to the less stable surface.
4.5.8. While mounting single-ended detectors which the S2000-IPDL is related to it should be taken
into account that their performance is highly dependent on stray reflections. The typical things

11
affecting the operation of single–ended detectors are ordinary ledges with very high reflectivity (as a
rule, these are zinc plated air ducts and, less commonly, lamps with shiny side surfaces) and ribbed
surfaces with the number of “ribs” which may cause stray reflections exceeding three ones per 10
meters (as a rule, these are ceiling beams or rubbed stiffeners of rafters themselves or the structures
supporting them). The value of stray reflections from a structure depends on the structure’s shape,
color, finishing surface, angle of slope relative to the beam and so on and for this reason this value
cannot be determined with a reasonable degree of accuracy, so in general the following guidelines
should be followed:
1) In such premises the distance between the central line of the beam and every obstruction
mentioned above shall be at least 0.3 m;
2) This distance can be reduced down to 0.1 m if only in the range of 1 meter to three tenths of the
distance between the transceiver unit and the reflector there are no such obstructions along the beam.
4.5.9. If it is necessary for the detector to operate through glass obstructions the last ones shall be
tilted at a slight angle (3÷10 degrees) relative to optic beam of the detector only as shown in Figure 8,
so that the beam reflected by the glass does not hit the lenses of the receiver.
Figure 8