teko Astra-9 User manual

Astra-9 (Volumetric Lens)
Optic-Electronic PIR Motion Detector
Operating Manual
Rev. 9-v3_7_en
The present operation manual is intended for studying operation
principle, running conditions and maintenance of PIR motion de-
tector Astra-9 (hereinafter referred to as “the detector”) (Fig.1).
1 Function
Detector is intended to detect
unauthorized access into closed
protected area, and to generate an alarm
notification by opening of alarm relay
contacts.
Power supply of detector is performed
from any direct current source with
nominal voltage 12V and pulsation
amplitude not exceeding 0,1V.
2 Operating Principle
Operation principle is based
on registration of changes in
thermal emission flux
occurring on crossing by a
man of detection zone
consisting of sensitive zones.
Each sensitive zone consists
of two elementary sensitive
zones (figure 2).
The sensitive zones are
formed by a Fresnel lens and
a bi-areal pyroelectric sensor.
An electric signal from the
pyroelectric sensor is sent to
a microcontroller which –in
accordance with a preset
operation algorithm –gene-
rates an “Alarm” notification
by opening optoelectronic
relay circuit.
The detection zone size can
be changed by changing po-
sition of the detector printed
circuit board. If the intrusion
detection range is reduced to 7 m, density of the sensitive
areas will increase.
3 Specifications
Optical Channel Parameters
Intrusion detection range, m, min:
- in the lower PCB position ............................................................10
- in the upper PCB position.............................................................. 7
Detection zone size at the detection angle
of 90оin horizontal plane, m:
- in the lower PCB position..................................................10×10
- in the upper PCB position...........................................................7×7
Movement speed detection range, m/s...........from 0.3 up to 3.0
Resistance to ambient light, lx, min................................... 6500
Recommended installation height, m............. from 2.4 up to 2.5
General Technical Parameters
Power supply voltage, V .................................... from 8 up to 15
Current consumption in standby mode and
in “Alarm” mode, mA, max ..................................................... 15
Relay contacts permissible current, mА, max..................... 0.08
Relay contacts permissible voltage, V, max......................... 100
Resistance of circuit, connected to signaling zone
in standby mode, Ohm, max ................................................... 8
Overall dimensions, mm, max.................................... 76×58×46
Weight, kg, max................................................................ 0.085
Operating Conditions
Temperature range, °С.................................from -30 up to +50
Relative air humidity, %.......................................up to 95 at + 35 °С
no moisture condensation
4 Delivery Set
PIR motion detector Astra-9...............................................1 pcs.
Screw 2.9x25 (2-3х30).......................................................2 pcs.
Dowel 5х25........................................................................2 pcs.
Sealing material.................................................................1 pcs.
Bracket-01 ........................................................................1 pcs.
User Instruction................................................................1 copy.
5 Structure
Fig. 3
Structurally, the detector is designed as a unit consisting of a
base and a removable cover. Printed circuit-board with
radioelements and screw terminal block for external
connections are mounted inside the unit (Fig. 3).
Mounted on the detector base is an eccentric; by rotating the
eccentric one can change the position of the printed circuit
board.
Mounted on the circuit board is an indicator for detector operabil-
ity supervision.
Mounted inside the detector cover is a fixing piece pressing
down the lens and fixing its position.
The pyroelectric sensor is equipped with a reflector cap which
forms short-range detection zone.
WARNING! It is prohibited to operate the detector without
the cap.
Fig. 2
Fig 1
Side view
Tope view
1m 3,5m 7m 10m
5m
0
5m
2,5m
10m
Cover removed
Bracket
mounting slot
Wire inser-
tion hole
Screw
terminals
Jumpers
Eccentric
Mem plug
Reflector
Sens plug
Pyroelectric
sensor
Ind plug
Cap
Indicator
PCB
Base

Rev. 9-v3_7_en
2
6 Information Capacity
Table 1 –Notifications to Indicator and Relay
Notification
type
Indicator
Relay
Starting
detector to
standby
mode
Blinks once per 1 s after
power up.
Duration up to 60 s
Relay is open
for up to 60 s
Norm
Not lit
Relay is closed
Alarm
Lights up once for 4 s at
detection of man
movement in detection
zone (when indication is
enabled)
Relay opens for
4 s
Alarm in
“Alarm mem-
ory” mode
Fig. 4
Relay is in the
standby mode
Alarm
during TEST
pass
Lights up once for 2 s at
detection of man
movement in detection
zone
Relay opens for
2 s
Fig. 4
7 Operating Modes
Table 2 –Operating modes and settings
Operating mode
Plug
Jumper position
High detectability
Normal detectability
Sens
+
–
Indication ON
Indication OFF
Ind
+
–
“Alarm memory” ON
“Alarm memory” OFF
Mem
+
–
TEST-pass
(switches ON for 8 min)
Ind
For a short mo-
ment (for 2-3s)
change jumper
position on the
plug Ind during
starting of detec-
tor operating
mode
"+" - jumper is installed on both plug pins
"–" - jumper is removed (or installed on one
plug pin)
The “Alarm memory” mode allows registering the fact
and number of zone violations in prortected area, and is
reflected in corresponding notification.
The mode is activated in 1 minute after installation of jumper
on Mem plug or in 1 min. after starting of detector stand-by
mode with jumper installed previously on Mem plug. “Alarm”
notification is indicated in 1 min. after violation of protected
area. To switch the mode OFF and reset indication, remove
jumper from Mem plug or switch power OFF.
TEST-pass allows revealing precise location of sensitive
zones formed by the lens. On expiry of 8 min the detector
automatically starts its stand-by mode.
8 Installation and Pre-starting Procedure
8.1 Works on installation, mounting, maintenance and
operation of detector should be performed by only qualified
persons.
8.2 After transportation in conditions differing from those of
operation keep detector unpacked under supposed operation
conditions for at least 4 hours.
Then unpack the detector.
8.3 Selection of Installation Place
8.3.1 Recommended height of installation
8.3.2 In capital buildings it is recommended to install detector
on a bearing wall.
8.3.3 In light metalwork buildings one should avoid to install
detector directly on the wall, it is recommended to install
detector on bearing carriers.
8.3.4 Wires of signaling zones and power supply circuits should
be located far from power cables.
8.3.5 It is recommended to close all doors, air-vents, switch off
fans, air-conditioners and other sources of intense air flows in
the room during protection period.
8.3.6 Non-recommended mounting locations
8.4 Installation Procedure
Step-1 Push out cover
lock from base slot.
Remove cover
Step-2 Unbend hooks
of the base. Remove PCB
Hooks
Step-3
Press out the blank of a se-
lected wire insertion hole
Indication is
ON
Indication is
OFF
2 s
2 s
2 s
2 s
2 s
2 s
0.5 s
0.5 s
0.5 s
1 s
2s
s
2s
s
2s
s
4 s
1 s
1 s
1 s
Number of alarm
events (up to 3)
Reiterated
indication
c
b
Start of indication
m

Rev.9-v3_7_en
3
Step-4а
Installation on the wall
(NO BRACKET)
Step-4b
Installation in the corner
(WITH BRACKET)
Step-5а
Make marking on the wall
at the required height
applying the base to
installation surface.
Detector base should be
positioned strictly as per
figure of the step 4a
Step-5b Mount and fix the
bracket at a required height
Step-6а
Lead wires from power
supply source and
signaling zones through
wire insertion hole on the
base.
Attach the base to the
wall
Step-6b Mount the base
on the bracket by inserting
bracket latches into the de-
tector base slot.
Detector base should be
positioned strictly as per
figure of the step 4a.
Lead wires from power
supply source and signaling
zones through wire insertion
hole on the base
Step-7
Depending on a selected
PCB position, set the ec-
centric knob up or down
by rotating the eccentric
around its axis
Step-8
Replace PCB on its
place, superposing PCB
hole with the eccentric
knob
Step-9
Connect wires to detector
terminals
Step-10 Using sealing material of distribution kit seal
hermetically wire insertion hole and other holes to protect
detector from air and insects ingress
Step-11
Remove jumper from the Mem
plug.
Install jumpers on Sens and Ind
plugs
Step-12 Turn the detector ON; the indicator blinks once
per 1 s for no longer than 60 s –it means the detector is be-
ing switched to the operating mode
Step-13
During starting of detector operating
mode remove for a short period of
time (2-3s) and install back jumper of
Ind plug (TEST-pass mode switches
on for 8min)
Step-14
Install detector cover on its
place (until the click)
Step-15
To detect sensitive zones carry
out TEST-pass in the secured
zone with the speed of 0,3 m/s.
On detection (indicator is lighted
for 2s) one should stop, mark this
position, then make step back and
continue moving.
Repeat TEST-pass in the opposite direction.
Sensitive areas formed by lens will be in the middle of the
marked positions.
Step-16
Push out cover lock from base
slot.
Remove cover
Press out
blanks of
selected
mounting
holes
Press out
blank of
bracket
mounting slot
Mounting
holes
Bracket
latches
b
c

Rev. 9-v3_7_en
4
Step-17
Install jumpers on Ind and Mem plugs
depending on selected operating mode
Step-18
Install detector cover on its
place (until the click)
Step-19
If during alarm system testing in the initial operating period
(1-2 weeks) you receive false “Alarm” notifications due to
specific characteristics of a protected room, remove jumper
from Sens plug
8.5 To provide for reliable operation of the alarm system it is
recommended to test and maintain the detector at least
once a month.
Testing should be carried out as follows:
-Perform moving through detection zone;
-Make sure an “Alarm” notification on the control panel and, if
indication is permitted, on the detector indicator (lights once for
4 s for each movement) is appeared.
Maintenance should be performed as follows:
-inspect integrity of the detector body, reliability of contact
connections and mounting, clean the detector from any dirt ac-
cumulated.
9 Labeling
On the label attached to the case are indicated:
- abbreviated marking of the detector;
- firmware version;
- month and year (last two digits) of manufacture;
- conformity mark (if certificate is available);
- barcode, duplicating text information.
10 EC Conformity Declarations
This product is in conformity with the provisions of:
EMC 89/336/EEC
EN 61000-6-3:2005 Electromagnetic compatibility (EMC) - Part 6-3:
Generic standards - Emission standard for residential, commercial and
light-industrial environments
EN 50130-4/1995 + A1:1998 + A2:2003 + Corrig. 2003 Alarm systems
- Part 4: Electromagnetic compatibility - Product family standard: Im-
munity requirements for components of fire, intruder and social alarm
systems
EN 60950-1: 2001+A11:2004+Corrig.2004 Safety of information tech-
nology equipment
11 Recycling
The detector does not pose any life or health risk to individuals
or to the environment. Once its service life is complete, the
detector may be utilized with no special environment
protection measures .
12 Manufacturer Warranties
12.1 Quality Management System meets provisions of ISO
9001-2011.
12.2 The manufacturer guarantees the compliance of the de-
tector with technical requirements provided the transportation,
storage, mounting and operating rules and requirements are
observed by user.
12.3 The storage warranty time is 5 years and 6 months from
the date of manufacturing.
12.4 The operation warranty time is 5 years from the date of
operation start-up but no longer than 5 years 6 months from
the date of manufacturing.
12.5 The manufacturer shall repair or replace a faulty detector
during the warranty period.
12.6 The warranty becomes void if:
- the user does not follow guidelines of the operating
manual;
- the detector is mechanically damaged;
- the detector is repaired by a party other than the
Manufacturer.
12.7 The warranty covers the detector only. All equipment
manufactured by other parties and used with the detector is
covered by its respective warranty.
The manufacturer bear no responsibility for death, injury,
damage of property or any other kinds of accidental or
premeditated damages, based on user’s statement that
device failed to implement its function.
Sales:
Controlex GmbH
Warranty service and
technical support:
ТЕКО-TD
Philosophenweg 31-33
47051 Duisburg, Germany
Phone: +49 (0) 203 / 393 91 188
Fax: +49 (0) 203 / 393 91 189
GSM: +49 (0) 178 / 218 48 22
E-mail: [e-mail]
Web: www.controlex.eu
Prospekt Pobedy str. 19
420138 Kazan, Russia
Phone: [phone]
Fax: [phone]
E-mail: [e-mail]
[e-mail]
Web: www.teko.biz
Made in Russia
“Alarm memory” is
OFF
“Alarm memory” is
ON
Indication is OFF
Indication is ON