Rielta PYRONE-SH2-RK Installation Manual

WIRELESS PASSIVE INFRARED

1 General Information

1.1 Wireless passive
(hereinafter, the Detector) is designed for detecting intrusion into
the protected closed hazardous area of a room through door and
window openings, for generating and transmitting alarm messages to
the control panel (hereinafter, CP) via two-way wireless channel by
the «Rielta-Contaсt-R» protocol.
1.2 The Detector provides vertical curtain detection zone.
1.3 The Detector ensures supervision of two-wired loop (hereinafter,
Loop) with hooked up external detectors.
1.4 The detector can put in operation in two-channel or one-channel
mode. In the second variant the Loop state is bypassed. The mode is
chosen at the stage of the Detector logging in the CP.
1.5 The Detector operates within 433.05 – 434.79 MHz frequency
range. Transmission power does not exceed 10 mW.
1.6 For radio signals exchange with the CP, the Detector ensures
operation at the main and backup operating frequencies. The
changeover to backup operating frequency is fulfilled automatically.
1.7 Radio communication is initiated by the Detector at 10, 15, 30 sec,
1, 5, 10 min intervals assigned in the process of their binding with the
CP. Alarm and tamper messages are transmitted immediately.
1.8 The Detector is powered from the CR123A lithium power supply
battery.
1.9 The states of the Detector are displayed by a two-color LED
indicator.
1.10 The Detector provides the temperature compensation of
detectability.
1.11 The Detector generates and transmits the following messages
via radio communication:
- «Norm in zone 1» – under the movement absence within the
detection zone;
- «Norm in zone 2» – under the Loop resistance value in the limits
3.7 – 6.5 kΩ;
- «Intrusion to Zone 1» – under the human movement within the
detection zone limits, transverse to the detection zone side boundary
within the speed range from 0.3 to 3 m/sec at the distance up to 3m;
- «Intrusion to Zone 2» – under resistance value in «Loop 2» 6.9 kΩ
or more or less than 3.4 kΩ;
- «Tamper» – in the event of case tampering ensuring access to
the PCB;
- «Power Supply Low Battery» – under the power supply battery
voltage drop over 2.8 V.
-0.4
1.12 The Detector is designed to operate continuously, around the
clock.
1.13 The Detector has immunity to electromagnetic interference.

2 Specifications

Table 1
Parameter
Maximum mounting height, m
Detection angle
Monitored Loop resistance range, kΩ:
- in «Norm in Zone 2» state
- in «Intrusion to Zone 2» state
Operating temperature, °С
Relative humidity at +35 °С, % ,up to
Dimensions, not more, mm
Weight, not more, kg
IP rating
Ambient class
Battery life under normal climatic conditions and
assigned radio exchange period not less than
30 sec, months, not less
Average service life, not less, years

3 Scope of Delivery

Each Detector unit package contains the items listed in the Table 2.
DETECTOR
«PYRONE-SH2-RK»
Installation Guide
infrared detector «Pyrone-SH2-RK»
Value
5
90
-2
3.7 ... 6.5
below 3.4 or above 6.9
from minus 20 ... +50
95
80 х 47 х 42
0.12 kg
IP41
Boreal climate
60
8
Table 2
Wireless passive infrared detector «Pyrone-SH2-RK»
Lithium power supply battery CR123A
Resistor C2-23-0.125 W 5.1 kΩ
Screw 3-3х30.016
Wall plug NAT 5х25 SORMAT
Wireless passive infrared detector «Pyrone-SH2-RK».
Installation Guide

4 Detection Pattern

5 Indication

The following types of indication are generated by the Detector:
a) «Binding» – procedure of logging of the Detector in the CP;
b) «Identification» indication is activated by relevant commands received
from the CP, remains active during 15 min or until the Detector cover is
opened;
c) LED indication of the Detector state is activated after the Detector
cover is closed and remains active during 15 min under conditions:
- other LED indication types absence;
- alarm «Tamper» message is not generated during this time;
- absence of command from the CP disabling the Detector state
indication.
The modes of LED indication are listed in the Table 3.
Table 3
The Detector State
End of the «Binding»
procedure
«Binding» procedure
«Identification»
indication
«Intrusion to Zone 1»
«Intrusion to Zone 2»
Communication Quality
Appraisal
«Norm in Zone 1»
«Norm in Zone 2»
–
*) the Detector state indication

6 Binding with the CP

The «Binding» mode is intended for the Detector logging in the CP and
service information exchange.
6.1 Prepare the CP in accordance with CP Installation Guide.
6.2 In case, when it is necessary to fulfill logging of the Detector in
one-channel mode, hook nothing to the connecting blocks.
°
6.3 Place the power supply battery to the holder, located on the opposite
side of the Detector PCB.
6.4 Periodical LED indicator blinking green is evidence of binding process.
In case of mentioned above LED indication absence, short-circuit
«RESET» terminals for 2 – 3 sec.
6.5 Successful binding procedure complying is indicated by LED indicator
lighting red for 2 – 3 sec.
6.6 The time limit for the binding process of the Detector is 100 sec. To
restart the binding procedure, short-circuit «RESET» terminals for 2 – 3 sec.

7 Communication Quality Appraising

7.1 For radio communication quality appraising it is necessary to:
- place supply battery to the holder plate;
- install the PCB to the base;
- set the Detector on the assumed place of installation;
- push and then release case tamper.
7.2 After case tamper releasing the Detector generates case tamper
alarm message, transmits it via radio communication channel and
represents communication quality with CP by LED indication in accordance
with the Table 4.
Name
5 m
90 0
6
10 m
Figure 1
Indication
LED indicator lighting red
for 2 – 3 sec
LED indicator blinking green The Detector logging in
with 0.25 sec period
LED indicator blinking green The Detector logging in the
with 1 sec period CP in two-channel mode
LED indicator alternate By the relevant command
blinking red and green
Single-shot LED indicator
«Identification» indication
lighting red for 4 sec*
LED indicator blinks red*
See sect. Communication Quality Appraising
Indication is OFF
QNT
1 pc.
1 pc.
1 pc.
2 pcs.
2 pcs.
1 copy
4 0
0
11
0
Note
the CP
from the CP
is ON