Figure 3 shows the drilling pattern to install the detector for Variant A as well as the diameter of a hole in a suspended ceiling for Variants B and
C.
A T T E N T I O N !
To install the detector on the base plate, align the guide on the detector with the short guide of the base plate. Then turn the detector
clockwise until the detector guide will be aligned with guide 3 as shown in Figure 2 (
А
).
2.3 Address
Setting
The address of an S2000-IP which is used to identify the detector within the MAL controlled by a S2000-KDL is storied in non-volatile memory
of the S2000-IP. The address values ranges from 1 to 127. The factory address value of any S2000-IP detector is 127.
There are two ways to give an address to an S2000-IP, namely to set a required address and to change the known address value to the required
value. Each of these commands can be sent from a network controller or by means of the UProg configuration tool.
If the command of setting an address is used (for example, in a case when the same address is incorrectly assigned to two different devices
included into a MAL), together with sending the command a magnet must be applied to the detector top cover opposite to the detector LED. The
network controller should indicate a message about connecting a device with the address being programmed.
After programming the address by one of the ways said above, write the address on the address label provided and stick this label to the detector
base.
To read how to set addresses of addressable devices being included into MAL, please refer to the S2000-KDL User’s Manual as well as used
network controller description.
2.4 Testing
2.4.1 Before testing notify the proper authorities that the detector is undergoing maintenance and will be temporarily out of service. Disconnect all
outputs of control devices and executive modules that can run an automated fire-fighting system.
2.4.2 Power on the S2000-KDL controller and observe the steady lighting of the detector LED. When communication between S2000-IP and
S2000-KDL having been established the detector LED begins flashing with 4s period which indicates the standby condition (while double flashing
indicates an alarm and triple flashing indicates a trouble).
2.4.3 Arm the detector.
2.4.4 Apply a magnet to the detector top cover opposite to its LED for partial inspection or blow the sensor with a hot air (70
С
to 100°
С
) for full
inspection (for example, by a hair dryer). The LED should flashes doubly with 4s period and FIRE message should be displayed by a network
controller (S2000/S2000M console or ARM Orion).
2.4.5 When the impact has no longer existed the detector should enter normal condition within 5 minutes.
2.4.6 If the network controller has registered no FIRE message from a device with the address of S2000-IP or the detector LED operation does not
match to that described above, the detectors appears to be inoperable and must be replaced.
2.4.7 When finishing testing, restore all binds between system executive outputs and automated fire-fighting systems and notify the proper
authorities that the system is back in operation.
The light indication of the detector when using with S2000-KDL of versions 1.30 and above is described in User’s Manuals for the S2000-KDL
and the network controller.
3 WARRANTY
3.1
The average lifetime of the S2000-IP detector is at least 10 years.
3.2
The manufacturers warrants its product to be free from defects in materials and workmanship under normal use and service for 18 months
since putting it into operation, but no more since 24 months since the acceptance date.
3.3
In the event of in-warranty failure forward your claims to the address:
ZAO NVP Bolid
4 Pionerskaya Str., Korolev 141070, Moscow Region, Russia
Tel./Fax:
+7 (495) 513-32-35
,
+7 (495) 516-93-72
E-mail:
http://
www.bolid.com
