olympia electronics BSR-8020/WP Waterproof Addressable Input or Output Unit User Manual
- June 12, 2024
- olympia electronics
Table of Contents
BSR-8020/WP Waterproof Addressable input-output unit
TECHNICAL CHARACTERISTICS
| OPERATION VOLTAGE | 21-28V |
|---|---|
| QUIESCENT CONSUMPTION | 0.7mA |
| ALARM CONSUMPTION | 1.3mA (with activated LED) |
| QUIESCENT CONSUMPTION WHEN USED AS A CONVENTIONAL DEVICE DRIVER | 5.6mA |
| ALARM CONSUMPTION WHEN USED AS A CONVENTIONAL DEVICE DRIVER | 30mA |
| EXTERNAL POWER SUPPLY | 21-28V |
| INSTALLATION | For internal use only |
| DEGREES OF COVER PROTECTION | IP65 |
| PRODUCED IN ACCORDANCE WITH | EN 54-18 |
| OPERATION TEMPERATURE RANGE | -10 to 60°C |
| RELATIVE HUMIDITY | Up to 95% |
| CONSTRUCTIONAL MATERIAL | ABS/PC |
| DIMENSIONS | 155x80x43mm |
| WEIGHT | 170gr. |
| GUARANTEE | 2 years |
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GENERAL
The input-output unit is recognized and programmed by the BSR-2100 panel. This device is used in order that non-addressable devices that have a free relay contact (such as fire alarm panels, flow switches and conventional detectors) to be connected on the loop. The input unit is fully monitored and has the capability to send to the panel, with a suitable connection, three states: quiescent, fault, alarm. The output unit contains a fully programmable by the panel relay with a rating of (30V/1A). The red LED which blinks periodically in the quiescent state is a power and good operation indication. The LED lights and remains lit when the specific input unit issues an alarm to the panel. The LED remains also lit when the sirens are deactivated from the panel in order to indicate the precise point where the alarm originated from. The Led is turned OFF after a panel reset. Each device must have an address, that is recognized by the panel. It is not allowed for two devices on the same loop to have the same address. Page 4 contains the full table that shows the addresses and the setting with the dip-switches. Up to 127 units can connected to each panel.
INSTALLATION
(Notice!!! The mounting accessories are included).
- Unfasten the front cover screws and remove the cover.
- Locate the mounting holes and use the supplied accessories to mount the unit on the required position.
- Pass the cables through the cable glands and make the required connections.
- Notice!! If an additional entry hole is required then remove the break-out plastic and install the supplied cable gland.
- Set the address on the dip-switch (page 4 and 5).
- Reinstall the front cover and fasten the screws that were removed in step 1.
OPERATION
The device has 4 different operation modes:
-
Input/Output Unit
In this function input and output units are independent. The input unit is used in order to connect non addressable devices, that have a free relay contact (such as conventional alarm panels, or flow switches), to the loop of the panel. The input unit is fully monitored and has the capability to send to the panel, with a suitable connection, three states: quiescent, fault, alarm. The output unit contains a relay that is fully programmable from the panel with a rating of (30V/1A). The red LED which blinks periodically in the quiescent state is a power and good operation indication. On the panel, the input unit is shown as “INPUT/OUTPUT UNIT ΧΧΧ” (where ΧΧΧ is the set address of the device). In this function, the terminal resistor is 56kΩ and the alarm resistor is 10kΩ. -
Input unit
The input unit with auxiliary relay is used so as to provide an additional input to the loop. Gas sensor types BS-685 and BS-686 can also be connected. It contains an input that is fully monitored for open and short circuit conditions and a relay (1A/30V), which is activated for 5 seconds after a panel reset (when the dip-switch number 8 is in the OFF position). On the panel, the input units are shown as “INPUT UNIT ΧΧΧ” (where ΧΧΧ is the set address of the device). In this function, the terminal resistor is 56kΩ and the alarm resistor is 10kΩ. -
Conventional detector driving unit
The driving unit for conventional detectors is used in order to connect conventional detectors to the addressable panel. The device can be connected to the BSR-2104 and BSR-2114 panels. It can power up to 10 detectors and has protection against the detection of an open circuit or the disconnection of a detector. A 56kΩ resistor is installed by default on the terminals +IN, -IN. We replace the 56kΩ resistor with a 10kΩ resistor. We install the 10kΩ resistor to the last detector of the line. On the panel, the input unit is shown as “ADAPTOR UNIT ΧΧΧ“ (where ΧΧΧ is the set address of the device). The LED lights and remains lit when the specific input unit issues an alarm to the panel. The LED also remains lit if the sirens are deactivated from the panel. The LED of the detector that issued the alarm also remains lit in order to show the precise alarm origin. LED is turned OFF after a panel reset. In this operation we have increased consumption and cannot connect more than 7 BSR-8020/WP on each loop. In this function the terminal resistor is 10kΩ and the alarm resistor is 1kΩ . -
Conventional detector driving unit with external power supply.
This function is the same as the previous one. The only difference between the two, is that an external power supply is used. The external power source must have an output rating of 2128V and must not be interrupted during a power failure.In this function
the terminal resistor is 4.7kΩ and the alarm resistor is 1kΩ . The above functions are set using the dip-switches 9 and 10. The dip-switch 8 determines a sub function depending on the case.
| Dip-switches 9 & 10 | Operating mode |
|---|---|
| Input/Output unit | |
| Input unit | |
| Conventional detector driving unit | |
| Conventional detector driving unit with external power supply |
Operation as an Input/Output unit
Connection with a conventional panel
Connecting a BSR-8020/WP to a BS-1636 panel. ALARM and FAULT RELAYS are used. According to this connection, when the panel detects a fault, the BSR-8020/WP will send a fault signal to the central panel and when the BS-1636 detects alarm on a zone, the BSR-8020/WP will send an alarm signal. Operation as an Input/Output unit Connecting with a flow switch
Connecting a BSR-8020/WP with an isolation lock. When the lock is activated
(short circuit), the output of the device does not operate and the message “
DISABLEMENT ” is shown on the panel. The dip-switch 8 of the BSR-8020/WP must
be in the ON position. It can be used in a fire extinguishing system.
Operate as a Input unit
Connecting gas detectors
Connecting a BSR-8020/WP with detectors ΒS-685 or ΒS-686. The auxiliary relay
is used so as to interrupt the power to the detectors after a panel reset.
Convetional detector driving unit
Connecting a BSR-8020/WP with conventional detectors. A 10kΩ terminal resistor must be connected on the last detector. The maximum number of detectors per unit is 10. An external LED BS-572 can be connected on one of the detectors. With the dip-switch 8 we can set if during an alarm the zones power will be interrupted or not. (according to the table above). If the dip-switch 8 is in the ON position, the maximum number of devices is 7, whereas if the dip-switch 8 is in the OFF position, the maximum number of devices is 30. The total consumption must also include the consumption of the other devices.
Conventional detector driving unit with external power supply
Connecting a BSR-8020/WP to conventional detectors. A 4.7kΩ resistor must be
installed on the last detector. The maximum number of detectors per device is
40 conventional detectors of olympia electronics. According to EN 54 the
maximum number of detectors per zone is 32 devices. The maximum consumption of
the detectors in idle state, must not exceed the 2.5mA.
The power is supplied by an external power supply and thus does burden the
loop. The power consumption is that of an input/output unit. The external
power supply must have an output range 21-28V and must not be interrupted
during a power failure.
Additionally, the external power supply must be isolated from the main power
grid and its power must be calculated depending on the maximum load. If for
example we have 10 such devices and each device consumes 30mA during an alarm
then the power supply must be capable of providing at least 300mA.
Certification
Waterproof Addressable inputoutput unit BSR-8020/WP certified from DEDAL. Also DEDAL. controls the production according to the CPR number:
BSR-8020/WP Waterproof
Addressable input-output unit| 1922
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1922-CPR-178
EN-54-18: 2005| 22
EGINIO PIERIAS
60300 GREECE| 
WARRANTY
Olympia Electronics guarantees the quality, condition and operation of the goods. The period of warranty is specified in the official catalogue of Olympia Electronics and also in the technical leaflet, which accompanies each product. This warranty ceases to exist if the buyer does not follow the technical instructions included in official documents given by Olympia Electronics or if the buyer modifies the goods provided or has any repairs or re-setting done by a third party, unless Olympia Electronics has fully agreed to them in writing. Products that have been damaged can be returned to the premises of our company for repair or replacement, as long as the warranty period is valid. Olympia Electronics reserves the right to repair or to replace the returned goods and to or not charge the buyer depending on the reason of defection. Olympia Electronics reserves the right to charge or not the buyer the transportation cost.
HEAD OFFICE
72nd km. O.N.R. Thessaloniki-Katerini
P.C. 60300 P.O. Box 06 Εginio Pierias Greece
www.olympia-electronics.com
[email protected]
Documents / Resources
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olympia electronics BSR-8020/WP Waterproof Addressable Input or Output
Unit
[pdf] User Manual
BSR-8020-WP, BSR-8020 WP, Waterproof Addressable Input or Output Unit,
BSR-8020 WP Waterproof Addressable Input or Output Unit, Addressable Input or
Output Unit, Input or Output Unit
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