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Related Manuals for Bosch SE 320 LSNi
Summary of Contents for Bosch SE 320 LSNi
- Page 1 SE 320 LSNi SmartKey Arming Device Installation Manual SE 320 LSNi...
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Page 2: Table Of Contents
Table of Contents System Description System Overview with Functional Variants................... 3 Description of the Connections on the Control Unit..............6 Installation Instructions Installing System Components...................... 8 Installing the Magnetic Contact and Bolt Contact ................. 9 Connection, Switch-Point Control, Address Switches ..............10 Connecting the Control Panel and Optional Components ............ -
Page 3: System Description
System Description System Overview with Functional Variants The SE 320 LSNi SmartKey Arming Device is a system solution for arming and disarming intru- sion alarm systems. The individual components of the system can be put together as required for the intended usage. Operation types with or without the SPE blocking element are possible. Con- trol authorizations for arming/disarming are defined during control panel programming. - Page 4 System Description System Overview with Functional Variants Code keypads There are two types of code keypads: SmartKey code keypads and lockable code keypads. The code keypad, used in conjunction with the reader, allows arming and disarming of the in- trusion alarm system only after the correct combination of numbers has been entered on the keypad.
- Page 5 System Description System Overview with Functional Variants SmartKey keys There are two types of SmartKey keys Keys with a security card Standard key (without security card) Key with security card: the system operates like a locking device. The key kit consists of a set number of valid keys and a security card.
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Page 6: Description Of The Connections On The Control Unit
System Description Description of the Connections on the Control Unit The control unit connections have different functions. There are inputs, outputs and plug-in ter- minals. Inputs and outputs have to be assigned according to a specific schema with regard to the scope of basic functions. - Page 7 System Description Description of the Connections on the Control Unit Connection Name Function Description Test Input This input is for test purposes only, i.e. a line should only be connected temporarily to perform a test. The SPE blocking element's bolt will engage when 0V is connected.
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Page 8: Installation Instructions
Installation Instructions Installing System Components Note the following during installation: Used shielded cables only. The usual precautionary measures for C-MOS technology apply to handling the cir- cuit boards and to soldering work. Wear a grounded wrist strap when working on the control panel. -
Page 9: Installing The Magnetic Contact And Bolt Contact
Installation Instructions Installing System Components Installing the SPE blocking element Install the SPE blocking element using the appropriate kit and in accordance with the en- closed installation note. Make sure the door cannot slam shut. The bolt of the SPE blocking element could oth- erwise be damaged during start-up by a slamming door. -
Page 10: Connection, Switch-Point Control, Address Switches
Installation Instructions Connection, Switch-Point control, Address Switches Connection Make sure the control panel is disconnected from the power supply. Connect the control unit and the optional components as shown in the connection diagram on the following page. Switch-point control (18 C point): a freely programmable C-point switch output (open-collector output) 12 V, max. 80 mA, is located on the control unit. -
Page 11: Connecting The Control Panel And Optional Components
Installation Instructions Connecting the Control Panel and Optional Components 57 56 55 54 PL2 53 1 +U Free Free Free Free Magnetic 0V 52 contact 2 0V PL1 51 Switch part aLSN1 3 aLSN1 Line length <3m 0V 50 bLSN1 4 bLSN1 Free 49 5 +U... -
Page 12: Connecting For Operation Without An Spe Blocking Element
Installation Instructions Connecting for Operation Without an SPE Blocking Element (37 to 42) Use the following switching arrangement on the control unit to set the operating mode "Without SPE blocking element". Connect the inputs HALL1 and HALL2 to 0V. 57 56 55 54 PL2 53 1 +U... -
Page 13: Connecting For Operation With Smartkey Code Keypad Only
Installation Instructions Connecting for Operation with SmartKey Code Keypad Only For information about connecting all other components, see "Connecting the Control Panel and Optional Components". 57 56 55 54 PL2 53 1 +U Free Free Free Free 0V 52 2 0V PL1 51 aLSN1 3 aLSN1... -
Page 14: Connecting The Smartkey Code Keypad With Integrated Reader
Installation Instructions Connecting the SmartKey Code Keypad with Integrated Reader For information about connecting all other components, see "Connecting the Control Panel and Optional Components". 57 56 55 54 PL2 53 1 +U Free Free Free Free 0V 52 2 0V PL1 51 aLSN1 3 aLSN1... -
Page 15: Connecting A Lockable Code Keypad
Installation Instructions Connecting a Lockable Code Keypad For information about connecting all other components, see "Connecting the Control Panel and Optional Components". 57 56 55 54 PL2 53 1 +U Free Free Free Free 0V 52 2 0V PL1 51 aLSN1 3 aLSN1 0V 50... -
Page 16: Connecting A Door Opener Relay
Installation Instructions Connecting a Door Opener Relay For information about connecting all other components, see "Connecting the Control Panel and Optional Components". Simultaneous connection to a blocking element for vault doors is not pos- sible. Terminating resistor for button 12K1 57 56 55 54 PL2 53... -
Page 17: Connecting An E4.4 Blocking Element For Vault Doors
Installation Instructions Connecting an E4.4 Blocking Element for Vault Doors For information about connecting all other components, see "Connecting the Control Panel and Optional Components". It is not possible to connect both an E4.4 blocking element and an SPE blocking element and/or a door opener relay at the same time. -
Page 18: Connecting An E4.3 Blocking Element For Vault Doors
Installation Instructions Connecting an E4.3 Blocking Element for Vault Doors E4.3 available as E4.4 + conversion kit for left or right-hand installation. See next page for connections. For information about connecting all other components, see "Connecting the Control Panel and Optional Components". It is not possible to connect both an E4.31 blocking element and an SPE blocking element and/or a door opener relay at the same time. - Page 19 Installation Instructions Connecting an E4.3 Blocking Element EG 12K1 already installed No SPE blocking element installed 57 56 55 54 PL2 53 External voltage supply for blocking Free Free Free Free 1 +U 0V 52 element E4.31 from 10.5 V to 14 V. 2 0V Be aware of the voltage drop when con- PL1 51...
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Page 20: Function Test For Spe Blocking Element And Reader
Installation Instructions Function Test for the SPE Blocking Element and Reader Switching on the power supply Make sure that bridge B1 on the control unit is connected before switching on the power sup- ply. Switch on the power supply. The yellow LED on the control unit's circuit board displays the system's status as follows: Yellow LED Status Required action... -
Page 21: Reading In Keys And Programming The System
Installation Instructions Reading In keys and Programming the System Depending on the "key type" and "reading-in method of the key", perform one of the following 4 steps. Keys should only be read in keys as described under points 2. or 4. in exceptional circum- stances. - Page 22 Key with security card: Reading in the key during programming The SE 320 LSNi system is programmed and the key identification number read in using the appropriate programming program (e.g. WinPara or NzPara). This is when the key's 8-digit identification number is entered into the system. In the programming program, select for the key to be read in during programming (select the parameter "integrated"...
- Page 23 Installation Instructions Key with security card: Reading in the key via the reader Keys (maximum 16) can be read in directly via the reader if the 8-digit identification number is not entered during programming. In the programming program (e.g. WinPara or NzPara) define that the keys should be read in via the reader (select the parameter "standalone"...
- Page 24 Standard key (without security card): Reading in the key during programming The SE 320 LSNi system is programmed and the key identification number read in using the appropriate programming program (e.g. WinPara or NzPara). This is when the key's 8-digit identification number is entered into the system.
- Page 25 Installation Instructions Standard key (without security card): Reading in the key via the reader Keys (maximum 16) can be read in directly via the reader if the 8-digit identification number is not entered during programming. In the programming program (e.g. WinPara or NzPara) define that the keys should be read in via the reader (select the parameter "standalone"...
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Page 26: Starting Up The Smartkey Code Keypad With Reader
Installation Instructions Starting Up the SmartKey Code Keypad with Reader (or changing user codes) General information: The code keypad, used in conjunc- tion with the reader, allows the intrusion alarm system to be armed and disarm only after the correct combination of num- bers has been entered on the keypad. - Page 27 Installation Instructions Starting Up the SmartKey Code Keypad with Reader (or changing user codes) Define your user code during the first start-up. You can chan- ge your user code at a later date. Both operational proce- dures are identical. Use this key to verify entries. Use this key to abort an operation.
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Page 28: Starting Up The Smartkey Code Keypad Without Reader
Installation Instructions Starting up the SmartKey Code Keypad Without Reader (or changing user codes) General information: The code keypad allows arming and disarming of the intrusion alarm system only after the correct combination of numbers has been entered on the code key- pad. - Page 29 Installation Instructions Starting up the SmartKey Code Keypad Without Reader (or changing user codes) Define your user code during the first start-up. You can change your user code at a later date. Both operational procedures are identical. Use this key to verify entries. Use this key to abort an operation.
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Page 30: Starting Up A Lockable Code Keypad
Installation Instructions Starting up a Lockable Code Keypad (or changing user codes) General information: The code keypad, used in conjunc- tion with the reader, allows the intrusion alarm system to be armed and disarm only after the correct combination of num- bers has been entered on the keypad. - Page 31 Installation Instructions Starting up a Lockable Code Keypad (or changing user codes) Define your user code during the first start-up. You can change your user code at a later date. Both operation processes are identical. User codes can only be changed if the soldering bridge LF1/LF2 on the keypad circuit board is closed (see code key- pad installation instructions).
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Page 32: (Or Changing User Codes) Concluding System Installation
Installation Instructions Concluding system installation 1. Make sure that bridge B1 on the control unit is closed for normal operation. Replace the con- trol unit cover. 2. Make sure the red and green LEDs on the reader are off (= normal operating condition). 3. -
Page 33: Operating The System
Operating the System Viewing the System Status from the Reader Press and hold the key button and hold the key up to the reader for 1 second. The system status is indicated as shown in the following table. Display element Behavior Meaning Green LED... -
Page 34: Arming The System From The Reader Or Code Keypad
Operating the System Arming the System from the Reader or Code Keypad Arming the system with a key 1. Press and hold the key button and hold the key up to the reader for 3 seconds until you hear a short signal from the buzzer. -
Page 35: Disarming The System From The Reader Or Code Keypad
Operating the System Disarming the System from the Reader or Code Keypad Disarming the system with key and user code 1. Press and hold the key button and hold the key up to the reader for 3 seconds until you hear a short signal from the buzzer. -
Page 36: Operation With Smartkey Code Keypad Only: Viewing The System Status
Operating the System Operation with SmartKey Code Keypad Only Viewing the system status Enter your user number + user code. The system status is displayed according to the following table. To abort the system status dis- play press "C". The arming/disarming sequence will otherwise commence after 2 seconds. Display element Behavior Meaning... -
Page 37: Operation With Smartkey Code Keypad Only: Disarming The System With The Code Keypad
Operating the System Operation with SmartKey Code Keypad Only Notes on disarming If user number (ID) is 1-digit or 2-digit: Disarming will occur immediately after entering the user code and pressing the " " key or automatically 2 seconds after entering the last digit. If user number (ID) is 3-digit: Disarming will occur immediately after entering the last digit of the user code. -
Page 38: Example Of Operation With 4 Smartkeys/Code Keypads
Operating the System Example of Operation with 4 SmartKeys/Code Keypads All SmartKeys/code keypads have equal arming and disarming rights. Arming: Arming can occur with any SmartKey once all the bolt contacts are closed and the detection area is ready to acti- vate. -
Page 39: Fault Elimination
Fault Elimination Problems with Installation and Reading In Keys Always check the following first of all: Are the component cables correctly connected? Are there any short-circuits/broken wires? Is the component connected to a power supply? Is jumper BR1 correctly connected to the control unit? Problem Possible cause(s) Elimination... -
Page 40: Operating Problems During Normal Operation
Fault Elimination Operating Problems During Normal Operation Problem Possible cause(s) Elimination Reader does not respond Key outside of reader range. Repeat the arming process after re- when the key is held up to moving any of the possible causes of Key not held up to the reader for the reader. - Page 41 Fault Elimination Operating Problems During Normal Operation Problem Possible cause(s) Elimination Area cannot be disarmed. In- User not authorized to arm the a- Repeat the arming process after re- termittent signal is sounded rea. moving any of the possible causes of immediately after the system errors.
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Page 42: Replacing The Bolt In The Spe Blocking Element
Fault Elimination Replacing the Bolt in the SPE Blocking Element (for instance, if the bolt is broken or cannot be moved) The bolt can be replaced while the system is running (disarmed status). Consult the appropriate installation notes and proceed as follows: 1. -
Page 43: Notes For Maintenance And Service
Notes for Maintenance and Service General Information Maintenance and inspection measures must be performed at specific intervals by appropriately qualified personnel. Furthermore, the regulations of DIN VDE 0833 apply to all related work. Inspection and Maintenance Function test of the control unit device function Visual inspection of mounting/damage Function test for the SPE blocking element Function test of the SPE blocking element with bolt contact:... -
Page 44: Loss Of Keys
Notes for Maintenance and Service Loss of keys The following steps are required if the keys were read in during programming: 1. Bypass the key using the control panel keypad or erase the key using the appropriate pro- gramming program (e.g. WinPara or NzPara) 2. -
Page 45: Loss Of The Security Card
Notes for Maintenance and Service Loss of the Security Card Losing the security card will not compromise system functionality. However, if at some stage in the future you need further keys you will have to request both a new security card and new keys from the manufacturer. -
Page 46: Technical Data
Detec + / Detec - tor for input volt- LSNi without bolt contact. If all the bolts of age of 10 V...30 V all SE 320 LSNi units in a detection area are Test input Activate by con- to be activated simultaneously, the values (pull-up input resistor necting 0 V. - Page 47 Technical Data Reader Lockable code keypad Range Max. 20 mm Environmental condi- tions Frequency 125 kHz - Environmental class Transmission power 250 mW - Protective system IP 32 Cable to max. 6 m, 6-pin, -25°C...+60°C - Operating tempera- control unit screened, ture completely sealed...
- Page 48 Bosch Security Systems For more information, please see the following web site www.bosch-sicherheitssysteme.de Bosch Sicherheitssysteme GmbH Robert-Bosch-Ring 5 85630 Grasbrunn Germany F.01U.341.977 A2 04.2017...