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hyundai accent 2009 service repair manual downloadSee Full Reader of 112 date post 04-Apr-2018 Category Documents view 224 download 4 SHARE Download for free Report this document Embed Size (px) 344 x 292 429 x 357 514 x 422 599 x 487 Transcript of ILS Lock Operation User Guide - Lenel Partner software described in this document is furnished under. 7.2 ILS Lock Operation User Guide Lenel OnGuard 7.2 ILS Lock Operation User GuideThis guide is item number DOC-303E, revision 6.002, October 2015 2015 United Technologies Corporation. All rights reserved. We have attempted to provide an accurate translation of the text, but the official text is the English text, and any differences in the translation are not binding and have no legal effect.The software described in this document is furnished under a license agreement and may only be used in accordance with the terms of that agreement. Crystal Reports for Windows is a trademark of Crystal Computer Services, Inc. Portions of this product were created using LEADTOOLS 1991-2011, LEAD Technologies, Inc.Other names may be trademarks of their respective owners. Other product names mentioned may be trademarks or registered trademarks of their respective companies and are hereby acknowledged.ILS Expenses Budget 2013. Lenel Access Hardware Demo System User of Contents 4 Lenel Access Hardware Demo System User Guide APPENDIX A Configuration Overview. If you entered the URL manually, please check your spelling and try again. If you think this is a server error, please contact HelpSU. Information in this document is subject to change without notice. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of Lenel Systems International, Inc. Non-English versions of Lenel documents are offered as a service to our global audiences.http://www.saadawi1.net/upLoadedFiles/other/fr-802-manual.xml
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We have attempted to provide an accurate translation of the text, but the official text is the English text, and any differences in the translation are not binding and have no legal effect. The software described in this document is furnished under a license agreement and may only be used in accordance with the terms of that agreement. Lenel and OnGuard are registered trademarks of Lenel Systems International, Inc. Integral and FlashPoint are trademarks of Integral Technologies, Inc. Oracle is a registered trademark of Oracle Corporation. Other product names mentioned in this User Guide may be trademarks or registered trademarks of their respective companies and are hereby acknowledged. Portions of this product were created using LEADTOOLS LEAD Technologies, Inc.Copyright Inso Corporation. The intended audience for this document includes the installation and service technicians that would need to plan and install ILS wireless components on a site. The document does not include any OnGuard specific configuration procedures, as this information is provided in the OnGuard documentation. Other Referenced User Guides This user guide describes the operation of your Lenel Integrated Locking Solution (ILS) as well as providing an overview of the installation and configuration of the locks. In addition to this user guide, the following guides are provided on the OnGuard installation disc: System Administration User Guide. This guide is intended for system engineers and administrators who want to build, operate, and maintain the OnGuard access control system. Instructions for designing, installing, and configuring the OnGuard system for ILS locks are covered in this guide. ID CredentialCenter User Guide. This guide is a sub-set of the System Administration User Guide intended for operators of the OnGuard system who want to monitor and administrate the system. Installation Guide.http://cmuniontravel.com/userfiles/fr114p-netgear-manual.xml This walks you through the installation of the OnGuard software with a SQL Server or SQL Server Express database. It also includes steps to install the browser-based applications. This guide provides instructions for installing or upgrading the lock reader or radio in the field. Conventions Used in this Documentation Where a term is defined, the word is represented in italics. Field names, menus, and menu choices are shown in bold. Keyboard keys are represented in angle brackets. The vocabulary used: ACF. Refers to Access Control Format. ActiveSync. A data synchronization program developed by Microsoft for use with its Microsoft Windows line of operating systems. It provides users of Microsoft Windows a means of transporting information between their desktop computer and a mobile device, such as a Mobile Configurator, mobile phone, or any other portable devices that support the ActiveSync protocol. ActiveSync is available as a free download from Microsoft s web site. ACU. Refers to the lock s Access Control Unit. ADA. Refers to Americans with Disabilities Act. In order to be ADAcompliant, extended strike and extended open time is assigned to cardholders with disabilities who require it. The ADA information is configured on the Wiegand card format form. For more information, refer to Add a Wiegand Card Format in the System Administration User Guide. AFC. Refers to Alternative Fire Code that is also known as Ontario Fire Code This mode requires presentation of the card to relock the door upon exit. Refer to Ontario Fire Code ANSI. Refers to American National Standards Institute. Audit trail. A log of event information that is recorded at the lock. Audit is used interchangeably with event in this document. BLA. Refers to Bored Latch Adapter used in the BLA lock. This adapter fits into the standard cylindrical door prep, but is much more secure and robust than the standard 3500 latch on your doors at home. Refer to Prep. CE. Refers to Consultants Europe.https://www.ziveknihy.sk/audiokniha/e4od-manual These experts identify hazards, assess risks, carry out all applicable tests to determine the appropriate measures to meet with CE mark regulations. DHCP. Refers to Dynamic Host Configuration Protocol. This protocol is used for assigning dynamic IP addresses to devices on a network. DST. Refers to Daylight Saving Time. ESD. Refers to Electrostatic Discharge. ESD, is a single-event, rapid transfer of electrostatic charge between two objects, usually resulting when two objects at different potentials come into direct contact with each other. ESD can also occur when a high electrostatic field develops between two objects in close proximity. ESD is one of the major causes of device failures in the semiconductor industry. FCC part 15. Federal Communications Commission regulation of low power, non-licensed transmitter devices that could cause potentially harmful 10 revision 2 11 ILS Lock Operation User Guide interference to licensed transmitters and vice versa. Part 15 covers an assortment of electronic equipment that generates RF energy whether it is intentional, unintentional or incidental. Heartbeat. Predefined message used by wireless locks to communicate with the wireless access point.Refers to Light Emitting Diode. MAC. Refers to the Media Access Control address; also known as the hardware address or physical address. The MAC address is a unique value given to each device on an Ethernet network that allows the device to identify itself on the network. MAC addresses are 12-digit hexadecimal numbers (48 bits in length). IP networks maintain a mapping between the IP address of a device and its MAC address. DHCP also usually relies on MAC addresses to manage the unique assignment of IP addresses to devices. MC. Refers to the Lenel ILS Mobile Configurator. Use this portable device to initially configure and manage ILS offline and ILS wireless locks. The MC allows you to initialize, download card holders, download and upload events, download lock scheduling information, download firmware updates, and run lock diagnostics. You can also use the MC to unlock the lock and change reader modes as needed. NIST. Refers to the National Institute of Standards and Technology. Ontario Fire Code Provisions of the Ontario, Canada, Building Code, Section which requires that doors do not automatically lock when a person exits the room instead of relying on the key holder to relock the door themselves. Configurator adapter. The Mobile Configurator communicates with the ACU via the Configurator power adapter that can used to provide auxiliary power to the ILS offline and ILS wireless locks in case the battery power is low or has no power. PP. Refers to Portable Programmer also known as the Mobile Configurator. Prep. To prepare a door or frame for installation of a lock or other hardware. SCF. Refers to Smart Card Format. This card format describes to the lock how to retrieve access control data from the smart card credential and pertains to iclass and MIFARE locks, only. RTC. Refers to Real Time Clock. RoHS. Refers to Restriction of Use of Hazardous Substances. RoHScompliant electrical and electronic equipment is tested for the presence of Lead (Pb), Cadmium (Cd), Mercury (Hg), Hexavalent chromium (Hex-Cr), revision 2 11 12 1: Introduction Polybrominated biphenyls (PBB), and Polybrominated diphenyl ethers (PBDE). SSL Certificate. Secure Sockets Layers are cryptographic protocols that provide security for communications over networks such as the Internet. SSL creates a secure connection between a client and a server, over which any amount of data can be sent securely by using two keys to encrypt data; a public key known to everyone and a private or secret key known only to the recipient of the message. URLs that require an SSL connection start with https: instead of http: Trim. The portions of the lock the user can see when lock is installed on a closed door. UL10C. Underwriters Laboratories Standard for positive pressure fire tests of door assemblies. WAP. Refers to the Wireless Access Point device that is also known as the ILS Wireless Gateway. Wi-Fi. Refers to Wireless Fidelity. Describes a method of obtaining Internet access using wireless technology. Most portable computers can add Wi-Fi connectivity using an adapter that plugs into a computer card slot or USB port. Wireless Gateway. This is an ILS-specific Wireless Access Point (WAP) device; not a common access point. The ILS Wireless Gateway is used to communicate with its associated locks on the 900Mhz frequency range. In this document, Wireless Gateway is also referred to as the Wireless Access Point or WAP. WLM. WLM - Refers to the Wireless Lock Module; this is the radio module of the ILS wireless lock. WMC. Refers to the WAP Main Controller micro-controller. WWM. Refers to the Wireless WAP Module micro-controller. UL294. Certifies that RFID devices and systems conform to the Underwriters Laboratories UL-294 Access Control Systems Standard of safety. Features and Functions The feature and function descriptions in this document are common to both ILS offline and wireless locks unless otherwise stated. 12 revision 2 13 ILS Lock Operation User Guide Lock Installation Warning Installation of ILS locks should only be performed by a Lenel ILS (Integrated Locking Solutions) certified installer. Be sure to completely read and understand the lock installation template and guide before installing the locks. Lock Configurations When the lock is installed, it is configured with factory settings. After the lock is initialized with the Mobile Configurator, it has the settings that were configured in OnGuard and downloaded to the Mobile Configurator prior to initialization. Locks configured with factory settings support the use of the standard or owner construction cards. Factory Configuration Mode By default, every new lock comes pre-configured with factory settings and the Lock ID is zero (0). Such a lock is considered to be in the Factory Configuration Mode. While in Factory Configuration Mode, the lock supports two (2) different card types standard and owner which support the Standard and Office Factory Modes, respectively. In addition, the lock supports the lookahead functionality with a default Codes look ahead value of 10. For more information, refer to Lock Attributes on page 16 or the System Administration User Guide. Construction Cards Construction cards are supported for magnetic, iclass, MIFARE, and proximity card technologies and are able to grant access when presented to a lock in the factory mode. For more information, refer to Card Reader Technologies on page 29. Standard construction card. When this card is presented, the lock will unlock and relock after six (6) seconds. The Badge ID of a standard construction card is This Badge ID has no special meaning after the lock is initialized and leaves the factory mode. Therefore, you can use this Badge ID for a normal user in the non-factory mode. If the lock is reset to factory mode, the lock treats this Badge ID as the special construction card once again. Office (lock owner) construction card. When this card is presented once, the lock will unlock and relock after 6 seconds. If this card is double-dipped within 6 seconds, the lock unlocks and remains unlocked until this card is doubled-dipped again, at which point the lock is relocked. The Badge ID of an office construction card is This Badge ID shall have no special meaning after the lock is initialized and leaves the factory mode. Therefore, you can use this Badge ID for a normal user in the nonfactory configuration. If the lock is reset to factory mode, the lock treats this Badge ID as the special construction card once again.Standard Configuration Mode After the lock is initialized, it enters the Standard Configuration Mode and its operation is then governed by the standard lock operational modes. For more information, refer to Lock Operation Mode Changes on page 18. Note: When the lock has factory settings, the privacy state is ignored. If the deadbolt is engaged when door is unlocked, the lock will not relock. If the deadbolt is engaged when door is locked, both Construction and Standard cards will unlock the door. The deadbolt will disengage when the door handle is actuated during open time or during Unlocked mode. For more information, refer to Privacy (Monitor Deadbolt) on page 18. Important: A lock cannot be initialized unless it is in factory mode. If the lock is in standard mode, it must reset to factory mode first. 1. Remove the thumb turn after removing the thumb turn screw. 2. Remove the 12mm T-10 screw from the battery cover (upper inside escutcheon). 14 revision 2 15 ILS Lock Operation User Guide 3. Remove the battery cover (upper inside escutcheon). 4. On the left facing battery circuit board, press the CLEAR button to reset the lock to the factory settings. CLEAR button Important: To prevent accidentally resetting the lock to factory mode, the lock can only enter factory mode when the CLEAR button is depressed for approximately 15 seconds. To ensure the lock is reset, press the lock s CLEAR button until the LED in front of the reader provides a visual indication. Default Settings Whenever the lock is reset to factory mode, all settings are reset to their default value.The audit trail is also erased but certain settings are not cleared such as the total lock cycles counter. The lock will retain the factory configuration until it is initialized by OnGuard via the Mobile Configurator. Lock Audit Trail During standard operation, the lock can record the last 1000 events in its memory. However, the memory does not overflow when it becomes full. Instead, new events are added to the end of the audit log and the oldest record is removed in a first-in, first-out process. Lock Attributes The lock has several attributes that modify its behavior. These attributes are configured in OnGuard. Some of the attributes are global. If a global attribute is enabled, it applies to all locks in the system. Other attributes are configured on a lock-by-lock basis. The following list includes attributes which apply on a lock-by-lock basis: Door unlock time (Strike Time) can be configured from seconds Door unlock time for disabled users (Extended Strike) used for ADA can be configured from seconds Is Lock when the handle is released feature used. Is the Unlock on deadbolt feature used. Is the Unlocked mode with card feature used. Global attributes include the following: 16 revision 2 17 ILS Lock Operation User Guide System code Lock or card date precedence. Codes lookahead - can be configured system-wide or on a lock-by-lock basis Clean up wireless diagnostics days (ILS wireless locks only) Are the AFC features used. Note: For more information about all of the lock attributes, refer to the System Administration User Guide. Users Settings Calendar Timezones User-specific settings allow the lock to function in a different manner for cardholders assigned with the following permissions within the system: ADA. An option that can be configured for the user who requires an extended amount of time to enter a door due to a handicap, injury, or other debilitating condition. If ADA is configured for the cardholder, it applies to every door the cardholder accesses. Device owner. An option that can be configured for a user who needs to override the privacy function of a given door, or needs to place a given door into the unlocked mode with the cardholder card. This option is configured as either ON or OFF for each cardholder in each door, so a cardholder may be the device owner of many doors, and a door may have many owners. Device owner is also referred to as the lock owner. Blocking override. When a blocking card is presented to the lock, the door is blocked, and the lock enters the blocked mode. An option can be enabled for a user who requires the ability to override a blocked door. The blocking override is typically enabled for security personnel. If the blocking override is enabled for a cardholder, it applies to every door to which the cardholder has access. For more information about the Blocked mode, refer to Lock Operation Mode Changes on page 18. The behavior of the lock with regard to the time of day (scheduled and automatic changes) can be different for every day of the week (Sunday - Saturday, and holidays). The calendar determines the days that will be specified as holidays. The lock supports up to 100 holidays. Splitting the holidays out and individually identifying the days of the week gives the system eight (8) different day types. Each interval is defined by the beginning hour and minute, the ending hour and minute and the day types to which the interval applies. Selectable days include any of the seven days of the week, plus any of up to eight (8) holiday types. For more information, refer to the System Administration User Guide. Lock Operation Mode Changes The lock may change modes of operation either by a user action or by an scheduled automatic change. The different operational modes include: Unlocked The lock is unlocked and cardholders may pass freely through the door. First Card Unlock The lock is placed in the Unlocked mode, but only after the first valid card is presented after the mode change. Card Only Each cardholder must present a valid card to open the door. Use of a card with the Device owner option allows the lock to change to the Unlocked mode (if enabled). If the deadbolt is engaged and the lock is in Facility Code Only mode, the lock will ignore the privacy state; the lock will relock. However, only a card with valid credentials will unlock the door. Blocked This is a special state controlled by the use of the blocking card. When a door is blocked with the blocking card, the lock will reject all cards that do not have the Blocking override enabled. The state of the lock changes alternatively from blocked to not blocked each time the blocking card is presented. Cards that override a blocked lock will place the lock into the blocked state. Each of these actions, as well as a card rejection due to a blocked lock, is registered in the audit trail. When in the blocked mode, the lock will ignore automatic scheduled changes unless these are initiated by OnGuard or a Mobile Configurator. Privacy (Monitor Deadbolt) When the cardholder engages the deadbolt (privacy knob) from inside the door, the door is considered to be in the privacy state. When the cardholder disengages the deadbolt, the door is no longer in the privacy state. 18 revision 2 19 ILS Lock Operation User Guide The privacy state of the lock is a combination of the OnGuard privacy setting (Monitor deadbolt) and the deadbolt position: When Monitor deadbolt is enabled: If the door is locked with the deadbolt engaged, only the lock owner will be granted access; the door will then unlock and the deadbolt will disengage when the door handle is turned. For more information, refer to Device owner on page 17. When Monitor deadbolt is disabled: If the door is locked with the deadbolt engaged, then anyone with a valid card will be granted access; the door will then unlock and the deadbolt will disengage when the door handle is turned. Note: If you change the lock to Secured, Unsecured, or Blocked mode from OnGuard, the Mobile Configurator, or the card (Emergency Lock, Emergency Unlock, or Blocked) this will override the privacy state of the lock. Emergency Operations (ILS Wireless Locks Only) The following commands can be issued by the lock operator from the Alarm Monitoring device view. Emergency Commands Secure All. When the Secure All command is issued from a reader device group, all locks within the reader device group are locked and operate in the security mode (no card will be granted access) until the mode is changed from OnGuard, the Mobile Configurator, or a special purpose card. For adding locks to a reader device group, refer to the System Administration User Guide. Unsecure All. When the Unsecure All command is issued from a reader device group, all locks within the reader device group will remain unlocked and operate in the unsecured mode until the mode is changed from OnGuard, the Mobile Configurator, or a special purpose card. The following emergency lock operation modes can be set by the lock operator in the Alarm Monitoring system tree or by presenting one of the emergency special purpose cards. For more information, refer to ILS Special Purpose Cards in the System Administration User Guide. Emergency Operation Modes Secured. The lock operator can change the lock s mode to secured from the Alarm Monitoring system tree or by presenting the Emergency Lock card. During Emergency Lock mode the door locks, no card will be granted access, and the lock will operate in the security mode until the lock operator changes the mode from OnGuard or a Mobile Configurator, or presents the revision 2 19 20 1: Introduction Emergency Lock card again, at which point the lock will enter the Card Only mode. Unsecured. The lock operator can change the lock s mode to Unsecured from the Alarm Monitoring system tree or by presenting the Emergency Unlock card. The lock will remain unlocked and operate in the Unsecured mode until the lock operator changes the mode from OnGuard or the Mobile Configurator, or presents the Emergency Unlock card again, at which point the lock will enter the Card Only mode. Note: Scheduled automatic changes are not applied when the lock is in the security or unsecured mode. Note: When lock operation modes are changed from Alarm Monitoring, the change request waits at the Wireless Gateway to be sent on the heartbeat cycle of each lock. Lock operation mode changes cannot be pushed down to the lock until the lock wakes up and executes the change. For more information, refer to section Lock Heartbeat on page 56. Scheduled (Automatic) Changes The lock can be configured to automatically change state on a scheduled basis which is configured in OnGuard. This function allows the lock to automatically change operational mode up to 20 times per day type. Each change is registered in the lock audit trail. Each lock can store the dates of the next four (4) changes (two years). The lock will adjust one (1) hour forward or backward as dictated by the programming. 20 revision 2 21 ILS Lock Operation User Guide General Lock Characteristics Battery Life The lock is powered by three (3) alkaline type AA or LR4 batteries located under the battery cover (upper-inside escutcheon). When ILS offline and wireless locks are sleeping (not in use), they consume approximately 0.02mA. When the lock circuit is active, it consumes approximately 10mA. The motor consumes 150mA when it is active. Battery life estimates for wireless locks vary depending on the configurable radio heartbeat interval. Battery consumption is reduced for longer heartbeat intervals in conjunction with the number of openings per day. For more information, refer to Lock Heartbeat on page 56. New batteries provide 4.5 volts (100). As the batteries are consumed, the lock will begin to indicate the low battery power condition starting when the batteries have 18 (3.5 volts) of usable power remaining. When the battery power level drops below 5 (3.3 volts), the lock will continue to signal the low battery condition but will refuse to grant access (unlock). Battery Lock Status Event 4.5 V V o l t a g e 4.5 V 100 No event P e r c e n t a g 22 1: Introduction Replace Lock Batteries Important: If you replace the lock batteries due to a very low battery, the battery has no power, or you power off the lock by removing, and then replacing the batteries, the lock s real-time clock (RTC) must be updated using the Mobile Configurator. To replace the lock batteries, complete the following steps: 1. Remove the thumb turn after removing the thumb turn screw. 2. Remove the battery cover. 3. Remove the batteries. 4. Install the new batteries, and replace the battery cover and thumb turn. 5. Connect the power adapter to the lock by inserting the plug into the jack on the bottom of the lock. Ensure the adapter is connected to the Mobile Configurator. For more information, refer to Using the Mobile Configurator on page Power on the Mobile Configurator and the power adapter, and then log onto the Mobile Configurator application. For more information, refer to Operator Logon on page revision 2 23 ILS Lock Operation User Guide 7. Update the lock s clock time (RTC). Important: Make sure to verify the date and time displayed on the Mobile Configurator. If the Mobile Configurator has the wrong date and time, the lock will be updated with the wrong date and time and will not function as intended. 8. Disconnect the power adapter, and power off both the power adapter and the Mobile Configurator.When a card is presented twice (after access is granted), and the mode or state of the lock changes, the access granted indication (solid GREEN) will be followed by a mode change indication (blinks GREEN or solid RED). For mode changes generated by presenting special purpose cards, only the mode change indication will be shown. For access granted events, the LED remains solid GREEN for the duration of the open lock timer. Buzzer Behavior LED or Buzzer Indication High Beep Low Beep Description The buzzer double-beeps continuously within a 50 ms interval. The buzzer single-beeps continuously within a 50 ms interval for the time specified in OnGuard for the Door Held Open Alarm. Failed to authenticate to application specified by selected SCF Application data could not be located on the card based on the selected SCF (Smart Card Format) Either the card was not found in the field, or the card failed to respond to the requested RF protocol No SCFs stored at the lock Test or Join Failed Event (Blinks RED and High Beep) Event Test failed Join failed Description Blinks red, only. Low Beep Only (Not Supported by Magnetic Locks) Door Held Open Alarm when door is left open; used when latch monitoring or door sensor are present. 26 revision 2 27 ILS Lock Operation User Guide Events Which Do Not Generate LED or Buzzer Indications Event ACU Firmware Upgraded Audit Trail Cleared Audit Trail Limit Reached Card Only Mode Change Denied: Blocked Mode Card Only Mode Change Denied: Security Mode Daylight Savings Time Audit Door Forced Open Door Forced Open Restored Door Held Open Restored Door Open by Key Door Open by Key Off Door Open from Inside Facility Code Only Mode Change Denied: Blocked Mode Facility Code Only Mode Change Denied: Security Mode First Card Unlock Mode Change Denied: Blocked Mode First Card Unlock Mode Change Denied: Security Mode Internal Deadbolt Internal Deadbolt Off Lock Initialized Lock Updated Low Battery Low Battery Restored Reader Module Firmware Upgraded Real-time Clock Updated Unlocked Mode Change Denied: Blocked Mode Unlocked Mode Change Denied: Security Mode WLM Firmware Upgraded Description Lock firmware update. Recorded when audit trail (event log) is cleared. Informs OnGuard when the audit log is becoming full and is about to be overwritten. Automatic change to Card Only mode denied since lock is in Blocked mode. Automatic change to Card Only mode denied since lock is in Security (Emergency) mode. DST start or DST end occurred. Alarm when door is forced open. Cleared state of Door Forced Open event.