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General| Brand | Vanderbilt |
|---|---|
| Model | lite blue |
| Category | Controller |
| Language | English |
Lists equipment evaluated for UL compliance, including Vanderbilt and XCEED-ID products.
Identifies hardware components that have not undergone UL evaluation.
Specifies the intended audience for the installation manual, focusing on technicians.
Provides an overview of the manual's structure and chapter contents.
Details necessary tools, secure locations, and mounting hardware for installation.
Outlines electrical codes, cable types, power supply, and safety precautions.
Lists steps to connect readers, door contacts, and other peripherals before powering.
Introduces the lite blue system, its components, and communication capabilities.
Summarizes key features, including card reader capacity and connectivity.
Provides physical dimensions for the lite blue controller and its enclosure.
Specifies UL-listed power supply requirements for 4-hour standby power.
Describes the VBB-RI as a reader interface connecting to lite blue and various read heads.
Lists supported read head technologies and communication protocols.
Details capabilities such as one read-head support, relay outputs, and input contacts.
Provides board dimensions, enclosure dimensions, power, and temperature ratings.
Introduces the VBB-OBRI as an onboard reader interface for lite blue systems.
Summarizes supported read head technologies and embedded nature on the controller.
Details its mounting, relay outputs, LED indication, and input contacts.
Lists power requirements, consumption, and operating temperature.
Describes the Legacy SBB-RI as a reader interface for lite blue systems.
Lists supported read head technologies and communication protocols.
Details read-head support, controller communication, relays, and input contacts.
Provides dimensions, power requirements, consumption, and temperature.
Introduces VBB-NRI as a networked reader interface communicating via network.
Lists supported read heads, network protocol, and local power requirements.
Details read-head support, network communication, and input contacts.
Provides dimensions, power requirements, consumption, and temperature.
Describes the AD-300 Lock as an integrated, modular lock connectable to lite blue.
Details direct connection to lite blue, credential technologies, and PIN pad.
Lists power source and consumption requirements.
Describes the Schlage VIP Lock as an integrated lock connectable to lite blue via RS-485.
Details connectivity, available trims, and credential technologies.
Lists power source and consumption requirements.
Introduces Schlage wireless devices and the PIM400-485-VBB for AD-400 locks.
Identifies the wireless panel interface module (PIM400) and wireless lock (AD-400).
Details the PIM400's capabilities and configuration via Schlage Utility Software (SUS).
Explains PIM400 integration, wiring, and configuration options.
Details verification time, communications intervals, features, and inputs.
Specifies that WRI400 accepts card formats up to 255 bits.
Defines temperature and humidity ranges for WRI400 operation.
Outlines power requirements and current draw for the WRI400.
Provides wiring details for connecting lite blue to legacy PIM400 modules.
Details wiring connections for lite blue to newer, smaller form factor PIM400 modules.
Explains how to configure the PIM400's address and lock address ranges using SUS.
Introduces Schlage wireless devices and the PIM-SBB (Legacy) for integration.
Identifies PIM and WAPM modules used in Schlage wireless systems.
Details Schlage WA Series locks, including performance and card reader types.
Describes the WRI as a remote card reading device communicating via RF.
Explains integrating lite blue with VEVMS DVR/NVR for video search and transaction display.
Lists compatible Coax/Serial PTZ Cameras and Switches, and IP Cameras.
Provides steps to configure lite blue to work with an VEVMS DVR/NVR.
Details how to view video associated with an incoming alarm in Video Control.
Explains how to access a list of recent alarms and view associated video.
Addresses issues related to device communication, including addressing and wiring.
Guides on resolving problems caused by duplicate VBB-RI addresses.
Explains how to correct communication issues caused by reversed wiring.
