| Source | Method | |--------|--------| | (if you’re a certified integrator) | Login → Downloads → LNL-3300 Installation Guide (DOC# 2200-1234) | | Carrier (Honeywell) Global Access Support | Request via technical support (proof of purchase required) | | OnGuard Installation DVD | Look for \Manuals\LNL-3300_Install.pdf | | Your distributor | Contact the vendor who sold the module |
Are you setting up a or migrating from a legacy CASI system? LNL-3300-M5
handles multiple inputs, outputs, and readers. Refer to the manual for the specific wire gauging and pinout diagrams. Power Connection The board requires (12 ÷ 24 VDC). Connect the primary power supply to the TB1 terminal block. Warning: Do not connect AC power directly to the board. Reader Wiring
The LNL-1300-M5 board contains specific terminal blocks, configuration switches, and status indicators.
: Safely shut off power to the legacy M5 or M3000 controller. Unplug Wiring lenel lnl3300m5 installation manual upd top
Verify that all physical wiring paths match the pinouts provided above.
Relays are dry contacts rated for 2 A @ 30 VDC. Always use surge suppression (such as a MOV or diode) across the lock payload to protect the onboard relays from inductive kickback.
12 VDC ± 15%, 350 mA maximum current draw. Pre-Installation Requirements
This guide details the physical installation, dip switch configuration, and wiring protocols required to deploy or update the LNL-3300-M5 panel. Hardware Overview and Compatibility | Source | Method | |--------|--------| | (if
Determines whether the onboard Link/Activity LEDs are active.
Proper wiring is critical to avoid data corruption or hardware damage. Power Wiring
If you can tell me the you are seeing, I can offer more direct troubleshooting steps. Otherwise, do you want to: Compare this with the LNL-2220-M5 ? Find instructions for adding card reader modules ? Learn how to perform a factory reset ? Let me know! Share public link
The LNL-3300-M5 utilizes flash memory technology . The system supports background downloads of firmware updates remotely from the host system over the established communication path, eliminating the need for costly service trips. Power Connection The board requires (12 ÷ 24 VDC)
12 VDC ± 10% @ 300 mA (supplied via backplane or legacy inputs) 15 MB non-volatile flash storage Cardholder Capacity Up to 240,000 local badge database records Event Log Buffer 50,000 events in battery-backed RAM Downstream Bus 2-wire RS-485 communicating through the M5/M3000 backplane Max Downstream Devices Up to 64 Reader Interface (RP) or I/O boards Encryption 128-bit Advanced Encryption Standard (AES) Operating Temperature 32°F to 158°F (0°C to 70°C) Step-by-Step Hardware Installation & Retrofitting
: Remove the legacy boards and insert the new LNL-3300-M5 into the existing backplane.
is a high-performance Intelligent System Controller (ISC) designed for advanced access control within the OnGuard system . Specifically engineered as a migration tool, this board provides a "plug compatible" replacement for legacy CASI M5 and M3000 controllers, allowing users to upgrade legacy systems to the modern OnGuard platform without rewiring field devices. LNL-3300-M5
: Supports up to 240,000 local badge records and a battery-backed event log of 50,000 events.