Vlc 1600 Datasheet __top__

The is a high-performance, BACnet-compliant field controller designed specifically for input monitoring . It is frequently used in building automation to expand the input capacity of existing systems. Key Technical Specifications

If you are searching for a datasheet, you are likely looking for specifications on a visible light communication (VLC) component – probably a high-power LED, photodiode, or transmitter module – with a part number ending in 1600.

The execution loop is hardcoded to a high-speed internal logical loop time of . Because all logic runs locally on either the AZ60 or the ARM Cortex processor, the device continues to scan inputs, compute mathematical algorithms, and increments internal registers even if upstream network communications are broken. Safe operational code and calibration profiles are written directly into non-volatile flash memory, eliminating the need for backup batteries. Modern variations also include an integrated secure boot routine to prevent unauthorized or corrupted firmware loads. Procurement and Maintenance Sourcing

The device is built for speed, featuring an internal logical loop time of 100 milliseconds

Selectable channels support dry-contact pulse telemetry up to a maximum frequency of 100 Hz , requiring a minimum duty cycle profile of 5 milliseconds ON and 5 milliseconds OFF. Microset Integration vlc 1600 datasheet

Note: For VLC applications, and modulation bandwidth (MHz) are critical. Look for a typical value like 50-100 MHz.

This report outlines the critical parameters found in the standard product datasheet, serving as a reference for integration engineers and system designers.

: Screw mounting is executed via predefined layout positions outlined in the Honeywell VisualLogic Controller Installation Manual . It shares the exact mechanical footprint, hole pattern, and dimensions as sibling models like the VLC-853, VLC-550, and VLC-660R.

: Never run 24 VAC or communication lines in the exact same conduit, box, or enclosure as standard power or lighting circuits. The execution loop is hardcoded to a high-speed

The primary engineering purpose of the VLC-1600 is to eliminate hardware gaps in environments that require extensive sensor infrastructure but no localized control action. By handling a massive concentration of telemetry, it offloads sensor processing overhead from central plant controllers. Common application deployment scenarios include:

Alerton BACtalk VLC-1600 is a high-performance, fully programmable input monitoring device designed for high input density applications within a building management system. A standout feature of the VLC-1600 is its 16 high-resolution, universal inputs

The VLC-1600's 16 universal inputs are highly flexible and can be configured as follows: : Specifically supports the Alerton BACtalk Microset , Microset II, or Microset 4 intelligent wall sensors. Inputs 1–15 : Can be jumper-configured to accept: Thermistor (3k Ibex or 10k Type II) or Dry Contact.

: The VLC-1600-E architecture embeds a specialized hardware-level secure boot firmware layout. This prevents unauthorized, modified, or corrupted third-party code packages from compromising the building management infrastructure. Physical, Environmental, and Installation Rules Modern variations also include an integrated secure boot

: Powered by a Motorola AZ60 microprocessor featuring 10-bit analog-to-digital converter (ADC) inputs and serial communications handling rates up to 76.8 Kbps.

: The standard VLC-1600 model has no control outputs ; it is primarily a monitoring device. Processing :

: Natively tracks standard industrial ranges of 0–5 VDC and 0–10 VDC without external processing.

for high-speed DDC program processing. It integrates seamlessly with wall sensors like the BACtalk Microset for technician access and data display. www.acontrols.co.za or specific programming instructions for these universal inputs? VLC-1600 data sheet

: 32-bit ARM Cortex-M4F (E-version) or Motorola AZ60 (Legacy). : 24 VAC @ 10 VA max. www.acontrols.co.za Installation Guide 1. Mounting and Environment

The controller provides a dedicated onboard 20 VDC (