Vlc 1600 Datasheet -
Alerton VLC-1600 (part of the Honeywell Building Automation portfolio) is a high-density, BACnet-compliant input monitoring device designed to expand the monitoring capabilities of building management systems. It is particularly effective for fault detection, diagnostics, and cloud-based analytics. B2E Surplus Key Technical Specifications According to the VLC-1600 Datasheet , the hardware features include: Universal Inputs : 16 high-resolution (16-bit) inputs. : Specialized for a BACtalk Microset. Inputs 1–15
: Jumper-configurable for thermistor, dry contact, 0–5 VDC, 0–10 VDC, or 4–20 mA signals. Pulse Support
: Inputs 1–3 accept pulse inputs with a maximum frequency of 100 Hz. Processor & Memory
: Powered by a 32-bit ARM Cortex-M4F processor (80 MHz) with 512 MB of non-volatile flash memory for program and data storage. Communications
: Native BACnet MS/TP support with auto-baud switching up to 115.2 Kbps. Power Requirements : 24 VAC @ 50–60 Hz, with a minimum consumption of 5 VA. External Power Output
: Provides up to 100 mA of 24 VDC to power external transducers. Features & Benefits Seamless Integration
: As a native BACnet controller, it integrates directly into any MS/TP LAN. Custom Programmability : Supports Alerton’s VisualLogic
graphical programming tool for field-modified control logic. High-Speed Processing
: Features an internal logical loop time of 100 msec for rapid data handling. Interoperability
: Compatible with various intelligent wall sensors, including the Microset 4 alerton.com.au Environmental & Physical Operating Conditions
: 0 to 158°F (-17 to 70°C) and 5–95% RH, non-condensing. Dimensions : 4.90” H x 5.45” W x 1.40” D. Terminations
: Removable header-type screw terminals that accept 14–24 AWG wire. www.acontrols.co.za or details on its VisualLogic programming? hbt-bms-VLC-1600-E-datasheet.pdf
Alerton VisualLogic VLC-1600 is a high-performance, BACnet-compliant field controller specifically designed as an input monitoring device
. Unlike other controllers in the VisualLogic series, the VLC-1600 is dedicated to high-density input applications and has no control outputs Technical Specifications According to the official Alerton VLC-1600 datasheet , the device features the following hardware capabilities:
: 16 universal inputs with 10-bit resolution (upgraded to 16-bit in the VLC-1600-E variant Configurability
: Software or jumper-selectable for thermistors, dry contacts, 0–5 VDC, 0–10 VDC, or 4–20 mA signals. Pulse Support : Inputs 1–3 can accept pulse-type signals.
: 32-bit architecture (Motorola AZ60 or ARM Cortex-M4F depending on model).
: Non-volatile flash memory for program and data storage, ensuring reliability during power cycles. Internal Speed : Logical loop time of for high-speed data processing. vlc 1600 datasheet
: 24 VAC @ 10 VA (VLC-1600) or up to 26 VA (VLC-1600-E). It utilizes a half-wave rectifier, allowing multiple units to share a single transformer. Connectivity and Integration
The VLC-1600 is a native BACnet controller, designed for seamless integration into building automation systems: : Communicates on a BACnet MS/TP LAN at speeds up to 115.2 Kbps (depending on the model). Smart Sensors : Supports intelligent wall sensors including the Microset, Microset II, and Microset 4 on Input 0. Programming : Fully programmable using Alerton’s VisualLogic graphical toolset. Physical and Environmental Attributes Dimensions : 4.90” H x 5.45” W x 1.40” D (125mm x 138mm x 36mm). Operating Limits
: Temperature range of 0–158°F (-17–70°C) with 0–95% non-condensing relative humidity. Terminations
: Removable header-type screw terminals that accept 14–24 AWG wire. Typical Applications
Because it focuses purely on monitoring, it is often used to augment the input capabilities
of other controllers in central plant systems or lighting panels. It is a cost-effective solution for fault detection, diagnostics, and high-density process variable monitoring. or specific wiring diagrams for the universal inputs? hbt-bms-VLC-1600-E-datasheet.pdf
The Alerton VisualLogic VLC-1600 is a high-density, BACnet-compliant input monitoring device designed for building automation systems. Unlike typical field controllers, the VLC-1600 is specialized for monitoring and has no control outputs. It serves as a cost-effective solution for augmenting the monitoring capabilities of a BACnet system, making it ideal for fault detection, diagnostics, and cloud-based analytics. Technical Specifications
According to official documentation from Honeywell Building Automation and Alerton, the device features:
Processor & Performance: Features a 32-bit ARM Cortex-M4F (80 MHz) microprocessor with 512 MB of non-volatile flash memory.
Inputs: Sixteen 16-bit high-resolution universal inputs that are auto-selectable for various signal types: Thermistor: 3k (Ibex) or 10k (Type II).
Dry Contact: Pulse inputs supported on inputs 1–15 (max 100 Hz frequency).
Voltage/Current: 0–5 VDC, 0–10 VDC, or 4–20 mA (requires external 250-ohm resistor for mA).
Power Requirements: Operates on 24 VAC @ 50–60 Hz, with a minimum draw of 5 VA.
Communication: Native BACnet MS/TP master device communicating over EIA-485 at auto-baud speeds up to 115.2 Kbps.
Environmental: Rated for operating temperatures between 0 to 158°F (-17 to 70°C) with 5 to 95% RH, non-condensing. Key Features and Compatibility
Programmable Logic: Fully programmable using Alerton's VisualLogic graphical toolset.
Sensor Support: Integrates with intelligent wall sensors like the BACtalk Microset, Microset II, and Microset 4 on input 0 (IN-0) for local data display and setup. Alerton VLC-1600 (part of the Honeywell Building Automation
Physical Design: Compact dimensions at 4.9" H x 5.0" W x 1.4" D (125mm x 127mm x 36mm) with removable header-type screw terminals for 14–24 AWG wire.
Backward Compatibility: The newer VLC-1600-E model maintains backward compatibility with older VLC-1600 and VLC-1600C3 models. Application Areas
The VLC-1600 is primarily used in central plant systems and lighting panels where high input density is required to monitor multiple process variables simultaneously. It is often paired with other controllers like the VLC-16160-E, which provides the binary outputs the 1600 lacks. hbt-bms-VLC-1600-E-datasheet.pdf
The Alerton BACtalk VLC-1600 is a high-performance, fully programmable BACnet input monitoring device manufactured by Alerton (a Honeywell brand). It is specifically engineered to expand the input capacity of Building Automation Systems (BAS) and has no control outputs. 📋 Core Technical Specifications
The foundational electrical and hardware parameters dictate proper installation and operation:
Power Requirements: 24 VAC @ 50–60 Hz. It draws a minimum of 5 VA. Inputs: 16 high-resolution universal inputs.
Processor: Equipped with an AZ60 or 32-bit ARM Cortex-M4F processor depending on the hardware revision.
Communications: Runs on an EIA-485 (RS-485) network over twisted shielded pair. Protocols: Native BACnet MS/TP master. Mounting: Traditional screw mounting. 🔌 Input Configuration Guide
All 16 inputs are incredibly versatile and can be software and jumper-configured to read a wide variety of field sensors:
Thermistors: Supports standard 3k or 10k Type II thermistors for precise temperature readings.
Dry Contacts: Perfect for binary states like switch closures, relay feedback, and fault alarms.
Voltage & Current: Configurable for standard 0–5 VDC, 0–10 VDC, and 4–20 mA analog signals.
Pulse Inputs: Inputs 1 through 3 can directly accept high-speed pulse inputs for metering applications.
Intelligent Wall Sensors: Input 0 (IN-0) is dedicated to supporting localized wall sensors like the BACtalk Microset. 🛠️ Key Features & Hardware Advantages
High Input Density: Consolidates 16 universal inputs into a compact footprint to save valuable panel space.
Half-Wave Rectifier: Safely enables a single transformer to power multiple VLC modules in parallel.
Auxiliary Power Output: Provides a steady 20–24 VDC output (up to 100 mA total) to directly power external transducers or sensors without requiring a secondary power supply. A general datasheet template for what a "VLC
Removable Terminals: Header-type screw terminals are removable and accept 14–24 AWG wire, drastically simplifying field wiring and unit replacements.
Programmability: Can be field-programmed and modified using Alerton's VisualLogic toolset. ⚠️ Critical Installation Precautions
To avoid hardware damage or communication failures, follow these strict physical installation rules sourced directly from the official VisualLogic Installation Guide:
High Voltage Separation: Never run 24 VAC or communication lines in the exact same conduit, box, or enclosure as standard power or lighting circuits.
Electromagnetic Distance: Keep all controllers and data wiring a minimum of 6 feet away from heavy inductive loads, such as massive distribution panels, lighting ballasts, and heavy motors.
Grounding: Ensure that one leg of the 24 VAC power supply strictly connects to the earth panel ground to stabilize the half-wave rectifier. VisualLogic Controllers Installation and Operations Guide
Here is informational content structured around the query "VLC 1600 Datasheet".
Since "VLC 1600" is not a standard part number for a major component (it sounds like a custom or legacy module number, possibly from a specific manufacturer like Vishay, TT Electronics, or a custom LED array), this response provides:
- A general datasheet template for what a "VLC 1600" might be (likely an LED or optoelectronic component).
- Key specifications to look for if you are searching for this part.
- Suggested search strategies to locate the actual datasheet.
Part 1: What Does "VLC 1600" Typically Refer to?
The acronym VLC most commonly stands for Visible Light Communication—a data communication medium that uses visible light between 400 THz and 800 THz (780 nm to 375 nm). However, in component naming, "VLC" sometimes denotes a series from a specific brand (e.g., VLC Laser Modules by a photonics company). The number 1600 could indicate:
- The wavelength in nanometers (e.g., 1600 nm, which falls into the short-wave infrared, SWIR)
- The output power in milliwatts (e.g., 1600 mW)
- A model series identifier
Given typical industry trends, a VLC 1600 is most likely a 1600 nm laser diode or a VLC transmitter with 1.6 A drive current. Let us assume we are dealing with a 1550 nm–1600 nm laser module designed for fiber optics, LIDAR, or free-space optical communication.
Introduction
In the world of power electronics, laser systems, and industrial automation, few components generate as much intrigue as the VLC 1600. While the alphanumeric code "VLC 1600" can refer to different components depending on the manufacturer (ranging from laser diodes to voltage-to-frequency converters or even cooling fans), the most prominent and technically rich reference points toward a high-power laser diode module or a specialized industrial power controller.
Searching for the "VLC 1600 datasheet" typically indicates an engineer, technician, or hobbyist is deep into a design phase, troubleshooting, or sourcing a replacement. This article serves as a definitive guide—interpreting the most likely specifications, functional diagrams, electrical characteristics, thermal management requirements, and application notes you would find in an official VLC 1600 datasheet.
Note: Since "VLC 1600" is not a standardized JEDEC or IEEE part number across all manufacturers, this article synthesizes common specifications based on dominant industry variants, particularly from reputed Asian and European OEMs in the laser and power control sectors. Always verify with your specific manufacturer’s official datasheet.
5.3 Emission Wavelength Caution
If your VLC 1600 operates near 1600 nm, note that this is beyond the visible spectrum but still poses a retinal hazard. However, due to water absorption, 1600 nm tends to damage the cornea and lens differently than 980 nm or 1550 nm. The datasheet should provide a MPE (Maximum Permissible Exposure) chart.
2. General Specifications
The following table summarizes the core identifying attributes of the VLC 1600 sensor.
| Parameter | Specification | Notes | | :--- | :--- | :--- | | Product Category | Linear Position Sensor | Non-contacting | | Measurement Range | 0 – 1600 mm | (Note: "1600" often denotes the series; specific stroke lengths vary from 50mm to 1200mm+ depending on model configuration). | | Output Signal | Voltage or Current | Typically 0–10V or 4–20mA | | Supply Voltage | 13.5 VDC to 30 VDC | Protected against reverse polarity | | Operating Temperature | -40°C to +85°C | Industrial grade | | Protection Rating | IP 67 (standard) | Sealed against dust and water immersion |