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Table of Contents
stylenone

Documentation page: https://vutlan.atlassian.net/wiki/spaces/DEN/pages/3315859457/VT580+Dust+particles+sensor

Product page:

VT580 dust particle sensor air pollution quality particulate matter detector probe monitoring and control by Vutlan-09.jpgVT580 dust particle sensor air pollution quality particulate matter detector probe monitoring and control by Vutlan-10.jpg
VT580 dust particle sensor air pollution quality particulate matter detector probe monitoring and control by Vutlan-13.jpgVT580 dust particle sensor air pollution quality particulate matter detector probe monitoring and control by Vutlan-08.jpg

Function and purpose

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VT580 dust particle sensor is used to monitor air quality and pollution. The sensor is a technological breakthrough in particle matter sensors. Its measurement principle is based on laser scattering and based on innovative contamination-resistance technology. The probe enables precise measurements from its first operation and throughout its lifetime of more than ten years. VT580 has superior precision for different particle matter (PM) types and higher-resolution particle size binning, opening up new possibilities for detecting different sorts of environmental dust and other particles.

Design for:

  • Air purifiers

  • HVAC equipment

  • Demand-controlled ventilation systems

  • Air conditioners

  • Air quality and environmental monitors

  • Smart home and IoT devices

VT580 is an analog sensor and it can be connected to any analog port (A1...A8) of the Vutlan monitoring unit. The sensor is plug-and-play and can be configured for event-triggering via logic schemes.

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  1. The sensor can be connected to the system's available analog ports. See the picture below.The sensor

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  1. Multiple VT580 sensors can be connected to the Vutlan monitoring system using the VT408 / Extension unit”. See the picture below.

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  1. The sensor can also be connected to the “VT408DIN / Extension unit”.

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Technical specifications

LEDs:

General parameters

Description

Type:

Analog sensor

Usage:

For Air quality and pollution monitoring.

Technology:

Laser scattering based on contamination-resistance technology with optical particle counters (OPCs)

Daisy chain connection:

Not possible

HS Code:

Manufactured in (country):

Manufactured in Slovak Republic, E.U.

Certification standards:

Sensor parameters

Mass concentration precision

±10 %

Mass concentration range

0 - 1000 μg/m³

Lifetime

more than 10 years

Particle size range

PM1.0 (0.3 to 1.0 μm),

PM2.5 (0.3 to 2.5 μm),

PM4 (0.3 to 4.0 μm),

PM10 (0.3 to 10.0 μm)

Hardware parameters

Description/value

Best used in temperatures

from +10° С to +40° C

Best used in humidity

from 20% RH to 80% RH

Operating Temperature:

Storage temperature:from -40° С to +100° C

Operating humidity:

Sensor PCB board: 0 to 85%

Storage humidity:

0 to 95 %

Power Consumption:

Installation

Cable length:

Mounting possibilities:

Wall or ceiling mount

Output terminal:

RJ-11 / 6P4C

Max. distance from the unit:

100 meters from Vutlan controller or from “VT408 / extension unit” or from “VT408DIN / DIN extension unit

Other

Manufactured in (country):

Manufactured in Slovak Republic, E.U.

Certification standards:

MCERTS-certified

HS Code:

Drawings

VT580 dimensions:

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Installation

Step 1. Mount

Step 2. Use

Step 3. Mount the ball holder onto the sensor as shown in the picture below.1. Press the sensor (without the top cover) against the wall or ceiling. Draw two dots using a pencil where the holes will be drilled.

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2. Drill two holes in the wall. Insert plastic dowels. Use two screws to screw the sensor to the wall or ceiling. Close the Top cover.

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Package includes

Analog sensor connection

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Linked page Sensor configuration

Technology

'VT580 Dust Particle sensor' sensors are optical particle counters (OPCs) based on laser scattering. All OPCs guide ambient, suspended particles to a measurement cell inside the device. The measurement cell consists of a light source (e.g., a laser) and a photodetector. Due to the interaction of particles and light, part of the incoming light is scattered towards the nearby photodetector. The collected signal is converted into real-time particle count and mass concentration values, respectively given in #/cm3 and in μg/m3.

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Copyright:

Vutlan s.r.o. (LLC)

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