Setup guide for Arpuro PM01V00LTE indoor industrial dust monitor
Table of contents
Introduction
This installation guide provides step-by-step instructions for installing the Arpuro PM01V00LTE Indoor Industrial Dust Monitor. Following this guide will ensure optimal functionality and reliable data collection to maintain a safe and monitored environment.
Requirements
Before starting the installation, ensure you have the following items:
Arpuro PM01V00LTE Sensor: The primary device to be installed.
Standard DIN Rail: For mounting the sensor, it is compatible with the sensor's size and weight.
Mounting Brackets: Signal Analysis Lab provides mounting brackets if required for securely attaching the DIN rail to the wall at an appropriate distance.
Power Supply:
Safety precautions
Electrical Safety: Ensure all power sources are disconnected before installation to prevent electric shock.
Proper Handling: Handle all equipment with care to avoid damage.
Compliance: Follow all local regulations and safety standards related to electrical installations.
Installation steps
Step 1: Choose the Installation Location
Select a Suitable Location: Close to dust formation sources or in areas with significant personnel traffic.
Optimal Height: Approximately 160 cm (5.25 feet) above the floor to capture particulate matter at inhalation height.
Step 2: Install the DIN rail
Position the DIN Rail: Place the DIN rail at the selected height and location.
Attach Mounting Brackets: Use mounting brackets to secure the DIN rail at least 5 cm (2 inches) away from the wall. Ensure brackets are firmly attached to the wall.
Secure the DIN Rail: Tighten all screws and confirm the rail is stable and level.
Illustration of a DIN rail with mounting brackets.
Step 3: Mount the meter
Align the Sensor: Position the Arpuro sensor onto the DIN rail.
Secure the Sensor:Ensure it clicks into place and is firmly attached without wobbling.
Step 4: Connect the power supply
The sensor requires a 12 V DC power supply, consuming up to 100W.
Option A: Using a 3rd party 12V DC power supply (not standard)
Prepare the Power Supply: Obtain a 12 V DC power supply with a 4-pin XLR connector.
Connect to the Sensor: Plug the 4-pin XLR connector into the corresponding port on the sensor.
Connect to Power Source: Plug the power supply into a suitable mains outlet.
Option B: Using a SAL provided 230V AC/DC power adapter (Standard)
Mount the Converter: Secure the provided 230V to 12V DC converter to the wall near the sensor.
Connect Converter to Sensor: Use the output from the converter to connect to the sensor's 4-pin XLR port.
Connect Converter to Power Source: Plug the converter into a standard 230V AC outlet (Schuko CEE 7/4).
Example of a Schuko CEE 7/4
Example of a PM01V00LTE installation with external power adapter.
Step 5: Establish network connectivity
Primary Connectivity (LTE-M): The sensor uses cellular communication, i.e., LTE-M, requiring no additional configuration in most cases.
Alternative Options: If LTE-M reception is poor or unavailable, the sensor can be configured to use LoRaWAN or Wi-Fi. Contact Signal Analysis Lab before order support for assistance with alternative network configurations. Extra cost will apply.
Step 6: Final checks and testing
Verify Installation: Ensure all components are securely mounted and connections are tight.
Power On the Sensor: Check for indicator lights or display messages that confirm the sensor is operational.
Test Network Connectivity: Verify that the sensor is connecting to the network and transmitting data accurately. See below on how to access the Arpuro platform.
Document the Installation: Record installation details, including location, date, and any configurations made.
Accessing the data
Signal Analysis Lab will assist with setting up access to the Arpuro platform upon system acquisition.
Using SAL as Cloud Provider: Access your data and monitor sensor status at: https://arpuro.no/
If Your Company is Self-Hosting: Access the platform at: https://[yourcompany].arpuro.no
. Replace [yourcompany]
with your company's domain or identifier.
Documentation and Support
Maintain Records:
Contact Support:
Disclaimer
This guide is intended for professional installers. Signal Analysis Lab is not responsible for improper installation or damages resulting from misuse. Always follow local regulations and safety standards when installing electrical equipment.