
Industrial data integration
MQTT gateway offline storage: what happens when 4G drops out?
Follow a reading from the sensor to the database, and check which part of that path survives a network outage or a restart.
Read the guideResources
Find answers to field problems, plan a monitoring project and choose the equipment documents you need.
Start with the measurement or equipment signal you already have, then check how it reaches the people and application that need it.
Compare wired and wireless sensor paths, signal inputs and the application receiving your readings.
Compare the equipment pathCheck node inputs, the local frequency band, gateway backhaul and the path from payload to application.
Compare the equipment pathChoose a level sensor, connect it to a LoRaWAN node and plan field power and low-water alerts.
Compare the equipment pathConnect equipment signals to named recipients, with acknowledgement, escalation and recovery messages.
Compare the equipment pathProject guides and examples
Choose a question below or read a recent guide. Each article explains the information to check before choosing equipment or changing a system.
Trace the signal, payload and platform connection.

Industrial data integration
Follow a reading from the sensor to the database, and check which part of that path survives a network outage or a restart.
Read the guide
Wireless interface selection
Bluetooth for commissioning, a Bluetooth sensor and a scanning gateway do different jobs. Define the data path before selecting equipment.
Read the guide
Commissioning guide
Follow one uplink from the field device to the screen before replacing hardware or changing the whole network.
Read the guide
Troubleshooting guide
A practical path through power, serial settings, register mapping and platform interpretation.
Read the guide
Equipment selection guide
Add a missing equipment-status signal while keeping the logger, network and upload interface that already fit the job.
Read the guide
Data integration guide
Define what happens between a rainfall measurement and its arrival in a platform, including retries and power interruptions.
Read the guideChoose useful readings and make pump alerts understandable.

Well and pump measurement
A submerged pressure reading becomes useful when the sensor position, reference point and pump operating state are recorded with it.
Read the guide
Multisite water monitoring
Choose the network around the actual locations, power and service access. A central dashboard does not require one physical gateway.
Read the guide
Flow meter selection
Measure flow without cutting the pipe, then check whether the same kit will work at the next water point.
Read the guide
Alarm integration guide
Use event time, delivery time and a separate missing-data rule to keep a delayed pump alert from telling the wrong story.
Read the guide
Water monitoring selection guide
Choose the first useful measurement for a well, tank or irrigation supply without assuming one sensor can answer every water question.
Read the guide
Equipment integration guide
A practical interface checklist for reading pump run, fault and electrical data while keeping local control and protection responsibilities clear.
Read the guide
Equipment selection guide
How cleaning, calibration, local installation and data acceptance become part of a distributed monitoring project.
Read the guideReview power, weather exposure and access for maintenance.

Remote station power
A sleeping logger is only one part of a field station. Sensor warm-up, cellular retries and supply losses also belong in the battery calculation.
Read the guide
Soil and irrigation measurement
Root-zone depth, irrigation layout and the meaning of conductivity determine whether a soil reading can support a useful field decision.
Read the guide
Weather station selection
A cold-weather temperature rating does not answer whether a rain gauge can measure snow, ice or liquid rainfall.
Read the guide
Field installation planning
Before choosing a box, check cable entries, condensation, antenna placement and access for the next service visit.
Read the guide
Selection & integration guide
Work out the battery and charging needs of the actual probes, logger and modem, including their active loads.
Read the guideReview waste containers, water leak systems and meter interfaces.

Water leak system planning
A sensor, a valve and an app can form a useful system, but their behaviour during an internet outage and their account roles need to be clear.
Read the guide
Waste monitoring hardware
Mounting position, empty reference and uneven waste surfaces determine what a distance reading can tell a collection team.
Read the guide
Metering system selection
A complete meter request identifies what is measured, how the head-end reads it and which local interface the field team needs.
Read the guideAgree data ownership, checks and the next deployment decision.

Station identity and handover
Compare an onboard location receiver with registering a fixed station during installation, using its ID and a checked site position.
Read the guide
Integration guide
Decide where data goes, who can access it and which functions the integration actually includes.
Read the guide
Project delivery guide
Make a small trial useful by agreeing measurements, recovery tests, records and the next decision.
Read the guideReview our company and cooperation scope, or use the editable templates to prepare a project. No contact details are required to download.
Company identity, responsibilities, quotation checklist, documents and support process.
Version 1.3 · 2026-10-02 · EN · PDF
Download PDFEditable requirements, equipment review and acceptance checklists, plus a worked data payload example.
Version 1.1 · 2026-10-07 · EN · ZIP
Download ZIPUse these files to prepare requirements and compare options. Request the selected model’s wiring and protocol documents separately.
Product-family photos. See each product page for specifications and options.
Selection guidance for wells, pumps, reservoirs, tanks, facilities and equipment monitoring.
Hardware paths organized by application, protocol, partner role and deployment region.
Filter gateways, RTUs, sensors, meters and field accessories by project requirement.
Buyer guidance for gateways, RTUs, sensors, meters and field accessories.
RS485, Modbus, MQTT, cellular and data-handoff planning.
Protocol and architecture trade-offs for project selection.
Design examples for comparing equipment, interfaces and site requirements.
Configurable kit definitions and the inputs required before quotation.
Read guides on water telemetry, tanks, pumps, RTUs, gateways, irrigation, weather and solar-powered sites.
Explore the equipment and connection requirements covered in each guide.

Compare sensors, data loggers and gateways for tanks, wells, pumps, irrigation and weather stations. Check field signals, power and the receiving platform before choosing equipment.
Read resource
LoRaWAN wastewater and water tank monitoring sensors with level, overflow, gateway and cloud-alarm options for distributed industrial sites.
Read resource
A practical 4G RTU selection guide covering LTE bands, field I/O, RS485 Modbus, MQTT or SCADA integration, power, antennas and offline data handling.
Read resource
Connect existing Modbus meters, sensors and controllers to your SCADA or monitoring platform. Compare serial servers and gateways before choosing the connection.
Read resource
Plan a data acquisition gateway that reads RS485 Modbus devices and hands usable, timestamped values to MQTT, SCADA, BMS or a customer-owned system.
Read resource
A practical evaluation package for agriculture and industrial monitoring projects using RS485 / Modbus sensors, 4G LTE gateways, outdoor enclosures and field power options.
Read resource
How to specify a modular weather station package with RS485 weather sensors, MPPT solar charging, LiFePO4 battery, M12 waterproof cables and IP66 / IP67 enclosure options.
Read resource
A guide to sizing solar panel, RS485 MPPT controller, LiFePO4 battery and outdoor protection for remote weather station and monitoring equipment.
Read resource
Remote IoT monitoring for solar sites: generation meters, inverter status, weather data, alarms and distributed portfolio visibility.
Read resourceGuides to energy metering, machine measurements, cold-chain monitoring and equipment protocols.

How NB-IoT energy meters and gateways support remote sub-metering, consumption reporting and energy alarms for distributed sites.
Read resource
How industrial current monitoring LoRaWAN systems use split-core current sensors, gateways and alarms for remote load and energy visibility.
Read resource
How to select vibration, temperature, current and gateway data-acquisition hardware for condition monitoring and customer predictive-maintenance workflows.
Read resource
Compare LoRaWAN, RS485, NB-IoT and 4G temperature gateway options for cold rooms, cabinets and equipment, with MQTT/SCADA data and remote alarms.
Read resource
Connect RS485 Modbus meters and sensors through an NB-IoT gateway to MQTT, SCADA or cloud systems at remote sites without reliable Ethernet.
Read resource
A buyer guide for EU868 LoRaWAN gateways and RS485 Modbus nodes, including ChirpStack integration, payload decoder planning, sample evaluation, MOQ and certification checks.
Read resourceStart with equipment arrangements and signals. Ask us for documents for your selected model.
Compare equipment arrangements, signals and the site details needed for selection.

Configurable sensing, data logging, communication and field-power hardware for tank suppliers, liquid distributors and instrumentation integrators.

Solar, cellular and field-I/O hardware for pump dealers, well contractors, irrigation integrators and water-service providers.

Metering, leak, pump-room and gateway hardware for ESCOs, MEP contractors, panel builders and BMS integrators.

Start with run status, current, fault contacts and run hours. For vibration and temperature, confirm the measurement method, installation and data connection before choosing the equipment.
Compare equipment for water level, pump status, irrigation and weather measurements, including power, signals and network options.
Featured
Additional
Tell us which device or application you are considering. We can check the model and provide the relevant document.
Send an equipment name or site photo to request the right documentExample equipment arrangement. Check compatibility and agree who handles software, PLC/SCADA programming and site installation.
Data destination
Customer platform or an agreed third-party service
Browse product-family guides here. For wiring, registers or certificates, request documents for the exact model you plan to order.

Energy metering in a control panel
Illustration: facility energy panel with meters, current sensors and an RS485 gateway.