Engineering Notes
What we learn from real projects — sensor choices, comm trade-offs, field failures, and fixes that worked. No marketing, just notes.
How to Choose a Gas Sensor? Selection Guide
Sensor selection is one of the most critical engineering decisions in gas detection device development. Choosing the wrong sensor technology cannot be fixed by calibration — it leads to certification failures, false alarms, and high maintenance costs.
Read article
Engineering Notes
Gas Control Panel Development: Hardware and Firmware
A gas control panel is the central unit that collects measurement data from gas detectors deployed in the field, manages alarm decisions, and notifies the operator through auditory and visual means. In this article, we cover the key parameters to consider when designing a 4–20 mA based gas control panel — from ADC input to alarm management, from event logging to EN 50271 compliance — drawing on our project experience.
CO/NO₂ Gas Detection System Design for Parking Garages
Developing a CO/NO₂ gas detection system for closed parking lots requires evaluating interconnected design parameters together — from gas detector hardware to the control panel, from firmware architecture to EN 50545-1 certification. This guide covers sensor selection, analog front-end design, panel hardware, and firmware requirements.
Gas Detection Device Development: From Sensor to Product
Power architecture, MCU selection, alarm strategy, certification, and production realities — the interconnected design decisions that determine whether a gas detection device works in the field.
What Is an Electrochemical Gas Sensor? How Does It Work? Selection Guide
Working principle, electrode count (2–3–4), sensitivity, T90 response time, cross-sensitivity, and calibration strategy — a complete engineering guide for electrochemical gas sensor selection and gas detection device development.
Electronics Design of Gas Detection Devices: From Analog Front-End to Production
Transimpedance amplifiers, ADC selection, noise filtering, and PCB layout considerations for gas sensor signal conditioning in production hardware.
Choosing NB-IoT vs LoRaWAN for Gas & Environmental Monitoring Systems
Coverage, power consumption, latency, payload size — a field-tested comparison for choosing the right LPWAN technology in environmental IoT deployments.
Designing Certification-Ready Gas Detection Devices: Engineering for EN 50291 and EN 50545
Test procedures, alarm thresholds, EMC requirements, and design choices that determine whether your gas detector passes or fails type approval.
— Articles are being written as we wrap up active projects. We publish when the data is solid, not on a schedule.