Dual Life Energy
DUAL LIFE ENERGY
Click to enter directly
indoorIndoor Gas TelemetryIntegrated Telemetry

OxyCO

The OxyCO provides continuous electrochemical gas telemetry engineered to detect combustion residues, oxygen levels, and critical indoor gas shifts. It is built for permanent architectural installation in commercial boiler rooms, parking structures, industrial workspaces, and sensitive occupied enclosures.

Measured Channels
4 Parameters
Primary Protocol
Wi-Fi
Cloud Sync
Active Real-Time
oxyco product visual
OXYCO
ENGINEERING HIGHLIGHTS

Engineered for continuous telemetry & high reliability.

The OxyCO architecture integrates discrete optical, chemical, and physical sensor elements with low-latency edge buffering for dependable operational performance.

Electrochemical carbon monoxide detection with ppm resolution
NDIR carbon dioxide and thermal baseline monitoring
Configurable threshold alert triggers and audio-visual cues
Wired and wireless infrastructure connectivity
Local data logging with cloud synchronization
Tamper-resistant wall mounting bracket
STANDARDS & CREDENTIALS

Engineered for Global Environmental Standards

Our environmental telemetry hardware is designed to simplify building compliance audits, ESG reporting, and automated HVAC integration.

Calibrated Baseline
Green Building

LEED v4.1 Compliant

Meets EQ Credit criteria for Enhanced Indoor Air Quality strategies & continuous particulate tracking.

Air Concept

WELL v2 Certified Ready

Aligned with Air Feature A01, A05, and A08 for multi-parameter real-time telemetry verification.

Ventilation Standard

ASHRAE 62.1 Compatible

Optimized for Demand-Controlled Ventilation (DCV) closed-loop HVAC actuation via BACnet & Modbus.

Continuous Monitoring

RESET Air Grade Ready

Hardware calibrated for accredited indoor air quality data feeds with cloud payload verification.

TELEMETRY CHANNELS

Monitored Environmental & Gas Parameters (4)

Real-time measurement channels active on the OxyCO baseline architecture.

CO2gases

Carbon Dioxide concentration indicating ventilation efficacy

Unit: ppmNDIR
COgases

Carbon Monoxide poisonous gas from incomplete combustion

Unit: ppmElectrochemical
Temperatureenvironmental

Ambient dry-bulb thermal measurement

Unit: °CSolid-state Bandgap
Humidityenvironmental

Relative air moisture saturation percentage

Unit: % RHCapacitive Polymer
SENSING PHYSICS

Sensor Technology Principles

Educational overview of physical and optical sensing methodologies deployed across this platform.

Electrochemical Sensing

Quantifies target gas molecules through chemical oxidation or reduction at an electrode, yielding high sensitivity in parts-per-billion and parts-per-million ranges.

NDIR (Non-Dispersive Infrared)

Measures gas absorption at specific infrared wavelengths for high-stability, drift-resistant carbon dioxide and methane quantification.

Solid-State Environmental Sensing

Integrated semiconductor and capacitive sensors for high-accuracy thermal, relative humidity, pressure, and ambient illuminance data.

INTEGRATION ARCHITECTURE

Connectivity & Software Topology

Edge Data Transport

Supported physical and wireless interfaces

Wi-FiStandard Interface
RS-485 / MODBUSStandard Interface
Dry Contact RelayStandard Interface
Encrypted TLS 1.3 edge-to-cloud transport architecture.

Software Platform Compatibility

Integrated digital control layers

Mobile AccessiOS & Android App
Web DashboardMulti-Site Web Portal
Cloud SyncDLE Cloud Telemetry
Enterprise APIREST & MQTT Streams
Fail-Safe Buffer: Non-volatile local flash99.9% Telemetry Target
TELEMETRY & CLOUD ECOSYSTEMv2.4 Ready

Real-time monitoring across web, mobile & facility displays.

Every sensor stream is instantly ingested into the DLE Cloud Platform, offering multi-tenant analytics, historical heatmaps, and zero-latency TV lobby displays.

dle-cloud.internal / telemetry / station-node-04
Live Edge Stream (0.5s)
Real-Time AQIGood Quality
28US AQI Standard
PM2.5
6.4 µg/m³
CO₂ Level
462 ppm
TVOC
0.08 mg/m³
Relative Humidity
48.2 %

24-Hour Particulate Concentration Trend

Continuous 1-minute averaged telemetry buffer

PM2.5 PM10
00:0006:0012:0018:00Now
REST API & MQTT Export
Automated PDF Compliance
Modbus & BACnet Gateway
SYSTEM ARCHITECTUREDLE Air Intelligence

Connecting physical sensing to autonomous optimization.

Every DLE monitoring device integrates directly into the DLE Air Intelligence platform, transforming raw telemetry into energy-efficient ventilation control and predictive facility health.

Sense

Transducer Ingestion

Optical laser scattering and dual-channel NDIR ambient sampling.

Connect

Edge Transport

Encrypted payload routing via RS-485 Modbus, Wi-Fi, 4G, and MQTT.

Understand

Contextual Analytics

Spatial heatmaps, dynamic baselines, and thermal load analysis.

Optimize

Closed-Loop Control

Demand-Controlled Ventilation (DCV) actuation and automated BMS control.

Platform Endpoints: iOS / Android Apps Multi-Site Web Portal REST / MQTT APIs
Continuous Telemetry Engine
APPLICATIONS & USE CASES

Target Operating Environments

Commercial Mechanical & Boiler Rooms

Validated compatibility and optimized telemetry profiles for this environment.

Enclosed Parking Garages

Validated compatibility and optimized telemetry profiles for this environment.

Industrial Assembly Facilities

Validated compatibility and optimized telemetry profiles for this environment.

Commercial Kitchens & Hospitality

Validated compatibility and optimized telemetry profiles for this environment.

Institutional Safety Corridors

Validated compatibility and optimized telemetry profiles for this environment.

ENGINEERING SPECIFICATIONS

Technical Data & Parameters

DLE maintains rigorous testing standards. Field metrics marked To be confirmed represent pending factory certification test results and will update automatically upon commercial release.
Technical SpecificationSpecification Value / Engineering Architecture
Monitored GasesCarbon Monoxide (CO), Carbon Dioxide (CO2)
Sensing PrinciplesElectrochemical (CO), NDIR (CO2)
CO Detection RangeTo be confirmed
CO2 Detection RangeTo be confirmed
Relay OutputDry Contact Relay for Exhaust Fan Trigger
Industrial BusRS-485 MODBUS RTU
Wireless ProtocolWi-Fi (802.11 b/g/n)
Power SupplyTo be confirmed (12-24V DC / Mains Adapter)
Enclosure RatingTo be confirmed
Operating TemperatureTo be confirmed
DOCUMENTATION

Datasheets & Technical Literature

datasheet

OxyCO Engineering Specifications

Pending upload
brochure

Safety & Combustion Gas Surveillance Guide

Pending upload
TECHNICAL FAQ

Frequently Asked Questions

The architectural hardware design supports dry contact relay integration and RS-485 MODBUS output to autonomously trigger auxiliary exhaust systems when threshold limits are reached.
EXPLORE ALTERNATIVES

Related Monitoring Systems

Ready to evaluate OxyCO for your facility?

Submit your project parameters and our solutions team will provide architectural integration guidance and commercial quote estimates.

MONITORSPURIFIERSSOLUTIONS