ECHO

The Original

Buy

ECHO

The Original

Buy

Gas Analysis

Gas Mixes

ECHO analyzes breathing gas mixes used in diving, including nitrox and trimix.

Gases Measured

Oxygen
Helium

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Carbon Monoxide Detection

ECHO detects carbon monoxide contamination in breathing gas mixes.

Carbon monoxide detection adds an additional safety layer when checking gas quality before a dive or verifying gas fills in blending stations.

Interface

Display

Integrated HR-TFT display showing measured values and device status.

App

Models that work with the Divesoft App allow extended data display and management.

GasBlend - advanced Best mix manager, blending tools.

Label printing through any printer connected to the phone.

Practical Use

ECHO is designed for divers, dive centers and gas blending stations.

Typical applications include:
> checking breathing gas mixes before dives
> verifying trimix and nitrox fills
> monitoring gas quality in blending stations
> detecting possible contamination of breathing gas

The compact design makes ECHO suitable for everyday use in demanding diving environments.

Hardware

Sensors / Measurement Principle

Oxygen measurement using an electrochemical oxygen sensor. Helium content is determined using the speed-of-sound measurement principle.

Carbon monoxide detection uses a dedicated CO sensor.

Power

Rechargeable internal battery. Charging via USB-C.

Construction

Durable injection-molded reinforced plastic body.

Integrated TFT-HR display and sealed electronics designed for everyday use in dive centers, blending stations and technical diving environments.

Cylinder Labels

ECHO supports printing gas mixture labels via APP, direct via ECHO coming soon.

Gas cylinder labels can be printed directly after gas analysis using a compatible Zebra label printer connected to the analyzer.

This allows clear identification of analyzed gas mixes for cylinders used in technical diving.

Find the analyzer that fits your diving style

Design

Construction
Durable injection-molded reinforced plastic body.

Integrated TFT-HR display and sealed electronics designed for everyday use in dive centers, blending stations and technical diving environments.

Gas Analysis

Gas Mixes
ECHO analyzes breathing gas mixes used in diving, including nitrox and trimix.

Gases Measured
Oxygen
Helium

Sensors / Measurement Principle
Oxygen measurement using an electrochemical oxygen sensor. Helium content is determined using the speed-of-sound measurement principle.

Carbon monoxide detection uses a dedicated CO sensor.

Technical Specifications

Dimensions
Main body diameter: approx. 127 mm
Body thickness: approx. 37.5 mm
Body width: approx. 110 mm
Overall length (including strap): approx. 410 mm

Weight
255g

Oxygen Range
0–100 % O₂

Helium Range
0–100 % He

Carbon Monoxide Detection
Yes

Operating Temperature
0–40 °C

Gas Flow Rate
0.2 l/m for TMX, for CO and Nitrox almost any flow rate is possible

Oxygen Sensor
R22S or DVO2

Charging
USB-C

Display
HR-TFT display

Connectivity

App
Models that work with the Divesoft App allow extended data display and management.

GasBlend - advanced Best mix manager, blending tools.

Label printing through any printer connected to the phone.

Charging via USB-C.

FAQ

Questions about ECHO?

What gases can ECHO analyze?
ECHO measures oxygen and helium content in breathing gases, allowing verification of nitrox and trimix mixes.

Can ECHO detect carbon monoxide?
Yes. ECHO includes a dedicated CO sensor that helps identify carbon monoxide contamination in breathing gases.

What is the difference between the oxygen sensors?
ECHO can be ordered with a traditional galvanic oxygen sensor or a solid-state optical oxygen sensor. The solid-state sensor offers longer lifetime and requires less maintenance.

Can ECHO connect to the Divesoft App?
Yes. Compatible models can connect to the Divesoft App to store gas analysis records, manage cylinders and organize dive information.

Can ECHO print cylinder labels?
Yes. ECHO can generate gas mixture labels when connected to a compatible Zebra label printer.

Narced? We will guide you.

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