LogiCO₂ Configurator for CO₂ and O₂ Detectors

Install Beer · LogiCO₂ V2 Configurator

Pre-size a LogiCO₂ system according to the real risk of your installation

Select application, gases, risk zones, special conditions and functions. You’ll get a technical architecture and an indicative bill of materials linked to the current Shopify catalog.

CO₂O₂ / N₂ and inert gasesCold roomsCO₂ enrichmentModbus / BMSAlarms and relays
Start configurationView LogiCO₂ Catalog
Pre-sizing, not a safety design. The final quantity and location must be validated against gas sources, ventilation, geometry, occupancy, risk assessment, and applicable requirements.
Step 1 of 5

1 · Application

Where will the system be used?

The sector adapts the risk points, but does not replace the on-site assessment.

Sector

2 · Risks and gases

What risks or uses are present?

You can select several. CO₂ and inert gases are not detected in the same way.

Risks

3 · Zones

How many independent risk zones are there?

We don’t use a universal rule per m². An area may need one or more detection points depending on sources, ventilation, and geometry.

The Mk9 platform allows architectures of up to 12 sensors per central unit; larger cases are flagged to split networks and validate them.

4 · Risk points

Where can the risk occur or accumulate?

Mark all relevant points. The list changes depending on the sector.

Risk points

5 · Functions

What should the system do besides detect?

The functions are compatible with each other. First the technical need is covered, then cost or scalability is optimized.

Design preference (only after technical needs are covered):

Indicative technical configuration

System recommended by technical rules

The list is built with real Install Beer products and checks price/availability from Shopify when an online product page exists.

Required material and selected functions

Calculating current prices…

Validate before buying/installing

    Useful options

      

      
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      Technical criteria V2
      

      First risk and architecture; then product and cost
      

      

      
CO₂ ≠ O₂CO₂ measures carbon dioxide accumulation. With N₂/inert gases, oxygen deficiency is assessed using O₂.

      

      
No fixed 100 m² ruleThe quantity depends on sources, ventilation, geometry, independent zones, and risk assessment.

      

      
Up to 12 sensors per central unitLarger installations are flagged to segment networks and validate architecture, power supply, and alarms.

      

      

      
Factory LogiCO₂ references: Awareness 5,000 ppm, TWA 5,000 ppm/8 h, low alarm 1.5% and high 3% in CO₂ sets; O₂ Mk9 uses 19.5% as the low alarm reference. These are system/manufacturer parameters, not a single universal legal limit.
      

      

      

      FAQ
      

      Sizing and safety
      

      How many sensors do I need?
      There is no universal figure per surface area. You must assess leak sources, ventilation, geometry, separate zones, occupancy, and applicable requirements.
      If I use nitrogen, why does O₂ appear?
      N₂ can displace oxygen. That risk is assessed with O₂ detection, not with a CO₂ detector.
      Does the Grow CO₂ Enrichment Controller replace the safety system?
      No. Controlling enrichment and protecting people are different functions and must be assessed separately.
      Can I start with Mk90 Stand-Alone and expand later?
      Yes. The Mk90 can later be integrated into a centralized architecture; V2 no longer treats it as a system with no growth potential.
      Does the configurator confirm regulatory compliance?
      No. It’s a pre-sizing that requires validation with a risk assessment, applicable legislation and requirements, installation and commissioning.