BarrelLogic

BarrelLogic instruments

Closer to your wine.
Clearer on the details.

Purposeful instruments for barrels, tanks, and vineyards. Designed around the measurement, the environment, and the person who has to clean it.

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Tri-Clamp Probe design visualization with separate sanitary clamp and silicone gasket
Product design visualization · Tri-Clamp Probe

A scoped software and sensor partnership. $5,000 in two milestones. Just exploring? Get hardware updates.

A considered collection.

Design previews and proposed specifications. Final performance, fit, pricing, and availability follow prototype testing.

Smart Bung industrial design visualization on a neutral studio background

Core collection

Smart Bung

A temperature probe for individual barrels, with a replaceable silicone seal and a compact wireless head.

Proposed specifications
Measurement
Wine temperature
Probe target
316L steel · Ø6 × 250 mm
Fit target
40–50 mm silicone taper; fit checked per barrel
Radio target
Regional LoRaWAN · gateway required
Accuracy target
±0.2°C from 5–35°C after calibration

For still-wine barrels. Fit, seal integrity, cleaning and battery life require validation. Chemistry remains a separate lab measurement.

Discuss your setup ↗
Tri-Clamp Probe industrial design visualization on a neutral studio background

Core collection

Tri-Clamp Probe

A sanitary temperature probe for compatible tank ports. A clear reading, attached to the right lot.

Proposed specifications
Measurement
PT100 temperature
Connection target
1.5-inch tri-clamp · 50.5 mm ferrule OD
Insertion target
150 mm · Ø6 mm 316L sheath
Radio target
Regional LoRaWAN · external radio head
Accuracy target
±0.2°C from 5–35°C after calibration

Confirm port, immersion depth, pressure and cleaning requirements before installation. Electronics are kept outside the tank.

Discuss your setup ↗
Cellar Hub industrial design visualization on a neutral studio background

Core collection

Cellar Hub

The connection between your instruments and BarrelLogic, with local buffering when the internet drops.

Proposed specifications
Role
Indoor LoRaWAN gateway
Connection target
Ethernet · PoE power
Housing target
180 × 130 × 65 mm polymer enclosure
Reception target
Multi-channel concentrator · external antenna
Installation
Coverage survey and dry wall mounting

Gateway count depends on the site. Room-climate sensing uses a separate calibrated sensor, away from the gateway’s heat.

Discuss your setup ↗
Vineyard Station industrial design visualization on a neutral studio background

Field collection

Vineyard Station

Soil and local air conditions, measured where they matter. Modular probes let the installation follow your block.

Proposed specifications
Measurements
Soil moisture and temperature · air temperature and RH
Probe target
Two wired soil probes · separate radiation shield
Power target
20 W solar panel + rechargeable battery
Radio target
Regional LoRaWAN · gateway required
Installation
Mast mount · soil-specific calibration

Placement follows soil variability. Wind and rainfall require additional instruments; they are not measured by this configuration.

Discuss your setup ↗
Outdoor Gateway industrial design visualization on a neutral studio background

Field collection

Outdoor Gateway

An outdoor radio connection for vineyard instruments, with a proper mast mount and wired backhaul.

Proposed specifications
Role
Outdoor multi-channel LoRaWAN gateway
Connection target
Ethernet + PoE · internet backhaul required
Housing target
220 × 160 × 90 mm weather-resistant enclosure
Mounting target
Mast bracket · supported external antenna
Deployment
Regional radio configuration and site survey

Coverage depends on terrain, antenna placement and obstructions. A gateway is not an internet connection by itself.

Discuss your setup ↗
Fermentation Float industrial design visualization on a neutral studio background

Research collection

Fermentation Float

An experimental floating instrument for temperature and density trends in clarified fermentations.

Proposed specifications
Measurement targets
Temperature + tilt-derived specific gravity
Body target
Ø40 × 180 mm sealed polymer capsule
Sensing concept
IMU, temperature sensor and internal ballast
Initial use
Controlled trials in clarified liquids
Connectivity
Radio-through-vessel testing before selection

Research design. Bubbles, deposits and solids can disturb buoyancy. Not specified for red-wine caps, pressurized tanks or direct residual-sugar measurement.

Discuss your setup ↗

The right reading. The right context.

From instrument
to informed decision.

  1. 01 · Measure. A calibrated sensor records the value, timestamp, and device health.
  2. 02 · Connect. A site-appropriate gateway carries readings to the platform; offline buffering is part of the proposed design.
  3. 03 · Understand. See the trend against the right barrel, tank, or block. Keep lab results alongside sensor readings.

Build your sensor plan

Start with your cellar.

Tell us about your barrels, tanks, and vineyard. We’ll help map the right instruments and installation requirements.