A vibration sensor measures how much and how a machine is moving, and compares that motion against the asset's normal operating signature. Changes in the pattern reveal imbalance, misalignment, looseness, and bearing wear as they develop, typically weeks before failure. Continuous sensors replace route-based data collection, where a technician visits each machine on a schedule and misses anything that develops in between.

Route-based analysis sends an analyst around the plant with a handheld collector on a fixed route, typically monthly or quarterly. It produces a snapshot: a bearing that begins failing the day after a reading goes unseen until the next visit. Continuous monitoring leaves a sensor permanently mounted on the asset, trending it every day. The difference is coverage in time — a route sees each machine a few times a year, continuous monitoring sees it constantly, which is what makes a developing fault visible while there is still time to plan the repair.

The VELO™ Series is the Industrial Matrix family of temperature and vibration sensors for broad asset coverage across the plant. It includes the wireless VeloSense™ and the tethered VeloLink™ and VeloShield™ models — all engineered and manufactured in North America, and all feeding live machine data into MatrixHub™ for AI analysis, baselining, and risk-ranked findings.

The VELO™ Series is the Industrial Matrix family of temperature and vibration sensors for broad asset coverage across the plant. It includes the wireless VeloSense™ and the tethered VeloLink™ and VeloShield™ models — all engineered and manufactured in North America, and all feeding live machine data into MatrixHub™ for AI analysis, baselining, and risk-ranked findings.

VeloSense™ is the wireless model, running on battery, for assets where cable cannot be run or where the installation may need to move. VeloLink™ is wired and rated IP67, designed for hard-to-reach and tight mounting locations — points that are awkward to access but where a cable run is possible. VeloShield™ is the heavy-duty wired model in stainless steel, rated IP69K with chemical resistance, built for high-pressure washdown and chemically aggressive environments such as food, beverage, and pharmaceutical plants. All three measure the same core signals — 3-axis acceleration, velocity, and displacement plus surface temperature — and feed the same MatrixHub™ platform.

Each sensor measures vibration on three axes — acceleration, velocity, and displacement — together with surface temperature. Each reveals a different stage or type of fault: acceleration exposes high-frequency bearing and gear defects, velocity indicates overall machine health and developed mechanical wear, displacement reveals shaft problems and looseness, and temperature confirms late-stage friction. Measuring three axes rather than one matters because a fault's signature depends on its direction — misalignment shows axially, imbalance radially — so a single-axis sensor can sit on a failing machine and read normal.

VeloSense™ runs for five years or more on its lithium battery under normal monitoring duty. Battery life in any wireless sensor is a function of sampling rate — the more often it wakes and transmits, the shorter it lasts — which is why continuously sampled critical assets are better served by the tethered VeloLink™ or VeloShield™ on 24 V DC.

Start where a failure stops production and there is no installed spare: critical motors and their driven equipment, process fans and blowers, pumps without redundancy, gearboxes, conveyors and elevators feeding the line, and air compressors. Rank candidates by downtime cost per hour rather than by equipment value — a small unspared fan that halts a line often outranks a large motor with a standby. Once those are covered, VELO™ Series sensors extend continuous monitoring economically across the wider balance-of-plant assets.

ISO 20816 is the international standard for measuring and evaluating machine vibration, superseding the earlier ISO 10816 series. It defines how vibration is measured and sets severity zones — broadly, newly commissioned condition, acceptable for long-term operation, unsatisfactory, and unacceptable — banded by machine class and size, usually in terms of velocity in mm/s RMS. Industrial Matrix uses these zones as a reference point alongside each asset's own learned baseline, since a machine can sit inside an acceptable ISO band while still trending away from its individual normal.

Yes. The VELO™ Series operates from −40 °C to +150 °C, and VeloShield™ is rated IP69K in a chemically resistant stainless steel housing built specifically for high-pressure washdown, caustic cleaning cycles, and hygienic production areas — so it stays mounted through sanitation rather than being removed and refitted. VeloLink™ is rated IP67 for standard industrial conditions, and VeloSense™ covers assets where no cable can be run

Motors, pumps, fans, blowers, conveyors, gearboxes, and general rotating equipment — the broad base of plant assets where vibration and temperature trends reveal developing faults such as imbalance, misalignment, looseness, and bearing wear. VELO™ Series sensors extend continuous monitoring economically across this wider asset base.

They cover different tiers of one strategy. UltraVibe™ delivers full P-F curve visibility — ultrasound, HFE, vibration, and temperature — on the most critical assets, while VELO™ Series sensors extend vibration and temperature coverage across the wider plant. Together they feed one platform, MatrixHub™, as part of the Industrial Matrix closed-loop ecosystem.

Yes, with one important distinction. All VELO™ Series data streams into MatrixHub™ within the Industrial Matrix closed-loop reliability ecosystem, alongside UltraVibe™, DrivesMatrix™, and AI LubeMatrix™, so temperature and vibration trends are read against the same asset baseline as every other signal. Autonomous lubrication itself is triggered by ultrasound, not by vibration or temperature — AI LubeMatrix™ acts on the ultrasonic friction signature measured by UltraVibe™ or a dedicated ultrasound sensor. VELO™ Series data adds thermal and vibration context to that picture and drives planned corrective work through MatrixHub™.

Wireless sensors install fastest and suit distributed assets or locations where no cable can be run, but they duty-cycle to conserve battery, which limits how continuously they can sample. Wired sensors need a cable run but sustain uninterrupted measurement and never need a battery change. In practice the mounting point drives the choice as much as criticality does: VeloSense™ wireless for breadth and for assets cable cannot reach; VeloLink™ (IP67) wired where the measuring point is tight or hard to reach but cable can be run; VeloShield™ (IP69K, stainless steel, chemically resistant) wherever washdown or aggressive chemicals would destroy a standard housing.