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Pneumatic Vibrators
Enar VET 600 Traction Vibrator
242001zł2,827.77 tax incl. 2 299,00 zł tax excl.No technical data available Zobacz szczegóły
Altrad Belle BGP 27 Pneumatic Driven Vibrator - 28mm Buzzer
166.9.021zł1,529.00 tax incl. 1 243,09 zł tax excl.View technical data Zobacz szczegóły
- Centrifugal force: 1,44 kN
- Weight: 3,1 kg
- Frequency: 21 000 obr./min
- Roll length: 235 mm
- Amplify: 1,0 mm
Altrad Belle BGP 37 Pneumatic Driven Vibrator - 35mm Buzzer
166.9.022zł1,539.00 tax incl. 1 251,22 zł tax excl.View technical data Zobacz szczegóły
- Centrifugal force: 1,92 kN
- Weight: 4,1 kg
- Frequency: 20 000 obr./min
- Roll length: 288 mm
- Amplify: 1,3 mm
Enar PNU 100 Pneumatic Vibrator
249500zł4,673.00 tax incl. 3 799,19 zł tax excl.No technical data available Zobacz szczegóły
Enar PNU 25 Pneumatic Vibrator
249000zł2,336.00 tax incl. 1 899,19 zł tax excl.No technical data available Zobacz szczegóły
Enar PNU 40 Pneumatic Vibrator
249100zł2,397.00 tax incl. 1 948,78 zł tax excl.No technical data available Zobacz szczegóły
Enar PNU 50 Pneumatic Vibrator
249200zł2,581.77 tax incl. 2 099,00 zł tax excl.No technical data available Zobacz szczegóły
Enar PNU 60 Pneumatic Vibrator
249301zł2,828.00 tax incl. 2 299,19 zł tax excl.No technical data available Zobacz szczegóły
Enar PNU 80 Pneumatic Vibrator
249401zł3,443.00 tax incl. 2 799,19 zł tax excl.No technical data available Zobacz szczegóły
Enar VET 100 Traction Vibrator
241806zł1,351.77 tax incl. 1 099,00 zł tax excl.No technical data available Zobacz szczegóły
Enar VET 150 Traction Vibrator
242201zł1,597.77 tax incl. 1 299,00 zł tax excl.No technical data available Zobacz szczegóły
Enar VET 1600 Traction Vibrator
241922zł3,258.27 tax incl. 2 649,00 zł tax excl.No technical data available Zobacz szczegóły
A pneumatic concrete vibrator (also called an air-driven poker) runs on compressed air from a compressor instead of electricity — a vane turbine inside the poker head spins an eccentric weight and generates high-frequency vibration that liquefies fresh concrete and drives out trapped air bubbles. With no electric motor and no live cables, there is no risk of electric shock, so the tool works safely in water, in wet concrete and in explosive atmospheres (ATEX — the EU directive governing equipment approved for areas where electrical sparking is unacceptable).
NORWIT.PL supplies pneumatic vibrators primarily from Enar, Altrad Belle and Husqvarna Construction — this equipment goes mainly to precast concrete plants, mining, hydraulic engineering and companies working in Ex zones, where electric drive is ruled out. Air drive is one of several drive types within the wider range of concrete vibrators, alongside 230 V electric units and 42 V low-voltage systems. Equipment from Enar, as well as Altrad Belle and Husqvarna Construction, ships nationwide. Below we explain which compressor you need, where air drive performs best and how it differs from its electric counterpart.
Pneumatic concrete vibrator — how compressed-air drive works
A pneumatic vibrator (air-driven poker) compacts fresh concrete without any electricity. Compressed air travels from the compressor through a hose straight into the poker head, where it spins a vane turbine coupled to an eccentric weight — and that eccentric produces the vibration transferred into the concrete. In a conventional electric vibrator the motor sits outside the head and drives it through a flexible shaft; in a pneumatic unit the entire drive is housed inside the poker itself, and the only thing running between compressor and vibrator is an air hose. That makes the tool simpler to operate, with no flexible shaft to wear out or kink when the hose is routed badly.
The NORWIT.PL range covers pneumatic vibrators primarily from Enar, Altrad Belle and Husqvarna Construction — for example the Enar PNU 100 pneumatic vibrator. Equipment from these manufacturers is available on the Enar brand page. Below we explain which compressor will feed the poker, where air drive performs best and how it compares with an electric vibrator.
Concrete vibrator drive types — pneumatic, electric, low-voltage
Choosing a concrete vibrator comes down to drive type first, rather than raw power or head diameter. A full overview of every type is available in the concrete vibrators category — the table below places the pneumatic segment against the other drives in the range.
| Drive type | Best suited to | Example brands |
|---|---|---|
| Pneumatic (compressed air) | Ex zones, precast plants, work in water and damp conditions | Enar, Altrad Belle, Husqvarna Construction |
| Electric 230 V | standard building site with mains access | Enar, Wacker Neuson, Husqvarna |
| Low-voltage 42 V / 200 Hz | sites governed by safe-voltage requirements | Enar, Wacker Neuson, Husqvarna |
Which compressor feeds a pneumatic vibrator — pressure and air consumption
Without the right pressure and air flow, the turbine inside the poker never reaches its rated vibration frequency. Typical pneumatic concrete pokers run at a working pressure of around 6-7 bar and draw anywhere from a few hundred up to roughly 2000 l/min of compressed air depending on head diameter, so feeding one calls for a correctly sized screw or piston compressor rather than a small workshop unit.
| Parameter | Typical value | Notes |
|---|---|---|
| Working pressure | approx. 6-7 bar | pressure below spec lowers vibration frequency |
| Air consumption | approx. 0.3-2 m³/min | rises with poker head diameter |
| Connection | hose + quick coupler | a filter-regulator-lubricator set extends service life |
It pays to fit a filter, pressure regulator and lubricator assembly (an FRL unit) into the air line — it strips moisture and contaminants out of the system and lubricates the turbine vanes, which limits their wear during daily, multi-hour operation.
Where pneumatic vibrators are used — industries and working conditions
Pneumatic vibrators dominate wherever electric drive is unwanted or forbidden. In precast concrete plants air pokers run almost continuously through the whole shift, because a central compressor room is already on site feeding other machines in the hall. In mining and tunnelling, air drive removes any sparking risk around methane and coal dust, while in hydraulic engineering (dams, locks, quay structures) it allows concrete to be compacted in direct contact with water with no shock hazard. The same applies in refineries, petrochemical plants and other explosive atmospheres (ATEX), where a pneumatic vibrator is often the only drive type permitted for concreting work.
On a typical residential or commercial site with 230 V mains available, electric or 42 V low-voltage vibrators are the more common choice — they are quicker to get running, since no separate compressor installation is required.
Pneumatic vs electric vibrator — differences and running costs
Both types compact concrete equally well; what separates them is the power source and the cost of running it. A 230 V electric vibrator is usually cheaper day to day, because mains electricity delivers useful power more efficiently than compressed air — producing comparable useful output in a compressor can consume several times more energy than direct electric drive, mostly through heat losses while compressing to 6-7 bar. The pneumatic unit wins wherever safety governs: it needs no earthing and no 30 mA residual current device (RCD, a device that cuts the supply when it detects leakage current) mandatory for power tools on wet sites, and it can be used without restriction in water and in Ex zones.
| Feature | Pneumatic vibrator | Electric vibrator 230 V |
|---|---|---|
| Power source | compressed air from a compressor (approx. 6-7 bar) | 230 V mains supply |
| Safety in water/damp | full, no shock hazard | requires 30 mA RCD and earthing |
| Work in Ex/ATEX zones | permitted | normally ruled out without Ex certification |
| Energy cost | higher (compressor losses) | lower at the same useful power |
| Infrastructure | needs a compressor room or compressor | a protected socket is enough |
Frequently asked questions about pneumatic concrete vibrators
How does a pneumatic concrete vibrator differ from an electric or engine-driven one?
A pneumatic vibrator runs on compressed air at roughly 6-7 bar delivered by hose from a compressor, and its drive — a vane turbine — sits inside the poker head itself. An electric vibrator draws from a 230 V mains supply or a 42 V/200 Hz low-voltage system, with an external motor turning the head through a flexible shaft. A petrol-driven vibrator carries its own petrol or diesel engine and works independently of both mains power and a compressor installation, which suits sites with no electricity available, though it is heavier and noisier than the other two types.
Which compressor is needed to run a pneumatic vibrator and what air pressure must it deliver?
A pneumatic vibrator calls for a screw or piston compressor able to hold a working pressure of about 6-7 bar and deliver, depending on poker diameter, anywhere from a few hundred up to roughly 2000 l/min of compressed air. A compressor with insufficient output pulls the vibration frequency down and leaves the concrete poorly compacted. The installation is worth completing with a filter, pressure regulator and lubricator assembly (an FRL unit), which cleans and lubricates the air reaching the turbine and extends vane life during daily, multi-hour operation.
Where are pneumatic concrete vibrators used — which industries and conditions suit them best?
Pneumatic vibrators work above all in precast concrete plants, where a central compressor room already feeds other machinery on the production floor. They also suit mining and tunnelling, removing any sparking risk around methane and coal dust, hydraulic engineering on dams, locks and quays carried out in direct contact with water, and refineries or other explosive atmospheres (ATEX), where explosion-protection rules can forbid electric drive outright.
Is a pneumatic vibrator safe to use in water, in damp surroundings or in explosive atmospheres?
A pneumatic vibrator has no electric motor and no live cabling, so it can be used safely in water, in wet concrete and in explosive atmospheres (ATEX) where sparking is unacceptable. Unlike electric power tools it needs neither earthing nor the 30 mA residual current device mandatory for electrical equipment on wet sites. The one thing that does need attention is the integrity of the air hose and couplers, which should be checked regularly for leaks and wear.
How much does running a pneumatic vibrator cost compared with an electric model in continuous work?
Generating compressed air at 6-7 bar typically consumes several times more energy in a compressor than direct electric drive of comparable useful power, mostly through heat losses during compression. Over continuous operation spanning whole working shifts, a 230 V electric vibrator therefore usually comes out cheaper on the electricity bill. A pneumatic vibrator still pays off wherever the compressor room runs non-stop anyway, such as a precast plant, or where explosion protection rules out electric drive regardless of energy cost.
How durable is an air motor in multi-hour continuous work at a precast plant?
An air motor (vane turbine) has no electrical windings to overheat during long runs, so it can operate without interruption through an entire 8-10 hour shift with no cooling breaks — something not every electric vibrator with a limited duty cycle can guarantee. The main wear part is the turbine vanes, which wear down mechanically and need replacing after extended service; clean, lubricated air from a filter-regulator-lubricator set fitted to the installation makes them last longer.
Does a pneumatic vibrator require an additional hose, couplers and a separate compressed-air connection?
A pneumatic vibrator needs its own air hose running from the compressor to the poker, plus quick couplers that allow the tool to be connected and disconnected fast. Hose lengths usually range from around ten metres up to several tens of metres, giving a working radius that matches the reach of the compressed-air installation across the site or production hall. It is also worth fitting a filter, a pressure regulator holding 6-7 bar and a lubricator — without that accessory set, the turbine inside the poker wears out faster.
Which brands of pneumatic concrete vibrator are available from NORWIT.PL?
NORWIT.PL supplies pneumatic vibrators primarily from Enar, Altrad Belle and Husqvarna Construction — for example the Enar PNU 100 pneumatic vibrator. These manufacturers build air pokers for compacting concrete in precast production, mining, hydraulic engineering and explosive atmospheres, where 230 V or 42 V electric drive is not permitted. Exact figures for individual models — poker diameter, hose length and air consumption — are given on the product pages.
Why buy a pneumatic vibrator from NORWIT.PL
Our pneumatic vibrators come primarily from Enar, Altrad Belle and Husqvarna Construction — equipment proven in precast concrete production, mining, hydraulic engineering and explosive atmospheres. We advise on matching compressor and poker diameter to your specific working conditions, and a full overview of electric and low-voltage drives is available in the concrete vibrators category. Orders are placed online, with delivery nationwide.
















