Model: OPC
JBS OPC portable compressors target contractors needing compressed air away from mains power. With 1.2–5 m³/min output across 7–15 bar configurations, the range supports breakers, drilling, abrasive blasting, roadwork and cable blowing. Selected models use Kubota Stage V engines, with skid or towable configurations helping plant operators move site air between demanding jobs efficiently.
For UK contractors, the useful question is not how powerful the compressor engine looks on paper. It is whether the unit can maintain the airflow and pressure required by the tool at the actual jobsite.
Breakers, blasting equipment, drilling rigs and cable-blowing systems each impose a different compressed-air load.
The JBS OPC portable compressor range covers multiple pressure and airflow configurations for mobile work where a fixed compressor room is not practical.
UK buyers frequently compare a portable air compressor by airflow as well as operating pressure.
The overall OPC range spans approximately 1.2–5 m³/min depending on the selected model and pressure configuration.
That is roughly 42–177 cfm before allowing for the difference between individual operating points.
The important point is that a model rated for its highest airflow at one pressure should not automatically be assumed to provide the same output at a higher pressure.
A pneumatic breaker needs sufficient airflow continuously while the trigger is held.
Buying a compressor that only meets the tool's pressure specification but falls short on air delivery can lead to weak tool performance.
Contractors should therefore total the airflow requirement of equipment likely to operate simultaneously and retain a sensible working margin.
For multi-tool jobs, the number and size of compressed-air outlets also matters.
An air compressor for sandblasting is normally exposed to sustained demand.
Nozzle size has a significant effect on air consumption, meaning a blasting operation can quickly exceed the capacity of a small site compressor.
The compressor should therefore be selected around nozzle requirement and working pressure rather than simply choosing the largest available pressure figure.
Mobility is commercially important for hire fleets, civil contractors and maintenance teams.
A towable air compressor is useful where the machine regularly moves between sites, while a skid-mounted configuration can make more sense when transport is handled by plant vehicles or the machine remains within a project area.
The appropriate chassis should be specified separately from compressor performance.
For quarry and heavy-equipment environments, see the JBS Mines and Quarries application page.
JBS currently does not have a working dedicated English Portable Compressors category URL, so until that route is repaired the broader Industrial Air Compressors category is the correct internal destination.
Review the JBS OPC Series, compare related equipment under Industrial Air Compressors, and see field applications under Mines and Quarries. Additional equipment articles are available in the JBS Blog. Provide required pressure, airflow or CFM, tools, altitude and daily duty when you request a project quotation.
| Model | OPC 4000 |
|---|---|
| Air Capacity | 5.0 m³/min |
| Pressure | 10 bar |
| Motor Power | 31.2 kW / 41.8 HP |
| Number of Cylinders | 4 |
| Fuel Tank Capacity | 80 L |
| Noise Level | 98 dB |
Applications
Self-service car wash facilities require pressure washers, foam systems and durable equipment designed for high usage, supporting fast, consistent, efficient and reliable vehicle cleaning operations.
Commercial car wash businesses need pressure washers, foam systems and supporting equipment sized for daily vehicle throughput, ensuring fast, consistent, efficient and reliable cleaning operations.
Recommended Use
This product is suitable for car wash businesses, service centers, fleet cleaning teams and companies seeking efficient professional cleaning equipment.
Customer Experience
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Product FAQ
An air compressor converts electrical or mechanical energy into compressed air, which can be used to power pneumatic tools and equipment. It is commonly used for tire inflation, air blow guns, cleaning, pneumatic tools, spray applications, workshops, car washes, and industrial systems. The required compressor capacity depends on the working pressure and air consumption of the connected equipment.
The choice between a piston compressor and a screw compressor depends on the required air demand and operating time. Piston compressors are generally suitable for intermittent use, workshops, and lower air consumption. Screw compressors are better suited for continuous operation, higher air demand, and professional or industrial applications. For busy car washes and detailing centers with constant compressed air needs, a screw compressor is often the more efficient choice.
Air compressor tank capacity is important because it determines how much compressed air can be stored and how long tools can operate before the compressor motor needs to restart. A larger tank can provide more stable air pressure, reduce frequent motor cycling, and support tools with high or intermittent air demand. However, tank size should always be evaluated together with air delivery capacity, working pressure, and duty cycle.
An air compressor may run continuously if there is an air leak, the air demand is higher than the compressor’s capacity, the pressure switch is faulty, the intake filter is clogged, or internal components such as valves or piston rings are worn. If the compressor cannot reach the set pressure, it may continue running without stopping. Regular maintenance and checking the system for leaks can help prevent this problem.
Air Compressors
Model: D-5,5-500
JBS piston air compressors combine 4 kW / 5.5 HP motor power, 7 bar working pressure, 649 L/min intake capacity and 500 L receiver options for garages, tyre shops and workshops. Designed for intermittent compressed-air demand, they provide a practical, durable and cost-effective solution for pneumatic tools, servicing tasks and reliable everyday professional operation.
Air Compressors
Model: ODR
JBS ODR Series refrigerated air dryers deliver 30 m³/min capacity, 7–16 bar working pressure, +3°C pressure dew point, 5.80 kW power consumption and R-410A refrigerant for industrial compressed-air systems. Built for compressor rooms, CNC machinery, automation and production lines, they reduce moisture and support cleaner, more stable, reliable compressed air during demanding commercial operation.
Air Compressors
Model: OSC-V
JBS OSC-V variable-speed screw air compressors combine a 55 kW motor, 9.5 m³/min airflow and 7–13 bar working pressure for industrial sites with fluctuating demand. Variable-speed control matches motor output to air consumption, while the Poly-V belt drive and Maestro controller support stable, reliable compressed-air supply for manufacturing, automotive, metalworking and pneumatic production applications.
Air Compressors
Model: 18-D
JBS OBS 18 D is a screw booster compressor for plants that need higher pressure only at selected points of use. Its 18.5 kW / 25 HP drive works with pre-compressed inlet air and 30–40 bar configurations, targeting PET blow moulding, pressure testing and industrial processes where stable airflow, duty continuity and controlled pressure matter.
