Multiple customer points
Provide connected vacuum positions within the planned interior-cleaning area.
What to checkBay layout, hose reach and expected simultaneous use.
Central vacuum system for car washes.
One central vacuum system
serving several bays.
Connect customer vacuum points to one central pipe network. Select the equipment around simultaneous use, required suction, pipeline layout and space for maintenance.
Customer bays outside,
central equipment in one place.
Coordinate the service points, pipe network and central unit as one system.
Central pipe network
Pipes run from each service point back to the central unit.
What to checkPipe length, diameter, bends and connection details.
Centralized servicing
Keep the main vacuum and filtration equipment organized for routine access.
What to checkEquipment space, dust handling, filter service and electrical supply.
Follow the path
from hose to central unit.
Use the original system illustration to review customer stations, pipework, separation and filtration.
Central vacuum system process
Original process illustration showing vacuum stations, central piping, dust and air separation, filtration and the central vacuum unit.
See the customer
vacuum area.
SHINEWASH vacuum-area installation references. Review station spacing, customer access and vehicle routes for your own site.
Vacuum station installation
Customer hose positions and overhead supports alongside the vehicle area.
Multi-position vacuum area
Another installation reference for reviewing station placement and circulation.
Compare the AirVac range.
Published reference configurations. Start with the number of vacuum points used at the same time; the pipe network decides the final performance.
Select a model name to add it to your enquiry.
| Model | Blower type | Power | Airflow (m³/h) | Vacuum (kPa) | Simultaneous points | Weight (kg) | Noise dB(A) | Dimensions (mm) |
|---|---|---|---|---|---|---|---|---|
| AirVac-125M | Centrifugal | 12.5 kW | 1,110 | −30 | 10–12 | 540 | 76 | 2,500 × 1,500 × 3,100 |
| AirVac-200M | Centrifugal | 20 kW | 2,050 | −25 | 12–18 | 680 | 78 | 2,500 × 1,500 × 3,100 |
| AirVac-250M | Centrifugal | 25 kW | 2,050 | −31 | 12–18 | 880 | 78 | 2,500 × 1,500 × 3,100 |
| AirVac-125D | Dual centrifugal | 12.5 kW × 2 | 2,220 | −30 | 20–24 | 1,100 | 78 | 2,500 × 1,500 × 3,100 |
| AirVac-200D | Dual centrifugal | 20 kW × 2 | 4,000 | −31 | 30–36 | 1,500 | 78 | 2,500 × 1,500 × 3,100 |
| AirVac-450M | Multi-stage centrifugal | 45 kW | 3,800 | −30 | 30–36 | 2,900 | 78 | 2,500 × 1,500 × 3,100 |
Published supply reference: 380 V / 50 Hz. Point counts and system ratings are configuration references; suction at each hose depends on the pipe network. Check the installed equipment, final layout, electrical demand and local supply before ordering.
Plan the bays
and the pipe network.
Give the equipment team the information needed to size and arrange the central vacuum system.
| Customer area | Vehicle bays, hose positions and access routes |
|---|---|
| Simultaneous use | Active points expected during the busiest period |
| Pipeline layout | Length, branches, bends and proposed pipe routes |
| Required performance | Agree suction requirements at the customer service points |
| Central unit space | Equipment footprint, ventilation and maintenance access |
| Electrical supply | Confirm the selected model and local supply requirements |
| Dust & filters | Access for collection, cleaning and routine servicing |
| Supplied scope | Central unit, pipework, stations, hoses, controls and installation responsibilities |
Before you choose
a central vacuum system.
Answers about model selection, active points, pipework and maintenance.
How does a central vacuum system for car washes work?
Multiple customer vacuum points connect through pipework to centralized vacuum, filtration and dust-collection equipment. The central equipment serves the customer positions while concentrating routine equipment servicing in one location.
How many vacuum points can operate at the same time?
The published AirVac configurations range from 10–12 to 30–36 simultaneous vacuum points. These are model references; pipe length, layout, hoses and required suction decide the real number.
Is a vacuum point the same as a parking bay?
Not necessarily. A vehicle bay may have one or more hose positions, and not every installed point runs at the same time. Specify both the bay count and the number of simultaneous active points when requesting a proposal.
Which AirVac model should I choose?
Start with the simultaneous active points and site layout, then review the blower configuration, published airflow, vacuum pressure and installed power. The pipe network and required performance decide the model.
Do the published airflow and vacuum figures apply at every hose?
Do not treat the listed system figures as guaranteed performance at each customer hose. Ask how pipe length, diameter, bends, leakage, filters and simultaneous use affect the proposed network and the required suction at the service points.
Where should the central equipment be installed?
Plan equipment space with maintenance access, dust collection, power, ventilation and the pipe route to customer bays. Weather protection and noise matter if the unit stands outside.
Can it be added to an existing wash site?
Send an existing site plan, bay count, current equipment, pipe information and photographs. Space, power, pipe routing and simultaneous use set the retrofit configuration.
What should be included in the quotation?
Request a model recommendation, agreed active-point count, pipe layout, equipment footprint, electrical requirements, filtration and dust-collection details. Hoses, station hardware, installation work, training and service are quoted separately.
Plan the central unit alongside the equipment-room layout.
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