Custom Coolant Centrifuge for Your Sump Layout
Define the installation constraints first. Then assess the separator, connections and controls needed for your process.
Request a Custom Configuration ReviewCustomisation Starts with the Constraint
A custom coolant centrifuge is useful when a standard installation does not fit the process or available space. The requirement might concern the footprint, connection positions, mounting arrangement, electrical supply or integration with an existing line. The first step is to define that constraint clearly rather than requesting a custom machine without a measurable reason.
This page is a configuration guide, not a separate promise of unlimited design options. The VC-30C provides a manual-discharge reference for review, while other duties may call for a different platform. Changes must be assessed against separation performance, safe access, component compatibility and maintenance requirements before a final specification is issued.
If a standard arrangement meets the application, it remains worth comparing. A smaller footprint is not necessarily better if it prevents access to the collection area or makes routine service difficult. Evaluate the complete installed envelope, including hoses, opening clearances and the operator's working space.
File: custom-coolant-centrifuge-layout.webp
VC-30C Reference Specifications
| Parameter | VC-30C reference | Project check |
|---|---|---|
| Rated flow | 960 L/h | Actual fluid and treatment duty |
| Solids capacity | 4.5 L | Loading and cleaning interval |
| Total power | 2.75 kW | Final electrical arrangement |
| Operating temperature | 0–80°C | Fluid and component compatibility |
| Dimensions | Custom | Approved layout drawing |
| Reference weight | 125 kg | Final build and handling plan |
| Discharge arrangement | Manual solids removal | Safe access and operating procedure |
The table identifies the reference model. It does not guarantee that every modified build retains the same dimensions, weight or electrical arrangement. The final quotation and approved drawing should identify any changed data so that purchasing, installation and maintenance teams are working from the same specification.
For the existing model-selection interface, see the manual-discharge VC-30 series product. This guide explains what to send for a nonstandard review; it does not replace that product's model comparison.
Define Mechanical Interfaces before the Footprint
Measure the usable space beside the sump and identify the route used to move the equipment into position. Include doorways, steps, floor obstructions and any overhead restrictions. A machine can fit the final location on a drawing but still be difficult to deliver or maintain if the access route is omitted.
Mark the dirty-fluid take-off, treated-fluid return and normal sump levels. Provide the proposed hose or pipe route and explain whether the separator must sit above, beside or away from the reservoir. Pump and connection selection should follow this arrangement rather than assuming that a standard hose length suits every retrofit.
Consider solids removal as an interface too. The operator needs space to reach the relevant components and handle collected material according to the instructions. A custom frame should not solve a floor-space problem by creating an impractical cleaning routine or blocking the machine tool's service area.
Specify Electrical Requirements without Guessing
Provide the actual site voltage, frequency and phase arrangement. If the project requires 480 V/60 Hz, 400 V/50 Hz or another supply, state it in the enquiry rather than assuming that changing a plug or transformer is sufficient. Component and control suitability need review before that supply becomes a confirmed option.
List any required signals between the separator and the production machine. Examples might include a run permission, fault indication or a defined response to low fluid level, but the required functions and responsibility for them must be agreed. Do not assume a standard control panel includes a particular industrial network or safety function.
Certification and documentation requirements should be stated early. Suitability for a destination market, a hazardous area or a specific plant standard cannot be inferred from a generic product description. Requested approvals must be checked against the exact equipment and scope before they are included in an offer.
Keep Process Testing Separate from Layout Approval
A layout drawing can establish where the equipment fits. It cannot demonstrate that the actual contamination separates at the required flow. Provide the fluid product, viscosity information if available, normal temperature and a representative description of the solids alongside the mechanical requirements.
Where sample testing is needed, agree what a successful result means. A custom connection or frame does not change a difficult particle population into an easy separation duty. If the required outcome cannot be demonstrated, the correct response may be another treatment arrangement rather than further modification of the same platform.
The centrifuge selection guide covers the process inputs. The portable coolant centrifuge is also worth reviewing when the actual need is moving between sumps rather than a permanently modified installation.
Review Alternative Platforms Deliberately
The VC-600L low-speed variant is a separate reference within the higher-force equipment family, with published values of 6,000 rpm and 3,500 G. It should not be treated as interchangeable with the VC-30C simply because both may arise in a nonstandard enquiry. Confirm the reason for the variant and the relevant platform with the engineering review.
For that family, begin with the VC-600 product information. For manual solids handling, use the manual-discharge series guide. The choice should follow process and maintenance needs, not a desire to combine favourable specifications from different machines into an unverified configuration.
Where automatic discharge is needed, state the expected loading and operating schedule. Changing the discharge concept is a different scope from moving a pipe connection. It may lead to assessment of another series rather than a minor custom option on the manual machine.
Agree the Deliverables before Ordering
An effective review ends with a defined duty, an approved layout, confirmed utilities and a clear list of inclusions. Identify who supplies connecting pipework, electrical installation, lifting equipment and any upstream protection. Also state what must be measured or tested before final sizing can be confirmed.
For OEM enquiries, explain the integration role and the documents needed by the system builder. For a factory retrofit, focus on the existing sump, access and operating routine. These buyers need different information, even when the separator platform is related.
Keep unresolved items visible in the proposal. A missing flow measurement or uncertain fluid compatibility should remain an open engineering question rather than becoming an assumed specification. This approach gives both teams a workable basis for the next review and avoids surprises during installation.
Request a Custom Configuration Review
Send a layout sketch, fluid details, operating temperature, required treatment duty and site electrical supply. Mark unknown values so the review can identify the next measurements.
Send Application Details