One machine or one work cell
A compact separator can serve a defined sump without the hydraulic and control scope of a larger central system.
Manual Discharge Series · VC-30
Manual Discharge Centrifugal Separator for Compact Fluid Circuits
Three 960 L/h configurations for high-temperature oil, portable service, or a custom sump layout—without disposable media in the centrifugal stage.
01 · Selection context
When Manual Solids Removal Makes Sense
A manual discharge centrifugal separator can be appropriate when one machine or a compact fluid circuit produces a manageable solids load, the separator can be stopped at a planned interval, and an operator can safely remove collected material. The decision is based on the process—not only on a lower initial equipment cost.
Cleaning fits the production routine
Manual solids removal works best when shutdown, isolation, cooling where required, and bowl cleaning can be scheduled safely.
4.5 L capacity is practical
Estimate compacted solids per shift so the cleaning interval is based on loading rather than fluid color or guesswork.
Manual discharge does not mean maintenance-free. Feed condition, bowl area, seals, vibration, pipework and the solids-removal procedure still require inspection.
02 · Operating sequence
Separate During Production, Clean at a Planned Interval
Contaminated oil or coolant is supplied from the sump to the rotating separation bowl. Denser suspended solids move outward under centrifugal force, while separated fluid returns to the process circuit. When the solids capacity or planned service interval is reached, the unit is stopped and isolated before the collected material is removed manually.
Feed and separate
Control the inlet flow for the actual fluid viscosity, temperature, contamination and required separation result.
Return the fluid
Route separated fluid back to the sump where it supports full-circuit turnover instead of creating a short loop.
Stop, isolate and clean
Follow the approved shutdown and access procedure before removing compacted solids from the collection area.
The separator removes suitable suspended solids. It does not restore depleted additives, remove every dissolved contaminant, or replace controls for free oil, stable emulsions, or biological condition.
03 · Model comparison
Choose the VC-30 Configuration by the Limiting Requirement
All three configurations share a 960 L/h maximum rated flow, 4.5 L solids capacity and 2.75 kW installed power. Their selection roles are different: temperature for VC-30T, mobility for VC-30P, and installation geometry for VC-30C.
| Model | Primary selection role | Rated flow | Solids capacity | Fluid temperature | Installed power | Dimensions | Weight |
|---|---|---|---|---|---|---|---|
| VC-30T | High-temperature oil | 960 L/h | 4.5 L | 0–110°C | 2.75 kW | 900 × 480 × 1000 mm | 80 kg |
| VC-30P | Portable trolley service | 960 L/h | 4.5 L | 0–80°C | 2.75 kW | 1100 × 720 × 1500 mm | 200 kg |
| VC-30C | Custom sump integration | 960 L/h | 4.5 L | 0–80°C | 2.75 kW | Custom | 125 kg |
Rated flow is a model limit, not a guaranteed commissioned flow for every liquid. Actual duty depends on viscosity, temperature, density difference, particle behavior, pipe loss and the required result.
04 · Three selection paths
Temperature, Mobility or Custom Integration?
For oil up to 110°C
Select the high-temperature configuration when hot oil cannot be cooled to the 80°C range before separation. Confirm seals, feed arrangement and safe service temperature for the project.
For service across work areas
The vertical trolley configuration supports relocation between compatible machines or sumps. Hose routing, connection points, floor condition and safe movement still require planning.
For a constrained sump layout
Use the custom configuration when the available footprint, connection position, enclosure or electrical requirement cannot be met by the standard arrangement.
The three dedicated model pages are the next publishing batch. Until they are live, request the correct model sheet through the application review rather than following an unfinished link.
Request the Right VC-30 Configuration →05 · Discharge method
Manual or Automatic Sludge Discharge?
| Decision factor | Manual discharge VC-30 series | Automatic discharge VC series |
|---|---|---|
| Operating pattern | Dedicated, intermittent, batch, or serviceable compact circuit | Continuous production or circuits where frequent stopping is undesirable |
| Solids removal | Stop, isolate and remove collected solids manually | Collected solids leave through a controlled discharge cycle |
| Operator involvement | Planned hands-on cleaning is part of the routine | Routine discharge intervention is reduced, but inspection remains necessary |
| Selection priority | Temperature, portability, custom layout and manageable solids load | Continuous operation, higher flow or larger solids capacity |
| Typical model range | VC-30T / VC-30P / VC-30C | VC-600 / VC-800 / VC-1500 / VC-2000 |
Neither method is universally better. Compare production continuity, solids generated per shift, safe access, labor routine, fluid temperature and the required cleaning interval. Review the automatic sludge discharge centrifuge series when the process cannot accommodate manual cleaning stops.
06 · Application preflight
Information Needed Before Model Selection
Process and fluid
- Fluid type, concentration or oil grade
- Normal and maximum operating temperature
- Working sump volume and required turnover
- Current pump flow and pipe arrangement
- Available installation footprint and service access
Contamination and operation
- Material and approximate particle behavior
- Solids generated per shift or cleaning interval
- Number of machines and operating hours
- Whether the separator can stop for manual cleaning
- Required voltage and frequency
380V/50Hz three-phase is the standard electrical supply. 400V/50Hz and 480V/60Hz configurations are available on request and must be confirmed before order. Use the full coolant centrifuge selection checklist when the duty is uncertain.
07 · Service planning
Design the Cleaning Routine Before Installation
Manual discharge is reliable only when the service sequence is practical. Define who stops and isolates the separator, how temperature is verified, where the removed solids are collected, how the bowl area is inspected, and how the unit is returned to service. The interval should be based on observed solids loading and operating condition.
Leave safe service clearance
Allow working space for isolation, opening, cleaning, inspection and removal of the solids container or tools.
Inspect before restart
Check the bowl area, seals, fasteners, vibration condition, feed path and return path according to the maintenance plan.
Plan solids handling
Collect, recover or dispose of removed material according to the actual process fluid and applicable site requirements.
For wear parts and support scope, review centrifuge maintenance and spare parts.
Application review
Confirm the Manual Cleaning Interval Before Ordering
Send the fluid, temperature, contaminant, sump volume, solids per shift, operating hours, available footprint and voltage. We will assess whether VC-30T, VC-30P, VC-30C—or an automatic discharge model—better fits the process.
Review My Application →Fluid · Temperature · Solids · Flow · Sump · Footprint · Voltage