24H Auto Multi-Plate Screw Transformer Oil Filter Press 1

24H Auto Multi-Plate Screw Transformer Oil Filter Press 2

24H Auto Multi-Plate Screw Transformer Oil Filter Press 3

24H Auto Multi-Plate Screw Transformer Oil Filter Press 4

24H Auto Multi-Plate Screw Transformer Oil Filter Press 5

24H Auto Multi-Plate Screw Transformer Oil Filter Press 6

24H Auto Multi-Plate Screw Transformer Oil Filter Press 7

24H Auto Multi-Plate Screw Transformer Oil Filter Press

The 24H Auto Multi-Plate Screw Transformer Oil Filter Press is an automated, continuous oil purification unit that removes moisture, gas, sludge and particles from transformer oil using a multi-plate screw press design for 24-hour operation. Its selling points: fully automatic 24/7 operation with PLC control for hands-off processing; high-efficiency multi-plate and screw dehydration/filtration that restores dielectric strength and extends transformer life; fast on-site oil recovery, low maintenance, energy-efficient and environmentally friendly—saving time and replacement oil costs.

Shipping:

Support Sea freight

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

Lead Time:

1-1(sets):15(days),>1(sets):To be negotiated(days)

Place of Origin:

China

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Outlet Position(mm)

495

Water Demand for Cleaning(L/h)

Operating Weight(kg)

1230

Net Weight(kg)

820

Sludge Flow(m3/h)

1~15

Powder Consumption(kw)

0.8

Treating Capacity(kg/h)

30~50

Dimensions(mm)

3255*985*1600

After Warranty Service

Online support

Product name

Transformer Oil Filter Press Machine

Warranty of core components

1 Year

Marketing Type

Hot Product 2022

Showroom Location

Malaysia

Applicable Industries

Manufacturing Plant

weight (kg)

1 kg

productivity

warranty

1 Year

place of origin

China

core components

Motor

machinery test report

Provided

video outgoing-inspection

Provided

24H Continuous Efficient Filtration

The QLD Dewatering Screw Press delivers 24-hour automated multi-plate screw dewatering that prevents jamming, lowers labor and water use, reduces odors and operates quietly with low power consumption. Its enclosed, compact multi-plate shape and integrated electrical cabinet, disposal tank and dehydrator—made from SUS304 stainless steel—minimize footprint, simplify installation and streamline daily maintenance. Packaged in standard export cartons with typical 3–20 day delivery and compatibility with standard accessories (sludge pump, polymer dosing pump, washing pump, air compressor), it ensures fast, reliable field deployment and long service life.

Here are concise 4-word subtitle options, each reflecting a different perspective:

The QLD Dewatering Screw Press is a stainless-steel, multi-plate screw transformer oil filter press engineered for 24-hour automatic continuous dewatering of high- and low-consistency sludges, with an integrated electrical cabinet, disposal tank and dehydrator that reduce footprint, labor and odor. Its core screw-through stacked fixed and moving ring structure—with polymer grain-filled lumen and adjustable back-pressure plates and screw speed—filters and compacts sludge into dry cakes while the moving ring self-cleans gaps to prevent jams and minimize cleaning water and maintenance. With low running speed for reduced power consumption and noise, broad compatibility with dosing and pump equipment, and robust SUS304 construction for extended service life, the QLD Dewatering Screw Press provides reliable, low-maintenance solids separation and controllable cake moisture for municipal and industrial applications.

24H Automatic Transformer Filtration

The QLD Dewatering Screw Press is an automated 24-hour multi-plate screw filter press engineered for efficient sludge dewatering with an integrated electrical cabinet, disposal tank and enclosed dehydrator that reduces odor and installation footprint. Its slow-running stainless steel screw and moving rings, assisted by polymer grains, continuously filter and extrude sludge cakes while minimizing jamming, water use, noise and energy consumption. Designed for easy daily maintenance and adaptable to a wide range of industrial and municipal sludges, it offers multiple QLD models to match different treating capacities and solid contents.

◎ Continuous Enclosed Operation

◎ Compact Integrated Design

◎ Reliable Cake Discharge

24H Automatic Oil Purification

Engineered by a heritage filtration brand, the 24H Auto Multi-Plate Screw Transformer Oil Filter Press combines precision multi-plate filtration with the proven QLD Dewatering Screw Press mechanism to deliver continuous, hands-free oil purification. Its 24-hour automatic operation, multi-stage plate pack and progressive screw dewatering separate fine particulates and moisture while maintaining stable dielectric oil properties and minimizing downtime. Key features and advantages include high throughput in a compact footprint, energy-efficient screw drive, easy plate access for maintenance, corrosion-resistant construction, and reliable solids cake discharge for longer component life and lower lifecycle costs.

Material introduction

The 24H Auto Multi-Plate Screw Transformer Oil Filter Press (QLD Dewatering Screw Press) is constructed from SUS304 stainless steel, providing strong corrosion resistance, extended service life, and simplified daily maintenance. Stacked fixed and moving rings with polymer grains filling the screw lumen create a wear-resistant filtration matrix that prevents jams and supports continuous 24-hour operation. Integrated stainless electrical cabinet, disposal tank and enclosed dehydrator reduce odors and installation footprint while the slow-running screw and robust materials lower noise and power consumption.

◎ Stainless Fabrication Excellence

◎ Polymer Enhanced Filtration

◎ Continuous Enclosed Operation

FAQ

What types of oils and contaminants is the 24H Auto Multi-Plate Screw Transformer Oil Filter Press suitable for?

It is designed primarily for insulating and lubricating oils used in power equipment — e.g., transformer oil, turbine oil, insulating oil, hydraulic and gear oils. It removes free and emulsified water, dissolved gases (with auxiliary degassing stages), suspended particles, sludge and aging products. Avoid using aggressive chemical solvents, strongly acidic or halogenated fluids unless the manufacturer confirms compatibility.

Can the unit actually run continuously 24 hours and what determines continuous operation reliability?

Yes — the machine is built for long continuous operation with automatic feeding, continuous screw-driven cake discharge and multi-plate filtration that reduces frequent manual interventions. Reliability depends on feed oil condition (very high solids shortens runtime), maintained operating temperature (heavier oils need heating), timely replacement/cleaning of filter media, stable power supply and scheduled preventive maintenance. Plan for short, periodic inspections rather than prolonged unattended stretches.

What filtration performance and throughput can I expect in real application scenarios?

Performance varies by model and chosen filter media, but typical outcomes in field use are removal of particles to micron or sub-micron levels (filter precision selectable from ~0.3–5 μm), significant reduction of water content to ppm levels, and marked improvement in dielectric strength and color. Throughput depends on oil condition and machine size — from several hundred liters per hour up to multiple cubic meters per hour for larger units. For exact numbers for your situation, consult the equipment specification or supplier.

What installation and site preparations are required before putting this filter press into service?

Provide a stable, level foundation able to carry the unit and any oil tanks; proper electrical supply with correct voltage and grounding; piping for oil inlet/outlet, return lines and vents; heating or insulation if ambient temperature is low; safe drainage and bunding for spills; adequate ventilation and, where required, explosion-proof fittings in hazardous areas. Ensure accessible layout for maintenance and a location compliant with local environmental and safety regulations.

How should I maintain filter media and consumables during continuous use?

Monitor differential pressure across the filter plates — replace or wash filter cloths when pressure exceeds recommended setpoints. Keep spare filter medias, gaskets and seals on hand. Daily checks: oil temperature, inlet/outlet pressure, visible leaks. Weekly/monthly: clean plates, inspect screw and bearings, check vacuum pump oil (if present), lubricate moving parts and inspect heating elements. Keep a log of consumable replacements and service actions to optimize intervals.

What are common operational problems in application and how do I troubleshoot them on site?

Common issues and fixes: - Low flow or throughput: check for clogged filter cloths or inlet strainers, verify oil temperature (increase heating if too viscous), check pump operation. - High outlet moisture or poor dielectric strength: verify vacuum/degassing stage function, check for vacuum leaks, ensure sufficient oil residence time and heating. - Rapid pressure rise across plates: replace or clean filter media, check for excessive solids in feed (consider pre-screening). - Oil leakage: tighten or replace seals and flange gaskets, inspect piping connections. - Abnormal vibration/noise: inspect bearing wear, misalignment of screw shaft or pump issues. If problems persist, stop the unit, record operating parameters and contact technical support with photos and error logs.

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