PLC Motor Sludge Press for Sewage & Chemical Water 1yr 1

PLC Motor Sludge Press for Sewage & Chemical Water 1yr 2

PLC Motor Sludge Press for Sewage & Chemical Water 1yr 3

PLC Motor Sludge Press for Sewage & Chemical Water 1yr 4

PLC Motor Sludge Press for Sewage & Chemical Water 1yr 5

PLC Motor Sludge Press for Sewage & Chemical Water 1yr 6

PLC Motor Sludge Press for Sewage & Chemical Water 1yr

The PLC Motor Sludge Press for Sewage & Chemical Water (1yr) is an automated dewatering unit that uses a PLC-controlled motor to squeeze water from sludge quickly and reliably. Built with corrosion-resistant parts and adjustable settings, it handles both municipal sewage and chemical wastewater while reducing sludge volume and disposal costs. Easy to run and low maintenance, it gives steady dry solids, saves space, and helps meet discharge standards — backed by a one-year warranty.

Usage scenarios:

1) Municipal sewage plants use it to dewater primary and secondary sludge before transport or land application.

2) Chemical and industrial wastewater facilities use it to treat process sludge and reduce hazardous waste handling costs.

3) Small factories, food processing sites, and decentralized treatment stations employ it for on-site sludge reduction and water recovery.

brand name:

QILEE

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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Reference Weight(kg)

1420~3150

Powder Consumption(kw)

1100~2800

Water Content's Rate(%)

75~85

Inlet Consistency(%)

s.s.0.4~0.8%

Dried Sludge(kg/hr)

84~450

Treating Capacity(kg/h)

13.5~49

Processing Type

desalination

Power(W)

1 kW

Product name

Sludge Press Machine

Voltage

220 V, 380 V

weight (kg)

1420

productivity

13.5~49

warranty

1 Year

place of origin

Shanghai, China

core components

Motor, PLC

machinery test report

Provided

video outgoing-inspection

Provided

Efficient Compact Durable Reliable

The QTBH sludge dewatering machine delivers high-efficiency, low-energy sludge separation that reduces moisture content and disposal costs while operating quietly and safely. Built from rust‑proof SUS304 with Swiss filter cloth, an air‑chamber cloth alignment system, and automated safety monitors, it provides durable, low‑maintenance performance and consistent cake quality. With a compact modular footprint, multiple model sizes, standard export carton packaging, 3–20 day delivery and one‑year support, it’s easy to install and commission for fast, reliable operation.

Here are six four-word subtitle options:

The PLC motor QTBH sludge dewatering machine combines a SUS304 stainless steel frame, Swiss-imported filter cloth, an air-chamber automatic cloth-alignment device and PLC control for stable, low-energy, low-noise (≤75 dB) operation. Built for sewage, chemical and industrial wastewater treatment, it delivers high throughput with selectable belt widths (1000–2000 mm), produces low-moisture cake (typically 75–85% water content), and reduces operating and maintenance costs. Its modular structure (QTBH-1000 to QTBH-2000), automatic safety-stop monitoring, optional agitator/drum thickener and easy integration with dosing pumps and compressors provide installation flexibility and 1-year support.

PLC Motor Sludge Press

QTBH sludge dewatering machine PLC motor-driven sludge press delivers efficient separation of water and solids for sewage and industrial chemical water treatment, with multiple belt widths and capacities to handle varying inlet consistencies. Built from SUS304 stainless steel with Swiss-imported filter cloth, air-chamber automatic cloth deviation correction, PLC control, and low-noise, low-energy operation, it produces low-moisture cake while providing automated safety monitoring. Available in models from QTBH-1000 to QTBH-2000, the unit suits municipal sewage, industrial effluent, food and mining slurries and integrates easily with dosing pumps and auxiliary equipment.

◎ Stainless Precision Construction

◎ Automatic Cloth Alignment

◎ Efficient Dewatering Performance

Automated Efficient Durable Dewatering

Built by an experienced engineering team with PLC-controlled motor systems and a one-year warranty, the QTBH sludge dewatering machine uses robust materials and precision manufacturing to serve sewage and chemical water treatment reliably. It automates feeding, pressing and separation to deliver high solids capture, low residual moisture and continuous stable operation, while corrosion-resistant components and safety interlocks simplify maintenance and extend service life. Key advantages include energy-efficient motor control, PLC programmability for process optimization, modular design for quick installation, and significant sludge volume reduction that lowers disposal costs and environmental impact.

Material introduction

The QTBH sludge dewatering machine's main structural components are fabricated from corrosion‑resistant SUS304 stainless steel, providing high strength, rustproof performance and extended service life. Filtration relies on Swiss‑imported filter cloth for superior permeability and long wear resistance, while seals and wear parts use chemical‑resistant polymers to handle sewage and industrial chemicals. Paired with a PLC‑controlled motor and robust stainless housings for drive and agitator assemblies, the unit delivers durable, low‑maintenance operation in demanding wastewater treatment environments.

◎ material introduction 1

◎ material introduction 2

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FAQ

What is the PLC Motor Sludge Press for Sewage & Chemical Water and where is it typically used?

The PLC Motor Sludge Press is an automated mechanical dewatering device that uses a PLC-controlled motor drive to compress sludge and separate water from solids. It is used to reduce sludge volume and prepare solids for disposal or further processing. Typical applications include municipal sewage treatment plants, industrial wastewater plants (chemical, pharmaceutical, textile, food), landfill leachate treatment, and any process with sludge from clarifiers or thickening units.

What types of sludge and wastewater is this press suitable for, and is pretreatment required?

It is suitable for sewage sludge, chemical process sludge, biological sludge, and mixed industrial sludges. Effectiveness depends on sludge characteristics—particle size, polymer response, and solids concentration. Most installations require pretreatment such as thickening and chemical conditioning (coagulants/flocculants) to achieve good cake dryness. Highly viscous, fibrous, or very high-sand-content sludges may require special feed handling or pre-screening.

What performance can I expect (throughput and cake dryness)?

Performance varies with model, feed solids concentration, conditioning, and sludge type. Typical dewatering results are throughput ranging from small pilot units to large industrial units (examples: 0.2–8 m3/h raw sludge feed) and discharged cake solids commonly in the 18–40% range of dry solids. Achieving higher cake dryness usually requires optimized polymer dosing and feed conditioning. For exact figures, refer to the supplier’s model chart and site-specific testing.

What are the installation and utility requirements?

Key requirements include a stable, level foundation (concrete pad), appropriate electrical supply for the motor and PLC (typically three-phase supply sized to motor rating), inlet/overflow piping, feed pump and valves, chemical dosing pump(s) for flocculants, and an outlet for filtrate. Adequate space for maintenance access and safe drainage of filtrate is essential. If treating corrosive chemical water, choose corrosion-resistant materials (e.g., SS304/316 or lined components) and ensure compatible seals.

What routine operation and maintenance tasks should I plan for?

Daily checks: inspect feed and filtrate flows, monitor PLC alarms and motor load, check for leaks and abnormal noises. Weekly/monthly: clean or inspect filter cloths (frequency depends on load), check and tension belts and chains, inspect bearings and hydraulic components, calibrate dosing pumps, and review PLC logs. Replace consumables (filter cloths, seals) according to wear—typical cloth life varies from months to years. Keep spare wear parts on hand (cloths, seals, bearings, fuses) and maintain a lubrication schedule per the manual.

What common problems occur and what does the 1‑year warranty cover?

Common issues: low cake dryness (usually caused by poor polymer dosing, wrong polymer type, inadequate thickening, or overloaded feed), clogging of cloths, hydraulic/motor faults, and PLC alarms due to sensor faults. Troubleshooting steps include checking polymer type/dose, performing a jar or bench test, cleaning or replacing cloths, and reviewing PLC error codes. The 1-year warranty typically covers manufacturing defects in materials and workmanship under normal use—covering drive motors, PLC components, and structural defects—but usually excludes consumables (filter cloths, seals), damage from misuse, improper chemical attack, and normal wear. Confirm exact terms with the vendor, and consider a maintenance/service contract and on-site commissioning/training to optimize performance.

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