Small Mini PLC Motor Automatic Power Press for Desalination 1

Small Mini PLC Motor Automatic Power Press for Desalination 2

Small Mini PLC Motor Automatic Power Press for Desalination 3

Small Mini PLC Motor Automatic Power Press for Desalination 4

Small Mini PLC Motor Automatic Power Press for Desalination 5

Small Mini PLC Motor Automatic Power Press for Desalination 6

Small Mini PLC Motor Automatic Power Press for Desalination

Short article:

The Small Mini PLC Motor Automatic Power Press for Desalination is a compact, motor-driven press with PLC control. It runs automatically and gives steady pressing force with simple controls. The unit is energy efficient, low maintenance, and fits small spaces. It helps speed up dewatering and salt recovery tasks in desalination work.

Usage scenarios (about 3 sentences):

Use it in small or pilot desalination plants to press filter cakes and remove water from sludge. Use it for routine maintenance and waste handling to compact membrane backwash solids and salt deposits. Use it in labs, coastal sites, or remote plants for quick sample prep, salt recovery, and low-power dewatering.

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

Automatic Power 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

Compact Reliable Sleek Quality

The QTBH sludge dewatering machine delivers efficient, low-energy sludge separation for municipal and industrial wastewater and desalination needs, reducing cake moisture and overall disposal costs. Its compact small mini PLC motor automatic power press style, stainless-steel construction and Swiss-imported filter cloth provide stable, low-noise, low-maintenance performance with built-in safety monitoring. Packaged in standard export cartons with a space-saving polished shape and fast 3–20 day delivery, the high-quality build simplifies transport, installation and long-term operation.

Compact PLC-Controlled Desalination Press

The QTBH sludge dewatering machine combines PLC-controlled motor drive and a small‑mini automatic power press layout with SUS304 stainless steel construction, imported Swiss filter cloth, an air‑chamber cloth deviation correction device and multiple belt widths for flexible deployment. It delivers high-efficiency, low-energy dewatering across municipal, industrial and food/beverage applications with low cake moisture, low noise (≤75 dB(A)), simple operation, low maintenance and integrated safety monitoring and automatic stop functions. Built in modular QTBH models with options like drum thickeners and tailored capacity ranges, the unit’s compact structure, low revolutions and robust filtration system ensure stable sludge–water separation and reliable dried sludge output.

Mini PLC Desalination Press

The Small Mini PLC Motor Automatic Power Press for Desalination is a compact, PLC-controlled QTBH sludge dewatering machine built from SUS304 stainless steel and fitted with imported Swiss filter cloth for durable, rust-free operation. It incorporates an air-chamber automatic deviation correction for stable filter cloth running, delivers high efficiency with low energy consumption and noise ≤75 dB(A), and uses safety monitors with automatic stop for secure, low-maintenance operation while producing low-moisture cake. Available in multiple QTBH models and belt widths to match inlet consistencies and throughput, it is suitable for industrial, municipal, food, chemical and desalination-related wastewater and sludge dewatering applications.

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Compact Efficient Automated Desalination

Crafted by a seasoned manufacturing team with precision welding and corrosion-resistant materials, the Small Mini PLC Motor Automatic Power Press for Desalination reflects the brand’s commitment to reliable, space-saving water treatment solutions. The QTBH sludge dewatering machine integrates PLC-controlled automation, a high-efficiency motorized press and adjustable cycle parameters to deliver rapid desalination and consistent solids separation with minimal operator effort. Key features and advantages include compact miniaturized design for easy installation, low energy consumption, automated safety interlocks, simple maintenance, corrosion-resistant components, and scalable throughput for municipal and industrial applications.

Material introduction

The QTBH sludge dewatering machine is constructed mainly from SUS304 stainless steel, providing high strength, excellent corrosion resistance and rust-free durability for harsh wastewater environments. Critical components include Swiss-imported filter cloth for superior filtration longevity and an air-chamber automatic deviation correction device that preserves cloth alignment and stable operation. Combined with low-energy, low-noise drive components and comprehensive safety monitoring, these material choices reduce maintenance needs and extend equipment service life.

◎ SUS304 Structural Frame

◎ Swiss Filter Cloth & Air-Chamber System

◎ Drive, Motor & Control Assemblies

FAQ

What is a small mini PLC motor automatic power press used for in desalination applications?

This compact, motor-driven press with PLC control is typically used in desalination-related tasks such as compacting and dewatering sludge or filter cakes from pretreatment, pressing brine-concentrated slurries for volume reduction, assembling or test-compressing membrane modules and cartridges, and sample preparation in pilot plants and labs. Its automated stroke and pressure control make it well suited to small-scale plants, research labs, ships, and remote or modular desalination units.

How do I operate the press for a typical dewatering or filter-cake compression task?

Basic operation steps are: (1) Secure the appropriate mold, filter bag or platen and load the pre-conditioned slurry or cake evenly. (2) Select or create a PLC program/recipe that sets stroke, pressure ramp, hold time and motor speed for your material. (3) Start the cycle and monitor pressure and displacement on the HMI. (4) When the cycle ends, retract the platen and remove the compacted cake or membrane. Always follow the machine’s startup checklist (power, safety interlocks, lubrication) before operation.

How should I configure PLC recipes for different materials and scenarios?

Create recipes that control key variables: approach speed, maximum pressure, pressure ramp rate, dwell/holding time at peak pressure, and number of cycles. For soft, watery sludges use longer dwell times and moderate pressure; for denser slurries use a slower ramp to peak pressure to avoid sudden stresses. Save recipes for repeatability and label them by material type (e.g., “pretreatment sludge,” “pilot brine cake,” “membrane test”). Run small test cycles to tune parameters before scaling up.

What routine maintenance and cleaning does this press require in desalination environments?

Regular tasks include: daily wiping of exposed surfaces and prompt removal of corrosive residues; weekly inspection of seals, filter bags, and platen faces; periodic lubrication of guides and bearings per the manual; checking electrical connectors and PLC I/O for corrosion; and replacing wear parts (seals, gaskets, filter media) on a schedule based on usage. Flush and neutralize any saline residues after each shift to prevent accelerated corrosion.

What safety precautions should operators take when using the power press in desalination plants?

Ensure all safety guards and interlocks are functional before every use. Keep hands and loose clothing clear of moving platens; use handling tools for cake removal when feasible. Implement lockout/tagout procedures for maintenance. Monitor for hydraulic/motor overheating and abnormal noises. Train operators on emergency stop procedures and PLC alarm meanings. Provide PPE suitable for saline and chemical exposure (gloves, face shield, corrosion-resistant clothing).

What are common problems I might encounter and how do I troubleshoot them?

Common issues include inconsistent pressure or poor dewatering (check feed solids concentration, filter media integrity, and PLC recipe settings), motor or drive faults (inspect power supply, motor connections, overloads and fault codes on the PLC), sticky or corrosive deposits on platen surfaces (clean and apply appropriate anti-corrosion protection), and alarmed interlocks (inspect guards/sensors and reset after addressing cause). For electrical or PLC faults beyond basic checks, consult the manufacturer’s support and provide error codes and recent operating conditions.

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