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WHIRLER CENTRIFUGALS PVT. LTD.
GST : 24AAACW1729R1ZX

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Repair Industries SS904L Laboratory Efficient Self Cleaning Screw Press

Repair Industries SS904L Laboratory Efficient Self Cleaning Screw Press Specification

Feature
Self Cleaning, Corrosion Resistant, Easy Maintenance

Power Consumption
1.5 - 2.2 kW

Technology
Efficient Dewatering by Screw Press

Pump Type
Progressive Cavity Pump

Flow Rate
50-100 LPH

Efficiency (%)
90%

Usage & Applications
Lab Scale Sludge Dewatering, Research, Engineering Testing

Recycle Rate
Up to 90%

Water in conductivity
2000 S/cm

Noise Level
< 60 dB

Ph Level
6.5-8.5

Water Out Conductivity
20 S/cm

Frequency
50/60 Hz

Volume
50-100 L/h

Product Type
Self Cleaning Screw Press

Water Source
Laboratory Waste Water

Automatic Grade
Fully Automatic

Drive Type
Direct Drive

Purity Level
High Purity Filtration

Power Source
Electric

Material
SS904L Stainless Steel

Voltage
220V 10%

Filter Type
Fine Mesh Stainless Steel Screen

Capacity
Up to 100 LPH

Installation Type
Skid Mounted

Discharge Solids Concentration
15%-25% TS

Weight
Approx. 110 kg

Color
Metallic Silver

Safety Features
Overload Trip, Emergency Stop, Enclosure Lock

Dimensions (L x W x H)
Approx. 850 x 550 x 900 mm

Screw Speed
Adjustable, 1-20 rpm

Control Panel
PLC Based Digital Interface

Inlet Pressure
0.1-0.5 MPa

Discharge Method
Automatic Cake Discharge

Application Temperature
5C to 40C

Feed Solids Concentration
0.2% - 2% TS

Maintenance Requirement
Low; Tool-free Access for Cleaning

Repair Industries SS904L Laboratory Efficient Self Cleaning Screw Press Trade Information

Minimum Order Quantity
1 Number

Delivery Time
4

About Repair Industries SS904L Laboratory Efficient Self Cleaning Screw Press

The Repair Industries SS904L Laboratory Efficient Self-Cleaning Screw Press is a precision-engineered solution designed for demanding laboratory and pilot-scale dewatering applications. Constructed from premium SS904L stainless steel, this unit offers exceptional resistance to highly corrosive media, ensuring long-term durability and structural integrity in harsh chemical environments.

At the core of its design is an advanced self-cleaning mechanism that prevents clogging and maintains optimal filtration rates without manual intervention. This feature is particularly critical for handling complex or sticky sludge profiles typically encountered in research and development settings. The screw press operates with high efficiency, delivering superior liquid-solid separation while minimizing power consumption and noise levels.

Advanced Dewatering Technology

Utilizing a progressive cavity pump and efficient screw press design, the SS904L Laboratory Screw Press offers fine mesh filtration and automatic cake discharge. The system ensures high-efficiency sludge dewatering for research and testing applications, delivering discharge solids concentration between 15% and 25% while minimizing maintenance through a self-cleaning mechanism.

User-Friendly and Safe Operation

This screw press features a PLC-based digital interface for convenient adjustment and monitoring. Integrated safety controls, such as overload trip, emergency stop, and enclosure lock, prioritize operator protection. Its compact, skid-mounted design and tool-free access further enhance usability for lab-scale processes.

Durable and Corrosion Resistant Construction

Manufactured from SS904L stainless steel, the screw press excels in corrosive laboratory environments. The metallic silver finish and robust build ensure longevity, reducing maintenance demand while supporting reliable, continuous operation for laboratory wastewater management.

FAQ's of Repair Industries SS904L Laboratory Efficient Self Cleaning Screw Press:

Q: How does the SS904L Laboratory Screw Press work for dewatering sludge?

A: This screw press utilizes a progressive cavity pump to introduce sludge, which is then compressed and separated inside a fine mesh stainless steel screen. The adjustable screw speed (1-20 rpm) and automatic cake discharge system ensure optimum dewatering, yielding a solids concentration of 15%-25% in the output.

Q: What are the main benefits of using a self-cleaning screw press in laboratory settings?

A: The self-cleaning feature minimizes manual intervention and downtime, facilitating efficient operation and easier maintenance. High recycle rates (up to 90%) and low power consumption (1.5-2.2 kW) optimize cost and environmental sustainability, while the unit's robust safety controls provide added protection.

Q: Where can the SS904L Laboratory Screw Press be installed and used?

A: Its skid-mounted, compact design (approx. 850x550x900 mm) makes it well-suited for laboratory environments, research facilities, and engineering testing stations-particularly where smaller volumes of sludge need processing with high precision.

Q: What kind of maintenance does the screw press require and how is it performed?

A: The unit is engineered for low-maintenance operation. Tool-free access allows quick and straightforward cleaning without complex disassembly. The self-cleaning mechanism further reduces manual cleaning frequency, helping maintain consistent efficiency.

Q: When is it ideal to operate this screw press, considering temperature and feed requirements?

A: Optimal operation occurs when the environment temperature is between 5C and 40C, and the feed solids concentration ranges from 0.2% to 2% TS. These parameters ensure reliable performance and maximize efficiency in laboratory dewatering processes.

Q: How does the SS904L press ensure high purity and efficiency during filtration?

A: A fine mesh stainless steel screen, advanced control panel, and precise screw speed adjustment enable the system to consistently produce high-purity filtrate with a water conductivity reduction from 2000 S/cm (input) to 20 S/cm (output); maintaining a 90% efficiency rate.

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