Thermic Oil Filtration System

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MOQ : 1 Unit

Thermic Oil Filtration System Specification

Product Type
Thermic Oil Filtration System

Type
Industrial Oil Filtration Unit

Filter Type
Micro Filtration

Filtration Grade
High Efficiency

Medium
Thermic Fluid / Heat Transfer Oil

Automation
Automatic

Dimension (L*W*H)
Approx. 1200mm x 600mm x 1800mm

Voltage
220-240V AC

Weight
Approx. 150 kg

Color
Blue and Grey

Maintenance
Easy filter replacement and cleaning

Material of Construction
Mild Steel & Stainless Steel

Mounting Type
Skid Mounted

Usage
Removes suspended particles, sludge, and carbon deposits

Application
Purification and filtration of thermic oil in heat transfer systems

Operating Pressure
2-5 bar

Pump Type
Gear Pump

Filtration Level
Up to 1 micron

Temperature Range
Up to 250C

Power Consumption
1.5 kW

Flow Rate
500-2000 LPH (Liters per hour)

Control Panel
Digital with Touch Interface

Portability
Portable - wheels provided for easy movement

Thermic Oil Filtration System Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
20 Units Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

About Thermic Oil Filtration System

Grab the spotlight with our praiseworthy Thermic Oil Filtration System, expertly designed for potent purification and filtration in industrial heat transfer systems. Featuring a dazzling flow rate of 500-2000 LPH and operating pressure of 2-5 bar, this unit ensures high-efficiency micro filtration up to 1 micron. Its robust build uses mild steel and stainless steel, while the digital touch interface promises smooth operation. Mounted on a portable skid with wheels, it allows effortless movement, making it the perfect purchase for anyone seeking reliability and advanced technology in oil filtration.

Distinctive Features and User Direction

The Thermic Oil Filtration System stands out with its easy filter replacement, automatic operation, and digital touch-screen control panel for simple navigation. Its high efficiency gear pump and robust skid-mounted design with wheels ensure hassle-free relocation. Users should connect the system at the return line of the heat transfer circuit, set the desired filtration cycle via the control panel, and commence automatic processing. Regular cleaning and scheduled filter changes maximize the system's praiseworthy lifespan and performance.

Export Operations and Market Access

With an expansive client base, our Thermic Oil Filtration System is prominently exported to key industrial markets worldwide. FOB Port services are available for major Indian seaports, ensuring timely transportation. For the domestic market, robust transport services and efficient logistics networks guarantee safe delivery. Free sample units are available upon request, allowing potential buyers to evaluate performance before purchase, further elevating client satisfaction and trust in our product and transportation network.

FAQ's of Thermic Oil Filtration System:

Q: How does the Thermic Oil Filtration System improve oil purity in heat transfer applications?

A: The system utilizes potent micro filtration technology to remove suspended particles, sludge, and carbon deposits down to 1 micron, ensuring cleaner thermic fluid for optimal heat transfer.

Q: What are the benefits of the digital touch control panel?

A: The digital touch interface provides intuitive operation, allowing users to monitor system status, adjust filtration cycles, and manage settings effortlessly, making maintenance more straightforward.

Q: Where should the filtration system be installed for best performance?

A: Install the Thermic Oil Filtration System on the return line of heat transfer systems to maximize purification efficiency and maintain continuous clean oil circulation.

Q: What is the maintenance process for this filtration unit?

A: Maintenance is designed to be simple, with easy filter replacement, periodic cleaning, and automatic operation. This minimizes downtime and ensures long-term performance.

Q: When should filters be replaced for optimal operation?

A: Filters should be checked every operating cycle and replaced as needed based on particle load and system usage, generally aligning with the maintenance schedule recommended in the user manual.

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