Fan drive HICs

Fan drive HICs Specification

Product Name
Fan drive HICs

Type
Hydraulic Integrated Circuit

Material
High-grade Steel / Aluminum Alloy

Power
Hydraulic powered

Pressure
Up to 350 Bar

Structure
Modular Block Design

Size
Customizable as per application

Weight
8-15 kg (varies with configuration)

Temperature
-20C to +80C

Control Options
Pressure, flow, and temperature control integrated

Port Connections
Standard BSP/NPT/SAE available

Surface Treatment
Anodized / Zinc plated for corrosion resistance

Leakage
Minimal internal leakage for efficiency

Application
Hydraulic fan drive systems for heavy vehicles and industrial machinery

Flow Capacity
Up to 120 LPM

Seals
Nitrile / Viton for enhanced durability

Life Cycle
Designed for over 1,000,000 cycles

Mounting
Subplate mounting / direct mounting

Testing Standard
100% Factory tested for flow and pressure

About Fan drive HICs

Hot deal on our popular Fan drive HICs-valiant solutions crafted for the most heroic and meritorious hydraulic fan drive systems. Engineered from high-grade steel or aluminum alloy, these Hydraulic Integrated Circuits are tailored for heavy vehicles and industrial machinery. With standard BSP/NPT/SAE port connections and advanced surface treatments like anodizing or zinc plating, durability is guaranteed. Experience precise flow capacities up to 120 LPM with minimal leakage. Integrated pressure, flow, and temperature controls ensure peak efficiency. Each unit is factory tested and designed for over 1,000,000 cycles. Explore unparalleled performance-customizable for any application.

Versatile Functionality Across Media and Applications

Fan drive HICs excel in various application media such as hydraulic oils, ensuring robust operation in demanding environments. Ideal for heavy vehicles, mining equipment, construction machinery, and industrial fans, these circuits guarantee superior control for both general and specialized use. Their modular design and customizable size allow seamless integration into numerous hydraulic systems, making them a versatile choice for OEMs and end-users. Trust their dependability across your diverse application areas.

Flexible Payment Terms and Global Supply

With stock ready for immediate dispatch and express shipping available, Fan drive HICs offer unmatched supply capability. Proposal amount can be discussed based on order size, ensuring the best value for traders and suppliers. Our products reach main export markets worldwide, including Asia, Europe, and the Americas. We maintain high inventory levels to support urgent projects, streamlining your procurement process and meeting your demands efficiently.

FAQ's of Fan drive HICs:

Q: How do Fan drive HICs improve hydraulic system performance?

A: Fan drive HICs integrate pressure, flow, and temperature controls, resulting in precise fan speed management, minimal internal leakage, and efficient cooling for heavy vehicle and industrial machinery applications.

Q: What makes Fan drive HICs suitable for demanding environments?

A: These units are manufactured from high-grade steel or aluminum alloy, with anodized or zinc-plated surfaces for corrosion resistance. They are designed to operate from -20C to +80C and handle pressures up to 350 bar.

Q: When can I expect delivery if I order Fan drive HICs?

A: With stock ready and express shipping options, orders can often be dispatched immediately, ensuring timely delivery to meet your project needs in India and globally.

Q: Where are Fan drive HICs commonly used?

A: Fan drive HICs are widely utilized in hydraulic fan drive systems for heavy vehicles, construction machinery, mining equipment, and various types of industrial machinery requiring precise fan control.

Q: What is the process for customizing Fan drive HICs to specific applications?

A: Share your technical requirements, such as flow capacity, port standards, and mounting style. Our team will propose a tailored solution, ensuring optimal integration and performance for your hydraulic system.

Q: How durable and reliable are Fan drive HICs in long-term use?

A: Each unit undergoes 100% factory testing for flow and pressure and is engineered to surpass 1,000,000 cycles, providing long-lasting reliability and minimal maintenance needs.

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