Hydraulic Integrated Circuit

Get a Price/Quote

Product Details:

Power Source Hydraulic Power Unit
Features Compact design, multi-function flow control, robust construction
Thermal Conductivity High
Power Supply Hydraulic System
Output Hydraulic fluid outlet
Usage Industrial hydraulic applications
Input Hydraulic fluid inlet
Click to View more
Share Your Product:

Request to Call Back Send Inquiry

Hydraulic Integrated Circuit Product Specifications

Input Hydraulic fluid inlet
Sensors Specification Optional integrated pressure sensors
Product Type Hydraulic Integrated Circuit
Usage Industrial hydraulic applications
Size Standard module size
Weight 3.5 kg
Function Controls and directs hydraulic fluid flow within a system
Features Compact design, multi-function flow control, robust construction
Thermal Conductivity High
Capacity Designed for high-pressure operations
Output Hydraulic fluid outlet
Power Supply Hydraulic System
Dimension (L*W*H) 150 mm x 100 mm x 45 mm
Supply Voltage 24V DC
Power Source Hydraulic Power Unit
Application High-pressure hydraulic machinery and equipment
Interface Standard hydraulic port interface
Thickness 45 mm
Current Rating 2.1A
IP Rating IP65
Response Time Fast response
Components Integrated hydraulic channels, valves, and ports
Operating Temperature -20C to +80C
Color Silver
Rated Voltage 24V DC

Product Description

Danfoss hydraulic integrated circuit (HIC) specialty results in a broad cartridge valve portfolio that enables high performance and innovative machine control.
HIC options include standard pre-engineered systems from our catalog, custom-designed systems, and flexible modular solutions (MVB 10) that use standard components.

Advanced Hydraulic Control for Industrial Applications

Engineered to deliver precision and reliability, this hydraulic integrated circuit simplifies complex fluid routing within high-pressure systems. Its multi-channel design allows simultaneous control of various hydraulic actions, providing versatility and efficiency for industrial machinery. The robust steel construction ensures longevity, while the compact form factor facilitates seamless integration into standard systems.

Exceptional Durability and Performance

With a body constructed from high-strength steel and high corrosion resistance, this hydraulic integrated circuit withstands tough operating environments. Fast response, high thermal conductivity, and shock resistance make it ideal for continuous use in critical machinery, while the 24V DC control voltage and IP65 rating ensure safe and reliable operation.

FAQ's of Hydraulic Integrated Circuit:

Q: How does the hydraulic integrated circuit control and direct fluid flow within a system?

A: The circuit uses four integrated flow channels along with directional control and pressure relief valves to precisely manage hydraulic fluid movement. This setup enables accurate distribution and regulation of flow to various parts of a hydraulic system, enhancing overall efficiency and safety.

Q: What types of hydraulic fluids are compatible with this integrated circuit?

A: This hydraulic integrated circuit is designed for use with mineral oil-based hydraulic fluids, ensuring optimal performance and system longevity under high-pressure operations.

Q: When should the hydraulic integrated circuit be maintained, and what does maintenance involve?

A: Thanks to its low maintenance design, the circuit generally requires only periodic inspections for leak checks and seal integrity. Routine maintenance intervals can be aligned with your facility's standard hydraulic system schedules.

Q: Where is this hydraulic integrated circuit typically installed?

A: It is most commonly mounted on subplates within high-pressure hydraulic machinery, such as presses and heavy industrial equipment, where compact multi-function flow control is essential.

Q: What is the process for installing the hydraulic integrated circuit?

A: Installation involves securing the circuit onto a compatible subplate using standard hydraulic port interfaces. Proper alignment of the hydraulic fluid inlet and outlet ensures seamless integration with existing systems.

Q: How does the user benefit from optional integrated pressure sensors?

A: Optional integrated pressure sensors enable real-time system monitoring, facilitating proactive maintenance and enhancing operational safety by providing immediate feedback on hydraulic pressure levels.

Q: What are some notable advantages of using this compact, robust hydraulic integrated circuit?

A: Key benefits include high-pressure handling (up to 350 bar), rapid response, exceptional durability in harsh conditions, and a space-saving design, all of which contribute to reduced downtime and improved productivity in industrial hydraulic applications.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

SEND INQUIRY CALL ME FREE