ProductPRODUCT
Featured products
Contact Us
- ABB
- 3HAC11824-4
- Inductor Filter
- Sweden (SE)
- 650 × 90 × 200 mm
- 9 kg
- Xiamen, China
- New & In Stock
- T/T, PayPal, Western Union
- 1 Year
- 1-3 Working Days
- DHL, UPS, TNT, FedEx and EMS.
- 24-Hour Service
- COO
- 6
Our advantage
Global Logistics
We have a 10-year logistics and express cooperation agreement, so our products can be shipped to any place in the world.
Brand new and original
Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.
24-hour service
We provide 7*24 hours service to our customers. We will be there whenever you need us.
Price advantage
All our products are priced very favorably because we have our own warehouse and supply.
| Company Information | |||
| [email protected] | |||
| Mobile | +8615980777398 | ||
| +8615980777398 | |||
| 15980777398 |
Product Overview
The ABB 3HAC11824-4 S4C+ Inductor Filter is a power-conditioning component used in ABB S4C+ robot controller systems. It is installed in the controller power path to reduce unwanted electrical disturbances and improve the quality of power supplied to sensitive control and drive equipment.
In an industrial robot cell, the controller shares an electrical environment with servo drives, motors, contactors, switching devices, and other equipment that can generate electrical noise. An inductor filter helps condition the power circuit before it reaches the associated controller or drive-related equipment.
The component is suited to ABB S4C+ robotic installations where the power supply arrangement requires additional filtering. It is particularly relevant in robot cells with frequent motor switching, high-power drives, or other equipment capable of introducing disturbances into the control-panel power network.
For maintenance work, the 3HAC11824-4 should be matched with the existing S4C+ controller and power configuration. Wiring, electrical ratings, installation location, and the condition of associated power components should be checked before replacing the filter.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | ABB |
| Model | 3HAC11824-4 |
| Product Family | S4C+ |
| Product Type | Inductor Filter |
| Rated Current | 25 A |
| Primary Function | Power filtering and electrical disturbance reduction |
| System Role | Robot controller power-conditioning component |
| Application | ABB S4C+ industrial robot control systems |
| Dimensions | 650 × 90 × 200 mm |
| Weight | 9 kg |
Product Features
- S4C+ inductor filter for ABB robotic control systems
- 25 A rated current configuration
- Used in the controller power-conditioning circuit
- Helps reduce unwanted electrical disturbances in the power path
- Suitable for industrial robot control cabinets
- Works alongside controller, drive, and power-distribution equipment
- Applicable to maintenance and replacement of compatible S4C+ installations
- Supports cleaner electrical conditions for associated control equipment
Working Principle
The inductor filter uses inductive impedance in the power circuit to oppose rapid changes in current. High-frequency electrical disturbances encounter greater impedance as they pass through the inductive element, reducing the amount of unwanted noise transferred toward the protected equipment.
In an S4C+ robot controller installation, the filter is placed within the relevant power path between the incoming electrical supply and associated controller equipment. The filtered output continues to supply the robot control system while electrical disturbances are attenuated by the inductive element.
AC Power Supply → 3HAC11824-4 Inductor Filter → S4C+ Controller / Drive Power Circuit → Robot Control System
The filter does not execute robot programs or control robot motion. Its function is electrical conditioning, supporting the power environment in which the controller and associated drive equipment operate.
Role in an ABB S4C+ Robot Control Architecture
The 3HAC11824-4 occupies the power-conditioning layer of the S4C+ robot controller installation. It works before the controller and drive-related equipment in the electrical power path, while the controller and motion hardware perform the actual robotic control functions.
Incoming Power → Power Protection → Inductor Filter → S4C+ Controller → Drive System → Robot Manipulator
| System Element | Function |
|---|---|
| Incoming Power | Supplies electrical power to the robot control cabinet |
| Power Protection | Provides circuit protection and switching |
| 3HAC11824-4 | Conditions the power path by inductive filtering |
| S4C+ Controller | Executes robot programs and control functions |
| Drive System | Controls electrical power delivered to robot axes |
| Robot Manipulator | Performs programmed mechanical movements |
| External Automation | Coordinates robot operation with the surrounding process |
The filter therefore supports the electrical infrastructure of the robot controller rather than replacing controller, drive, or protection functions.
Industrial Applications
| Application | Typical Use |
|---|---|
| Industrial Robot Cells | Power conditioning within S4C+ controller cabinets |
| Welding Robots | Filtering in electrically active robot installations |
| Material Handling Robots | Power-path conditioning for automated robot cells |
| Machine Tending | Electrical filtering around robot controller equipment |
| Assembly Automation | Supporting cleaner controller power conditions |
| Automotive Production | Robot control cabinet power conditioning |
| Manufacturing Lines | Filtering in automated robotic production equipment |
| Robot Retrofit Projects | Replacement of existing S4C+ power-conditioning parts |
Installation and Maintenance
- Verify the complete 3HAC11824-4 part number before installation.
- Confirm that the filter is suitable for the existing S4C+ power configuration.
- Isolate the robot controller power supply before removing the existing filter.
- Allow the electrical system to reach a safe de-energized condition before handling power connections.
- Record the original wiring arrangement before disconnecting the filter.
- Check the terminals, conductors, and associated protection devices for signs of overheating or damage.
- Install the filter according to the approved S4C+ electrical schematic.
- Verify that power connections and protective-earth connections are correctly made.
- Check that the filter is securely mounted and that connected wiring is mechanically supported.
- Inspect the power path for loose connections, abnormal heating, or evidence of electrical arcing during maintenance.
- After installation, verify controller power-up and check for abnormal electrical or diagnostic indications.
- Perform a controlled robot-system test after replacement to confirm that the controller, drive system, and robot operate normally.
Compatible System Components
| Component | Function |
|---|---|
| ABB S4C+ Controller | Executes robot control software and application logic |
| Robot Drive System | Controls robot-axis electrical operation |
| Robot Manipulator | Performs programmed robot movements |
| Power Distribution Unit | Distributes electrical power within the controller |
| Circuit Protection Device | Protects the controller power circuit |
| Control Cabinet | Houses controller and power-conditioning equipment |
| Robot Teach Pendant | Provides programming, operation, and diagnostics |
| Servo Motors | Drive the robot’s mechanical axes |
| Industrial Power Supply | Provides electrical input to the robot controller |
Recommended Related Models
| Model / Product Family | Product Type | Typical Application |
|---|---|---|
| ABB S4C+ | Robot Controller | Industrial robot control |
| ABB S4C+ Controller Parts | Controller Component | S4C+ system maintenance |
| ABB S4C+ Power Components | Power Conditioning Component | Controller power infrastructure |
| ABB Robot Drive Units | Drive System | Robot-axis control |
| ABB Robot Servo Motors | Servo Motor | Robotic axis movement |
| ABB Robot Control Cabinets | Robot Control System | Industrial robotic automation |
| ABB Robot Teach Pendants | Programming / Operator Unit | Robot programming and diagnostics |
Key Advantages
- Provides inductive power filtering within an ABB S4C+ robot controller installation.
- Helps attenuate unwanted electrical disturbances in the controller power path.
- Supports the electrical operating environment of sensitive robot-control equipment.
- Suitable for industrial robot cells with electrically active drive and switching equipment.
- Integrates with the power infrastructure surrounding the S4C+ controller.
- Useful for maintenance and replacement of compatible S4C+ power-conditioning components.
Technical FAQs
Where is an inductor filter normally installed in an S4C+ robot controller system?
It is installed in the applicable controller power path so that incoming electrical power passes through the filter before reaching the associated equipment. The exact connection point should follow the original S4C+ electrical design and wiring documentation.
What symptoms can indicate a problem with the inductor filter or its power connections?
Abnormal heating, loose terminals, visible electrical damage, unusual electrical noise, or controller power disturbances can justify inspection. These symptoms can also originate from upstream power equipment or downstream loads, so the complete power path should be checked.
Does the 3HAC11824-4 control robot motion?
No. The inductor filter is a power-conditioning component. Robot programs, motion calculations, and axis control are handled by the S4C+ controller and associated drive system.
What should be checked when replacing the 3HAC11824-4?
Verify the exact part number and S4C+ system configuration, then compare the existing wiring and installation arrangement. Terminal connections, protection devices, grounding, and controller power-up behavior should be checked after replacement.