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Main Functions
· Supporting and guiding the electrode column
· Conducting high electrical current to the electrode
· Controlling electrode slipping and lowering
· Maintaining stable electrode penetration depth
· Ensuring safe and reliable furnace operation
· Compensating electrode consumption during continuous smelting

Working Principle
During furnace operation, the self-baking electrode is continuously consumed inside the furnace burden.
The Electrode Slip System controls the gradual downward movement (“slipping”) of the electrode column through hydraulic or mechanical clamping mechanisms.
The system alternates between holding and releasing actions using contact clamps and slip cylinders, allowing the electrode to descend in a controlled manner while maintaining continuous electrical conduction and mechanical stability.
Precise slipping control is essential for:
· Stable furnace resistance
· Balanced phase current
· Reduced electrode breakage risk
· Improved smelting efficiency
· Lower power consumption
Main Components
The Electrode Slip System typically includes:
· Electrode Columns
· Contact Clamps
· Pressure Rings
· Slip Cylinders
· Clamping Devices
· Conductive Copper Assemblies
· Bus Tubes and Flexible Connectors
· Hydraulic Drive Units
· Support Arms and Structural Frames
· Cooling and Insulation Components
Features
· Heavy-duty structure for harsh furnace environments
· Reliable high-current transmission capability
· Precise hydraulic slipping control
· High mechanical strength and operational stability
· Optimized cooling and conductive performance
· Custom-designed solutions for various furnace capacities
Applications
Widely used in:
· Ferroalloy Furnaces
· Silicon Metal Furnaces
· Manganese Alloy Furnaces
· Calcium Carbide Furnaces
· Ferronickel Furnaces
· Other Submerged Arc Furnace (SAF) operations
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