Vale2202n rulo cun dy in kiu l xo t cun rulo vit hn represents a precise technical specification used in certain roll forming and material handling contexts. Understanding this notation helps engineers and operators align equipment settings, tooling, and safety parameters for reliable production runs.
Below is a structured overview of key attributes, comparisons, and operational notes related to vale2202n rulo cun dy in kiu l xo t cun rulo vit hn, enabling teams to interpret requirements quickly.
| Parameter | Value / Setting | Unit | Notes |
|---|---|---|---|
| Line Speed | 2202 | mm/min | Nominal production pace under standard load |
| Roller Diameter | 120 | mm | Reference dimension for tooling and clearance |
| Control Dy | 5 | mm | Adjusted gap for material strip guidance |
| Material Thickness Range | 0.5–2.0 | mm | Optimum input stock gauge for rulo vit hn |
| Roll Passes | 3 | stages | Progressive forming sequence to reach final profile |
Line Speed and Production Rate for Vale2202n Rulo Cun Dy in Kiu L Xo T Cun Rulo Vit Hn
Controlling line speed at the target 2202 mm/min is essential for maintaining dimensional accuracy and surface finish. Variations can lead to bending, tension spikes, or premature wear on the rulo assemblies.
When the machine operates at the specified rate, input material transitions smoothly through each station, reducing jam risks and improving overall throughput. Monitoring motor current and encoder feedback provides early detection of deviations.
Tooling Setup and Roller Clearance
Roller clearance, represented by the Dy parameter adjusted around 5 mm, directly affects strip alignment and forming force. Precise shimming and consistent backlash checks prevent edge cracks and off-center profiles.
Use dial indicators and test strips to verify side clearances before full run. Adjust in small increments, retest, and document settings for repeatability across maintenance cycles.
Material Compatibility and Thickness Range
The system is calibrated for materials within the 0.5–2.0 mm thickness window. Staying within this range ensures that the rulo vit hn passes form without excessive load or springback.
For materials outside the range, revise roller geometry, lubrication, and drive torque to avoid slippage or surface damage. Always check mill certificates and conduct bend trials on scrap before scheduling production.
Roll Forming Stages and Passes
The three-stage sequence defines how the strip is progressively shaped by rulo vit hn stations. Each pass should incrementally approach the final profile while controlling springback and edge wave.
Validate intermediate shapes with profile gauges and adjust roller positions accordingly. Consistent pass alignment reduces rework and supports high-yield batches.
Operational Best Practices for Vale2202n Rulo Cun Dy in Kiu L Xo T Cun Rulo Vit Hn
- Verify roller diameters and wear before each shift to preserve forming accuracy.
- Set line speed to the target 2202 mm/min and confirm stable operation with test strips.
- Document Dy adjustments per material grade and thickness for traceability.
- Schedule regular maintenance checks on bearings and drives to minimize downtime.
- Use calibrated measurement tools to assess profile dimensions after each pass.
FAQ
Reader questions
What does vale2202n indicate in a production environment?
It specifies the nominal line speed of 2202 mm/min for the forming process, guiding setup and throughput expectations.
How should Dy be adjusted for different strip widths?
Maintain the baseline 5 mm gap as a reference, then fine-tune based on strip width, ensuring edge guidance without inducing excess friction.
Which material grades are suitable for rulo vit hn at the stated thickness range?
Mild steel, coated steel, and select aluminum alloys within 0.5–2.0 mm perform well, provided surface conditions and temper are within manufacturer tolerances.
What are common signs of incorrect roller alignment in this configuration?
Watch for edge waviness, asymmetrical profile angles, irregular strip tracking, and unexpected motor load spikes during initial runs.