Filter section:
- Bulk solid silo
- Cement storage
- Coil lines, Inspection lines
- Coil storage
- Coiling machines
- Container ports
- Conveyor belt
- Decapper
- Engineering
- Extruder
- Filling plant
- Final assembly
- Finishing, Slitting line, Winder
- Finishing, Slitting lines
- Flying saw
- Forge hammer
- Gantry cranes
- Hot objects
- Laboratory
- Packing
- Ports, docking systems
- Printing machine, banderoling machine, register control
- Quality assurance
- Railway, Transportation
- Research and Development
- Service, Commissioning, Research
- Skin pass level, degree of stretching, mass flow
- Slitting shears
- Steel billets
- Tube inspection lines
Filter task:
- Abrasion measurement
- Coating inspection
- Coating inspection of foam material
- Collision avoidance
- Color inspection
- Color mark detection
- Color measurement of salmon meat
- Control of shears
- Distance measurement
- Egg yolk color classification
- Fill level measurement
- Length measurement
- Measurement of impact energy
- Mobile velocity and length measurement
- PET preform inspection
- Position detection
- Positioning of containers in gantry cranes
- Presence check
- Print mark detection
- Sandwich counter
- Velocity Measurement
- Velocity measurement, Length measurement
Filter measured variable:
- Acceleration (VLM)
- Color (CR)
- Degree of stretching and Skin pass level (VLM)
- Diameter (LDM)
- Distance (LDM)
- Fill level (LDM)
- Impact energy (VLM)
- Length (LDM)
- Length (VLM)
- Position (CR)
- Position (LDM)
- Position (VLM)
- Position detection (CR)
- Presence (CR)
- Presence (LDM)
- Quantity (CR)
- Thickness (LDM)
- Velocity (VLM)
- Velocity 1 (LDM)
- Velocity 2 (LDM)
- Width (LDM)
Task:
Velocity measurement
Areas:
Skin pass level, degree of stretching, mass flow
Measured Variables:
Velocity (VLM)
Degree of stretching and Skin pass level (VLM)
Velocity measurement
Areas:
Skin pass level, degree of stretching, mass flow
Measured Variables:
Velocity (VLM)
Degree of stretching and Skin pass level (VLM)
Description:
In order to control rolling mills according to the mass flow principle or to determine skin pass level or the degree of stretching, highly accurate measurements of differential velocity at the inlets and outlets of the stands are required. The VLM devices operate optically and contact-free, without slip and with measurement accuracy better than 0.05%. Due to the fact that several devices can be synchronized, they are well-suited to the measurement of differential velocity. Appropriate protective cases allow for their use in this environment.
Products: VLM500, VLM502
In order to control rolling mills according to the mass flow principle or to determine skin pass level or the degree of stretching, highly accurate measurements of differential velocity at the inlets and outlets of the stands are required. The VLM devices operate optically and contact-free, without slip and with measurement accuracy better than 0.05%. Due to the fact that several devices can be synchronized, they are well-suited to the measurement of differential velocity. Appropriate protective cases allow for their use in this environment.
Products: VLM500, VLM502
