Frames in Pick-up Web Inspection
Pick-up web inspection is creating full width press section visibility over web break and paper defect root causes.
Carbon fiber beams are designed, engineered and constructed specifically for the purpose of absorbing machine-induced vibration. They are sturdy enough for the widest, over 12m wide machines in the world. The camera and strobe LED illumination modules are cooled by blown air through the camera and light beams.
Camera and light beams support different inspection geometries, starting from simple transmission or reflection measurement extending to complex top and backside multi-illumination measurements.
- Compact smart cameras inside the camera beam
- 100% visibility with pinhole cleaning – no moving parts
- Both web monitoring and web inspection functionality available
- Continuous visibility over time as no wearing protection window
- No electronics cards or power supplies inside the beam
Key Features
- Smallest size & lightest weight in the market (H270 x W190 mm)
- Eliminates machine-induced vibration
- U-shape camera and light frame give flexibility with moveable camera fixture
- Smallest size frames in the market– fits easily into tightest locations
- No vibration even with widest frame widths up to 12 meters
- Possibility to add/reduce cameras afterwards
- Easy service with running machine / no electronics inside beams
- No breaking glass – innovative Teflon foil for LED module protection
- Both Web Inspection & Web Monitoring functionality available: Chemical resistant material – Carbon Fiber
- 100% visibility with pinhole camera cleaning: Continuous visibility without any moving parts
- Compact size and light weight: A preferred solution for existing machines with limited space and easy installation
Specification
- Water tight design
- Corrosion-proof materials
- Pinhole cleaning for cameras
- Water cleaning for light frame
- Smallest size in the market (H270mm x W190 mm)
- Weight 20 kg per meter including equipment
- Average LED light power consumption 10 W / meter
- Average motor cooling air consumption 4- 6m3/min per beam (500 Pa)