UV technology
Light chains

Light chains

Light chain SK600

  • Applicable in circular and egg-shaped profiles
  • Three integrated infrared sensors for the temperature measurement of liner surfaces
  • Temperature sensor for the measurement of the ambient temperature in the liner
  • Flexible design
  • Rotating light retainers for minimum shadowing
  • Camera cooling via built-in ventilator
  • Front camera with horizontally placed image
  • Heat-resistant Teflon wheels prevent the adhesion of resin particles
Pipe dimensionscircular profile: 150-600 mm
egg-shaped profile:
200/300 – 500/750
Number of UV radiators8 pcs.
Number of cores-
UV radiator output400 W or 650 W
Total output3,200 W or 5,200 W
IR sensors3 pcs.
Ambient air sensor1 pc.

Light chain SK1500

Resin-impregnated glass fiber inliners are efficiently cured with the SK1200 light chain. Applicable in circular 600-1,500 mm profiles. The chain consists of two identically constructed, self-sufficient cores. Each core has four radially arranged UV lamps each with 1000 watts. The installation of ldiverse "legs"of different lengths allows adaptation to different pipe diameters. Electrically moveable legs and radiators. When the chain is in the liner, legs extend and lift the cores up. At the same time, the radiators extend in the direction of the pipe wall in order to irradiate the laminate with as high a light intensity as possible. An indicator on the panel informs about the current extension position. With motor overload, the movements are stopped. Shortliners may also be driven with one core alone. Heat-resistant Teflon wheels prevent the adhesion of resin particles.

Optional

  • Back-Eye camera
Pipe dimensionscircular profile: 600-1,500 mm
egg-shaped profile: 600/900
– 800/1,200
Number of UV radiators4 per core
Number of cores2 pcs.
UV radiator output2,000 W
Total output16,000 W
IR sensors3 pcs.
Ambient air sensor1 pc.

Light chain SK2000

  • Applicable in circular and egg-shaped profiles
  • Three integrated infrared sensors for the temperature measurement of liner surfaces
  • Temperature sensor for the measurement of the ambient temperature in the liner
  • Consists of one or two self-supporting cores
  • Cores can be mutually exchanged
  • Electrically moveable legs and radiators
  • Flexible design
  • Lamp retainers to protect the radiators from mechanical damage
  • Front camera with horizontally placed image
  • Heat-resistant teflon wheels prevent the adhesion ofresin particles

Optional

  • Back-Eye Kamera
Pipe dimensionscircular profile: 1,200-2,000 mm
egg-shaped profile:
1,000/1,500 – 1,200/1,800
Number of UV radiators6 per core
Number cores2 Stk.
UV radiator output2,000 W
Total output24,000 W
IR sensors3 pcs.
Ambient air sensor1 pc.

Accessory

SK600 / SK1500 / SK2000 packer

  • Packer for all UV light chains
  • Stainless steel design for circular and egg-shaped profiles
  • Lateral connections or connections in cover available
  • Each with a Storz B coupling, compressor claw coupling and pressure monitoring connection
  • Cable and rope grommets made of heat-resistant and frictionless teflon
  • Two or three piece modular designs for larger size pipes
  • A camera is available for end caps of 400 mm and larger
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