TTS.M7P06.300x On-The-Table-System END
The smallest start or end module of this system (TTS.M7P06.3001) is 300 mm long and can only be connected to other modules of this system on one side. It forms a nice finish to your new shielding and can be placed with the free end directly on the modules of the other systems (basic system and foldable edge system). The height of the system with 306 mm matches the other systems. Our barrier material M7P06 is built into this module for protection.
- Order number: TTSM7P063001
- GTIN: 4050369058866
- Pack unit: 1 pieces
The On-the-table module TTS.M7P06.300x is available in various standard lengths and a height of 306 mm. With only one possibility of connecting the other modules of this system to this via the flex joint, this module is used as the start or end module of your overall system. The free end can be adjusted very well to the foldable edge system or the basic system from Laservision, whereby the greatest possible protection is achieved. The laser protection material M7P06 (black) is also used in this system. The material is certified according to 60825-4 with a SGB of 960 kW / m² for the range from 780 - 1400 nm and for the range 9000 - 11000 nm with a SGB of 615 kW / m². The various modules are not sent assembled into a complete system and have to be finally lined up. (Attention! Strong magnet. Be careful with pacemakers!)
Highlights
- For flexible self-assembly
- Certified according to DIN EN 60825-4 (780-1400nm)
- Laser-safe start and end module for magnetic OT
- Flexible and individually combinable with the intermediate modules
- E25-Flex-Joint hinge for 360 ° light and laser beam density
Protection in the infrared spectral range above 1400nm
Protection within the near infrared spectral range between 700nm and 1400nm
| Colour: |
black
|
| Protection range: |
Infrared
near infrared |
| Properties: |
both-sides usable
freely selectable number of modules stable standing standard plate material M7P06 |
| Protection Class / Norm: |
EN 60825-4
|
| 780-1400nm | 960 kW/m2 | T2 | tmax = 210s |
| 9000-11000nm | 615 kW/m2 | T2 | tmax = 105s |
