ORSM 2 High Density Optical Distribution Cabinet. High density cabinet of a simple concept based on compact modules accommodating connectors, adapters and pigtails. Modules are located in the column in the middle part of the rack. In the left part of the rack there is sufficient space for optical fibre cables termination.
ORS 1/300 Optical Distribution Cabinet. The ORS 1/300 optical distribution cabinet is designed for the placement of 1920 optical connectors indoors in a CENTRAL OFFICE. The distribution box allows to terminate and lead out any type of optical cables to main optical node.
ORS 2/300 Optical Distribution Cabinet. The optical distribution cabinet ORS 2/300 is designed for the placement of 960 optical connectors indoors in the CENTRAL OFFICE. The concept of the distribution box enables to terminate and lead out all types of optical cables to the point of main optical node.
SNM 48 SIS Optical Pillar Closure - Optical pillar closure SNM 48 SIS is designed for the placement of 48 optical splices indoors and outdoors. Distributor is to install in an open space in trench. Plastic corpus of pillar is staffed by one SNM 48 distributor.
SNM 288 VS SIS Optical Pillar Closure - Optical closure SNM 288 VS SIS is designed for the placement of up to 288 optical splices indoors and outdoors. Distributor could be installed outdoors or indoors in an open space in trench. Plastic corpus of pillar is staff ed by one SNM 288 VS distributor.
ORU 1 SDF SIS Concentrator Pillar Distribution Box. ORU 1 SDF SIS is designed as splitter concentrator pillar distributor with hinged rack for assembly up to 4 splice modules SE for terminating or connecting of optical cables in micro-ducts or HDPE protecting pipes. Its construction enables using indoors and outdoors as well. It is installed in an open space in trench.
ORU 5 SDF SIS Concentrator Pillar Distribution Box. ORU 5 SDF SIS is designed as splitter concentrator pillar distributor with hinged rack for assembly up to 4 splice modules SE for terminating or connecting of optical cables in micro-ducts or HDPE protecting pipes. Its construction enables using indoors and outdoors as well. It is installed in an open space in trench.
MNS Wall Mounted Data Cabinets - The MNS wall mounted data cabinets are designed for the indoor installation of 19" technology onto a wall. Sliding supporting bars are used to install 19" technology.
MSR Stand Frames -The stand frames are designed for indoor installation of 19" technology. The welded supporting frame is screwed to the base. For increased stability, the stand frames are equipped with a holding angle, which enables them to be fastened to the wall.
MSS Stand Data Cabinets - The MSS line stand data cabinets are designed for indoor installation of 19” or 21” technology (dimension of the base 800 × 600 mm and larger). A design of the self-supporting assembled frame enables an easy assembly of the data cabinet at the point of installation. The unique construction of these data cabinets also permits to reduce their weight substantially.
MSS 22U/55 Outdoor Data Cabinet - The case is designed for the installation of 19” outdoor technology. The design of the case enables opening of side covers which considerably simplify the installation of the technology. The case may be fitted with an air-conditioning unit upon customer’s request.
SAP 3 Outdoor Data Cabinet - The SAP 3 data cabinet is designed for the installation of pasive and active 21" or 19" outdoor technology. The data cabinet is prepared for mounting air-conditioning unit attached on the door.
This laser beam profiler features a CMOS sensor that guarantees frame rates of up to 60 Hz with high dynamics and is suitable for large beam diameters up to 11 mm.
The beam analysis camera WinCamD-IR-BB with integrated microbolometer array enables analyzes on long-wave lasers in the range of 2 μm to 16 μm.
DataRay's ILM system is used for beam profile monitoring of high power lasers consisting of an attenuator for high powers, an imaging lens system and a camera system. The measurement of very small laser beams with diameters of less than micrometers is possible despite often high laser powers.
