OPTOKON

The MCNP Connector Network Panel is an economical rack mountable ODF – optical distribution frame for use with splicing of manufactured pigtails, pre terminated cables and field-installable connectors. Made of lightweight and resistant aluminum alloy the MCNP offers user friendly handling during installation and operation and low transportation costs. The incoming cables are strain-relieved at the rear panel of the unit. The pivoting shelf can be equipped with either a splice tray holder or bend radius protection which guides, stores and organizes excess slack. This prevents damage to fibers prior to routing into couplings. The MCNP is used in installations where space is limited.

The MFSS is a rack-mountable swing-out shelf for the guidance and storage of excessive cable lengths and patchcords.

The VJ6 cabinet introduces a compact, low cost solution for fiber optic cable termination. The VJ6 series is ideal for rack-mounting in confined areas such as equipment enclosures where rack space is limited. The cabinet is delivered unequipped. Slide-out shelf allows easy access to the splicing area for optical network reconfiguration during operation and prevents damage to fibers prior to routing into adapters. On the pin you can place up to 4 splicing cassettes. Maximal fiber capacity depends on number of optical adaptors (24 or 48 fibers). The VJ6 cabinet is produced from Aluminium alloy 5754 material. Benefits are excellent corrosion resistance and very high strength.

The MCNP-L Connector network panel is an economical rack mountable ODF – optical distribution frame for use with splicing of manufactured pigtails, pre terminated cables and field-installable connectors. Made of lightweight and resistant aluminum alloy the MCNP-L offers user friendly handling during installation and operation and low transportation costs. The incoming cables are strain-relieved at the rear panel of the unit. The pivoting shelf can be equipped with either a splice tray holder or bend radius protection which guides, stores and organizes excess slack. This prevents damage to fibers prior to routing into couplings. The MCNP-L is used in installations where space is limited.

The MVFS-1 is a 1U rack-mountable vented fiber storage shelf for the guidance and storage of excessive cable lengths and patchcords.

The TMVJ Fixed Cabinet introduces a compact, low cost solution for fiber optic cable termination. The TMVJ series is ideal for rack-mounting in confined areas such as equipment enclosures where rack space is limited. The cabinet is equipped with slide-out shelf with splice tray holder. This allows easy access to the splicing area for optical network reconfiguration during operation and prevents damage to fibers prior to routing into adapters. The modular system allows splicing and termination up to 96 fibers in rack height 1U.

The ECE3 is series designed for 300 mm depth ETSI racks. It provides splicing and termination within one convenient housing unit. The ECE3 terminates up to 144 fibers in a 7SU (ETSI height) distribution frame. This unit contains angled panel for mounting various optical adaptors (SC, LC, E2000, ...). It allows decreasing the depth of cabinet.  The swing-out shelf enables unrestricted front, rear and top access to the splicing area and termination panels.
ETSI philosophy is completely different. It is based on metrical system. Height of SU (System Unit) is 25 mm. This type cannot be used in common 19” racks.

The OFDU-CAP cabinet is primarily intended for convenient placement of CAPM cassettes. The unified modular system enables easy storage and fastening CAPM cassettes and can be extended according to operator needs. The OFDU-CAP terminates up to 144 fibers in a 3U distribution frame. This unit can take up to 12 prewired CAPM cassettes.

The OFDU-TS cabinet is based on universal optical distribution frames. The unified modular system enables easy reconfiguration and can be extended according to operator needs. The OFDU-TS provides splicing and termination within one convenient housing unit. The OFDU-TS terminates up to 192 fibers in a 3U distribution frame. This unit can take up to 12 snap-in coupling panels or prewired cassettes. The slide-out and swing down shelf enables unrestricted front, rear and top access to the splicing area and termination panels. Various types of splice trays can be used.

MCNR/MCNL series are an economical 19” rack mountable splice & termination cabinet with reduced depth for use with splicing of manufactured pigtails, preterminated cables and field-installable connectors.
MCNR/MCNL has front panel with angle mount adaptors (all standard adaptor types as SC, DLC, E2000, FC, etc.) The cables are strain-relieved at the rear of the unit.
MCNR – Right side / MCNL – Left side pivoting shelf can be equipped with either a splice tray holder or bend radius protection which guides, stores and organizes excess slack. This prevents damage to fibers prior to routing into couplings. The MCNR is used in installations where space is limited.

The OFDU-S cabinet is based on universal optical distribution frames. The unified modular system enables easy reconfiguration and can be extended according to operator requirements. The OFDU-S provides splicing, storage and protection of up to 288 (576) fiber splices in individually accessible trays. The slide-out and swing down shelf enables unrestricted front, rear and top access to the splicing area. Various types of splice trays can be used.

The OFDU-T cabinet is based on universal optical distribution frames. The unified modular system enables easy reconfiguration and can be extended according to operator needs. The OFDU-T provides termination in convenient housing unit. The OFDU-T terminates up to 144 fibers in a 3U distribution frame. This unit can take up to 12 snap-in coupling panels or prewired cassettes. The slide-out and swing down shelf enables unrestricted front, rear and top access to termination panels and cable reserve.

The ZMPJ Fixed Cabinet introduces a compact, low cost solution for fiber optic cable termination. The ZMPJ series is ideal for rack-mounting in confined areas such as equipment enclosures where rack space is limited. The modular system allows splicing and termination up to 96 fibers in rack height 1U.
The ZMPJ cabinet is produced from Aluminium alloy 5754 material. Benefits are excellent corrosion resistance and very high strength.

The optical cabinet OD1-LC/SC-24 introduces an 1U optical distribution frame, designed for termination for up to 48 optical fibers. Terminated with LC, SC or E2000 footprint cutout in pivoting optical distribution frame is an economical rack mountable patch panel for use with splicing of manufactured pigtails, preterminated cables and field-installable connectors. The cables are strain-relieved at the rear panel of the unit. The pivoting shelf is equipped with a splice tray holder and protection which guides, stores and OD1-LC/SC-24 is used in installations where space is limited.

The MFDC Cabinets offers termination and splicing within one convenient housing. The MFDC terminates up to 144 fibers in 6U frame. This unit accepts 12 snap-in coupling panels or prewired cassettes. Fibers are routed to the lower section of the unit where splice trays, fiber bundles, and buffer tubes are stored.  Various types of splice trays, blocks of 8 splice cassettes can be located on a pullout shelf, allowing easy access to the buffer tube, fiber storage and splicing area.

Splicing and termination, Power connectors for LEMO 3K.93C

Made exclusively for LEMO 

The FOH-Hybrid Splice Box is ideal wall mount interconnect indoor cabinet designed for splice, storage and protection up to 4 LEMO 3K.93C Pigtail connectors (using DLC adaptors) and with 4 power connectors MATE-N-LOK (6 way). These compact, modular units are ideal for use in broadcast infrastructure network inside the wall boxes and patch panels. FOH designed with compact size which can fit for cabinets with minimum depth of 15 cm. The FOH allows to use different types of optical adapters (SC, LC, E2, etc).

The FO 22 is a cost effective wall mount interconnect indoor cabinet designed for splice, storage and protection of 4 to 24 fiber optic connections. These compact, modular units are ideal for use in locations such as building entrance terminals, telecommunications closets and other controlled environments where wall space is at premium. The FO 22 is from aluminium-magnesium alloy 5754 material (excellent corrosion resistance and very high strength)

The double-door Premise Interconnect Cabinet (MPIC) is available from 6 to 144 (192) fiber capacities. The cabinet is ideal in building entrance terminals, telecommunications closets, computer rooms and other controlled environments where space is limited. This double door cabinet provides segregated access for the end-user and the installer. Both doors are fully removable from base, which allows easy access during installation works and optical network reconfiguration. End-users can reconfigure the connections without exposing the installation workspace. The cable strain-relief is facilitated with dual cable tie "brackets".

The OFDU-CAP-J cabinet is primarily intended for convenient placement of CAPM cassettes. The unified modular system enables easy storage and fastening CAPM cassettes and can be extended according to operator needs. The OFDU-CAP-J terminates up to 288 fibers in a 3U distribution frame. This unit can take up to 12 prewired CAPM cassettes. The OFDU-CAP-J cabinet is produced from Aluminium alloy 5754 material. Benefits are excellent corrosion resistance and very high strength.

The special OFDU-TS4-310 cabinet is based on universal optical distribution frames. The rack-mount Fiber Optic Distribution Frame provides splicing and termination within one convenient housing unit. The OFDU-TS4-310 terminates up to 288 fibers in a 4U distribution frame. The slide-out and drop down shelf enables unrestricted front, rear and top access to the splicing area and termination panels. Cable is fixed in the rear side of the panel, and doesn’t move while opening the drawer. That makes a secure and reliable conection. This frame is ideal for indoor fiber optic cables connection storage, distribution and management. Standard colour is grey (RAL 7038).

Wall mounting safe racks OPT-SRI are designed for industrial applications. OPT-SRI racks provided IP65 protection class against dust and water ingress.
Application areas are semi-open areas like factories, warehouses, lean-to roof conditions, where no direct rain and environmental effects. Totally gasketed door, IP65 performing casted handled locking with one point or three point locking system, isolated cable entries provides the best performance on the water and dust ingress.
t=1.5mm thickness material, mono block welded construction, with surface finish, type thermoreactive powder coating, thickness 80-120μm in RAL7038 light grey color or optionally RAL9005 black color. The paint is intended for outdoor use and is composed of pure polyester,  it provides the corrosion resistence.

The PUDOS is an economical rack mountable patch panel for use with manufactured pigtails, pre terminated cables. The cables are strain-relieved at the rear of the unit. This prevents damage to fibers prior to routing into couplings. In addition the sligh-out shelf allows full access to the internal fiber connection, easy cleaning and connection management. The modular system allows splicing and termination up to 1536 fibers (with SN-MT connectors) in rack height 1U.

DOS^® Data Center Cable

The MCNP Connector Network Panel is an economical rack mountable ODF - optical distribution frame for use with splicing of manufactured pigtails, pre terminated cables and field-installable connectors. Made of lightweight and resistant aluminum alloy the MCNP offers user friendly handling during installation and operation and low transportation costs. The incoming cables are strain-relieved at the rear panel of the unit. The pivoting shelf can be equipped with either a splice tray holder or bend radius protection which guides, stores and organizes excess slack. This prevents damage to fibers prior to routing into couplings. The MCNP is used in installations where space is limited.

The termination box MOTB-001 is suitable to connect the drop cable (or pigtails) to the raiser fibers splices. MOTB-001 is for indoor wall mounting, easy for installation and maintenance.

IP41 rating + Angled fit of adapters

MFDC-xA Connector Network Panel is the optical distribution frame that can be mounted on a 19” rack. It is designed for splicing pre-made pigtails, pre-terminated cables, and connectors that can be installed on site. The cabinet is made from a lightweight and solid aluminum-magnesium alloy, which makes it easy to handle during installation and operation and also helps keep transportation costs low.
Incoming cables are connected to the side panel of the unit using a PG cable glands, which helps the MFDC-xA meet the IP41 rating. Inside of cabinet is a splice tray holder or bend radius protection to guide, store and organize excess slack of pigtails. This helps prevent damage to fibers before they are routed into couplings.
MFDC-xA cabinet is equipped with angled adapters which prevent direct eye contact with the fiber optic laser and reduce the risk of vision damage.
 

The MCNP-xAP Connector Network Panel is an affordable optical distribution frame that can be mounted on a 19” rack. It is designed for splicing pre-made pigtails, pre-terminated cables, and connectors that can be installed on site. The panel is made from a lightweight and durable aluminum-magnesium alloy, which makes it easy to handle during installation and operation, and also helps keep transportation costs low.
The incoming cables are connected to the rear panel of the unit using a PG cable gland, which helps the MCNP-xAP meet the IP41 rating. The pivoting shelf on the panel can be equipped with either a splice tray holder or bend radius protection to guide, store, and organize excess slack. This helps prevent damage to fibers before they are routed into couplings.
The MCNP-xAP is equipped with angled adapters that prevent direct eye contact with the fiber optic light beam and reduce the risk of exposure to the laser.