SJ-OTB-M15 Specifications
| Model | SJ-OTB-M15 |
| Type | Fiber optic patch panel, drawer type |
| Rack space | 3U, 19 inch |
| Capacity | 96 cores, SC/APC or SC/UPC simplex |
| Splice tray capacity | 12 fibers / tray; 24 fibers / tray |
| Adapters | FC, SC, ST, LC adapter options |
| Material | Cold-rolled steel |
| Dimension | 19″ × 3U × 300 mm |
| Operating temperature | −40 °C to +70 °C |
Key Features
- 96 cores in 3U — double the density of a 2U 48-core panel without moving to a full ODF frame.
- Drawer-type access — splice trays slide out for splicing and inspection; no unmounting the panel.
- APC or UPC, four adapter standards — SC/APC or SC/UPC simplex standard; FC, SC, ST, LC options.
- Flexible tray loading — 12 or 24 fibers per tray to match cable construction.
- Cold-rolled steel chassis — rigid 19-inch construction at 300 mm depth.
- Rated −40 °C to +70 °C — covers unheated cabinets and plant rooms.
Where the SJ-OTB-M15 Fits
- FTTH distribution cabinets — 96-fiber termination between feeder and drop sides.
- Enterprise mainframes — building distribution in 3U with full drawer access.
- High-touch mid-density sites — frequent adds, moves and changes on 96 fibers.
Need fewer ports? See the 48-core 2U panel. Need 144 cores? See the BWN-ODF-144-C or the SJ-OTB-M21 3U drawer. Browse the full fiber patch panel range or our ODF optical distribution frames.
Installation Notes
- Mount the panel in any standard 19-inch rack (3U); leave front clearance for the trays to slide fully out.
- Splice tray by tray: 12 or 24 fibers per tray, sleeves seated, slack coiled with controlled bends.
- Label each tray and port row before patching — 96 unlabeled fibers is a maintenance trap.
Mid/High-Density Panels in the Range
| ODF-48A | M15 (this model) | ODF-144-C | |
|---|---|---|---|
| Rack space | 2U fixed | 3U drawer | 4U modular |
| Capacity | 48 cores | 96 cores | 144 fibers |
| Best for | Standard 48-fiber termination | Double density, sliding access | Modular building distribution |
Full range: fiber patch panel range
