The Fiberoptic Ethernet Switch with single-mode (EIS6-100T-FT) and multi-mode (EIS6-100T-FCS) capabilities
Fiberoptic Ethernet Switch
Distributed Architecture
All FC-250 modules operate independently. There is no central operating system, no central point of failure. Processing power is distributed throughout the campus, increasing system survivability, eliminating home-run wiring costs while decreasing downtime due to system maintenance.
Highly Survivable
Since NAC’s and SLC’s are grouped on the same module and events are processed locally, ALM modules will perform local operations even if network communication has been severed. Distributed modules also minimize campus-wide downtime by restricting maintenance to the local module.
The EIS6-100T fiber switch models accommodate applications requiring a fiber backbone. These combine the benefits of switching technology and fiber optics, making them ideal for applications where longer networking distance and immunity to EMI/RFI is important. These benefits result in decreased downtime, fewer outages and improved reliability.
- EIS6-100T-FT Four-port 100BASE-TX/two-port 100BASE-FX (multimode) switch w/ST connectors
- EIS6-100T-FCS Four-port 100BASE-TX/two-port 100BASE-FX (single-mode) switch w/SC connectors
The power input entering the AC-100 cabinet are routed through a Power Transient Protection (PTP3) board in order to prevent damage caused by electrical transients.
| MODEL NUMBER | DESCRIPTION |
| EIS6-100T-FT | Four-port 100BASE-TX/two-port 100BASE-FX (multimode) switch w/ST connectors |
| EIS6-100T-FCS | Four-port 100BASE-TX/two-port 100BASE-FX (single-mode) switch w/SC connectors |
| ETP3 | Two ETP3 modules are included |
| PTP3 | One PTP3 module is included |
- Listed for UL 864/10th edition
- Packaged in AC-100 cabinetry
- Module capacity: no limit
The contractor shall furnish and install, where indicated on the plans, ESU3-IP unmanaged switches and/or ES-100 copper/fiber-optic switches to provide for internal or remote connection of distributed IP based system modules. The ESU3-IP unmanaged switch and ES100 fiber-optic switch must be UL/ULC listed and UL/ULC listed as compatible with Harding network fire controls. The copper and fiber-optic switches shall be Harding part numbers EIS6-100T-FT, EIS6-100T-FCS, ETP3, PTP3.
- About
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The EIS6-100T fiber switch models accommodate applications requiring a fiber backbone. These combine the benefits of switching technology and fiber optics, making them ideal for applications where longer networking distance and immunity to EMI/RFI is important. These benefits result in decreased downtime, fewer outages and improved reliability.
- EIS6-100T-FT Four-port 100BASE-TX/two-port 100BASE-FX (multimode) switch w/ST connectors
- EIS6-100T-FCS Four-port 100BASE-TX/two-port 100BASE-FX (single-mode) switch w/SC connectors
- Data Sheet
- Specs
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The power input entering the AC-100 cabinet are routed through a Power Transient Protection (PTP3) board in order to prevent damage caused by electrical transients.
MODEL NUMBER DESCRIPTION EIS6-100T-FT Four-port 100BASE-TX/two-port 100BASE-FX (multimode) switch w/ST connectors EIS6-100T-FCS Four-port 100BASE-TX/two-port 100BASE-FX (single-mode) switch w/SC connectors ETP3 Two ETP3 modules are included PTP3 One PTP3 module is included - Listed for UL 864/10th edition
- Packaged in AC-100 cabinetry
- Module capacity: no limit
- Architects
-
The contractor shall furnish and install, where indicated on the plans, ESU3-IP unmanaged switches and/or ES-100 copper/fiber-optic switches to provide for internal or remote connection of distributed IP based system modules. The ESU3-IP unmanaged switch and ES100 fiber-optic switch must be UL/ULC listed and UL/ULC listed as compatible with Harding network fire controls. The copper and fiber-optic switches shall be Harding part numbers EIS6-100T-FT, EIS6-100T-FCS, ETP3, PTP3.