Place of Origin: | USA |
Brand Name: | Foxboro |
Certification: | CO |
Model Number: | P0926AH |
Minimum Order Quantity: | 1 Piece |
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Price: | inquiry |
Packaging Details: | original |
Delivery Time: | 3-5 work days |
Payment Terms: | T/T |
Supply Ability: | 10 Piece per a day |
Product Name: | Foxboro | Product Model: | P0926AH |
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Warranty: | 1 Year | Cnc Machining Or Not: | CNC Machining |
Micro Machining Or Not: | Micro Machining | Application: | Auto /medical/agricultural/train/valve/textile |
Size: | Standard | Packing: | Packed In Plastic Bag With Carton For Outer Packing Or As Your Request |
Gross Weight: | 1kg | Packing Size: | 5.1" X 2.8" X 6" (13 Cm X 7 Cm X 15 Cm) |
Highlight: | FIBER SPLITTER COMBINER,Foxboro P0926AH,Passive Fiber Optic Distribution Unit |
Foxboro P0926AH FIBER SPLITTER COMBINER Passive Fiber Optic Distribution Unit Each Directed To The 2 Concentrators
Product Details:
Brand Name | Foxboro |
Model | P0926AH |
Condition | New |
Gross Weight/Shipping Weight | 2.2 lbs / 35.2 oz / 1kg |
Packing Size | 6.4" x 6.4" x 4.8" (16cm x 16 cm x 12 cm) |
Country of Origin/Original Country | United States (USA) |
Lead Time | In Stock |
Shipping Port | Xiamen |
Payment | T/T |
Sales Price | Inquiry |
Color | Depend on product |
Warranty | 12 months |
Lead time | 3-5 work days |
Courier partners | DHL, UPS, TNT, FedEx and EMS |
Additional Information:
Features |
Passive fiber optic distribution unit |
Interconnect a fault tolerant pair of Fiber Optic Carrierband LAN Interfaces and a pair of (redundant) active concentrators |
Each directed (separately) to the two concentrators |
Splits the two signals from the concentrators into four signals for the Interfaces |
Description:
The Splitter/Combiner is a passive fiber optic distribution unit that performs quadruple to dual (and vice versa) signal conversions in fiber optic IEEE 802.4 compatible networks.
The splitter/combiner is designed to interconnect a fault tolerant pair of Fiber Optic Carrierband LAN Interfaces and a pair of (redundant) active concentrators.
It combines the four (redundant) signals from the pair of Interfaces into two signals, each directed (separately) to the two concentrators. In the reverse direction, it splits the two signals from the concentrators into four signals for the Interfaces.
Contact Person: Candy Wang
Tel: +8618059279924