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2X2 OPTO Mechanical Optical Switch

2X2 OPTO Mechanical Optical Switch

2x2 Bypass Mechanical Optical Switch
D-Net 2x2 Bypass Mechanical Optical Switch is a type of optical switch used in fiber optic networks. It is designed to provide a bypass or fail over mechanism for network traffic in the event of a power failure or equipment malfunction. The "2x2" designation indicates that the switch has two input ports and two output ports.
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Description
Technical Parameters

 D-net`s Mechanical Optical Switch service

 

●Compatibility Assistance: D-NET offers compatibility services to ensure optical modules are compatible with equipment from leading manufacturers.
●Personalized Services: D-NET provides OEM customization options for its products. Upon request, customers can have colored logo labels tailored to their needs.
●Standard Delivery Period: 3 Days
● Extensive Shipping Solutions: D-NET collaborates with highly reputable courier companies such as SF, FedEx, DHL, UPS, and others to ensure reliable shipping services.

 

Features

 

● Minimal loss during insertion
● Stable signal quality
● Quick switching
● Wide wavelength coverage
● Energy-efficient
● Durable and compact design

 

Applications

 

● Network Testing and Monitoring
● Fiber Optic Network Redundancy
● Optical Signal Routing

 

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Specifications

 

Operating Wavelength

1260~1620nm (SM)

850nm(MM)

Insertion Loss

≤1.0dB

Wavelength Dependent Loss

≤0.25dB

Polarization Dependent Loss

≤0.05dB

Temperature Dependent Loss

≤0.20dB

Return Loss

SM≥50dB

MM≥30dB

Cross Talk

SM≥55dB

MM≥35dB

Switch Time

≤8ms

Repeatability

≤±0.02dB

Durability

≥107 times

Operating Voltage

3 or 5V

Switch Type

Non-Latching/Latching

Operating Temperature

-20~+70℃

Storage Temperature

-40~+85℃

Optical Power

≤500mW

Dimension

27.0L×12.0W×8.2H mm

 

Pin Configurations

 

Type

Optical Route

Electric Drive

State Sensor

2×2B

Pin 1

Pin 5

Pin 6

Pin 10

Pin 2-3

Pin 3-4

Pin 7-8

Pin 8-9

Latching

P1-P3

--

--

GND

V+

Close

Open

Open

Close

P1-P4,P2-P3

V+

GND

--

--

Open

Close

Close

Open

Non-latching

P1-P3

--

--

--

--

Close

Open

Open

Close

P1-P4,P2-P3

V+

--

--

GND

Open

Close

Close

Open

 

Mechanical Dimensions (Unit:mm)

 

image001

 

Optical Route

 

image003

 

Ordering Information

 

FSW

-2X2B-

-Wavelength-

-Switch Type-

-Voltage-

-Fiber Type-

-Package-

-Fiber length-

-Connector-

   

1060=1

C+L=2

1310=3

1410=4

1550=5

650=6

780=7

1260-1610=A

1310/1550=9

850=8

Special=0

Latching=1

Non-latching=2

MINI Latching=3

MINI Non-latching=4

Special=0

3V=3

5V=5

Special=0

SM28=1

50/125=5

62.5/125=6

Special=0

Bare fiber=1

900um tube=3

Special=0

0.25m=1

0.5m=2

1.0m=3

Special=0

None=1

FC/PC=2

FC/APC=3

SC/PC=4

SC/APC=5

ST/PC=6

LC/PC=7

Duplex LC=8

Special=0

 

FAQ

 

1. What is optical bypass switch?
A: An optical bypass switch, alternatively referred to as an optical bypass module or unit, serves as a crucial device within optical networks. In the event of a failure or power outage, it reroutes network traffic to maintain uninterrupted connectivity. This device incorporates a fail-safe mechanism that automatically bypasses any failed network component.


2. What is bypass optical?
A: In mission-critical applications where network uptime and reliability are paramount, the bypass capability of an optical bypass switch is indispensable. By swiftly redirecting traffic in the face of a failure, it minimizes service interruptions, safeguards against data loss, and guarantees the continuity of essential services.


3. How do optical mechanical switch work
A: An optical mechanical switch uses movable fibers or mirrors to redirect light signals. It physically moves these to establish or break connections. In "bypass" mode, it connects two ports directly. In "non-bypass" mode, it redirects signals to an alternate path, like another network route or diagnostic device.