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TL-IS200-8G2SC is a TP-LINK industrial Ethernet switch designed for industrial environments, providing 8 Gigabit adaptive Ethernet interfaces and 2 pairs of Gigabit single-mode dual-fiber SC fiber ports.
-40°C~75°C working temperature design, no fear of extreme temperatures
TL-IS200-8G2SC is designed in strict accordance with the working temperature of -40°C~75°C (natural heat dissipation) and -40°C~85°C (ambient wind speed 250LFM), and selects industrial-grade devices to ensure that the equipment works stably for a long time in this temperature range and meets all kinds of harsh environments.
The ERPS ring network protocol provides fast protection at the level of 5 0ms
The ERPS ring protocol is a protection protocol with too many rings. It can be single-ring and double-ring networking, and supports fast ring network (fault self-healing time <
Industrial-grade protection design
High-standard electromagnetic anti-interference protection design, suitable for various harsh electromagnetic environments such as electric power and industrial plants.
Metal shell, electroless nickel gold PCB board, greatly improve the anti-corrosion performance of the equipment.
The housing can be protected by IP30 to reduce the impact of dust on the normal operation of the equipment.
Conformal coating protection to improve the reliability of industrial-grade products.
9.6V~60VDC wide voltage input
It supports simultaneous access of three power supplies, and the power supply is redundant to ensure the uninterrupted work of the equipment.
It supports a wide voltage input of 9.6V~60VDC, and is suitable for various industrial power supplies.
Three types of power protection are provided to greatly improve the reliability of power supply to the switch.
Featured devices
The PCB board is made of electroless nickel gold plate, which has high corrosion resistance, oxidation resistance, and excellent electrical properties.
Select high-specification and long-life Japanese capacitors to greatly improve the service life of the product.
TP-LINK's rigorous industrial-grade production and testing process is adopted to effectively release the electrical stress of components and greatly improve the reliability of equipment.
Compact body design, metal shell, efficient heat dissipation
The size of the fuselage is only 137mm*100mm*38mm, which can be very convenient to place in a compact work cabinet, and the high thermal conductivity aluminum alloy shell has better heat dissipation effect.
DIN rail installation is easy and flexible
It can be easily DIN rail mounted and wall-mounted, and the installation method can be flexibly selected according to needs, making the use of industrial-grade Ethernet switches simple and reliable.
Port interrupt alarm, real-time monitoring of port working status
Support port alarm function, real-time monitoring of port working status, timely output alarm signal.
Excellent device compatibility
TP-LINK has more than 100 million Ethernet switch devices running all over the world, serving all walks of life, ensuring that TP-LINK Ethernet switches can be compatible with all kinds of network equipment and production equipment.
Simple and practical network management functions
It supports the management and maintenance of the device through the web interface and PC management software.
802.1Q VLAN, MTU VLAN, and port VLAN are supported, allowing users to flexibly divide VLANs according to their needs.
It supports QoS and three priority modes based on ports, 802.1P, and DSCP to optimize bandwidth configuration.
Port aggregation is supported, which effectively increases link bandwidth, implements link backup, and improves link reliability.
Port mirroring is supported, and data from a port is forwarded to the mirrored port for network monitoring.
Port monitoring is supported, and the traffic information of each port is counted to facilitate traffic monitoring and network anomaly analysis.
It supports bandwidth control, configures port data input/output transmission rates, and reasonably allocates and utilizes bandwidth.
Storm suppression is supported to limit the broadcast traffic allowed to be received by the port to prevent broadcast storms from seriously slowing down network performance.
Protocol Standards |
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Port morphology |
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Operating wavelength |
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Fiber transmission distance |
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Average emitted optical power |
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Receive sensitivity |
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Light |
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Power input |
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DIP |
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structure |
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Temperature |
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Humidity |
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Accreditation standards |
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The maximum power of the whole machine |
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Port configuration |
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Ring network |
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Layer 2 switching |
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Port mirroring |
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Packing accessories |
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admin - September 12, 2018
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