GJR2393200R1210 88TK05C-E Product datasheet
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Model number: |
GJR2393200R1210 88TK05C-E |
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Module Type: |
Bus Coupling Module |
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Manufacture: |
ABB |
|
Condition: |
Brand New |
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Range of Product: |
ABB |
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Lead time: |
In Stock |
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Weight: |
1.22 kg |
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HS CODE: |
8537101190 |
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Dimension: |
24x19x5.3cm |
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MOQ: |
1 |
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Product Origin: |
SWEDEN |
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System: |
DCS |
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Discontinued on: |
Active |
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Communication Service: |
Ethernet router |
GJR2393200R1210 88TK05C-E Functional Description
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ABB |
07AA60R1 GJV3074365R1 |
ABB |
07DI92 WT92 GJR5252400R4101 |
ABB |
07KT92 GJR5250500R0902 |
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ABB |
07AI91 GJR5251600R0278 |
ABB |
07EA61R1 GJV3074351R1 |
ABB |
07KT92 GJR5250500R0902 |
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ABB |
07BT62R1 |
ABB |
07EA63R1 |
ABB |
07KT92 GJR5250500R0262 |
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ABB |
07CT41 1SBP260022R1001 |
ABB |
07EB62R1 |
ABB |
07KT93 GJR5251300R0171 |
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ABB |
07DC91 GJR5251400R0202 |
ABB |
07KP60R101 |
ABB |
07KT94 GJR5252100R3261 |
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ABB |
07DC91 GJR5251400R0202 |
ABB |
07KP64 GJR5240600R0101 |
ABB |
07KT97 WT97 |
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ABB |
07DI92 |
ABB |
07KP90 |
ABB |
07KT97 WT97 GJR5253000R4270 |
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ABB |
07DI92 WTDI92 GJR5252400R4101 |
ABB |
07KR240 GJV3072402R1 |
ABB |
07MK92 GJR5253300R3161 |
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ABB |
07DI92 GJR5252400R0101 |
ABB |
07KR91 GJR5250000R0101 |
ABB |
07NG61R1 |
|
ABB |
07DI92 WT92 GJR5252400R4101 |
ABB |
07KR91 GJR5250000R0151 |
ABB |
07NG63R1 GJV3074313R1 |
High-speed redundant remote bus
The high-speed remote bus is based on the FDDI (fiber distributed data interface) token ring network architecture in accordance with ISO 9314. It is connected to the station bus via remote bus coupling modules.
Optical fiber cables are used for the connections. These are insensitive to electromagnetic interference and can transmit data over distances of up to 2,000 m between stations and at a high data transfer rate of 100 Mbit/s. Maximum network sizes of up to 100 km can be achieved.
The remote bus does not require any common central components and can therefore restructure the system and maintain communication itself in the event of a fault, such as a cable interruption. In this way it fulfills the highest demands for availability.
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