BK2010 Beckhoff
Wake Industrial LLC is not an authorized distributor of this product.
The BK2010, part of Beckhoff's BK EtherCAT Bus Couplers, operates with a 24 V supply (+/- 10%) and weighs 130 grams. It supports up to 64 bus terminals, with a configuration interface for KS2000 and a max baud rate of 2.5 MBaud. The device manages 256 digital input and output signals.
Internal Product Review
The BK2010 fieldbus coupler from Beckhoff is a technical solution for modular I/O expansion. It offers 256 digital inputs, 256 digital outputs, 2.5 Mbaud data rate, and 500 mA K-bus output current. The fieldbus coupler supports up to 64 bus terminals and ensures reliable fiber optic communication.
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Product Description:
The BK2010 Series fieldbus coupler is made for adding more digital I/O modules in industrial automation. In order to guarantee the system's functionality and the stability of data transmission, Beckhoff implements durable fiber optic connection technology.
The BK2010 fieldbus coupler can connect to a fieldbus process picture that has 32 bytes heading in and 32 bytes going out. I/O modules and controllers can easily share info this way. Data can be sent at a rate of 2.5M when 10 units with 32-bit I/O are used. This means that the coupler takes about 0.26 ms to send data. Both BK2010 plastic and Z1010 HCS fiber optic links can be used with the system. Stations can be up to 45 m or 300 m apart. Power can be transmitted at 24 V DC with a range of -15% to +20%. The base current is 70 mA, and each of the four links needs 200 mA of K-bus current. Use in environments ranging from 0°C to +55°C. The coupler can also be stored at temperatures ranging from -25°C to +85°C. The Bk coupler has 64 bus connections and up to 256 digital inputs and outputs. This enables the connection of intricate control systems in a manner that can be expanded as necessary.
The BK2010 serial fieldbus coupler can connect to 64 bus terminals and has an IP20 grade for safety. In order to configure the product, users require either KS2000 software or a coupler that is capable of automatic mapping. The coupler is suitable for industrial automation networks that require a durable fiber optic interface and modular I/O expansion. Fast data flow, high-density digital I/O, and installation that can be changed all help make system design efficient and scalable.
