5SHX2645L0004

Description

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It is usually 24V DC, and some information mentions that the input voltage is 24V DC ± 20%.
In some applications, it is also mentioned that the operating voltage is 220V or rated, which may refer to different application scenarios or configurations.
Digital input and output:
There are 16 routes each.
Communication protocol:
Support Modbus and Ethernet /IP.
Programming language:
Use IEC 61131-3 standard.
Program capacity and data capacity:
The program capacity is 300 and the data capacity is 200.
Processing speed:
A processing speed of 550μs is mentioned in some descriptions.
Input current:
The maximum is 5 mA (some information mentions A maximum of 0.5 A).
specification
Dimensions: 120mm x 90mm x 70mm.
Operating temperature: -20°C to +60°C. However, it is mentioned in some descriptions that the operating temperature range may be wider, such as -20°C to +100°C, which may vary depending on the specific application or configuration.
weight
The specific weight information varies from source to source, with some mentioned as 1.6kg and others as 2.6kg.
series
The module may belong to a specific line from ABB, but the name of the specific line is not explicitly mentioned in the search results.
trait
High Performance: Designed for industrial automation applications, it offers advanced features and reliable performance.
Easy maintenance: Support remote diagnosis and maintenance, with high reliability and availability.
Multiple input and output: Support 16 digital input and output to meet a variety of control needs.
Flexible communication: Supports a variety of communication protocols such as Modbus and Ethernet /IP to facilitate data exchange with other devices and systems.
Easy programming: Using IEC 61131-3 standard programming language, programming is more convenient.
Special features: Features of thyristors, such as low leakage current and a special coupled dual-transistor feedback amplifier, are able to operate effectively when the circuit is disconnected and quickly adjust the current and voltage when the control signal is received.

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