PLC

• 140CPU53414A: This is a standard Unity processor that has a Modbus Plus port and a Modbus port to communicate with other devices. It has a memory capacity of 256 kB, which can be expanded up to 8 MB. It is clocked at 66 MHz and can execute instructions at up to 15 Kinst/ms. It is suitable for medium-scale control systems where high speed and high reliability are required.

• 140CPU65150: This is an advanced Unity processor that has a Modbus Plus port, a Modbus port, and an Ethernet port to communicate with various networks. It has a memory capacity of 768 kB, which can be expanded up to 8 MB. It is clocked at 166 MHz and can execute instructions up to 20 Kinst/ms. It is suitable for large-scale control systems where high performance and flexibility are required.

• 140CPU65150C: This is a coated Unity processor, it has the same function and performance as 140CPU65150, but it has been specially coated to resist harsh environmental conditions, such as high temperature, high humidity, dust, corrosion wait.

• 140CPU67160: This is a super-sized Unity processor that has two Modbus Plus ports, two Modbus ports, and two Ethernet ports to communicate with various networks. It has a memory capacity of 4 MB, which can be expanded up to 16 MB. It is clocked at 266 MHz and can execute instructions up to 40 Kinst/ms. It is suitable for ultra-large-scale control systems that require extremely high performance and extremely high flexibility.

• 140CRA21110: This is a remote I/O adapter module that can connect Quantum I/O modules to an Ethernet network for remote I/O control. It supports both RIO and DIO modes, and has diagnostic functions. It is suitable for occasions where I/O modules need to be distributed in different locations, and data transmission and management are performed through Ethernet.

• 140CRA31200: This is a remote I/O adapter module, which can connect the X80 I/O module to the Ethernet network to realize remote I/O control. It supports both RIO and DIO modes, and has diagnostic functions. It is suitable for occasions where X80 I/O modules need to be distributed in different locations, and data transmission and management are performed through Ethernet.

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