The MX-System series | # 6: The I/O modules

Our MX-System combines all technological innovations in automation technology in an IP67-capable modular system.

Comprehensive selection of I/O modules for all signals of the automation world.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO1008-0000-1112, with eight digital inputs, acquires binary control signals from the process level and transfers them, with electrical isolation, to the controller. The signal state is shown on the display; the signal interface is established via screw-type M12 connectors, each with two inputs for convenient integration of sensors with two channels.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO1008-0000-1111, with eight digital inputs, acquires binary control signals from the process level and transfers them, with electrical isolation, to the controller. The signal state is shown on the display; the signal interface is established via screw-type M8 connectors.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO2008-0000-1112 connects the binary control signals from the automation device on to the actuators at the process level. The eight short-circuit proof outputs can each handle output currents up to a maximum of 0.5 A and are limited to a total of 4 A. The signal state is shown on the display; the signal interface is established via screw-type M12 connectors, each containing two outputs for convenient integration of actuators with two channels.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO2008-0000-1111 connects the binary control signals from the automation device on to the actuators at the process level. The eight short-circuit proof outputs can each handle output currents up to a maximum of 0.5 A and are limited to a total of 4 A. The signal state is shown on the display; the signal interface is established via screw-type M8 connectors.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO2024-0000-1112 connects the binary control signals from the automation device on to the actuators at the process level. The four short-circuit proof outputs can each handle output currents up to a maximum of 2 A and are limited to a total of 2 x 4 A. The signal state is shown on the display; the signal interface is established via screw-type M12 connectors.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. With eight digital channels, each of which can be operated as inputs or outputs, the MO2338-0000-1111 can be used universally to operate a wide variety of inputs and outputs in any combination. Configuration is not required; the input circuit is internally permanently connected to the output driver so that a set output is automatically displayed in the input process image.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. With eight digital channels, each of which can be operated as inputs or outputs, the MO2338-0000-1112 can be used universally to operate a wide variety of inputs and outputs in any combination. Configuration is not required; the input circuit is internally permanently connected to the output driver so that a set output is automatically displayed in the input process image.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. With 16 digital channels, each of which can be operated as inputs or outputs, the MO2316-0000-1112 can be used universally to operate a wide variety of inputs and outputs in any combination. Configuration is not required; the input circuit is internally permanently connected to the output driver so that a set output is automatically displayed in the input process image.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO2414-0000-1110 integrates pneumatic functions by serving as a base module for a Festo valve from the VUVG series (not included in the scope of delivery). The base module provides the valve supply air and the control signals. The hoses leading to the field level are connected directly to the valve in question. Different variants such as 3/2-, 5/2-, or 5/3-way valves can be combined.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO2424-0000-1110 integrates pneumatic functions by serving as a base module for an SMC valve from the JSY3000 series (not included in the scope of delivery). The base module provides the valve supply air and the control signals. The hoses leading to the field level are connected directly to the valve in question. Different variants such as 3/2-, 5/2-, or 5/3-way valves can be combined.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO2414-0900-1110 integrates pneumatic functions by serving as a base module for a Festo valve from the VUVG series (not included in the scope of delivery). The base module provides the valve supply air and the control signals via safe outputs. The hoses leading to the field level are connected directly to the valve in question. Different variants such as 3/2-, 5/2-, or 5/3-way valves can be combined.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO2424-0900-1110 integrates pneumatic functions by serving as a base module for an SMC valve from the JSY3000 series (not included in the scope of delivery). The base module provides the valve supply air and the control signals via safe outputs. The hoses leading to the field level are connected directly to the valve in question. Different variants such as 3/2-, 5/2-, or 5/3-way valves can be combined.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO3204-6666-1112 allows the direct connection of up to four temperature sensors and can measure the resistance and voltage in the specified ranges for each channel. This means that all RTD sensors and thermocouples compatible with the measuring range can be connected. The signal state is shown on the display; the signal interface is established via screw-type M12 connectors.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO3004-2255-1112 can be used with four analog channels, two of which can be operated as switchable inputs or outputs, for signals with ±10 V (also 0...10 V) and ±20 mA (also 4...20 mA). This enable several measuring tasks to be executed at the same time. The signal state is shown on the display; the signal interface is established via screw-type M12 connectors.

The I/O modules in the MX-System offer a wide choice for all signal types and directions. The MO5162-0000-1112 is an interface for connecting two 24 V incremental encoders (24 V HTL) with A, B, and C tracks. It is used to evaluate input frequencies up to 100 kHz as well as implement period, frequency, or speed measurements with a resolution of 10 ns. Two additional 24 V digital inputs per channel are available for saving, locking, and setting the counter value. Alternatively, the MO5162-0000-1112 can be used as an up/down counter. The encoders can be supplied with 24 V DC, equipped with electronic protection, directly via the connection points of the module. The signal state is shown on the display; the signal interface is established via screw-type M12 connectors.

The MO6224-0020-1112 enables the connection of up to four IO-Link devices. The parameterization of the IO-Link devices with service data can take place from within TwinCAT via ADS or, conveniently, via the integrated IO-Link configuration tool. The signal state is shown on the display and the IO-Link devices are connected via an M12 connector for each channel.

The MO6021-0000-1112 provides an RS422 or RS485 interface and guarantees excellent immunity to interference through electrically isolated signals. The active communication channel operates independently of the higher-level EtherCAT system in full duplex mode. In conjunction with the TwinCAT Virtual Serial COM Driver, the module can be used as a normal Windows COM interface. The signal state is shown on the display; the signal interface is established via a screw-type M12 connector.

The MO6071-0033-1110 license key module is equipped with a local data memory for storing TwinCAT 3.1 license files and contains licenses that have been pre-installed ex-works.

The MO6072-0033-1110 license key module is equipped with a local data memory for storing TwinCAT 3.1 license files and contains licenses that have been pre-installed ex-works.

The MO6224-0039-1112 enables the connection of up to four IO-Link devices – each via an M12 connector. An additional supply voltage, which can be safely switched off, is available on the Class B ports for IO-Link devices with higher power requirements. The parameterization of the IO-Link devices with service data can take place from within TwinCAT via ADS or, conveniently, via the integrated IO-Link configuration tool.

The MO6070-0033-1110 license key module is equipped with a local data memory for storing TwinCAT 3.1 license files and contains licenses that have been pre-installed ex-works.

The MO6071-0000-1110 license key module is equipped with a local data memory for saving TwinCAT 3.1 license files.

The MO6072-0000-1110 license key module is equipped with a local data memory for saving TwinCAT 3.1 license files.

The MO6070-0000-1110 license key module is equipped with a local data memory for saving TwinCAT 3.1 license files.

The MO7221-9018-1114 allows the direct connection of a 24 V servomotor up to 7 A and the integration of STO/SS1 and SafeMotion functions and TwinSAFE Logic. The encoder is integrated via an absolute value interface. Additionally, with One Cable Technology (OCT), the encoder cable is omitted thanks to the signals being transmitted digitally via the existing motor cable.

The MO7062-9016-1112 allows the direct connection of two 24 V DC stepper motors in the medium power range up to 3 A and the integration of STO/SS1 functions and TwinSAFE Logic. The module can be parameterized in line with the motor and application requirements in question. Extremely high micro-stepping ensures particularly quiet and precise motor operation. In addition, an interface for the direct connection of incremental encoders with differential signals (RS422) or TTL single-ended signals is provided for each motor channel.

The MO7221-9016-1124 allows the direct connection of a 48 V servomotor up to 7 A and the integration of STO/SS1 functions and TwinSAFE Logic. The encoder is integrated via an absolute value interface. Additionally, with One Cable Technology (OCT), the encoder cable is omitted thanks to the signals being transmitted digitally via a B17 motor cable.

The MO7062-0000-1112 allows the direct connection of two 24 V DC stepper motors in the medium power range up to 3 A. The module can be parameterized in line with the motor and application requirements in question. Extremely high micro-stepping ensures particularly quiet and precise motor operation. In addition, an interface for the direct connection of incremental encoders with differential signals (RS422) or TTL single-ended signals is provided for each motor channel.

The MO7062-9016-1122 allows the direct connection of two 48 V DC stepper motors in the medium power range up to 3 A and the integration of STO/SS1 functions and TwinSAFE Logic. The module can be parameterized in line with the motor and application requirements in question. Extremely high micro-stepping ensures particularly quiet and precise motor operation. In addition, an interface for the direct connection of incremental encoders with differential signals (RS422) or TTL single-ended signals is provided for each motor channel.

The MO7221-9016-1114 allows the direct connection of a 24 V servomotor up to 7 A and the integration of STO/SS1 functions and TwinSAFE Logic. The encoder is integrated via an absolute value interface. Additionally, with One Cable Technology (OCT), the encoder cable is omitted thanks to the signals being transmitted digitally via a B17 motor cable.

The MO7062-0000-1122 allows the direct connection of two 48 V DC stepper motors in the medium power range up to 3 A. The module can be parameterized in line with the motor and application requirements in question. Extremely high micro-stepping ensures particularly quiet and precise motor operation. In addition, an interface for the direct connection of incremental encoders with differential signals (RS422) or TTL single-ended signals is provided for each motor channel.

The MO7221-9018-1124 allows the direct connection of a 48 V servomotor up to 7 A and the integration of STO/SS1 and SafeMotion functions and TwinSAFE Logic. The encoder is integrated via an absolute value interface. Additionally, with One Cable Technology (OCT), the encoder cable is omitted thanks to the signals being transmitted digitally via the existing motor cable.

The MO1918-0000-1112 TwinSAFE component has eight fail-safe, digital inputs for sensors with potential-free contacts for 24 V DC. The signal state is shown on the display; the signal interface and the power supply for the sensors are established via screw-type M12 connectors.

The MO2912-0000-1112 TwinSAFE component has two safe, digital outputs for 24 V DC actuators with up to 2 A. The signal state is shown on the display; the signal interface and the power supply for the actuators are established via screw-type M12 connectors.

The MO2914-0000-1112 TwinSAFE component is equipped with four safe, digital outputs for 24 V DC actuators with up to 0.5 A per channel. The signal state is shown on the display; the signal interface and the power supply for the actuators are established via screw-type M12 connectors.

The MO2962-0000-1112 TwinSAFE component is equipped with two safe relay outputs for connecting safety circuits of interlinked machines and systems to each other with electrical isolation. The signal state is shown on the display; the signal interface and the power supply for the actuators are established via screw-type M12 connectors.