Range of Product: Modicon X80
Range of product: Specifies the range of the product as Modicon X80.
Product or component type: Indicates the product or component type of the device as a serial links module.
Concept: Describes the concept of the device as a serial link.
Integrated connection type:
Protective treatment: Indicates the protective treatment of the device as TC.
Supply: Specifies that the device is powered internally via the rack.
Marking: Indicates the CE marking compliance of the device.
Current consumption: Specify the current consumption of the device as 80 mA at 24 V DC.
Module format: Indicates the module format of the device as standard.
Net weight: Specifies the net weight of the device as 0.23 kg.
Ambient air temperature for operation: Indicates the ambient air temperature range for operation of the device as 0 to 60°C.
Relative humidity: Specify the relative humidity range for the device as 10 to 95% without condensation.
IP degree of protection: Specifies the IP degree of protection of the device as IP20.
Range of Product: The module is part of the Modicon X80 product range, offering a variety of automation and control solutions.
Product or Component Type:This module is specifically designed to handle discrete inputs in an industrial automation system.
Discrete Input Number: The module supports up to 64 discrete input channels.
Discrete Input Type: Each discrete input channel is electrically isolated to prevent interference between channels.
Input Type: The module operates on a current sink input type with positive logic.
Discrete Input Voltage: The input voltage for each discrete channel is 24 V DC with positive logic.
Discrete Input Current: Each discrete input channel requires a current of 0.6 mA.
Complementary Features:
Sensor Power Supply: The sensor power supply for this module operates within a voltage range of 19 to 30 V, providing a versatile power source for connected sensors.
Input Impedance: The module features an input impedance of 40,000 Ohms, ensuring efficient and reliable signal reception from connected sensors.
Insulation Resistance: The insulation resistance of the module is greater than 10 Megaohms at 500 V DC. This high insulation resistance helps prevent unwanted electrical leakage and ensures the integrity of the system.
Power Dissipation in W: The module has a power dissipation of 4.3 Watts. This represents the amount of power the module releases in the form of heat during operation.
DC Typical Response Time: The typical response time for the module in processing DC signals is 4 milliseconds. This represents the time it takes for the module to react to an input signal under normal operating conditions.
DC Maximum Response Time: The module has a maximum response time of 7 milliseconds for processing DC signals. This indicates the longest time the module may take to respond to a signal.
Paralleling of Inputs: The module does not support paralleling of inputs. Each input operates independently without the option to combine signals from multiple inputs.
Typical Current Consumption: The typical current consumption for the module is 160 mA at 3.3 V DC. This represents the amount of current the module draws from the power supply under normal operating conditions.
MTBF Reliability: The module exhibits high reliability with a Mean Time Between Failures (MTBF) rating of 510,000 hours. This metric reflects the expected time between two failures of the module.
Protection Type: The module is equipped with protection mechanisms, including 1 external fuse per group of channels with a rating of 0.5 A fast blow. However, it does not have reverse polarity protection.
Net Weight: The module has a net weight of 0.145 kg, making it lightweight and easy to handle.