CIMON’s Digital I/O Modules are a required supplement to a CIMON programmable logic controller. They are offered in multiple configurations; modules are available with only inputs, only outputs or both inputs and outputs. Their modularity and expandability make them ideal for even the largest applications. The units are available in either Sinking or Sourcing with either Transistor or Relay-type outputs. The PLC-CPU-XP is capable of handling up to 8,192 I/O points, the PLC-CPU-CP up to 1,024 points and the PLC-CPU-SP up to 384 I/O points. All modules are photo-coupler insulated so that units are not damaged.

CIMON’s Digital I/O Modules are a required supplement to CIMON programmable logic controllers. They are offered in multiple configurations; modules are available with only inputs, only outputs or both inputs and outputs. Their modularity and expandability make them ideal for even the largest applications. The units are available in either Sinking or Sourcing with either Transistor or Relay-type outputs. The PLC-CPU-XP is capable of handling up to 8,192 I/O points, the PLC-CPU-CP up to 1,024 points and the PLC-CPU-SP up to 384 I/O points. All modules are photo-coupler insulated so that units are not damaged.

CIMON’s Digital I/O Modules are a required supplement to a CIMON programmable logic controller PLC. They are offered in multiple configurations; modules are available with only inputs, only outputs or both inputs and outputs. Their modularity and expandability make them ideal for even the largest applications. The units are available in either Sinking or Sourcing with either Transistor or Relay-type outputs. The PLC-CPU-XP is capable of handling up to 8,192 I/O points, the PLC-CPU-CP up to 1,024 points and the PLC-CPU-SP up to 384 I/O points. All modules are photo-coupler insulated so that units are not damaged.

CIMON’s Digital I/O Modules are a required supplement to CIMON programmable logic controls. They are offered in multiple configurations; modules are available with only inputs, only outputs or both inputs and outputs. Their modularity and expandability make them ideal for even the largest applications. The units are available in either Sinking or Sourcing with either Transistor or Relay-type outputs. The PLC-CPU-XP is capable of handling up to 8,192 I/O points, the PLC-CPU-CP up to 1,024 points and the PLC-CPU-SP up to 384 I/O points. All modules are photo-coupler insulated so that units are not damaged.

CIMON’s Digital I/O Modules are a required supplement to a CIMON programmable logic control. They are offered in multiple configurations; modules are available with only inputs, only outputs or both inputs and outputs. Their modularity and expandability make them ideal for even the largest applications. The units are available in either Sinking or Sourcing with either Transistor or Relay-type outputs. The PLC-CPU-XP is capable of handling up to 8,192 I/O points, the PLC-CPU-CP up to 1,024 points and the PLC-CPU-SP up to 384 I/O points. All modules are photo-coupler insulated so that units are not damaged.

An analog I/O module is an additional unit that is used in conjunction with a programmable logic controller to process and output voltages and currents. There are two distinct types of analog modules: digital-to-analog (D -> A) and analog-to-digital (A -> D). The digital-to-analog module will convert a binary value given to the processor into a certain voltage, while an analog-to-digital module will convert a voltage or current level at an input into a binary value for processing purposes. Oftentimes programmable logic controller manufacturers will sell mixed units that have both features (A->D, D->A). CIMON’s Analog I/O Modules are offered in 4, 8, or 16 channels, allowing for extreme flexibility in a number of different applications. Both the CM1 and CM3 programmable logic controllers have the following options; analog-to-digital module, digital-to-analog module and a mixed module that offers both. The digital-to-analog modules can output -10VDC to 10VDC. The analog-to-digital modules are available in a 14-bit resolution, and can read inputs ranging from -10VDC to 10VDC or 0VDC to 10VDC. These modules are ideal for use with Anaheim Automation’s Brushless Drivers, which can utilize up to a 5VDC signal for speed control.

An analog I/O module is an additional unit that is used in conjunction with programmable logic controllers to process and output voltages and currents. There are two distinct types of analog modules: digital-to-analog (D -> A) and analog-to-digital (A -> D). The digital-to-analog module will convert a binary value given to the processor into a certain voltage, while an analog-to-digital module will convert a voltage or current level at an input into a binary value for processing purposes. Oftentimes manufacturers of programmable logic controllers will sell mixed units that have both features (A->D, D->A). CIMON’s Analog I/O Modules are offered in 4, 8, or 16 channels, allowing for extreme flexibility in a number of different applications. Both the CM1 and CM3 programmable logic controllers have the following options: analog-to-digital module, digital-to-analog module and a mixed module that offers both. The digital-to-analog modules can output -10VDC to 10VDC. The analog-to-digital modules are available in a 14-bit resolution, and can read inputs ranging from -10VDC to 10VDC or 0VDC to 10VDC. These modules are ideal for use with Anaheim Automation’s Brushless Drivers, which can utilize up to a 5VDC signal for speed control.

An analog I/O module is an additional unit that is used in conjunction with a programmable logic controller PLC to process and output voltages and currents. There are two distinct types of analog modules: digital-to-analog (D -> A) and analog-to-digital (A -> D). The digital-to-analog module will convert a binary value given to the processor into a certain voltage, while an analog-to-digital module will convert a voltage or current level at an input into a binary value for processing purposes. Oftentimes programmable logic controller PLC manufacturers will sell mixed units that have both features (A->D, D->A). CIMON’s Analog I/O Modules are offered in 4, 8, or 16 channels, allowing for extreme flexibility in a number of different applications. Both the CM1 and CM3 programmable logic controller PLCs have the following options; analog-to-digital module, digital-to-analog module and a mixed module that offers both. The digital-to-analog modules can output -10VDC to 10VDC. The analog-to-digital modules are available in a 14-bit resolution, and can read inputs ranging from -10VDC to 10VDC or 0VDC to 10VDC. These modules are ideal for use with Anaheim Automation’s Brushless Drivers, which can utilize up to a 5VDC signal for speed control.

An analog I/O module is an additional unit that is used in conjunction with programmable logic controls to process and output voltages and currents. There are two distinct types of analog modules: digital-to-analog (D -> A) and analog-to-digital (A -> D). The digital-to-analog module will convert a binary value given to the processor into a certain voltage, while an analog-to-digital module will convert a voltage or current level at an input into a binary value for processing purposes. Oftentimes manufacturers of programmable logic controls will sell mixed units that have both features (A->D, D->A). CIMON’s Analog I/O Modules are offered in 4, 8, or 16 channels, allowing for extreme flexibility in a number of different applications. Both the CM1 and CM3 programmable logic controls have the following options: analog-to-digital module, digital-to-analog module and a mixed module that offers both. The digital-to-analog modules can output -10VDC to 10VDC. The analog-to-digital modules are available in a 14-bit resolution, and can read inputs ranging from -10VDC to 10VDC or 0VDC to 10VDC. These modules are ideal for use with Anaheim Automation’s Brushless Drivers, which can utilize up to a 5VDC signal for speed control.

An analog I/O module is an additional unit that is used in conjunction with a programmable logic control to process and output voltages and currents. There are two distinct types of analog modules: digital-to-analog (D -> A) and analog-to-digital (A -> D). The digital-to-analog module will convert a binary value given to the processor into a certain voltage, while an analog-to-digital module will convert a voltage or current level at an input into a binary value for processing purposes. Oftentimes programmable logic control manufacturers will sell mixed units that have both features (A->D, D->A). CIMON’s Analog I/O Modules are offered in 4, 8, or 16 channels, allowing for extreme flexibility in a number of different applications. Both the CM1 and CM3 programmable logic control units have the following options; analog-to-digital module, digital-to-analog module and a mixed module that offers both. The digital-to-analog modules can output -10VDC to 10VDC. The analog-to-digital modules are available in a 14-bit resolution, and can read inputs ranging from -10VDC to 10VDC or 0VDC to 10VDC. These modules are ideal for use with Anaheim Automation’s Brushless Drivers, which can utilize up to a 5VDC signal for speed control.