cloning's access
OLED display: 4 lines x 20 columns
header for memory expansion and other features
metallic keyboard
SSR outputs: Y0 ... Y7
digital inputs: X0 ... X7
power in
newB receptacle
Picture 3
PCB picture of the latest version of this device.
PCB picture of the latest version of this device.
Picture 2 MYxymPLC: top view with the newB
inserted.
Picture 1 MYxymPLC: PLC prototyping
platform.
The concept
This device is a PLC prototyping platform supported by the newB tool, presenting a cyclic scan of 1 (ms).
Comprising eight digital inputs and eight digital outputs, it accepts non-polarized voltages input in intervals of 5 to 35 volt and currents of 2 to 16 mA. The inputs are optically isolated.
At the outputs, this device has eight Solid State Relays (SSRs) and each SSR is capable of switching AC currents with a maximum of 2.5 Amp and a maximum voltage of 60 Volt, or a maximum DC current of 5.0 Amp for also a maximum voltage of 60 volt.
Parts;
This platform uses an OLED Display for program editing and control, a robust metallic keyboard, a dock entry to directly insert the newB tool, a 36-way socket for product cloning, a 40-way header for memory expansion and the PCB terminal blocks for power in, digital inputs and SSRs terminal outputs.
This device is a PLC prototyping platform supported by the newB tool, presenting a cyclic scan of 1 (ms).
Comprising eight digital inputs and eight digital outputs, it accepts non-polarized voltages input in intervals of 5 to 35 volt and currents of 2 to 16 mA. The inputs are optically isolated.
At the outputs, this device has eight Solid State Relays (SSRs) and each SSR is capable of switching AC currents with a maximum of 2.5 Amp and a maximum voltage of 60 Volt, or a maximum DC current of 5.0 Amp for also a maximum voltage of 60 volt.
Parts;
This platform uses an OLED Display for program editing and control, a robust metallic keyboard, a dock entry to directly insert the newB tool, a 36-way socket for product cloning, a 40-way header for memory expansion and the PCB terminal blocks for power in, digital inputs and SSRs terminal outputs.
Development
Idea and design: Paulo Liborio
Involved knowledge areas:
+ Calculation and design in electronics.
+ PCB design and prototypes construction.
+ Graphic design and graphic assembling.
+ Design and assembling of mechanical parts (the structural aluminium chassis under the graphic masks).
Idea and design: Paulo Liborio
Involved knowledge areas:
+ Calculation and design in electronics.
+ PCB design and prototypes construction.
+ Graphic design and graphic assembling.
+ Design and assembling of mechanical parts (the structural aluminium chassis under the graphic masks).