Delta 36-R31 User Manual download pdf (Page 33)

ACC-36E Manual

USing acc-36E with power umac 33

Bipolar Example

global ADC1; // Channel 1 ADC storage variable

global ADC2; // Channel 2 ADC storage variable

global ADC3; // Channel 3 ADC storage variable

global ADC4; // Channel 4 ADC storage variable

global ADC5; // Channel 5 ADC storage variable

global ADC6; // Channel 6 ADC storage variable

global ADC7; // Channel 7 ADC storage variable

global ADC8; // Channel 8 ADC storage variable

global ADC9; // Channel 9 ADC storage variable

global ADC10; // Channel 10 ADC storage variable

global ADC11; // Channel 11 ADC storage variable

global ADC12; // Channel 12 ADC storage variable

global ADC13; // Channel 13 ADC storage variable

global ADC14; // Channel 14 ADC storage variable

global ADC15; // Channel 15 ADC storage variable

global ADC16; // Channel 16 ADC storage variable

Open PLC 1

ACC36E[0].ConvertCode = 8; // Select Channel 1 & 9, bipolar

While(ACC36E[0].ADCRdyLow != 1 && ACC36E[0].ADCRdyHigh != 1){} // Wait for ADCs

ADC1 = ACC36E[0].ADCsLow; // Read and copy result into storage

ADC9 = ACC36E[0].ADCsHigh; // Read and copy result into storage

ACC36E[0].ConvertCode = 9; // Select Channel 2 & 10, bipolar

While(ACC36E[0].ADCRdyLow != 1 && ACC36E[0].ADCRdyHigh != 1){} // Wait for ADCs

ADC2 = ACC36E[0].ADCsLow; // Read and copy result into storage

ADC10 = ACC36E[0].ADCsHigh; // Read and copy result into storage

ACC36E[0].ConvertCode = 10; // Select Channel 3 & 11, bipolar

While(ACC36E[0].ADCRdyLow != 1 && ACC36E[0].ADCRdyHigh != 1){} // Wait for ADCs

ADC3 = ACC36E[0].ADCsLow; // Read and copy result into storage

ADC11 = ACC36E[0].ADCsHigh; // Read and copy result into storage

ACC36E[0].ConvertCode = 11; // Select Channel 4 & 12, bipolar

While(ACC36E[0].ADCRdyLow != 1 && ACC36E[0].ADCRdyHigh != 1){} // Wait for ADCs

ADC4 = ACC36E[0].ADCsLow; // Read and copy result into storage

ADC12 = ACC36E[0].ADCsHigh; // Read and copy result into storage

ACC36E[0].ConvertCode = 12; // Select Channel 5 & 13, bipolar

While(ACC36E[0].ADCRdyLow != 1 && ACC36E[0].ADCRdyHigh != 1){} // Wait for ADCs

ADC5 = ACC36E[0].ADCsLow; // Read and copy result into storage

ADC13 = ACC36E[0].ADCsHigh; // Read and copy result into storage

ACC36E[0].ConvertCode = 13; // Select Channel 6 & 14, bipolar

While(ACC36E[0].ADCRdyLow != 1 && ACC36E[0].ADCRdyHigh != 1){} // Wait for ADCs

ADC6 = ACC36E[0].ADCsLow; // Read and copy result into storage

ADC14 = ACC36E[0].ADCsHigh; // Read and copy result into storage

ACC36E[0].ConvertCode = 14; // Select Channel 7 & 15, bipolar

While(ACC36E[0].ADCRdyLow != 1 && ACC36E[0].ADCRdyHigh != 1){} // Wait for ADCs

ADC7 = ACC36E[0].ADCsLow; // Read and copy result into storage

ADC15 = ACC36E[0].ADCsHigh; // Read and copy result into storage

ACC36E[0].ConvertCode = 15; // Select Channel 8 & 16, bipolar

While(ACC36E[0].ADCRdyLow != 1 && ACC36E[0].ADCRdyHigh != 1){} // Wait for ADCs

ADC8 = ACC36E[0].ADCsLow; // Read and copy result into storage

ADC16 = ACC36E[0].ADCsHigh; // Read and copy result into storage

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