Instruction Execution Times
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- Ἠλύσια Χαρικλώ Καλάρης
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1 1 C Execution Times InThisAppendix... Introduction DL330 Execution Times DL330P Execution Times DL340 Execution Times
2 C-2 Execution Times Introduction Data Registers This appendix contains several tables that provide the instruction execution times for the DL330, DL330P, and DL340 CPUs. One thing you will notice is that many of the execution times depend on the type of data being used with the instruction. For example, some of the instructions have different execution times if you use a regular data register instead of a constant. You ll also notice that some of the data instructions (such as DSTR) require differing amounts of execution time depending on the type of data. There are generally three options. S Data Registers S I/O Data Registers S s The following paragraphs may help you understand the differences between the register types. Some data registers are primarily used to hold variable data and are considered true data registers. For example, the registers that store the timer or counter current values, or just regular variable data would be considered as a data register. Don t think that you cannot load a bit pattern into these types of registers, you can. It s just that their primary use is as a data register. The following locations are considered as data registers. Type of Data DL330 DL330P DL340 Timer / Counter Current Values R R677 R R677 R R677 User Data Words R R563 R R563 R R563 R R767 I/O Data Registers You may recall that the I/O points are automatically mapped into data register locations. The following locations that contain this data are considered I/O registers and will take longer to execute with most instructions. Type of Data DL330 DL330P DL340 I/O Points R R016* R R 076 R R016* R R076 R R017* R R076 NOTE: can be used as I/O in a DL330 or DL330P CPU under certain conditions can be used as I/O in a DL340 CPU under certain conditions. You should consult Chapter 4 to determine which configurations allow the use of these points. These points are normally used as control relays. You cannot use them as both control relays and as I/O points. Also, if you use these points as I/O, you cannot access these I/O points as a Data Register reference.
3 Execution Times C-3 How to Read the Tables Some of the instructions can have more than one parameter so the table shows execution times that depend on the amount and type of parameters. For example, the when you use the SET instruction to set a range of stages in a DL330P CPU, the execution time depends on how many stages are being set by the instruction. X0 X1 S10 -- S17 SET C0 Two Locations Available Stage SET SG μs x(n--1) 18.8 μs Does not apply RST SG μs x(n--1) 18.8 μs Does not apply Execution depends on numbers of locations and types of data used Stage not activated by a Jump instruction (ex. power flow)
4 C-4 Execution Times DL330 Execution Times Basic Input Execute Disabled by MCR STR 6.6 μs N/A STR NOT 9.1 μs N/A AND 5.3 μs N/A AND NOT 8.4 μs N/A OR 6.6 μs N/A OR NOT 9.1 μs N/A STR T/C 10.3 μs N/A STR NOT T/C 12.8 μs N/A AND T/C 5.3 μs N/A AND NOT T/C 8.4 μs N/A OR T/C 6.6 μs N/A OR NOT T/C 9.1 μs N/A STR (Comparative Contact) 50.9 μs N/A STR NOT (Comparative Contact) 61.5 μs N/A AND (Comparative Contact) 59.1 μs 6.2 μs AND NOT (Comparative Contact) 60.3 μs 6.2 μs OR (Comparative Contact) 60.3 μs 6.2 μs OR NOT (Comparative Contact) 62.5 μs 6.2 μs AND STR 3.8 μs N/A OR STR 3.8 μs N/A MCR 5.0 μs N/A MCS 3.0 μs N/A Output Type Execute OUT 7.5 μs 7.5 μs SET OUT 10.0 μs 10.0 μs SET 17.5 μs 17.5 μs RST 9.3 μs 9.3 μs SET OUT RST 19.3 μs 19.3 μs
5 Execution Times C-5 Timer, Counters, and Shift Registers Data Operations Data Register TMR 90.9 μs μs μs 27.1 μs CNT 92.9 μs μs μs 27.1 μs SR 64.1 μs+16.6 μs times ( # of shifts) 53.1 μs Data Register DSTR F μs μs 14.3 μs 6.3 μs DSTR1 F μs μs N/A 6.3 μs DSTR2 F μs μs N/A 6.3 μs DSTR3 F μs μs N/A 6.3 μs DSTR5 F55 N/A μs N/A 6.3 μs DOUT F μs μs N/A 6.3 μs DOUT1 F μs μs N/A 6.3 μs DOUT2 F μs μs N/A 6.3 μs DOUT3 F μs μs N/A 6.3 μs DOUT5 F65 N/A μs N/A 6.3 μs CMP<=> F μs μs 57.0 μs 6.3 μs ADD F μs μs μs 6.3 μs SUB F μs μs μs 6.3 μs MUL F μs μs μs 6.3 μs DIV F μs μs μs 6.3 μs DAND F μs μs 55.6 μs 6.3 μs DOR F μs μs 55.6 μs 6.3 μs SHFR F μs+13.4 μs times ( # of shifts) 6.3 μs SHFL F μs+13.4 μs times ( # of shifts) 6.3 μs DECO F μs N/A N/A 6.3 μs ENCO F μs N/A N/A 6.3 μs INV F μs N/A N/A 6.3 μs BIN F μs N/A N/A 6.3 μs BCD F μs N/A N/A 6.3 μs FAULT F μs μs 72.2 μs 6.3 μs
6 C-6 Execution Times DL330P Execution Times Basic Input Output Type I/O, Control Relay Stage Timer / Counter * ** * ** * ** * ** * ** * ** STR 28.4 / 31.4μs 21.3 μs 25.6 / 30.9μs 22.2 μs 121.3/117.8μs 28.4 μs STR NOT 28.4 / 31.4μs 21.3 μs 25.6 / 30.9μs 22.2 μs 121.3/117.8μs 28.4 μs AND 13.4 / 20.0μs 13.4 / 20.0μs 13.4 / 20.0μs 13.4 / 20.0μs 123.1/119.6μs 20.3 μs AND NOT 18.1 / 21.6μs 10.3 μs 18.1 / 21.6μs 10.3 μs 123.1/119.6μs 20.3 μs OR 21.8 / 25.3μs 14.7 μs 21.8 / 25.3μs 14.7 μs 123.1/119.6μs 20.3 μs OR NOT 20.6 / 24.1μs 14.7 μs 20.6 / 24.1μs 14.7 μs 123.1/119.6μs 20.3 μs * Execution time when data type is ON. For example, STR 000 takes 28.4 μs if point 000 is on. ** Execution time when data type is OFF. For example, STR 000 takes 31.4 μs if point 000 is off. AND STR 25.9 μs 22.8 μs OR STR 25.9 μs 22.8 μs Execute OUT 20.6 μs 20.6 μs SET OUT 24.3 μs 16.6 μs SET 24.3 μs 16.6 μs RST 24.3 μs 16.6 μs SET OUT RST 33.8 μs 29.4 μs Timer, Counters, and Shift Registers Execute TMR 92.8 μs 50.9 μs CNT 97.5 μs 46.3 μs RST CNT 25.9 μs 16.6 μs SR μs x(#ofshifts) 41.9 μs
7 Execution Times C-7 Stage Data Operation Stage Stage not activated by a Jump instruction (ex. power flow) ISG 35.3 μs 20.0 μs 50.9 μs 30.6 μs SG 35.3 μs 20.0 μs 50.9 μs 30.6 μs JMP 28.4 μs 16.6 μs Does not apply NJMP 40.3 μs 28.4 μs Does not apply SET SG μs x(n--1) 18.8 μs Does not apply RST SG μs x(n--1) 18.8 μs Does not apply Data Register DSTR F μs μs 14.3 μs 6.3 μs DSTR1 F μs μs N/A 6.3 μs DSTR2 F μs μs N/A 6.3 μs DSTR3 F μs μs N/A 6.3 μs DSTR5 F55 N/A μs N/A 6.3 μs DOUT F μs μs N/A 6.3 μs DOUT1 F μs μs N/A 6.3 μs DOUT2 F μs μs N/A 6.3 μs DOUT3 F μs μs N/A 6.3 μs DOUT5 F65 N/A μs N/A 6.3 μs CMP<=> F μs μs 57.0 μs 6.3 μs ADD F μs μs μs 6.3 μs SUB F μs μs μs 6.3 μs MUL F μs μs μs 6.3 μs DIV F μs μs μs 6.3 μs DAND F μs μs 55.6 μs 6.3 μs DOR F μs μs 55.6 μs 6.3 μs SHFR F μs+13.4 μs times ( # of shifts) 6.3 μs SHFL F μs+13.4 μs times ( # of shifts) 6.3 μs DECO F μs N/A N/A 6.3 μs ENCO F μs N/A N/A 6.3 μs INV F μs N/A N/A 6.3 μs BIN F μs N/A N/A 6.3 μs BCD F μs N/A N/A 6.3 μs FAULT F μs μs 72.2 μs 6.3 μs
8 C-8 Execution Times DL340 Execution Times Basic Input Comparative Contacts Output Type Execute Disabled by MCR STR μs N/A STR NOT μs N/A AND μs N/A AND NOT 1.5 μs N/A OR μs N/A OR NOT 1.75 μs N/A STR T/C μs N/A STR NOT T/C 1.75 μs N/A AND T/C μs N/A AND NOT T/C 1.5 μs N/A OR T/C μs N/A OR NOT T/C 1.75 μs N/A AND STR 0.75 μs N/A OR STR 0.75 μs N/A MCR 0.75 μs N/A MCS μs N/A Data Register RAM EE / UV STR 56.8 μs 95.0 μs 15.6 μs 15.6 μs N/ A STR NOT 56.8 μs 96.5 μs 15.6 μs 15.6 μs N/A AND 56.8 μs 95.0 μs 15.0 μs 15.0 μs 1.4 μs AND NOT 56.8 μs 96.5 μs 15.6 μs 15.6 μs 1.4 μs OR 56.8 μs 94.0 μs 15.6 μs 15.6 μs 1.4 μs OR NOT 56.8 μs 94.0 μs 16.2 μs 16.2 μs 1.4 μs Execute OUT μs μs SET OUT μs μs SET μs 1.4 μs RST μs 1.4 μs SET OUT RST 7.5 μs μs
9 Execution Times C-9 Timer, Counters, and Shift Registers Data Operation Data Register RAM EE / UV TMR 68.1 μs μs 22.5 μs 22.5 μs 15.7 μs CNT 67.3 μs 97.9 μs 22.5 μs 22.5 μs 25.6 μs SR 21.8 μs+3.8 μs times ( # of shifts) 8.3 μs Data Register DSTR F μs 60.6 μs 10.6 μs 1.4 μs DSTR1 F μs 39.4 μs N/A 1.4 μs DSTR2 F μs 40.6 μs N/A 1.4 μs DSTR3 F μs 39.4 μs N/A 1.4 μs DSTR5 F55 N/A 76.8 μs N/A 1.4 μs DOUT F μs 53.8 μs N/A 1.4 μs DOUT1 F μs 33.1 μs N/A 1.4 μs DOUT2 F μs 23.1 μs N/A 1.4 μs DOUT3 F μs 23.1 μs N/A 1.4 μs DOUT5 F65 N/A 59.3 μs N/A 1.4 μs CMP<=> F μs 61.8 μs 15.6 μs 1.4 μs ADD F μs μs 63.0 μs 1.4 μs SUB F μs μs 57.0 μs 1.4 μs MUL F μs μs μs 1.4 μs DIV F μs μs μs 1.4 μs DAND F μs 60.0 μs 15.6 μs 1.4 μs DOR F μs 62.5 μs 15.6 μs 1.4 μs SHFR F μs+2.5 μs times ( # of shifts) 1.4 μs SHFL F μs+2.5 μs times ( # of shifts) 1.4 μs DECO F μs N/A N/A 1.4 μs ENCO F μs N/A N/A 1.4 μs INV F μs N/A N/A 1.4 μs BIN F μs N/A N/A 1.4 μs BCD F μs N/A N/A 1.4 μs FAULT F μs 60.1 μs 15.0 μs 1.4 μs
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