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Chapter 2 Creating and Editing Screens|ScrEdit Software User Manual
Revision Apr. 30th, 2007, 2007PDD23000002 2-79
Fig. 2.8.28 Recipe Example
When the user select “Enable Recipe” option in Recipe Setup dialog box, there are RCP and RCPNO
two kinds of device types available for the user to select in Input dialog box (See the following Fig.
2.8.29). RCPNO is used to change the recipe group and RCP is used to store the recipe data. The
content of recipe register depends on the recipe data set by the user. The recipe changes, the recipe
register also changes. In this example, RCP0 ~ RCP17 are recipe registers and HMI will store the
recipe data set by the user in these recipe registers. If these registers have the corresponding recipe
set by the user, HMI will create recipe data into the internal recipe register automatically and select the
value in Input dialog box (See the following Fig. 2.8.29). $220 ~ $225 are the destination addresses
that are used to store the recipe data (Generally, the recipe data are set to be stored in the addresses
of external controller registers, but for the convenience of simulation operation, we set the recipe
storage address in the internal memory). $5 is used to display the status of Recipe Control Register
(RECR). Write Recipe ($5.2) button is used to execute write recipe operation. When this button is
pressed, HMI will write the recipe data from HMI recipe register RCP into the designated recipe storage
address ($220 ~ $225). Read Recipe ($5.1) button is used to execute read recipe operation. When this
button is pressed, HMI will read recipe data of recipe storage address ($220 ~ $225) back to HMI
recipe register RCP. $6 is RBIR, i.e. Designated Recipe Group Number Register and its function is the
same as the function of RCPNO. The difference between these two registers is that RCPNO is a fixed
address of HMI internal memory, but the address of RBIR can be changed according to the setting of
control block (See 2.8.27 on previous page).