Chapter 2 Creating and Editing ScreensScrEdit Software User Manual

Recipe Control Register (RECR)

Bit Number

Function

0

Recipe number change

 

 

1

Read recipe (PLC HMI)

 

 

2

Write recipe (HMI PLC)

 

 

3

Recipe group number change

 

 

4~7

Reserved

 

 

8~15

Designate change recipe group number

 

 

„Control Flag for Changing Recipe Number

There are two kinds of methods for changing and calling recipe number. One method is to use HMI internal register, RCPNO directly. RCPNO is the internal system register used for designating recipe number. The other method is to use Recipe Control Register (RECR) (Dn+5). When the user wants to change HMI recipe number, i.e. RCPNO value through control block settings, first, it needs to write recipe number (N) into Designated Recipe Number Register (RBIR) (Dn+6, please refer to the explanation of Register for Designating Recipe Number (RBIR) in Chapter 5) and use this control flag to trigger Bit 0 of Dn+5 to be ON. After setting, RCPNO will be changed to N automatically. This flag needs be set to OFF and then ON if the user wants to trigger again.

„Control Flag for Reading Recipe

The user can change the recipe value of PLC by triggering this control flag (Bit 1 is set to ON). Before reading a recipe from PLC, the user should designate the recipe number (N) first (Please refer to the section “Control Flag for Changing Recipe Number” in Chapter 5). Then, trigger this control flag to ON (Bit 1 is set to ON). After setting, the recipe will be read from PLC and stored in designating area of HMI. This flag needs be set to OFF and then ON if the user wants to trigger again.

„Control Flag for Writing Recipe

Before writing a recipe to PLC, the user should designate the recipe number (N) first (Please refer to the section “Control Flag for Changing Recipe Number” in Chapter 5). Then, trigger this control flag to ON (Bit 2 is set to ON). After setting, the recipe will be written to PLC. This flag needs be set to OFF and then ON if the user wants to trigger again.

„Control Flag for Changing Recipe Group Number

There are two kinds of methods for changing and calling recipe group number. One method is to use HMI internal register, RCPG directly. RCPG is the internal system register used for designating recipe group number. The other method is to use Recipe Control Register (RECR) (Dn+5). When the user wants to change HMI recipe group number through control block settings, first, it needs to write recipe

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Delta Electronics DOP-AE Series, DOP-A Series „ Control Flag for Changing Recipe Number, „ Control Flag for Reading Recipe

DOP-A Series, DOP-AE Series, DOP-AS Series specifications

Delta Electronics is a renowned leader in the automation and control industry, and their HMI (Human Machine Interface) products, particularly the DOP-AS, DOP-AE, and DOP-A Series, stand out for their advanced features and innovative technologies. These HMIs are designed to enhance user experience and facilitate efficient machine control in various industrial applications.

The DOP-AS Series is known for its high-performance capabilities. It features a 7-inch to 15-inch TFT LCD display with a resolution of up to 1024x768 pixels, providing clear and sharp visuals. The intuitive touchscreen interface allows for seamless interaction, making it easy for operators to monitor and control processes. The DOP-AS Series is equipped with advanced connectivity options, including Ethernet, USB, and serial communication, enabling easy integration with various devices and systems. Additionally, it supports various industrial protocols, which makes it compatible with a wide range of programmable logic controllers (PLCs).

The DOP-AE Series offers enhanced features aimed at modern industrial requirements. Its displays range from 7 inches to 12 inches, combining a sleek design with robust functionality. One of its key technologies is the multi-touch capability, allowing multiple points of contact on the screen for more dynamic interaction. This series also supports rich multimedia functions, enabling the display of video and images, which can improve information presentation. The DOP-AE’s high-speed processor ensures quick response times, reducing system lag and improving operational efficiency.

Finally, the DOP-A Series is designed for more basic applications without compromising on quality. With sizes ranging from 4.3 inches to 15 inches, the DOP-A Series provides flexibility for different workspace requirements. The interface is user-friendly and straightforward, catering to operators who require essential functionalities without excessive complexity. Though simpler, the DOP-A Series still maintains robust communication interfaces for seamless integration into existing systems.

In conclusion, Delta Electronics’ DOP-AS, DOP-AE, and DOP-A Series HMIs offer a spectrum of capabilities tailored to varying industrial needs. From high-performance applications to simpler tasks, these HMIs incorporate advanced display technology, connectivity options, and user-friendly interfaces, ensuring that operators can efficiently manage and control their processes in an increasingly automated world. Delta continues to push the boundaries of automation technology, leading to enhanced productivity and operational excellence in industries worldwide.