Month: July 2025

Abb dsqc (distributed system quality control) series power modules are specially designed for industrial automation and robot systems, and have many special functions to ensure high reliability, precise control and energy efficiency.

Application scenario

Robot servo drive: When moving at high speed, the sudden change of motor load may lead to voltage drop, and the dynamic adjustment of DSQC power supply ensures that the control system is not affected.

Spraying robot: keep the stable power supply of solenoid valve and metering pump to avoid uneven spraying caused by voltage fluctuation.

Energy saving effect

In frequent start-stop applications (such as handling robots), energy consumption can be reduced by 15%~25%.

Reduce the use of braking resistors and reduce the heat dissipation requirements.

Functional principle

By integrating sensors and algorithms, DSQC power supply realizes:

Temperature monitoring: NTC thermistor monitors the temperature of key devices (such as IGBT, capacitor) in real time, and runs at derating when it is over temperature.

Life prediction: Based on the change trend of ESR (equivalent series resistance) of electrolytic capacitor, the remaining life is estimated.

Fault record: store the latest 100 abnormal events (such as overcurrent and short circuit) for easy analysis afterwards.

Safety

Meaning of safety instructions Safety instructions are used to highlight a potential hazard when working on the equipment. Safety instructions must be strictly followed! Noncompliance can jeopardize the safety of personnel, the equipment and the environment.

DANGER indicates a hazardous situation which, if not avoided, will result in death or serious injury.

WARNING indicates a hazardous situation which, if not avoided, could result in death or serious injury.

CAUTION indicates a hazardous situation which, if not avoided, could result in minor or moderate injury.

NOTICE is used to address practices not related to personal injury. The safety instructions are derived from the following standards:– ISO 3864-2:2004 (E) Graphical symbols – Safety colors and safety signs – Part 2: Design principles for product safety labels– ANSI Z535.6 American National Standard for Product Safety Information in Product Manuals, Instructions, and Other Collateral Materials .

Close to us.

This is our main brand, mainly engaged in PLC DCS module card category, Bently Nevada, HONEYWELL, ABB, Cogison Triconex, SCHNEIDER Schneider, GE, Emerson, Yokogawa Yokogawa, Fuji, Westinghouse vationo, AB, HIMA Dark Horse, epro, ICS, BACHMANN, WOODWARD Woodward, Siemens, Foxboro.

ABB high-density digital I/O module greatly improves the signal processing efficiency of industrial automation system through high integration, high reliability and high intelligence design. Taking S800 series as an example, its typical user feedback shows:

The occupation of cabinet space is reduced by 35%

The wiring cost is reduced by 50%

The system availability is improved to 99.999%.

ABB high-density digital I/O module greatly improves the signal processing efficiency of industrial automation system through high integration, high reliability and high intelligence design. Taking S800 series as an example, its typical user feedback shows:

The occupation of cabinet space is reduced by 35%

The wiring cost is reduced by 50%

The system availability is improved to 99.999%.

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Under the background of the accelerated evolution from industrial automation to intelligence, the 64-bit multi-core processor architecture adopted by ABB control board is reshaping the industry performance standard. This innovative design not only breaks through the computational limitations of traditional industrial controllers, but also provides a solid hardware foundation for realizing the complex control requirements of Industry 4.0.

ABB  asea brown boveri    A-B Allen-Bradley   Agilent  B&R  BEIJER  Fisher-Rosemount  Foxboro  Fujinon

GE Fanuc  Hitachi   Honeywell  Motorola  Moxa  (Siemens) Moore  Modicon  Mitsubishi  Metso  Matrox   National Instrument   NIKON  Okuma  Omron  Power Module  Phoenix  Reliance  SANYO  SIMODRIVE   Sumtak  Symantec  Seagate  Toshiba  Turck   Texas Instruments  Takaya   Westinghouse  XYCOM  VMIC   Yokogawa  Yaskawa  Yamatake  

Controller PLC- robot servo drive-electro-hydraulic servo valve -DCS system/distributed control system

System frame-communication adapter-analog output-analog input-digital output-digital input-mechanical protection system-high-speed central processor-multi-meter watt-hour meter-ignition circuit board-crimping terminal-electric AC drive-low-voltage DC power supply module-electro-hydraulic servo valve-automatic control system-switch-network communication module-controller-processor module-generator-motor-servo drive-touch screen-input and output module- Unified-thermoelectric control system-thermal power generation system-wind power generation system-medium and high voltage frequency conversion system-precision motion system-programmable control system -DCS distributed control system-steel control system-steam turbine system-power generation system-power system-chemical inspection system-petroleum control system-tension monitoring system

Introduction

General

DriveAP is a Windows based tool program for Application Programming. It can be used without a drive or with one or more drives.

DriveAP is designed to run under the Microsoft Windows 7, Windows Vista, Windows XP, Windows 2000 and Windows NT 4.0 operating environment on IBM-compatible PCs.

Application Programming is based on the use of function blocks like in other IEC 61131-3 tools. Block names, functionality and appearance are originated from the drive software.

By using the DriveAP program it is possible to:

• Make a connection to a drive. If there are more than one drive connected to the PC, the user can select the drive from the list of available drives. 

• Upload the program from the connected drive and display it graphica ly on the screen

• Monitor actual values of user-selected block pins on the screen in real time 

• Modify the program on the screen 

• Download the program on the screen to the connected drive 

• Set the state (Running, Stopped or Edit) of the program in the connected drive 

• Print the program on the screen 

• Save the program on the screen to a disk file 

• Open program file saved earlier and display it graphically on the screen. The program can now be modified, downloaded, saved etc. 

• See the descriptions of all blocks

Program Types and User Interfaces

When a program from a drive has been uploaded (or a program file has been opened), DriveAP automatically selects the appropriate user interface for the program: 

 • Standard User Interface is used with Adaptive Programming programs. A program contains only one page with three parts: – user constants are at the left side – function blocks are in the middle – connection and pointer parameters are at the right side 

 • Advanced User Interface is used with Multi Block Programming Application programs. A program contains several pages selectable by page tabs. These pages contain blocks as follows: 

– input IO blocks are at the left side – normal blocks are in the middle 

– output IO blocks are at the right side – comment blocks can be anywhere

DriveAP 1  includes only the Standard User Interface for Adaptive Programming. DriveAP 2  includes both User Interfaces.

On the following two pages are example pages of these two program types.