VT-HNC100-2-33/N-1-00/000 HNC100-3X Digital axis control HNC100

Digital axis control HNC100 is a programmable NC control of the closed loop control axis. It meets the specific requirements of controlling hydraulic drive devices, in addition to realizing the control of electrical drive devices.
As for anti-jamming, mechanical vibration and impact resistance, and climatic resistance, the HNC100 is designed for use in harsh industrial environments. It complies with the EC Directive (CE marking).
Application field:
– Machine tools, plastic processing machines, special machines
– Press machine
Conveying line
– Rail vehicles

Category:

Description

VT-HNC100-2-33/N-1-00/000 HNC100-3X Digital axis control HNC100

Product Description

Digital axis control HNC100 is a programmable NC control of the closed loop control axis. It meets the specific requirements of controlling hydraulic drive devices, in addition to realizing the control of electrical drive devices.
As for anti-jamming, mechanical vibration and impact resistance, and climatic resistance, the HNC100 is designed for use in harsh industrial environments. It complies with the EC Directive (CE marking).
Application field:
– Machine tools, plastic processing machines, special machines
– Press machine
Conveying line
– Rail vehicles
Programming:
– User uses PC for programming
– NC language with subroutine technology and conditional jump
– Individual NC program for function sequence
– Local CAN bus for parameter setting of several HNC100

Controls:
– Easily manage data on your PC
Process interface:
– Each has 8,16 or 24-bit digital inputs and outputs – Easily configure fieldbus connections with WIN-PED5 bus manager
Hydraulic shaft:
– Measuring system:
· Incremental or absolute (SSI)
· Simulate 0 to +10V and 4 to 20 mA
· Reference voltage ±10 V
Voltage or current control variable output
The controller model can be freely configured
· Position controller, pressure/force controller
· Limit braking
· Alternate control (position/pressure)
· Synchronous control of two axes

disposition
HNC100 operations are based on the creation of application-specific data sets. These data sets are generated on the PC and then sent to the HNC100 via a serial interface. The combination of a user program and a data set is called a project. Software configuration follows defined steps:
1. The tasks to be performed by the HNC100 will be defined in the flowchart. The definition also refers to the input and output and the meaning of the parameters used. 2. The function of sequence chart must be implemented in the form of NC command sequence. 3. Machine data (selection of sensors and controllers) and parameters of the NC program must be defined.
4. The data will be sent to HNC100.
5. Settings and program sequences are optimized on the machine.
PC program “WIN-PED 5”
The PC program “WIN-PED 5” helps users perform configuration tasks. It is used for HNC100 programming, setup and diagnostics. Functional model country:
– Easy conversation function for setting machine data online or offline – NC editor with integrated syntax checker and program compiler – support for defining parameters used in NC programs

VT-HNC100-1-23

Product parameter

Dialog window for setting parameter values online
Comprehensive options for displaying process data, digital inputs, outputs and flags record and graphically represent up to four process variables by selecting trigger options Special functions graphically defined conversations (function determined by polygon) System requirements:
-IBM PC or compatible system
-Windows 2000 or Windows XP
-RAM(Recommended :256 MB)
-60 MB free hard disk space
Precautions for storing R parameters in HNC100:
Memory corruption (EEPROM) due to too many write accesses! When the “Save in EEPROM” check box is checked (WIN-PED menu :R parameter), you will write to memory (EEPROM). Because each EEPROM only allows a limited number of write accesses before its component is destroyed, you should ensure that the number of such write accesses is limited.

Application field

Controllers such as the VT-HNC100-2-33/N-1-00/000 are widely used in various fields due to their high scalability, remote operation capability and robustness. Here are some possible application scenarios:

Communication and broadcasting: In communication and broadcasting systems, this type of controller can ensure the stable transmission of signals and the reliable operation of equipment. They can be integrated into various communications and broadcasting devices for precise control and optimization.
Radar systems: In radar systems, the controller is responsible for processing complex signals and data to ensure the accurate operation of the radar system. Controllers such as the VT-HNC100-2-33/N-1-00/000 can meet the needs of radar systems for high performance, high reliability and high precision control.
Television system: In the process of television production and broadcast, the controller is used to control various devices, such as cameras, switching stations, audio equipment, etc. Through precise control and optimization, the quality of TV programs and the viewing experience of viewers can be improved.
Automatic control: In industrial automation and process control, this type of controller is an integral part. They can be used to control a wide range of automation equipment, robots and production lines for efficient, accurate and reliable production.
Other applications: In addition to the above areas, VT-HNC100-2-33/N-1-00/000 controllers can also be used in other areas requiring high performance and reliable control, such as energy management, environmental monitoring, intelligent transportation, etc.
In short, controllers such as the VT-HNC100-2-33/N-1-00/000 are widely used in various fields requiring high performance and reliable control due to their high scalability, remote operation capability and robustness.

Please contact Sunny sales@xiongbagk.cn for the best price.

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