2-6 Axis Dispensing Control System
- Product Description
- Specification Parameters
- Download Materials
-
- Commodity name: 2-6 Axis Dispensing Control System
The 2–6 axis dispensing control system consists of the TV5600 handheld console and an offline motion control card based on the OMCV13 system (OMC8849/OMC1600). The two components are connected via Modbus serial communication. The TV5600 handles the human–machine interface, while the offline motion control card manages motion control and I/O operations, forming a modular, fully three-dimensional, high-precision dedicated motion control system.
Product Introduction
Model: DJ8849V1 (three-axis) / DJ8849V2 (four-axis) / DJ1600V1 (five-axis) / DJ1600V2 (six-axis)
The 2–6 axis dispensing control system consists of the TV5600 handheld console and an offline motion control card based on the OMCV13 system (OMC8849/OMC1600). The two components are connected via Modbus serial communication. The TV5600 handles the human–machine interface, while the offline motion control card manages motion control and I/O operations, together forming a modular, fully three-dimensional, high-precision dedicated motion control system.
Features and Advantages
Hardware Features:
Number of controllable axes: 3–4 axes
Maximum pulse frequency: 2 MHz
Pulse output: 5V differential output; output modes: pulse + direction or pulse + pulse.
Handheld box screen resolution: 480 x 272 pixels, color
Handheld box with 128 MB, offline card with 128 MB of storage space
Digital input: fully opto-isolated; input voltage: 12–24 V
Digital outputs: Fully opto-isolated; NPN open-collector, 5–24 VDC, rated current 0.5 A, with a maximum per-channel current of 1 A.Software Features
2-6 axis interpolation, supporting spatial straight lines, spatial circular arcs, and spline curves.
It employs a velocity look-ahead algorithm to automatically adjust arc‑corner speeds and can also automatically generate fillet transition points.
Supports standard Modbus RTU and Modbus TCP communication protocols.
Supports a wide range of machining commands, including linear motion, straight lines, spline curves, and file‑based calls, as well as open‑ended user‑defined instructions (allowing customers to customize the specific actions of each command).
Rotational axis radius compensation
PLT, TCF, and G-code files can be imported via computer.
Graphical preview and real-time dynamic display of the machining toolpath
Various machining modes, including cycle machining, single-piece machining, automatic machining, and single-step machining.
The machining file can store 10,000 machining points.
Real-time dynamic display of the machining trajectory.
It offers convenient and user-friendly file‑based tutorials and editing tools, along with a range of advanced features such as batch modification, array copying, graphic translation, graphic scaling, and automatic filleting. It also includes a library of commonly used shapes for easy access by users.
Scripting
Supports Lua scripting functionality specifically designed to address non-standard processes.
The Lua script is named main.lua and is stored in the root directory of the controller’s disk.
2-6 Axis Dispensing Control System
Product Category
2-6 Axis Dispensing Control System
Product Category
- Product Description
- Specification Parameters
- Download Materials
-
- Commodity name: 2-6 Axis Dispensing Control System
The 2–6 axis dispensing control system consists of the TV5600 handheld console and an offline motion control card based on the OMCV13 system (OMC8849/OMC1600). The two components are connected via Modbus serial communication. The TV5600 handles the human–machine interface, while the offline motion control card manages motion control and I/O operations, forming a modular, fully three-dimensional, high-precision dedicated motion control system.
Product Introduction
Model: DJ8849V1 (three-axis) / DJ8849V2 (four-axis) / DJ1600V1 (five-axis) / DJ1600V2 (six-axis)
The 2–6 axis dispensing control system consists of the TV5600 handheld console and an offline motion control card based on the OMCV13 system (OMC8849/OMC1600). The two components are connected via Modbus serial communication. The TV5600 handles the human–machine interface, while the offline motion control card manages motion control and I/O operations, together forming a modular, fully three-dimensional, high-precision dedicated motion control system.
Features and Advantages
Hardware Features:
Number of controllable axes: 3–4 axes
Maximum pulse frequency: 2 MHz
Pulse output: 5V differential output; output modes: pulse + direction or pulse + pulse.
Handheld box screen resolution: 480 x 272 pixels, color
Handheld box with 128 MB, offline card with 128 MB of storage space
Digital input: fully opto-isolated; input voltage: 12–24 V
Digital outputs: Fully opto-isolated; NPN open-collector, 5–24 VDC, rated current 0.5 A, with a maximum per-channel current of 1 A.Software Features
2-6 axis interpolation, supporting spatial straight lines, spatial circular arcs, and spline curves.
It employs a velocity look-ahead algorithm to automatically adjust arc‑corner speeds and can also automatically generate fillet transition points.
Supports standard Modbus RTU and Modbus TCP communication protocols.
Supports a wide range of machining commands, including linear motion, straight lines, spline curves, and file‑based calls, as well as open‑ended user‑defined instructions (allowing customers to customize the specific actions of each command).
Rotational axis radius compensation
PLT, TCF, and G-code files can be imported via computer.
Graphical preview and real-time dynamic display of the machining toolpath
Various machining modes, including cycle machining, single-piece machining, automatic machining, and single-step machining.
The machining file can store 10,000 machining points.
Real-time dynamic display of the machining trajectory.
It offers convenient and user-friendly file‑based tutorials and editing tools, along with a range of advanced features such as batch modification, array copying, graphic translation, graphic scaling, and automatic filleting. It also includes a library of commonly used shapes for easy access by users.
Scripting
Supports Lua scripting functionality specifically designed to address non-standard processes.
The Lua script is named main.lua and is stored in the root directory of the controller’s disk.
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