X02 Cabinet

Brief Introduction

X02 is an industrial robot control cabinet that integrates multi-axis drive and controller functionalities, compatible with 4-axis SCARA robots (with a load capacity of up to 20kg) and 6-axis industrial robots (3kg/7kg).

X02 is primarily designed for the general industrial robotics industry, including sectors such as 3C, lithium batteries, photovoltaics, and packaging. The control cabinet features built-in safety I/O; the robot cannot be powered on when this module is not connected, ensuring operational safety.

Parameters

ParametersContents
Power Input220V 10A
Web Port1*EtherCAT, 2*Ethernet
USB1*USB 2.0
COM1*RS232, 1*RS485, Isolated
I/O16*Isolated DI,16*\Isolated DO,2AI(-10V-10V),2AO(0V-10V)
CAN1*CAN
Sizes357.5mm x 370mm x 130mm
Encoder2-channel incremental encoder ABZ (rate: 4Mbps, differential input), non-isolated
Teach Pendant(Optional) T30-X teach pendant: 8-inch TFT full touchscreen,Linux+QT
Communication ProtocolEtherCAT、Profinet、Ethernet/IP、CAN、FinsTCP、TCP/IP、ModbusTCP、ModbusRTU
Operation ModeTeaching mode, Playback mode, Remote mode
Programming ModeTeaching programming, Offline programming, Drag teaching
Coordinate SystemJoint frame, Robot frame, Tool frame, User frame
ApplicationArc welding, TIG, Laser welding, Resistance welding (spot welding), Punch, Loading and Unloading, Laser cutting, Spraying, Dispensing, Palletizing, Conveyor tracking, etc.
Shielding LevelIP20
Weight4-axis controller:8kg;6-axis controller:9kg

How to select

Example:X02-2M2S-D-01-C00

Explanation

X02:Type: Star-02 Cabinet.

2M2S:2 *3A+2 *2A.

D:Voltage Level(D - Single Phase 220V;S - Three Phase 220V;T - Three Phase 380V).

01:Hardcore Edition.

C00:Customization code (e.g., dynamic braking as C00, C01 for without teach pendant).

img
Preview
Model Explanation

Note: Model changes or hardware version updates are subject to the official release notes. The specific model is determined based on the current rating of the motors from different manufacturers.

Sizes

img
Preview
Sizes

Encoder Type Supported

TypeResolution
Tamagawa17/23
Synmatic17/23

Advantages

Compact and Powerful

The X02 Cabinet stands out with its compact design, offering a volume reduction of over 20% compared to conventional cabinets, thereby optimizing production layout and maximizing space utilization.

Despite its small size, the X02 is powerful. Although it is compact in form, the X02 can effortlessly handle a 20kg SCARA robot and 3/7kg six-axis robots, demonstrating extraordinary performance in control.

Robust safety for Mass Production

Safety performance is one of the core advantages of the X02. It features a built-in power-off protection, ensuring that the device can safely stop operating in the event of a sudden power outage, thereby avoiding any potential risks.

Furthermore, the X02 is equipped with comprehensive production safety measures, including 12 protection functions such as main circuit abnormality detection, heat dissipation protection, and current/voltage overload within the control cabinet, providing robust safety assurance for both operators and equipment.

One Cabinet for multiple processes

The X02 excels in motion control and offers extensive application adaptability, proficient in a variety of processes.

Whether it's loading and unloading, welding, spraying, or handling and palletizing, the X02 can perfectly adapt to various processes. With support for up to 16 different processes, its flexible configuration and strong compatibility make it an ideal choice for diverse production environments.

Best Control for flexible production

With its compact size and powerful control capabilities, the X02 can quickly adapt to different production tasks and process requirements, greatly enhancing the flexibility and efficiency of the production line.

Whether it's small-batch, multi-variety production or large-scale customized production, the X02 provides the best enabling support, offering the strongest boost to the production capacity of enterprises and factories.

Click here to start downloadingRelated Documents

If there are errors in this article please give us feedback, we value your comments or suggestions.