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Details hazards related to electric current and live parts, emphasizing qualified personnel for maintenance.
Focuses on earthing and insulation requirements for safe and reliable electrical connections.
Explains the function, positioning, and wiring requirements of the current sensor for accurate measurement.
Details power supply requirements, including AC and DC inputs, and recommendations for transformers.
Explains the importance of phase synchronization for correct welding operation and methods to achieve it.
Provides instructions on handling the programming unit to prevent damage and maintain warranty.
Guides on connecting the device to a central network for management and control.
Describes the Weld334m as a control device for resistance welding machines, managing operations and diagnostics.
Illustrates the functional division of the Weld334m into basic and additional card packs.
Details the modular card system and lists available cards for configuring the device.
Presents detailed technical specifications for power supply, I/O, programming ports, and optional extras.
Specifies operating and storage temperature ranges, and the device's weight.
Provides physical dimensions and mounting details for the device.
Describes the HHT4300 unit, its features, dimensions, and connection details.
Explains how to connect a laptop for control device communication and software upgrades.
Details the power supply section, connector, and input types (AC/DC).
Lists and describes the signals for the 8-way PS connector, including power and synchronism inputs.
Illustrates connection diagrams for AC and DC power supplies to the control device.
Provides a table showing power consumption based on power supply type and configuration.
Explains rules for utilizing the 24V supply for I/O signals, including jumper settings.
Details how to select between internal and external 24V supply for I/O distribution and jumper settings.
Illustrates direct and indirect methods for managing 24V I/O using jumper settings and diagrams.
Details the analogue inputs on connectors P3 (TV) and P4 (TA) for various signals.
Describes signals on connector P2 for solenoid valves and TFE, including functional descriptions.
Explains how to adjust servovalves for different operating conditions and parameter settings.
Specifies the characteristics of the voltage output for servovalve control.
Specifies the characteristics of the current output for servovalve control.
Guides on connecting the servovalve module to the F353-ADC card using specific connectors.
Explains the functions of the Weld YES/NO selector switch and the 24Vdc I/O connector.
Describes the 24Vdc output for external devices and its protection, including status LED.
Details the HSA circuit breaker trip relay contacts for machine main switch tripping.
Lists and describes the 24V discrete digital inputs and outputs on connector P21.
Lists and describes the output signals on connector P23 for various functions like alarms and valve control.
Lists and describes the input signals on connector P24 for start, program selection, and diagnostics.
Explains the card's function as an alternative to IOE cards, using optical fiber for data communication.
Specifies the type of optical connectors used and provides warnings for their use.
Details the power supply connector and characteristics for the InterBus-S interface.
Explains the status LEDs indicating I/O functions and InterBus-S communication status.
Describes error conditions and identification codes when the control device is shut down.
Explains the automatic optical power regulation and warnings about bridge configuration.
Lists technical specifications for the Ethernet and CANbus sections of the module.
Describes the front panel components, including CANbus connector and status LEDs.
Details the Ethernet connector, its pinning, and status LEDs.
Provides information on Ethernet cable features and connection types (MDI/MDI-X).
Describes the P15 connection port, its signals, and recommended connection components.
Explains the profile's role in data exchange, defining Control and Status Words for peripherals.
Defines Control Words as commands for welding sequences sent to the control device.
Defines Control Word 2 for managing supplementary functions of steppers and accessories.
Defines Control Word 3 for selecting the Spot Index, used for welding spots in a database.
Explains Status Words indicating welding sequence status and accessory functionality.
Defines Status Word 3 for communicating technological parameters like weld force and element thickness.
Explains how robot directives are updated via Control Word 2 for gun selection and reset confirmation.
General guidelines for maintenance, emphasizing safety and correct procedures.
Step-by-step guide for replacing modular cards, including safety precautions and checks.
Detailed instructions for replacing the CPU card, including jumper verification and connections.
Step-by-step guide for replacing the power feeder card, including fuse checks and jumper settings.
Outlines the time and steps involved in replacing the entire welding control device.
Explains how qualified personnel should modify welding programs and the time involved.
Instructions for replacing the lithium battery on the F384 CPU card, ensuring data retention.
Provides diagrams analyzing timing and synchronisms for Start and Emergency conditions.
Illustrates START recognition timing in a manual environment, with conditions for stability.
Shows a general diagram of the EMERGENCY STOP condition, indicating signal behavior.
Details emergency stop behavior during or outside a welding pulse, covering different cases.
Illustrates the behavior of EMERGENCY STOP when START is still active.
Shows a diagram where START is disabled during the welding pulse.
Explains servovalve operation, parameters, and how program code changes affect output.
Describes the ENABLE function for valve control during power supply interruptions or via Interbus input.
Illustrates diagnostic pressure control modes (PROC and WAIT) and signals for pressure errors.
General| Brand | GF Welding |
|---|---|
| Model | Weld334m |
| Category | Control Unit |
| Language | English |
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