When an error occurs, the BCL 4562 halts operations and outputs an alphanumeric fault code to the display screen. Use this matrix to identify and remediate standard faults. Error Code Matrix Cause: Loose network cable or broken link to the server.
| Feature | Specification | | :--- | :--- | | | Pulse output for X/Y1/Y2 axes (max. frequency 3MHz ) | | Z-Axis Control | Analog output ( -10V to +10V ) | | Encoder Feedback | For X/Y/Z axes (max. sampling frequency 10MHz ) | | Inputs | 6 dedicated limit inputs (X/Y/Z axes +/-), 6 common inputs | | Outputs | 2 DA analog outputs (0~10V, 50mA), 8 common relay outputs (30V DC/5A) | | PWM Output | 1 output, selectable 5V or 24V, precision of 5KHz (0.1%) | | Power Supply | 24V DC / 2A | | Work Environment | Temperature: 0-55°C (32-131°F); Humidity: 5%-95% (non-condensing) |
| | Action | Description | | :--- | :--- | :--- | | 1 | Power Connection | Connect 24V DC, 2A power supply to the BCL4562. The power interface must be reliably connected to the outer shell of the machine for grounding. | | 2 | System Integration | Connect the BCL4562 to the BMC1603 motion control card, which is installed in the controlling PC. | | 3 | Servo Motor Control | Connect the servo motor drivers via the DB15 connectors. Pinouts are detailed in the official manual (see the manual download section). | | 4 | Limit Switch Connection | Connect the machine's limit switches to the board's designated input ports. The power output can be supplied to the limit switches. | | 5 | Laser Source Integration | Connect the fiber laser source to the BCL4562's output ports. This connection must match your specific laser brand (e.g., Max, Raycus, IPG). DIP switches on the board must be set to match the laser's control voltage. | | 6 | Preamplifier (BCL-AMP) | Connect the BCL-AMP preamplifier's outer shell to the machine's outer shell to ensure a reliable ground, with a DC impedance of less than 4 ohms. | | 7 | BMC1603 Connection | Secure the 37-pin flat cable connection between the BCL4562 and the BMC1603, aligning the red wire with pin 1. | | 8 | Cable Management | Route and organize cables without allowing them to twist; larger diameter cables should be placed externally. | | 9 | Configuration & Testing | Power on the system, launch the CypOne software, and navigate to the "BCL4562 monitor" page. Confirm all connections and verify input/output statuses. | bcl 4562 manual full
Press . The screen will display a flashing weight value.
The BCL 4562 usually features two control systems (High-Temperature Loop for the head, Low-Temperature Loop for the laser). Typically, the laser loop is set to 4. Maintenance Protocols Regular maintenance ensures long-term performance. When an error occurs, the BCL 4562 halts
This guide is for informational purposes and does not replace the official documentation. Users should always refer to the original for the most accurate and up-to-date information for their specific device version.
Correctly pinning out your BCL 4562 avoids loop faults and hardware degradation. The terminal strip is broken down into functional logical zones. | Feature | Specification | | :--- |
Land the positive wire on the terminal labeled +24V and the negative wire on the terminal labeled GND or COM . Ensure no stray wire strands cause cross-terminal shorts. Step 3: Preamplifier and Sensor Assembly
The BCL 4562 is a high-performance device commonly used in industrial automation, barcode scanning, or optical identification systems (depending on the specific product line—most commonly a barcode or code reader from manufacturers like Leuze, SICK, or similar). Before diving into the manual, it’s crucial to understand its primary functions:
Open the water filler cap and fill the tank until the water level reaches the green area of the level gauge. 2.3 Electrical Connections
The BCL4562 layout divides into distinct functional blocks to handle machine motion, safety boundaries, and laser execution. 1. Motor Control Signals