The SV2.12 PCB Card (P/N: 50027488-1) by IM_MAS S.L. is a high-precision electronic control board designed for industrial automation and machinery management. Engineered for robust performance, this card serves as a central logic controller, facilitating complex signal processing and command execution within specialized IM_MAS control systems. It is optimized for long-term stability in demanding operational environments.

Technical Specifications

• Model Name: IM_MAS SV2.12 PCB
• Part Number: 50027488-1
• Dimensions: 220 mm (L) x 160 mm (W) x 25 mm (H)
• Weight: 0.32 kg
• Origin: Spain
• Operating Temperature: -20°C to +60°C
• Power Supply: 24V DC regulated

 

Mechanical Installation Requirements

🔧 Mounting Method: This PCB is designed for rack-mounting or insertion into a proprietary IM_MAS modular enclosure. Use the integrated plastic or metallic guide rails to slide the board into the backplane connector. 📏 Space Clearance: Ensure a minimum of 20 mm clearance on the component side to prevent electrical shorts against adjacent cards or metal casing. 🔥 Heat Dissipation: The card relies on ambient airflow. Ensure the control cabinet has active fans or perforated ventilation panels to prevent localized heat buildup on the high-frequency components.

 

Electrical Wiring Specifications

⚡ Terminal Definition: The board utilizes edge-connectors or dedicated screw-terminals (depending on revision). Refer to the specific pinout silk-screened directly onto the PCB edge for input/output signal mappings. 🧵 Cable Gauge: For logic and sensor signals, use shielded stranded wire (0.25 mm² to 0.5 mm²). For power connections, ensure 0.75 mm² minimum to support startup current. 🌍 Grounding Norms: The mounting screw holes should be connected to the system chassis ground using star-lock washers to ensure a low-resistance path for high-frequency noise suppression.

 

Communication Configuration Steps

⚙️ IP Address: If the card supports network communication via an onboard Ethernet controller, access the configuration menu through the serial service port using a terminal emulator at 9600 baud. 🆔 Station Number: Adjust the DIP switches located on the bottom-right corner of the PCB to set the unique address (0-255) for identification on the system bus. 📡 Baud Rate: For serial communication, verify that the transmission speed matches the host PLC/Controller (typically 19200 or 38400 bps) as defined by the master software settings.

 

Frequently Asked Questions (Q&A)

❓ The status LED is not lighting up. What should I check? A: First, verify the 24V DC power input at the main supply terminal. If power is present, check the fuse on the PCB (if applicable) or verify the supply voltage polarity. ❓ How can I prevent static damage during handling? A: Always use an anti-static wrist strap connected to a common ground point. Handle the PCB by the edges and avoid touching the gold-plated connector contacts. ❓ Can I repair components on this PCB? A: Component-level repair is not recommended due to multi-layer circuitry. If a hardware fault is confirmed, professional factory reconditioning or replacement is advised to maintain system reliability.