Multilayer PCB UL FM

for industrial applications

A high-reliability printed circuit board designed for fire pump controller applications, manufactured to meet stringent life-safety and regulatory demands for both electric and diesel fire pump systems. It provides robust control, stable power isolation and the connectivity required for NFPA-compliant pump operation.

Core features & compliance guarantee:

• UL/FM certified components and final PCB assembly to support regulatory approvals.
• Designed to meet NFPA 20 requirements for stationary fire pump installation and operation.

Engineered for high reliability:

• Microprocessor-based control platform enabling precise control, monitoring and fast diagnostic reporting of pump status.
• Superior power isolation with built-in safeguards and high-grade components to protect against voltage spikes and transient events.
• Durable construction using reinforced multi-layer PCB designs and optional conformal coating to resist moisture, dust and vibration in harsh mechanical environments.

Comprehensive connectivity:

• Standardized interfaces for pressure transducers, start/stop logic, alarm outputs (system running, power failure, phase loss), and remote signaling equipment.

Manufacturing, testing and supply chain strengths:

• EMS expertise covering meticulous component sourcing and counterfeit mitigation.
• Advanced automated assembly processes and dedicated Functional Testing (FCT).
• Environmental stress screening and rigorous final testing to ensure boards perform reliably under real-world conditions.

Technical characteristics / specifications:

• Intended application: Fire pump controller PCB for electric and diesel pumps
• Certifications / compliance: UL, FM; designed to be NFPA 20 ready
• Control: Microprocessor-based platform with diagnostic reporting
• Power protection: High-grade components and power isolation for spike/transient protection
• Mechanical robustness: Reinforced multi-layer PCB; optional conformal coating for moisture, dust and vibration resistance
• Connectivity: Interfaces for pressure transducers, start/stop logic, alarm outputs and remote signaling
• Quality & testing: Component sourcing controls, automated assembly, Functional Testing (FCT), environmental stress screening