Machine Controls for Functional Safety

This press control system, located in Louisville, KY, is equipped with a custom two-hand control station designed by PowerSafe Automation to protect operators from point-of-operation hazards, crushing hazards, pinch points, and unexpected machine motion during press operation. The system incorporates ergonomic dual palm buttons integrated with a safety relay or safety PLC to require simultaneous hand activation before hazardous machine movement can begin, helping keep the operator's hands safely outside the point of operation throughout each machine cycle. PowerSafe Automation's two-hand control safeguarding solution enhances operator safety, supports ergonomic machine operation, maintains production efficiency, and helps facilities meet OSHA and ANSI machine safeguarding requirements for presses and other hazardous industrial equipment requiring safeguarded manual actuation.

This industrial machine motor control system, located in Detroit, MI, is upgraded with a custom anti-restart motor control box designed by PowerSafe Automation to protect personnel from unexpected machine startup, unintended machine motion, and electrical hazards following a power interruption or emergency stop event. The system incorporates integrated safety reset circuitry that requires a deliberate operator reset before hazardous machine motion can resume, helping prevent automatic restarts and improving overall machine safety. PowerSafe Automation's anti-restart motor control solution enhances operator protection, supports safe equipment recovery after power loss or emergency stops, improves control system reliability, and helps facilities meet OSHA and ANSI machine safeguarding requirements for industrial machinery and motor control systems.

This industrial press, located in Cincinnati, OH, is upgraded with a custom press safety control system designed by PowerSafe Automation to modernize legacy machine safety and protect operators from unexpected machine motion, point-of-operation hazards, crushing hazards, and electrical control failures. The upgraded system incorporates modern safety relays or safety PLC technology, emergency stop circuitry, guard monitoring, diagnostic capabilities, and integrated machine safety controls to improve system reliability, reduce downtime, and provide continuous monitoring of critical safety functions. PowerSafe Automation's press safety control modernization solution enhances operator protection, extends the service life of existing equipment, simplifies troubleshooting and maintenance, and helps facilities meet OSHA and ANSI machine safeguarding requirements for industrial presses and legacy manufacturing equipment.

This pressure-sensitive safety mat system, located in Spartanburg, SC, was designed and installed by PowerSafe Automation to help protect personnel entering a hazardous area surrounding corrugated manufacturing equipment. The custom-cut pressure-sensitive safety mats, integrated with the machine's functional safety control system, create a monitored detection zone that stops hazardous motion whenever an operator steps onto the protected surface. PowerSafe Automation's presence-sensing safeguarding solution provides complete coverage while minimizing unnecessary floor space, improving machine accessibility, reducing operator exposure to hazardous motion, and maintaining production efficiency through seamless integration with safety relays or safety PLCs.

This trapped key access control system, located in Indianapolis, IN, was integrated by PowerSafe Automation to protect personnel during machine servicing and controlled access operations across complex manufacturing systems. The mechanically coded trapped key system uses a controlled key exchange sequence to ensure hazardous energy is isolated and the machine has reached a safe state before guarded access doors can be opened, eliminating reliance on software or electrical logic alone. PowerSafe Automation's engineered trapped key access solution provides positive mechanical interlocking, improves lockout procedures, reduces operator error, simplifies maintenance sequencing, and is ideal for robotic cells, automated manufacturing systems, CNC equipment, conveyor systems, process machinery, and other multi-zone industrial automation applications requiring controlled access and machine-specific risk reduction.

Many people assume that if a machine has two buttons, it's automatically safe. In reality, a properly designed two-hand control system requires much more than simply pressing two buttons.

This industrial operator control station, located in Columbus, OH, is engineered by PowerSafe Automation to provide centralized control of industrial equipment while protecting personnel from unexpected machine startup, operator control errors, and hazardous machine motion. The station incorporates industrial pushbuttons, indicator lights, emergency stop circuitry, and integrated machine safety controls to provide intuitive operation for starting, stopping, resetting, and monitoring equipment during production, maintenance, and emergency conditions. PowerSafe Automation's custom operator control station solution enhances operator safety, improves machine usability, supports efficient production and troubleshooting, and helps facilities meet OSHA and ANSI machine safeguarding requirements for industrial machinery and automated manufacturing systems.

This pneumatic control system, located in Louisville, KY, is engineered by PowerSafe Automation to safely manage compressed air used for industrial machinery, actuators, and automated production equipment while protecting personnel from unexpected pneumatic movement, stored energy, and unintended machine startup. The system incorporates an engineered pneumatic control panel with integrated safety circuitry, air preparation equipment, organized pneumatic components, and diagnostic features to provide reliable machine operation, simplify troubleshooting, and support efficient maintenance. PowerSafe Automation's custom pneumatic control solution enhances operator safety, improves system reliability, streamlines maintenance activities, and helps facilities meet OSHA and ANSI machine safeguarding requirements for pneumatic control systems and automated industrial equipment.

This machine safety control panel, located in Indianapolis, IN, is engineered by PowerSafe Automation to provide a centralized safety control system that protects personnel from electrical hazards, unexpected machine motion, and control system failures. The enclosure houses safety relays, safety PLC components, power distribution equipment, and organized control hardware, integrating seamlessly with emergency stops, interlocked guards, safety light curtains, and other machine safeguarding devices. Designed for organized wiring, simplified troubleshooting, and long-term reliability, PowerSafe Automation's custom safety electrical enclosure solution enhances machine safety, streamlines maintenance, improves control system performance, and helps facilities meet OSHA and ANSI machine safeguarding requirements for industrial machinery and automated manufacturing systems.

This integrated electrical and pneumatic control system, located in Cincinnati, OH, is engineered by PowerSafe Automation to safely manage both machine safety controls and pneumatic system operation for automated manufacturing equipment while protecting personnel from electrical hazards, stored pneumatic energy, unexpected machine startup, and automated equipment motion. The enclosure incorporates safety relays or safety PLC hardware, electrical controls, air preparation components, pneumatic valves, organized wiring, and integrated pneumatic circuits within a single control cabinet to provide a reliable, centralized safety architecture. PowerSafe Automation's combined electrical and pneumatic control solution enhances operator safety, improves system reliability, simplifies troubleshooting and maintenance, supports efficient machine operation, and helps facilities meet OSHA and ANSI machine safeguarding requirements for industrial automation and machine safety control systems.