Phoenix Contact PTCB E1 Series Electronic Circuit Breaker, 6A Current Rating, Rated DC Voltage 24V - 2909908 This electronic circuit breaker is designed for efficient protection of 24V DC loads against overload and short circuit. Compactly engineered with dimensions of 105.8mm in length, 6.2mm in width, and 55.6mm in depth, it is specifically fashioned for DIN rail mounting. The device offers a reliable solution in various electrical applications, ensuring safe operation in automation and mechanical environments. Features & Benefits • Protects against overload and short circuits in 24V systems ensures safety and protects against damage
• Narrow 6mm width saves space in control cabinets for more efficient use of space
• Integrated failsafe element eliminates the need for external fuses, simplifying the system design
• High efficiency of over 99% ensures low power dissipation and better energy efficiency
• Simple potential distribution with CLIPLINE terminal block system enhances ease of wiring and system flexibility
• Wide operating temperature range from -30°C to 60°C guarantees reliable operation in diverse environmental conditions Applications • Used for protecting automation and control circuits
• Ideal for installations requiring compact circuit protection
• Utilised in various electrical systems for reliable load safeguarding
• Suitable for in mechanical engineering environments How does this device ensure circuit protection in electrical systems? The electronic circuit breaker effectively monitors the output current, tripping in the event of an overload or short circuit, thus preventing damage to both the load and the circuit. What type of connection methods are supported for installation? This device features push-in connections, allowing for solid and flexible conductor cross-sections ranging from 0.2mm² to 4mm², ensuring secure and efficient wiring. What ambient conditions can this circuit breaker withstand during operation? The device is rated for operation in temperatures from -30°C to 60°C, allowing it to function reliably in a variety of challenging environments without compromising performance.