Nominal Input Voltage Range:12 V DC to 24 V DC
Nominal Output Current:40 A
Power Loss at Max Load:10 W (IOUT = 20 A)
Net Weight:0.75 kg
Connection Method:Screw connection
Phoenix Type Designation:Other
Product Type:Other
Material:Metallic and Insulative Materials
Physical Dimension:Standard DIN Rail compatible
Insulation Voltage:Rated
Suitability:For use in industrial control systems requiring protection against overvoltage and transient voltage spikes
Conductivity:Excellent
Hardware Connector Type:Phoenix contact compatible
Wire Diameter (Outer Diameter):Standard
Order Number:2320157
Minimum Number of Packages:1
Material Number:2320157
The Phoenix Contact QUINT-DIODE 12-24DC, 2x20A, 1x40A – 2320157 is engineered with precision to offer unparalleled performance in protecting sensitive electronic equipment from voltage surges and fluctuations. Its robust design ensures that critical systems remain operational under varying environmental conditions.
This diode module is built using high-quality metallic and insulative materials, providing both durability and reliable insulation. It is compatible with standard DIN Rail mounting systems, facilitating easy installation and integration into existing industrial setups.
With its wide nominal input voltage range of 12 V DC to 24 V DC, this module is versatile enough to suit a variety of applications within the industrial control sector. Its ability to dissipate up to 10 W at a maximum load of 20 A, ensures efficient power management and minimizes system overheating.
The Phoenix Contact QUINT-DIODE 12-24DC, 2x20A, 1x40A – 2320157 is a key component for safeguarding electronic devices against transient voltage spikes, which can cause damage or system downtime. Its high conductivity and Phoenix contact compatible hardware connector type facilitate seamless operation within complex industrial environments.
Equipped with standard wire diameter support, this diode module is designed to work with a wide range of cables and wiring configurations, offering flexibility in installation and scalability in system design. Its compact size and lightweight construction make it ideal for space-constrained industrial settings, enhancing its overall utility and efficiency.
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