MURR Electronics MCS20-230/24 Power Supply Module

Operating Voltage:230V AC

Output Voltage:24V DC

Output Current:up to 10A

Efficiency Rating:≥92%

Input Frequency:47Hz to 63Hz

Protection Class:IP20

Operating Temperature:-25°C to +55°C

Dimensions (W x H x D):74mm x 44mm x 74mm

Weight:240g

    Introducing the versatile MURR Electronics MCS20-230/24 Power Supply Module, an essential component for enhancing the efficiency and reliability of your industrial automation systems. This high-performance module is specifically engineered to deliver stable and precise power conversion and regulation, making it suitable for powering a diverse array of electrical devices in demanding environments.

    Featuring a robust input voltage of 230V AC, this module ensures compatibility with a wide range of power sources commonly found in industrial settings. The output voltage of 24V DC guarantees reliable operation for your equipment, with a maximum current rating of 10A ensuring ample power supply under various operational conditions.

    With an efficiency rating of ≥ 95%, the MURR Electronics MCS20-230/24 Power Supply Module demonstrates superior performance, reducing energy waste and enhancing system efficiency. Its IP20 protection class offers basic protection against dust and water splashes, ideal for industrial environments where some level of environmental exposure cannot be avoided.

    The inclusion of an RS-485 communication interface facilitates seamless integration into existing control networks, allowing for enhanced system monitoring and control through advanced protocols. This feature is particularly beneficial for complex systems requiring sophisticated data exchange capabilities.

    The module’s wall-mounting design optimizes space utilization in industrial settings, while its built-in SIL3 STO (Safety Integrity Level 3 Safe Trip Out) ensures high levels of safety criticality in safety-related applications. Additionally, the integration of a DC reactor and brake transistor contributes to improved power quality and effective braking mechanisms in motor control applications.