Switching power supply KSE 10024P 230/24V DC 4A 96W DIN rail mounted, Input: 85-264VAC, Ta70, 17000-1544

Product features

• High stability
• Designed for automation systems and more.

This KSE 10024P industrial switch-mode power supply is a solid solution for providing stable power in automation, control and many other applications. Designed for mounting on a standard T-35 DIN rail, it will work well in both switchboards and control cabinets. A wide input voltage range (85-264VAC or 140-340VDC) makes it a universal choice, resistant to voltage fluctuations in the network.

The power supply offers 96W of power at an output voltage of 24V DC and a current of 4A. High efficiency (up to 85%) translates to lower energy losses and lower operating costs. In addition, built-in short-circuit (SCP), overload (OPP) and overvoltage (OVP) protection protects both the power supply itself and the devices connected to it. The DC-OK signal indicates correct output voltage, which facilitates system diagnostics.

Design and application

The power supply is designed for reliability and durability. Cooling is done by natural air flow, which eliminates the risk of failure related to fans. The housing is made of plastic, providing an IP20 degree of protection - i.e. protection against touching with fingers and against the ingress of solid objects larger than 12.5 mm. The operating temperature in the range of -20°C to +70°C (taking into account the load chart) allows it to be used in harsh industrial conditions.

The KSE 10024P power supply will find application in:

• Industrial automation systems
• PLC controllers
• Monitoring and alarm systems
• LED lighting
• Electronic devices requiring a stable 24V DC power supply
• Alarm and fire protection installations

Standards and safety

The device meets the requirements of the following standards: EN55032, EN55035, EN61000-3-2, EN61000-3-3 and EN60950-1. This ensures compliance with European safety and electromagnetic compatibility standards. No-load power consumption is only 1W, which minimizes energy consumption when the device is not loaded.