Single-phase transformer PVS 160 230/24V IP54 enclosed with protection 16024-9965

Single-phase transformer PVS 160 230/24V is a housed model with protection, designed for a wide range of applications requiring protection against electric shock and high resistance to external conditions. Designed for both stationary and portable mounting, it is suitable for industrial installations, workshops and construction.

Features and application

This safety transformer is characterized by a protection degree of IP54, which means effective protection against splashing water and dust. Made in Class II insulation, it minimizes the risk of electric shock, and the insulation thermal class B (130°C) ensures reliable operation even at elevated ambient temperatures (up to 40°C). Its compact dimensions – 105 mm width, 200 mm height and 105 mm depth – make it easy to mount in limited space. The rated apparent power of 160 VA allows powering various devices with a power consumption of up to 160 VA.

Construction and safety

The PVS 160 transformer meets the requirements of EN 61558-2-4 and EN 61558-2-6 standards, which confirms its compliance with European safety standards. It has a built-in short-circuit resistance, protecting the installation from damage. The design without a toroidal core and as a safety transformer guarantees safe operation with devices sensitive to interference. The primary voltage is 230 V, and the secondary voltage is 24 V, making it an ideal solution for powering low-voltage devices.

Advantages for the installer and end user

• Versatility: The possibility of stationary or portable mounting increases flexibility of use.
• Safety: Class II insulation and short-circuit protection minimize the risk of failure and injury.
• Resistance: IP54 protection degree ensures reliable operation even in difficult environmental conditions.
• Compliance with standards: Meeting European standards guarantees high quality and safety of use.
• Compact dimensions: Facilitate mounting in limited space.
• Clarity: The transformer is easy to identify thanks to a clear marking of input and output voltages.