Single-phase transformer PFM1601 230/230V-7A IP44 isolating or safety, enclosed, portable 16152-9992

Isolation and Safety Transformer – Reliable Protection and Flexibility

This single-phase PFM1601 transformer is a robust solution for both professional installers and users requiring a safe and reliable power source. Designed for applications demanding protection against electric shock, it performs excellently in workshops, construction sites, and domestic environments. The IP44-rated enclosure ensures resistance to moisture and dust, making it an ideal choice for demanding working conditions.

Design and Applications

The PFM1601 transformer is a separating transformer, meaning it galvanically separates the primary circuit from the secondary circuit. This significantly enhances user safety and minimizes the risk of electric shock. With a rated power of 1600 VA, it can supply various devices up to 1600W at 230V. The transformer is resin-cast and housed in a durable metal enclosure. This design ensures resistance to mechanical damage and guarantees long-term reliability. Its portable construction facilitates easy transport and installation in various locations.

Key Features and Benefits

• Safety First: The separating transformer protects against electric shock, which is especially critical when operating power tools or working in damp environments.
• Robust Construction: The IP44 enclosure provides resistance to moisture, dust, and mechanical damage – perfect for harsh working conditions.
• Portability: Compact dimensions (280 x 290 x 245 mm) and a sturdy housing enable easy transport and installation anywhere.
• Versatility: Suitable for powering a wide range of devices up to 1600W at 230V.
• Protective Features: Equipped with thermal fuses with reset buttons and an indicator lamp showing the device’s operational status.
• Insulation Class B: Ensures high thermal resistance of the transformer windings.
• Short-Circuit Resistance: Enhances operational safety and prevents device damage in case of a short circuit in the secondary circuit.