Finder Enclosure Heater, 110 → 230V ac, 400W Input, -40 → +50°C, 88.2mm x 67mm x 98.7mm

This enclosure heater is a compact industrial heater designed for a variety of applications within automation, electronics, and mechanical industries. With an input power rating of 400 W and a supply voltage compatible with both 110V and 230V AC, it delivers reliable performance in demanding environments. The heater provides an air flow rate of 30m³/h and operates effectively within a surface temperature range of -40 to +50 °C, ensuring it meets the needs of various industrial heating requirements.

• Fan-assisted design enhances air circulation for efficient heating
• PTC resistor offers self-regulating heating for safety
• Compact dimensions ensure easy installation in limited spaces
• Operates within a broad voltage range for versatile usage
• Durable plastic housing complies with UL94 – V0 standards
• Low surface temperature of ≤30 °C prevents hazards during operation

• Used for drying kilns in manufacturing processes
• Utilised in hoists and cranes for optimal heating
• Suited for road and tunnel lighting
• Ideal for electric enclosure heating in control panels
• Employed in plastic moulding machines for uniform heat distribution

Power requirements include a nominal voltage of 230V AC with a current rating of 1.7A, ensuring compatibility with various electrical systems. The operating range extends from 184 to 253V AC, making it suitable for diverse applications.

The self-regulating PTC resistor maintains controlled temperature levels, significantly reducing the risk of overheating and potential hazards, making it ideal for sensitive environments where precise temperature management is crucial.

It is advisable to install the heater vertically, with cables positioned below the unit. This ensures proper airflow and maximises heating efficiency while complying with safety regulations.

The fan is designed to provide a lifespan of approximately 50,000 hours when operated at a consistent ambient temperature of 25 °C, ensuring longevity and reducing maintenance needs.