Industrial Cabinet Heater, 35mm Din Rail Type - PTC Semiconductor Fan Heater, 15W to 100W Options (HG140 150W)

HG140 Industrial Cabinet Heater

💍 The HG140 Series of Industrial Cabinet Heaters offers a robust solution for temperature control in critical environments, ensuring reliable performance in applications where moisture and low temperatures could compromise equipment integrity. Designed specifically for use in enclosures, these heaters excel in preventing condensation damage and maintaining operational temperatures above specified minimum values.

💥 With a sleek aluminum profile heater body, the HG140 heaters utilize a chimney effect to ensure even heat distribution throughout the cabinet, effectively combating temperature drops and promoting a stable internal climate. This innovative design contributes to enhanced performance and longevity of electronic components housed within.

🔧 Key Features:

• Pressure Clamp Connectors: Designed for quick and easy installation, these connectors provide a secure fit while minimizing assembly time.
• Dynamic Heating: Experience rapid temperature rise, allowing for prompt acclimation of sensitive equipment.
• Wide Voltage Range: Capable of operating across a diverse range of voltage inputs, accommodating various industrial requirements.
• Temperature Limiting: Integrated safety features help maintain operational thresholds, enhancing the reliability of the heater in dynamic conditions.
• Energy Saving: Engineered for efficiency, the HG140 heater maximizes heating performance while minimizing energy consumption.
• Clip Fixing: Simple installation method that facilitates secure mounting within a wide array of cabinet designs.

🔒 Technical Data:

• Note: Operating with voltages below 140V AC/DC may reduce heating performance by approximately 10%.
• Performance specified at an ambient temperature of 20°C (68°F).

🧩 Choose the HG140 Industrial Cabinet Heater for a reliable and efficient heating solution to safeguard your electronic equipment against the perils of condensation and temperature extremes.