<p>If you&#39;re in the market for a reliable thermostat and hygrostat, this unit offers a balanced combination of functionality and durability. Designed to meet industrial and commercial needs, it operates efficiently within a voltage range of 120-240 VAC and supports a rated current between 10-5 A. With an IP20 degree of protection, it&#39;s suitable for environments where basic protection against dust is needed.</p><p>Constructed from robust PC and ABS materials, the device ensures longevity while maintaining structural integrity under various conditions. Its compact dimensions—94 mm in height, 59 mm in width, and 52 mm in depth—make it an ideal choice for installations where space might be limited. The light grey RAL 7035 color provides a neutral aesthetic that blends seamlessly into most setups.</p><p>This thermostat &amp; hygrostat excels within an operational temperature range from 10 to 60 degrees Celsius, making it versatile enough for diverse applications. The wire cross-section accommodates sizes between 1.5-4 sq-mm through its terminal block connection type, facilitating straightforward integration with existing systems.</p><p>The sensor utilizes polyamide ribbon technology to deliver accuracy within +/-3K, ensuring precise environmental control crucial for sensitive operations. With its contact configuration of 1CO (single pole changeover), it offers reliable switching capabilities tailored to your specific requirements.</p><p>Installation is simplified with DIN rail fixing type—a standard mounting method that enhances ease of use while providing secure attachment. In terms of compliance and safety standards, this product carries CE marking along with cURus and UKCA approvals—an assurance of quality recognized across multiple regions.</p><p>Whether you&#39;re upgrading your system or establishing new controls within your facility, this thermostat &amp; hygrostat stands out as a dependable option backed by essential certifications and practical design features suited for Australian technical audiences seeking performance without unnecessary complexities.</p>