<p>This industrial-grade enclosed switchgear is designed to meet the rigorous demands of commercial and industrial applications. With a rated current of 23 A, it offers reliable performance for various electrical distribution needs. Its compact dimensions—130 mm in width, 165 mm in height, and 103 mm in depth—make it an ideal choice for installations where space is at a premium.</p><p>Engineered with precision, this product adheres to several key standards and approvals including IEC 60947-1, 3; RoHS; REACH; CE; and WEEE, ensuring compliance with international safety and environmental regulations. The unit boasts a rated short time withstand current of 1.5 kA and can handle voltages up to 750 VAC across its three poles.</p><p>The device&#39;s IP65 degree of protection guarantees excellent resistance against dust ingress and water jets from any direction, making it suitable for harsh environments. Additionally, the NEMA 1 rating provides assurance of protection against light indoor use conditions.</p><p>Designed for panel mounting within distribution board installations, the switchgear features a robust aluminium construction that enhances durability while minimizing weight. The round handle type ensures ease of operation even under demanding conditions.</p><p>With a rated power capacity of 11 kW, this device supports substantial power loads efficiently. It employs screw clamp terminals compatible with cable cross sections ranging from 0.75-10 sq-mm and requires wire stripping lengths of just 10 mm for straightforward installation. The tightening torque specification stands at 0.8 N-m which aids secure connections.</p><p>The control element is finished in black for easy identification within complex setups while auxiliary contacts include configurations such as 2NO+2NC providing flexible integration options into existing systems or new projects alike.</p><p>Electrical connections are facilitated through screw-type terminals ensuring firm attachment points that contribute to overall system integrity during operation cycles over time without frequent maintenance interventions needed due their reliability factor inherent design wise on these components themselves too!</p>