Cross connector In=20A P=6.5 kW T0-2-8900/I1 207109

Robust cam switch for demanding applications

This three-pole cam switch from Eaton, with a rated current of 20A and a power of 6.5 kW, is a reliable solution for controlling electrical circuits. It is suitable for both industrial installations and public buildings. Its durable construction and high IP65 protection rating guarantee safe and long-lasting operation even in harsh conditions.

Functionality and durability in one device

The switch is designed for ease of use and simple installation. It features screw connections for the main contacts, making it easy to connect wires. The short rotary handle provides a secure grip and precise switching of circuits. The black housing made of high-quality materials protects against external factors.

• High switching capacity: up to 5.5 kW at 400V, allowing control of various loads.
• Rated continuous current: 20A ensures stable operation even under heavy load.
• Short-circuit strength: rated short-time withstand current Icw is 0.32 kA, increasing installation safety.
• Protection class IP65: guarantees protection against water jets and dust, allowing installation in places exposed to moisture and dirt.
• Device construction: complete device in housing simplifies mounting and ensures readiness for operation immediately after connection.
• Rated operating voltage: range 690…690 V ensures compatibility with various power systems.
• Rated conditional short-circuit current Iq: 6 kA – an important parameter for selecting appropriate short-circuit protection.

Application and compliance with standards

The Eaton cam switch finds application in many areas, such as:

• Control of electric motors
• Disconnecting power circuits for machines and equipment
• Construction of electrical switchboards
• Lighting installations
• Industrial applications requiring frequent switching of circuits

The device meets the requirements of IEC/EN 60947 standards, confirming its safety and reliability. NEMA 12 protection class further increases its resistance to external factors. The lack of a locking mechanism allows for free switching of circuits without the need for additional tools or keys.