Arc IPX3 IPX4 R200 configuração automática
- ID do bico: 0,4 mm
- Bicos Rosca: M5
R200 Arc IPX3 IPX4
- Arc: R200 Specifications
- Angles: 30, 0, 30 | 60, 0, 60 | 90, 0, 90 | 180, 0, 180
- Rotating Table: Supports samples weighing up to 5 kg
- Control: Intelligent motor with integrated encoder (servo)
- Control Interface: HMI touch and PLC (Programmable Logic Controller)
Compliance and Standards:
- Reference standard for protection testing against water ingress by oscillating arcs: IEC60529
- Compliance: The equipment meets the requirements of IEC60529 standards, specifically articles 14.2.3 and 14.2.4, for IPX3 and IPX4 testing.
Other relevant standards:
- Electrical Safety Standard: IEC 61010 (if applicable)
- Product Safety Standard: IEC 62368 (if applicable)
- Safety of Household and Similar Electrical Appliances (IEC60335): for home appliance testing requirements, including 90-degree oscillating arcs
- Information Technology Equipment Safety (IEC 60950): for safety requirements related to IT equipment
- Laboratory Equipment Safety Standard: The product from Ormity complies with the safety requirements of laboratory equipment.
In alignment with the IEC60335 standard, the part which is dedicated to home appliances, the Oscillating Spray System IPX3 IPX4 (ORTY529/795) by Ormity is engineered to fulfill the specific requirements for water ingress protection tests (IPX3 and IPX4). A key feature of this standard is the stipulation that spraying tests must be conducted at angles of 90 degrees to either side from the central top of the sample.
The Ormity system is equipped with the necessary functionality to perform this 90-degree oscillation, ensuring compliance with the IEC60335 standard.
The system's arc oscillation speed is a critical aspect of these tests, and in the Ormity ORTY529/795 series, this speed is calibrated to emulate real-world water exposure conditions as required for IPX3 and IPX4 testing. (according tothe Standard requirements)
This capability ensures that household products are tested under standardized and stringent conditions, as required for accurate and consistent assessment of water resistance.
