Euchner MGB-H-AA1A1-R-100464 Handle Module
Módulo de manija Euchner MGB-H-AA1A1-R-100464 Un módulo de manija duradero con protección IP65, diseñado para su uso en aplicaciones críticas de seguridad, que ofrece operación confiable y materiales de alta calidad en un diseño compacto.
Euchner MGB-H-AA1A1-R-100464 Handle Module
The Euchner MGB-H-AA1A1-R-100464 Handle Module is designed for reliable and secure operation in safety-critical applications. This module is specifically designed for use with safety doors and features a durable construction made from fiber glass reinforced plastic, nickel-plated die-cast zinc, and stainless steel, ensuring robustness and long-lasting performance.
With an IP65 rating, the MGB-H-AA1A1-R-100464 handle module offers high protection against dust and water ingress, making it ideal for use in environments where safety and protection are essential. Its installation orientation is suitable for a DIN right door hinge, ensuring easy integration into your system.
The module operates effectively within an ambient temperature range of -20°C to +55°C, providing versatility in various industrial conditions. Whether used in manufacturing, automation, or other critical applications, the Euchner MGB-H-AA1A1-R-100464 Handle Module ensures secure and efficient operation for your safety systems.
- Manufacturer: Euchner
- Type: Handle Module
- Model: MGB-H-AA1A1-R-100464
- Order Number: 100464
- Installation Orientation: Door hinge DIN right
- Degree of Protection: IP65
- Housing Material: Fiber glass reinforced plastic, nickel-plated die-cast zinc, stainless steel
- Ambient Temperature: -20 to +55 °C
Technical Specifications:
- Degree of Protection: IP65
- Housing Material: Fiber glass reinforced plastic, nickel-plated die-cast zinc, stainless steel
- Installation Orientation: Door hinge DIN right
- Ambient Temperature: -20 / +55 °C
The Euchner MGB-H-AA1A1-R-100464 Handle Module is the perfect solution for ensuring the safety and durability of your industrial systems, combining performance and protection in a compact design.
