Allen-Bradley 2094-AMP5-S Servo Drive – Compact Safety Servo Module

Allen-Bradley 2094-AMP5-S Servo Drive – Compact Safety Servo Module

    The Allen-Bradley 2094-AMP5-S servo drive enhances machine efficiency and cuts costs while improving overall system performance. It integrates advanced control capabilities into a compact package, making it ideal for flexible application solutions.

Brand:Allen-Bradley

Series:Kinetix 6000

Continuous Output Current (rms):2.8 A

Continuous Output Current (0-pk):4.0 A

Peak Current (rms), Series A:4.2 A

Efficiency:98%

Continuous Power Out (nom):1.2 kW

Voltage Class:200V

Drive Voltage:230 VDC

Nominal Input Voltage:230 VDC

Continuous Current (rms):2.8 A

Continuous Current (sine, 0-peak):4.0 A

Dimensions:11.9in x 16.5in x 11.9in

Weight:3.2 lbs (1.46 kg)

    The Allen-Bradley 2094-AMP5-S servo drive represents a significant advancement in industrial automation. Designed for high performance and reliability, this servo drive is part of the safety servo drive series within the Kinetix 6000 multi-axis servo drives family. With its compact size and modular design, it simplifies wiring and promotes easy installation, programming, operation, and diagnostics. Its efficient design ensures minimal downtime and optimal performance, contributing to reduced operational costs.

    The servo drive offers robust control capabilities, allowing it to handle demanding applications with ease. Its 98% efficiency rating ensures that energy is used optimally, reducing waste and contributing to sustainable manufacturing processes. The product’s lightweight design (3.2 lbs or 1.46 kg) makes it easy to mount and integrate into existing systems, saving time and effort during installation.

    When operational, the 2094-AMP5-S can withstand shocks up to 15G, making it suitable for harsh industrial environments. It functions effectively at altitudes up to 1000 m (3281 ft) without de-rating, ensuring reliable operation in diverse settings. This servo drive is an indispensable tool for engineers looking to optimize their systems, providing a balance between power, efficiency, and flexibility.