Power Module Kinetix6000, multi-axis, safe torque-off , 3.9kW 9A 3x460VAC, power rail, Allen-Bradley

Kinetix® 6000 Power Module, Type: Multi-Axis, Safe Torque-Off, Wattage: 3.9 KW, Voltage Rating: 460 VAC, Input: 9 A, Output: 3.9 KW, Phase: 3 PH, Frequency Rating: 47 - 63 HZ, Mounting: Power Rail, Size: 249 MM Length X 70 MM Width X 287 MM Height

• Item Name: Power Module

• Type: Multi-Axis, Safe Torque-Off

• Sub Brand: Kinetix® 6000

• Wattage: 3.9 KW

• Voltage Rating: 460 VAC

• Input: 9 A

• Output: 3.9 KW

• Phase: 3 PH

• Frequency Rating: 47 - 63 HZ

• Mounting: Power Rail

• Size: 249 MM Length X 70 MM Width X 287 MM Height

Bulletin 2094 Kinetix® 6000 multi-axis servo drives help improve system performance while saving time and money. Designed to help make wiring, programming, operation and diagnostics faster and easier, this drive assists you in decreasing engineering and installation time while adding flexibility for demanding motion applications. This drive handles global voltage requirements.

• Accommodates 1 - 8 axes on power rail
• Includes six inputs: 2 registration inputs, 1 home input, 2 over travel inputs and 1 axis enable input
• Integrates seamlessly into the Logix platform for multi-axis integrated motion
• Greater flexibility in your machine design through compact size
• Advanced control capabilities for greater precision and throughput
• Reduces the total number of connections through simplified wiring and modular design
• Built-in support for multi-turn absolute encoders to maintain position during power loss
• Peak enhancement configuration supports motion applications that require fast acceleration and deceleration for limited duration
• Produces torque up to 250% of continuous rated current for limited duty cycles
• Provides higher peak current, potentially downsizes the drive power supply and axis modules, and reduces required panel space
• Standards: C-Tick certified, KCC certified, TUV-FS, UL-CA listed, UL-US listed, CCC certified, CE certified, KC certified, CUL listed, UL listed
• Applications: For motion application