Description

Product Overview

The Allen-Bradley Kinetix® 6500 (Bulletin 2094) is a high-performance, modular multi-axis servo drive system engineered for complex integrated motion applications within the Rockwell Automation Logix platform. Utilizing an EtherNet/IP network structure combined with ODVA CIP Motion™ and CIP Sync™ technology, this system delivers deterministic closed-loop real-time motor synchronization over a single industrial network. Featuring safe-speed monitoring and modular safety options, the Kinetix 6500 optimizes machine design flexibility, slashes field implementation engineering overhead, and minimizes mechanical footprints.

Advanced Capabilities and Functional Benefits

• Logix Platform Integration: Embedded natively within Studio 5000 / RSLogix™ 5000 configurations. All localized configuration profiles, execution tables, and tuning parameters route directly via the Logix controller, bypassing standalone drive programming structures.
• ODVA CIP Motion & CIP Sync: Leverages standard Ethernet media using regular Common Industrial Protocol (CIP) standards, providing real-time axis synchronization while sharing standard application communication on the same cable drop.
• Modular Multi-Axis Power Sharing: Engineered with full Common DC Bus capability, enabling adjacent drive axes to share regenerated mechanical braking energy directly across the backplane rail, driving down power grid draws and lowering machine thermal dissipation.
• Enterprise Safety Integrity: Complies natively with premium functional safety ratings (SIL 3, PLe, Category 4), supporting modular hardware configurations for Safe Speed Monitoring and Safe Torque-Off (STO) parameters to protect operators without halting production cycles.
• Rugged Thermal and Energy Handling: Employs a robust internal 115-Ohm dynamic shunt configuration handling up to 5600W peak regenerative absorption, maintaining structural up-time through localized micro-second line drops (20 ms line loss ride-through protection).

Technical Specifications

Power & Electrical Parameters

• Input Configuration: 3-Phase Phase Input (Common DC Bus Capable)
• Nominal Input Voltage: 360V AC nominal (rms)
• Input Voltage Limits: 324V AC minimum (rms) | 528V AC maximum (rms)
• Line Frequency Range: 50 / 60 Hz nominal (47 Hz minimum | 63 Hz maximum)
• Nominal Three-Phase Input Current: 24 A (Max peak 22 A 0-to-peak alternate tracking)
• Internal DC Bus Level: 650V DC nominal
• Power Supply Ride-Through Time: 20 ms line loss ride-through capability

Shunt & Performance Properties

• Internal Shunt Continuous Power: 50 W
• Internal Shunt Peak Power Capacity: 5600 W
• Internal Shunt Nominal Resistance: 115 Ohms
• Continuous Output Current: 10.3 A (rms) | 14.6 A (0-to-peak)
• Peak Short-Duration Output Current: 25.8 A (rms) | 36.4 A (0-to-peak)
• Peak Drive Conversion Efficiency: $\ge 97\%$

Communication & Safety Metrics

• Network Communication Protocol: EtherNet/IP (CIP Motion Architecture)
• Safety Performance Level: ISO 13849:2006 PLe | EN 954 Category 4
• Functional Safety Rating: IEC/EN 61508 SIL 3
• Third-Party Evaluation: TUV Certified Category 4, PLe, SIL3

Physical & Environmental Properties

• Physical Housing Dimensions: 285.0 mm (H) x 125.0 mm (W) x 302.0 mm (D)
• Net Component Weight: 5.9 kg (approx. 13.0 lbs)
• Operational Thermal Limits: 0°C to 50°C (32°F to 122°F) without derating
• Storage Thermal Limits: -40°C to 70°C (-40°F to 158°F)
• Relative Operating Humidity: 5% to 95% RH (Non-condensing)
• Maximum Altitude (No Derating): 1000 meters above sea level (Max 3000m with derating curves)
• Mechanical Vibrational Tolerance: 2 $m/s^2$ max acceleration | 0.35 mm peak-to-peak displacement | Up to 500 Hz
• Mechanical Operational Shock: 15g peak shock pulses running 11 ms duration boundaries
• Product Status: Legacy Hardware Core (Phased Out by manufacturer)

Compatible Motor & Actuator Series

The Kinetix 6500 module features pre-loaded operational vectors tuned to match Allen-Bradley high-performance industrial motor lines:

• MPL / MPM / MPF / MPS: Low Inertia, Medium Inertia, Food-Grade, and Stainless Steel synchronous servo families.
• LDAT Series: Integrated Linear Thruster configurations.
• MPAI / MPAR / MPMA: Heavy-Duty Electric Cylinders, Linear Cylinders, and Integrated Linear Stage setups.

Industrial Applications

• Multi-Axis Packaging Machine Webs: Syncing continuous high-speed rotary carton packaging lines, continuous wrappers, and sealing assemblies via CIP Motion networks.
• Automated Automotive Assembly Tooling: Powering high-capacity multi-axis robotic transfer tables and fast pick-and-place gantry configurations requires high mechanical efficiency ($\ge 97\%$).
• Food & Beverage Filling Networks: Regulating precise positioning indexers on rotary product filling systems, capitalizing on compatibility with MPF and MPS washdown motor lines.
• Complex Machine Tool Conveying: Synchronizing variable multi-axis metal forming, conveying, and custom material handling systems with functional safe speed safety limits.