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Allen-Bradley 2094-BSP2 Kinetix 6000 Shunt Module

Product Description

The 2094-BSP2 is a shunt module designed for Allen-Bradley Kinetix 6000 and Kinetix 6200 multi-axis servo drive systems. It serves as a braking resistor interface, enabling dynamic braking in motion control applications where rapid deceleration or high inertia loads are present. This module helps dissipate excess regenerative energy, preventing DC bus overvoltage and ensuring stable operation of servo drives .

Key Features

Dynamic Braking Support
- Absorbs regenerative energy during motor deceleration or load braking .
- Prevents DC bus overvoltage in high-inertia applications .
Compatibility
- Works with Kinetix 6000 (2094-BCxx-Mxx, 2094-BMxx-S) and Kinetix 6200 drives .
- Supports 230V AC and 460V AC power configurations .
Modular & Compact Design
- DIN rail mountable for easy integration into control panels .
- Hot-swappable (RIUP compliant) for reduced downtime .
Safety & Protection
- Thermal overload protection to prevent overheating .
- Short-circuit protection for enhanced system reliability .
Performance Optimization
- Enables peak torque output (up to 250% of rated current) for short durations .
- Supports high-speed deceleration in motion control applications .

Technical Specifications

Parameter	Value
Model	2094-BSP2
Compatible Drives	Kinetix 6000, Kinetix 6200
Input Voltage	195–265V AC (230V) / 324–528V AC (460V)
Power Handling	Supports 1–8 axes on a single power rail
Mounting	DIN rail
Operating Temp.	0°C to +60°C
Protection Rating	IP20 (requires enclosure for harsh environments)

Applications

High-Inertia Load Braking (e.g., cranes, centrifuges) .
Packaging Machinery (rapid stop/start cycles) .
Robotics (dynamic motion control with regenerative energy) .
CNC Machines (precision deceleration in spindle control) .

Installation & Usage Notes

Wiring
- Connect to the DC bus terminals of the Kinetix 6000 drive .
- Use shielded cables to minimize EMI interference .
Thermal Management
- Ensure adequate ventilation to prevent overheating .
- Avoid continuous high-load braking to extend component life .
Safety Compliance
- Follow ISO 13849-1 PLe/SIL3 safety guidelines when used in safety-critical systems .