BERKELEY BXI4/2-01-B – 4-Axis Motion & Machine Controller | BXI Series Platform
Engineering Background: The BERKELEY BXI Series represents a purpose-built family of multi-axis motion and machine controllers engineered for demanding industrial CNC, robotics, and coordinated-motion applications. Designed to meet the rigorous requirements of high-throughput manufacturing environments, the BXI platform integrates real-time trajectory planning, closed-loop servo coordination, and deterministic I/O management within a single compact module.
Product Positioning: The BXI4/2-01-B is the 4-axis variant of the BXI controller family, targeting procurement engineers and system integrators who require a proven, drop-in replacement or new-build motion controller with full OEM specification compliance. It is the preferred choice for machine builders upgrading legacy CNC platforms or deploying new coordinated-motion cells.
Complete Technical Specifications
- Part Number / SKU: BXI4/2-01-B
- Brand / Manufacturer: BERKELEY
- Series / Platform: BXI Motion & Machine Controller Series
- Number of Controlled Axes: 4-Axis
- Controller Type: Motion & Machine Controller (MMC)
- Form Factor: Industrial module, panel-mount compatible
- Communication Interfaces: Industrial fieldbus (series-standard); refer to OEM datasheet for exact protocol
- I/O Architecture: Deterministic digital I/O with real-time scan cycle
- Programming Environment: Compatible with BERKELEY BXI toolchain / IEC 61131-3 structured text
- Operating Temperature: 0 °C to +55 °C (standard industrial range)
- Storage Temperature: −25 °C to +70 °C
- Power Supply: 24 VDC nominal (series-standard)
- Weight: 1,420 g
- Country of Origin: Refer to OEM documentation
- HS Code: 8537.10 (programmable controllers)
- Compliance: CE / RoHS (verify current certification status with OEM)
Proven Application Environments
- CNC machining centers (milling, turning, grinding) requiring 4-axis coordinated motion
- Industrial robotic cells with servo-driven articulated arms
- Automated assembly lines with multi-axis pick-and-place systems
- Laser cutting and plasma cutting machines
- Semiconductor wafer handling and precision positioning stages
- Textile and packaging machinery with synchronized multi-axis drives
Engineering Advantages
- 4-Axis Simultaneous Coordination: Enables complex interpolated motion paths (linear, circular, helical) across all four axes in real time.
- Deterministic Real-Time Control: Hard real-time scan cycle ensures microsecond-level repeatability critical for precision machining.
- Compact Integration: Single-module architecture reduces panel footprint and simplifies wiring compared to multi-card solutions.
- OEM Drop-In Compatibility: Maintains pin-out and communication protocol compatibility within the BXI family for seamless replacement.
- Robust Industrial Design: Rated for continuous operation in EMI-rich factory environments with vibration and thermal cycling resistance.
System Architecture & Signal Flow
The BXI4/2-01-B operates as the central motion coordinator within a BERKELEY BXI-based control architecture. The controller receives high-level motion commands from the host PLC or HMI via the fieldbus interface, executes real-time trajectory interpolation across all four servo axes, and outputs position/velocity commands to the downstream servo drives. Encoder feedback from each axis is processed on-board to close the position loop, while the integrated I/O subsystem manages machine-level interlocks, limit switches, and auxiliary device control in parallel with motion execution.
Sourcing & Quality Verification
- Source: Konmask.com sources BXI4/2-01-B units exclusively from authorized distributors and verified OEM channels.
- Inspection: Each unit undergoes incoming inspection including label verification, firmware version check, and functional power-on test prior to dispatch.
- Authenticity: Serial number and OEM hologram verified against manufacturer records where applicable.
- Condition: New-in-box (NIB) unless explicitly stated as refurbished/tested-used in the listing.
- Documentation: OEM datasheet and certificate of conformance available upon request.
Procurement Process
- Step 1 – Inquiry: Submit your BOM or part number to support@konmask.com or via the product page for a formal quotation.
- Step 2 – Quotation: Receive a detailed quote including unit price, lead time, shipping options, and payment terms within 1 business day.
- Step 3 – Order Confirmation: Confirm purchase order; payment accepted via T/T, PayPal, or credit card.
- Step 4 – Dispatch: Units ship within 1–3 business days from verified stock. Express (DHL/FedEx/UPS) and economy freight options available.
- Step 5 – After-Sales: 12-month warranty on new units. Technical support available via email and phone.
Technical FAQ
Q: Is the BXI4/2-01-B compatible with third-party servo drives?
A: Compatibility depends on the fieldbus protocol supported by the drive. Contact our technical team with your drive model for a compatibility assessment.
Q: Can this controller be programmed with standard IEC 61131-3 tools?
A: The BXI series supports structured text and ladder logic via the BERKELEY programming environment. Confirm specific IDE compatibility with OEM documentation.
Q: What is the lead time if the unit is not in stock?
A: Standard lead time for out-of-stock units is 4–8 weeks from OEM. Konmask maintains buffer stock for critical SKUs — contact us for real-time availability.
Q: Do you provide a Certificate of Conformance (CoC)?
A: Yes. CoC and OEM datasheet are available upon request at no additional charge.
Q: Is export licensing required for this product?
A: Buyers are responsible for verifying import/export compliance in their jurisdiction. Konmask provides accurate HS codes and country-of-origin documentation to support customs clearance.
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Original Source: https://Konmask.com
Contact: support@konmask.com | +0086 19859288691
