• GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer

GE VMIVME2540-300 | VME Single-Board Computer

No. VMIVME2540-300
Brand:GE   
Model:  VMIVME2540-300
Product type:VME Single-Board Computer 
Payment method: Wire transfer, Western Union
Port of shipment for remittance: Xiamen, China
Delivery time: 1-3 working days/3-4weeks
Condition: 100% original
Warranty: 12 months
$1364.00
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer
  • GE	VMIVME2540-300 | VME Single-Board Computer

Desciption

Product Overview

The GE VMIVME2540-300 is a rugged VME single-board computer (SBC) engineered for industrial control applications that require sustained performance in harsh environments. Designed to plug directly into VMEbus backplanes, the GE VMIVME2540-300 provides deterministic CPU cycles, flexible I/O lanes, and onboard interfaces that make it suitable as a control head or communications gateway in legacy PLC racks, control cabinets, and substation panels. Engineers routinely choose this model when they need to preserve existing VME infrastructure while adding modern networking or protocol bridges; for instance, it is often mounted in a control cabinet adjacent to I/O clusters during phased brownfield upgrades.

What makes the GE VMIVME2540-300 valuable is its combination of industrial durability and retrofit friendliness. It offers long-term availability as a spare, clear diagnostic LEDs, and a mechanical footprint that aligns with common VME card guides—so technicians can swap modules during a scheduled maintenance window without complex rewiring. Importantly, this unit plays well with mixed-system environments: it can coexist with distributed control system parts and is a practical component for facilities that also use ABB I/O modules or ABB AC 800M controllers. Xiamen Xiongba E-commerce Co., Ltd. Branch specializes in industrial automation distribution and global procurement. We provide a one-year warranty and free replacement service, sourcing DCS, PLC, MVME modules, Anybus converters, RTU modules, industrial PCs, low-frequency displays, and SCSI HMIs to solve procurement challenges with competitive pricing.

Technical Specifications

Parameter Value
Product Model GE VMIVME2540-300
Manufacturer GE (VMIVME family)
Product Type VME Single-Board Computer (SBC)
Power +5 V / +12 V via VME backplane (typical)
Communication / Protocol VMEbus; onboard serial ports; optional Ethernet via mezzanine or expansion (10/100 Mbps typical)
Operating Temperature -20°C to +70°C (industrial range)
Mounting 6U VME card slot / VME rack insertion
Protection / Ingress Front-panel IP20 when rack-mounted
Dimensions (HxWxD) 233.35 × 160 × 20 mm (6U VME card format)
Weight ≈0.45 kg
Typical Interfaces VME P1/P2 connectors, RS-232/RS-422 serial, Ethernet (optional mezzanine), onboard status LEDs
Compliance CE, RoHS; site-specific certifications may apply

Key Features and Benefits

Deterministic processing is central to the GE VMIVME2540-300’s appeal. First, its VMEbus timing and interrupt handling are tuned for control loops that cannot tolerate jitter, which matters when coordinating interlocks or processing fast telemetry. Second, the board provides ample onboard connectivity—serial ports for legacy devices and mezzanine or carrier options for Ethernet—allowing the GE VMIVME2540-300 to act as a protocol gateway without requiring external boxes. Third, robustness was designed in: components are selected for vibration and thermal tolerance, and a clear set of front-panel LEDs gives immediate insight into power, bus activity, and fault states.

From an integration standpoint, the GE VMIVME2540-300 reduces engineering lift during brownfield upgrades. It can interface with distributed control system parts and complements ABB I/O modules when sites run mixed-vendor cabinets, enabling a phased migration toward modern controllers such as ABB AC 800M while preserving critical VME-based logic. Maintenance teams appreciate that a single stocked spare often matches multiple field chassis, lowering inventory complexity and lifecycle cost. Additionally, configuration backup and quick-image restore minimize downtime; technicians can pre-stage a replacement and restore the system in a single maintenance shift.

Operationally, this platform supports stable communications and predictable reboot behavior, which lowers the risk of “rogue restart” scenarios that can scramble I/O states. In practice, reliability translates to fewer emergency callouts and more predictable maintenance windows when the GE VMIVME2540-300 is part of an industrial automation spare parts strategy.

Application Scenarios

The GE VMIVME2540-300 excels where legacy VME systems must remain operational while new functionality is added. In power plants, it serves as the runtime node for turbine auxiliary control or generator protection logic, sitting in a VME rack in the control room and feeding data to SCADA and historians. In oil & gas facilities, it often operates as a protocol bridge on wellhead skids, translating serial fieldbus traffic into Ethernet for higher-level historians and alarming. For municipal water treatment, the board provides reliable scheduling and event handling for chemical dosing and pump control, and can be swapped during a daytime maintenance window to restore monitoring quickly—e.g., in a municipal water pump station, technicians replaced a failed SBC with GE VMIVME2540-300 to recover 24/7 monitoring within a day.

Mining and heavy industry use the GE VMIVME2540-300 to consolidate conveyor telemetry and interlocks where mechanical shock and dust are concerns. Discrete manufacturers also employ it as a legacy control host for specialized machine logic while newer cells migrate to modern PLCs; this keeps production lines moving without a full control-system replacement. Across these scenarios, the unit reduces nuisance trips and shortens troubleshooting time because its diagnostic outputs make fault isolation straightforward.

Related Models

GE VMIVME2540-200 — Earlier CPU variant with lower clock speed, compatible for many legacy racks.
GE VMIVME2550-300 — Enhanced SBC with onboard dual Ethernet for higher network throughput.
GE VMIVME7546 — Ruggedized VME option with extended temperature range for outdoor cabinets.
GE VMIVME7606 — Mezzanine carrier variant designed for additional I/O daughter cards.
GE IC697MDL740 — Companion modular I/O often used in mixed GE/IC systems.
Anybus VME Gateway — Protocol bridge used with VME SBCs for fieldbus-to-Ethernet conversion.
ABB DO810 — Example ABB I/O module referenced for integration planning with mixed racks.

Installation and Maintenance

Start installation by confirming VME backplane slot compatibility and verifying that the rack’s power supplies provide stable +5 V and +12 V rails. Ensure the cabinet offers adequate airflow and that ambient temperatures fall within the GE VMIVME2540-300’s specified range. Grounding is critical: attach the chassis earth to site ground to reduce EMI and avoid serial-port noise issues. Insert the board carefully into the VME guide rails, secure retention hardware, and verify front-panel LEDs after bus power-up. If the system supports hot-swap, follow the vendor’s safe-insertion procedure; otherwise schedule a brief downtime window for replacement.

For maintenance, combine visual inspections with automated diagnostics. Check status LEDs and serial-console boot messages after each restart. Archive firmware and system images off-line so a replacement GE VMIVME2540-300 can be imaged quickly; maintaining configuration snapshots shortens recovery to a single shift. Monitor event logs and trending for signs of slowly developing faults such as rising error counts on serial links or intermittent bus retries. Replace boards that show recurring transient errors instead of attempting component-level repairs; this pragmatic approach reduces mean time to repair and simplifies warranty handling. Finally, store spare units in anti-static packaging in a dry, temperature-controlled area to ensure readiness when needed.

Product Warranty

Xiamen Xiongba E-commerce Co., Ltd. Branch provides a one-year warranty and free replacement service for GE VMIVME2540-300 units purchased through our channel. This warranty covers manufacturing defects and functional failures during normal industrial use and excludes damage from improper installation, abuse, or unauthorized modification. To initiate a claim, customers contact Xiamen Xiongba’s support team; our staff coordinates pre-shipment testing, datasheet verification, serial-number traceability, and RMA handling to expedite replacements. All warranty logistics and technical support are provided directly by Xiongba, not the original equipment manufacturer.

Xiamen Xiongba E-commerce Co., Ltd. Branch specializes in industrial automation distribution and global procurement. We provide a one-year warranty and free replacement service, sourcing DCS, PLC, MVME modules, Anybus converters, RTU modules, industrial PCs, low-frequency displays, and SCSI HMIs to solve procurement challenges with competitive pricing.

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