close
Choose Your Site
Global
Social Media
loading
GE
GEDSA0004
DSA
INNOVA 2100 INNOVA 3100 INNOVA 4100 IGS 330 IGS520 IGS 530 IGS540 IGS 620 IGS 630 IGS 7
5166418-3
| Availability: | |
|---|---|
| Quantity: | |
PIB V3 Board is the 3rd-generation Positioner Interface Board designed for interventional and CT imaging systems, handling signal interaction, command parsing and data feedback between patient table and gantry. Optimized signal path delivers strong anti-interference capability and EMC performance compliant with medical clinical standards. It enables precise coordination between main controller and motion units to ensure smooth positioning and synchronized motion sequence, improving overall motion accuracy, simplifying wiring and supporting stable, safe clinical operation of imaging equipment.
Engineered to resolve common synchronization errors in legacy equipment, this third-generation interface board introduces superior data processing capabilities that directly impact operational efficiency.
Instantaneous Command Parsing: The logic circuits interpret multidirectional movement requests from the operator console instantly, translating digital commands into precise motor control signals. This eliminates latency between the physician's input and the physical movement of the table.
Superior Electromagnetic Compatibility: The board features isolated ground planes and shielded signal traces. This layout prevents electromagnetic interference generated by adjacent high-voltage X-ray tubes from corrupting positional data, ensuring continuous, error-free communication.
Synchronized Motion Execution: By managing feedback loops from multiple position sensors simultaneously, the board coordinates multi-axis movements. Patients experience a gentle, fluid motion during their procedures, which is critical for minimizing movement artifacts in sensitive imaging studies.
Streamlined Internal Architecture: The consolidated interface design reduces the number of physical wire harnesses required within the gantry housing. Fewer cables mean less physical chafing during rotational movements, directly extending the lifespan of the internal wiring.
Matching the correct interface board to the specific imaging system is critical for successful maintenance and repair operations. This module is programmed and physically configured to integrate directly with leading interventional and computed tomography platforms. Below is a detailed compatibility reference to assist procurement specialists and clinical engineers in verifying their requirements.
System Category | Compatible Models | Primary Function |
|---|---|---|
Interventional Cath Labs | GE Innova 3131IQ, Innova 4100, Innova 2100 | Manages complex multi-axis table positioning and C-arm synchronization during vascular procedures. |
CT Scanners | LightSpeed VCT, Discovery CT750 HD | Controls horizontal and vertical table indexing for precise slice acquisition. |
Surgical Mobile C-Arms | OEC Elite CFD, OEC 9900 Elite | Handles positional feedback for motorized movements during intraoperative imaging. |
The exact physical dimensions, pin configurations, and firmware protocols are matched to the original equipment manufacturer specifications, ensuring a direct drop-in replacement process without the need for additional adapters or software patches.
Reliability in life-saving medical equipment leaves no room for error. Before any unit is approved for inventory, it undergoes an exhaustive series of physical and electrical validations. Rather than relying solely on simulated bench tests, these interface boards are installed into fully operational medical imaging systems. Engineers run complete diagnostic cycles, commanding the patient table and gantry through their absolute maximum ranges of motion while monitoring the data feedback loops for any dropped packets or synchronization delays. The boards are subjected to continuous operational stress tests to verify thermal stability and ensure they meet strict medical-grade EMC standards. This hands-on, real-world validation guarantees that the component will perform safely and reliably from the moment it is powered on in a clinical setting.
Extended downtime for a cath lab or CT scanner results in delayed patient diagnoses and significant financial losses for healthcare facilities. To mitigate these risks, we maintain a comprehensive, ready-to-ship inventory of these critical interface boards. Orders processed are eligible for same-day shipment, utilizing expedited global logistics networks. This rapid fulfillment strategy ensures that clinical engineering teams receive their replacement parts in the shortest possible timeframe, allowing them to restore essential imaging services promptly.
Procuring complex electronic components requires confidence in long-term reliability. Each board is backed by a comprehensive 90-day warranty covering material and operational defects. Furthermore, clinical engineers have access to a dedicated 7x24 hour technical support team. Whether you require assistance verifying pinouts during installation or troubleshooting diagnostic error codes post-installation, experienced technicians are available around the clock to provide accurate, actionable guidance.
The journey from our facility to your hospital requires specialized protection for sensitive electronics. Each board is first sealed within a medical-grade, static-shielding bag to prevent electrostatic discharge damage. It is then suspended within a custom-molded, shock-absorbing foam enclosure that isolates the rigid fiberglass structure from drops, vibrations, and impact forces during transit. The outer shipping carton is constructed from heavy-duty corrugated cardboard, sealed with tamper-evident tape, ensuring the component arrives in pristine, ready-to-install condition.
