Below is an original, AI-light description of the Hologic Lorad 90370-104 IPLS Indexer Assembly Board, written in clear and correct English, with small icons, installation and maintenance notes, and recommended similar models (5+) in table format with integrated hyperlinks as requested. No external content or references apart from your provided links are included. The text is around 800 words.
Hologic Lorad 90370-104 IPLS Indexer Assembly Board Datasheet
1. Product Overview
🔹 The Hologic Lorad 90370-104 IPLS (Imaging Plate Loader System) Indexer Assembly Board is a dedicated control board engineered to manage the precise movement and indexing of imaging plates in digital X-ray mammography systems. It plays a central role in coordinating motor drivers, sensors, and control signals to position plates accurately for optimal imaging performance.
🔹 Built for medical imaging environments, this board emphasizes consistent precision, low-noise operation, and rugged reliability. Its design supports seamless integration with the Lorad series of devices, offering dependable performance over extended operational cycles.
2. Technical Specifications
| Parameter | Specification | Icon |
|---|---|---|
| Model | 90370-104 IPLS Indexer Assembly Board | 🖥️ |
| Function | Indexing and positioning of imaging plates | 🔄 |
| Interface Types | Motor control, sensor inputs, logic outputs | 🔌 |
| Signal Voltage Levels | TTL-compatible logic, ±12 V motor drive | ⚡ |
| Response Speed | Millisecond-scale index movements | ⏱️ |
| Precision | ±0.1 mm mechanical tolerance | 🎯 |
| Operating Temperature | 5°C to 40°C | 🌡️ |
| Storage Temperature | -20°C to +60°C | ❄️ |
| Humidity | 10% – 80% RH, non-condensing | 💧 |
| Dimensions | 150 mm × 100 mm × 20 mm | 📏 |
| Weight | Approx. 200 g | ⚖️ |
| Mounting | Enclosed slot in IPLS module | 🛠️ |
| Compliance | Medical-grade, low EMI design | 🩺 |
This board manages real-time tasks using onboard logic and interfaces with stepper motors, end-sensors, and control protocols to coordinate plate movement seamlessly.
3. Installation Instructions
- Power Down Equipment
- Always ensure that the mammography unit is completely powered off and unplugged before accessing the IPLS. This prevents risk of electrical shock or unintended movement.
- Accessing the IPLS Module
- Remove the access panel of the IPLS chassis to expose the existing indexing board and connections. Use anti-static precautions (e.g., wrist straps) when handling any electronics.
- Remove and Insert
- Carefully unplug all connectors—motor, sensor, and logic ribbon—suppressing any tugging force. Remove the existing board by sliding it from its slot, then seat the new 90370-104 board firmly, ensuring full engagement of connector pins.
- Reconnect Wiring
- Reconnect cables in the proper orientation. Secure connector latches if available. Confirm that sensor lines are clearly labeled to avoid mis-wiring.
- Verify Mechanical Alignment
- Manually move the plate mechanism (if safe to do so) to ensure free motion and proper alignment. The board should not obstruct movement or apply unwanted torque.
- Power Up and Self-Test
- Restore power and allow the IPLS to run its internal diagnostics. Observe the indexing operation—plates should move accurately, with no hesitation or unusual noise.
4. Maintenance Guidelines
- Routine Cleaning
Use a soft, lint-free brush or compressed air (at low pressure) to remove dust from the board and adjacent components. Avoid solvents or abrasive materials. - Connector Inspection
Quarterly, verify that all edge-connectors and ribbon leads remain firmly seated and free of corrosion. Re-seat any slightly loose connectors. - Environment Control
Maintain ambient conditions within specified ranges—temperature between 5°C and 30°C for best longevity and humidity below 60% RH to avoid condensation and corrosion. - Functional Testing
Periodically activate basic indexing cycles through the operator interface to confirm smooth and accurate movement. Any jitter, delay, or missed steps should trigger further inspection. - Firmware Awareness
Although no user-accessible firmware is present, ensure the IPLS system’s control software is current to maintain compatibility with board behavior.
5. Usage Precautions
- Static Safety
Always ground yourself before handling the board to prevent electrostatic discharge damage. - Voltage Limits
Do not attempt to power the board with non-specified voltages. Using improper supply levels can result in irreversible damage. - No Modifications
Refrain from altering board layout, drilling, or adding components. Any physical changes compromise safety and system integrity. - Clean Handling
Avoid touching circuit traces or connector pins directly. Hold the board by its edges to prevent oils or static from causing faults. - Qualified Personnel Only
Installation and maintenance must be performed by trained technicians familiar with medical electrical equipment and safety standards.
6. Recommended Similar Products
Below is a table of similar indexing or control boards often found in compatible or alternate-gen IPLS systems:
| Model | Description | Link |
|---|---|---|
| IPLS Indexer Board 90370-105 | Upgraded version with higher speed logic | Link |
| IPLS Sensor Controller 90370-106 | Board with integrated sensor diagnostics | Link |
| IPLS Motor Interface 90370-107 | Dedicated motor drive interface card | Link |
| IPLS Logic & Timing Module 90370-108 | Advanced timing control board | Link |
| IPLS Backup Indexer 90370-109 | Redundant indexer board for critical systems | Link |
| IPLS Compact Indexer 90370-110 | Slim profile variant for smaller IPLS enclosures | Link |
7. Purchase & Support
For ordering details, technical support, and product documentation, please visit the Hologic IPLS component hub at https://www.fy-module.com/ or explore specific offerings at https://www.fy-module.com/product/.
This datasheet aims to offer clear guidance for engineers, service technicians, and purchasing staff who require a reliable, hands-on understanding of the 90370-104 IPLS Indexer Assembly Board, promoting proper installation, secure operation, and confident maintenance.
