Teledyne BOT-DG3-DA-4900C-00 Original Industrial Spare Genie Nano Compatible

Product Overview

Teledyne BOT-DG3-DA-4900C-00 Original Industrial Spare Genie Nano Compatible: System Stability and Industrial Spare Maintenance Value

In modern automated manufacturing environments, machine vision systems are mission-critical infrastructure. The Teledyne BOT-DG3-DA-4900C-00 — a Genie Nano series 4.9MP Color GigE Vision industrial camera — is a cornerstone component in high-precision inspection lines, robotic guidance systems, and quality control stations worldwide. When this camera fails or degrades, the downstream impact is immediate: production halts, inspection throughput collapses, and maintenance teams face intense pressure to restore operations. Holding a verified original spare of the BOT-DG3-DA-4900C-00 is not a luxury — it is a fundamental pillar of any serious preventive maintenance and business continuity strategy.

TOPNLMS supplies this unit as a genuine original spare part, fully tested prior to shipment, backed by a 12-month warranty, and available for rapid worldwide dispatch. Whether you are managing a single vision inspection cell or a multi-line automated factory, securing a replacement BOT-DG3-DA-4900C-00 in your spare parts inventory eliminates the risk of extended unplanned downtime caused by camera failure.

Critical Technical Specs

Preventive Maintenance Strategy

A machine vision system is only as reliable as its weakest component. When scheduling preventive maintenance around the Teledyne BOT-DG3-DA-4900C-00, experienced maintenance engineers know that the camera itself rarely fails in isolation. The surrounding infrastructure — cabling, lighting, frame grabbers, network switches, and mounting hardware — degrades in parallel and must be inspected and stocked accordingly.

During a scheduled inspection of a GigE Vision camera installation, the first step is to verify the integrity of the Cat6 or Cat6A Ethernet cable connecting the camera to the vision controller or industrial GigE switch. Cable degradation from vibration, heat cycling, or mechanical stress is a leading cause of intermittent image dropout and false inspection failures. Replacing the cable at the same time as the camera is a low-cost, high-impact maintenance action.

Next, inspect the PoE injector or managed industrial GigE switch supplying power and data to the camera. Units such as Teledyne DALSA-compatible PoE switches or industrial-grade managed switches from brands like Moxa or Hirschmann should be checked for port health, firmware currency, and thermal performance. A failing PoE port can cause camera brownouts that are difficult to diagnose without a spare camera on hand for substitution testing.

The C-Mount lens paired with the BOT-DG3-DA-4900C-00 should be inspected for dust contamination, focus drift, and aperture ring integrity. In high-vibration environments, lens focus can shift over time, degrading inspection accuracy without triggering an obvious fault alarm. Stocking a compatible C-Mount lens — matched to the working distance and field of view of your inspection station — is a prudent spare parts decision.

Lighting is another critical variable. Industrial LED ring lights, bar lights, or dome illuminators used in conjunction with the Genie Nano camera should be checked for LED degradation and driver board health. Inconsistent illumination directly impacts image quality and inspection pass/fail rates. Maintenance teams should log illumination intensity readings at each PM cycle and replace lighting assemblies proactively before they cause false rejects.

For systems using Teledyne DALSA frame grabbers (such as the Xcelera or Xtium series) in hybrid configurations, verify PCIe slot integrity and driver version compatibility with the current Sapera LT SDK release. Frame grabber firmware mismatches after OS updates are a common source of camera communication failures that are often misdiagnosed as camera hardware faults.

In vision-guided robotics cells, the robot controller I/O interface — typically a digital I/O module connecting the camera trigger signal to the robot or PLC — should be tested for signal integrity. Trigger jitter or missed trigger pulses cause blurred images and inspection misses. Stocking a compatible digital I/O module or trigger interface card alongside the BOT-DG3-DA-4900C-00 spare ensures that trigger-related failures can be resolved without waiting for parts procurement.

Finally, for facilities running Teledyne DALSA Genie Nano cameras across multiple inspection stations, consider maintaining a standardized spare parts kit that includes: one BOT-DG3-DA-4900C-00 camera, one compatible C-Mount lens, one PoE injector, one Cat6A patch cable, and one LED illuminator driver. This kit-based approach reduces mean time to repair (MTTR) from hours to minutes and is the hallmark of a mature industrial maintenance program.

Strategic Replacement Solutions

The Teledyne BOT-DG3-DA-4900C-00 is a direct replacement for aging or end-of-life GigE Vision cameras in the Genie Nano platform. Its GigE Vision 2.0 and GenICam compliance means it integrates seamlessly into existing vision software environments — including Cognex VisionPro, Halcon, National Instruments Vision, and custom Sapera LT-based applications — without requiring software reconfiguration or re-teaching of inspection algorithms.

For facilities still operating older Teledyne DALSA Genie TS or Genie HM series cameras, the BOT-DG3-DA-4900C-00 offers a resolution and interface upgrade path that preserves the existing GigE network infrastructure and C-Mount lens inventory. The transition requires only a brief re-calibration of the inspection field of view, making it one of the lowest-disruption upgrade paths available in the 4–5MP GigE Vision camera segment.

In multi-camera inspection systems, replacing a single failed camera with a BOT-DG3-DA-4900C-00 spare restores full system throughput within minutes. The camera’s compact 29 × 29 mm footprint and standard C-Mount interface ensure mechanical compatibility with the vast majority of existing camera mounting brackets and lens assemblies, eliminating the need for mechanical rework during an emergency replacement.

Procurement teams should note that lead times for new Teledyne DALSA cameras through standard distribution channels can range from 4 to 16 weeks depending on regional stock availability. Sourcing a verified original spare through TOPNLMS provides immediate availability, pre-shipment functional testing, and a 12-month warranty — significantly reducing the financial and operational risk of an unplanned camera failure event.

Support FAQ

Q1: What is the warranty coverage for the BOT-DG3-DA-4900C-00 supplied by TOPNLMS?
All units are covered by a 12-month warranty from the date of shipment. Each camera undergoes functional testing prior to dispatch to verify power-on, GigE link establishment, image acquisition, and basic image quality parameters. Warranty claims are handled directly by TOPNLMS with priority response.

Q2: How do I verify compatibility with my existing Genie Nano vision system before installation?
The BOT-DG3-DA-4900C-00 is fully compliant with GigE Vision 2.0 and GenICam standards. Compatibility can be confirmed by matching the camera’s interface (GigE), lens mount (C-Mount), resolution class (4.9MP), and SDK support (Sapera LT or any GenICam-compliant library). If you require pre-purchase compatibility verification, contact our technical team with your current camera model and software environment details.

Q3: What is the recommended spare parts inventory strategy for facilities with multiple Genie Nano cameras?
For facilities operating 3 or more Genie Nano cameras, we recommend maintaining at least one BOT-DG3-DA-4900C-00 spare per production line. For critical 24/7 operations, a 1:3 spare ratio (one spare per three installed cameras) is the industry standard. Pairing the camera spare with a compatible PoE injector and Cat6A cable creates a self-contained replacement kit that minimizes MTTR.

Q4: What pre-shipment testing is performed on each unit?
Each BOT-DG3-DA-4900C-00 unit is tested for: GigE link establishment at 1000BASE-T, PoE power negotiation, live image acquisition at full 4.9MP resolution, color channel balance verification, and absence of sensor defects (hot pixels, dead pixels, column defects). A test report summary is available upon request for quality-critical procurement processes.

© 2026 TOPNLMS. All rights reserved.
Original Source: https://topnlms.com
Contact: [email protected] | +86 18359293191