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Diagnostics for Seagate (DfS) USB toolkit

119,99 

Graphical head/sector diagnostics with perhead read speed/seek tests, translator/G-List tools, adjustable adapter voltage and auto architecture detection; Windows XP/7/8/10; compatible with Seagate SATA HDDs and select Maxtor units produced by Seagate.

Description

See heads by head; decide fast.
Diagnostics for Seagate (DfS) is a diagnosis and firmware function toolkit for failing or failed Seagate SATA hard drives, aimed at data recovery work flows. It presents head condition, bad/reallocated sectors per head, and perhead read speed in clear graphics that speed up triage. When paired with data recovery software, DfS can help recover nearly 80% of Seagate firmware related cases where no component replacement is required. Many common firmware issues can be addressed using the included functions, while the graphical tests help you decide whether to image, continue stabilization, or escalate. DfS includes a detailed user manual with model specific connection photos, step by step flows, and troubleshooting notes for frequent scenarios.
The included adapter automatically detects different Seagate drive architectures and can adjust its output voltage to match the target, helping establish a reliable terminal link on a wide range of boards. Supported host operating systems for the software are Windows XP (suggested), Windows 7, Windows 8, and Windows 10.
Limitations: certain newer Seagate SATA models that enforce locked firmware or restrict terminal access may not be fully supported; on such drives some functions can be limited or unavailable.
Compatibility (examples)
Diagnostics for Seagate is compatible with Seagate SATA hard drives, and with select Maxtor DiamondMax units produced by Seagate. DfS can solve the BSY (busy) issue on the following models, among others.
Barracuda 7200.11:
ST31000333AS, ST31000340AS, ST31000528AS, ST31000640AS,
ST31500341AS, ST3160813AS, ST3320613AS, ST3320813AS,
ST3500320AS, ST3500620AS, ST3500820AS, ST3640323AS,
ST3640330AS, ST3640530AS, ST3640623AS, ST3640630AS,
ST3750330AS, ST3750630AS
Barracuda 7200.12:
ST31000528AS, ST3250318AS, ST3160318AS, ST3320418AS,
ST3500410AS, ST3500418AS, ST3750528AS
Barracuda ES.2:
ST31000340NS, ST3750330NS, ST3500320NS, ST3250310NS
DiamondMax 22 (Maxtor produced by Seagate):
STM31000334AS, STM31000340AS, STM31000640AS, STM3160813AS,
STM3320614AS, STM3500320AS, STM3500620AS, STM3500820AS,
STM3640323AS, STM3750330AS, STM3750630AS
DiamondMax 23 (Maxtor produced by Seagate):
STM3160318AS, STM3250318AS, STM3320418AS, STM3500418AS,
STM3750528AS, STM31000528AS
Firmware/diagnostic functions included:
Check heads condition
Check bad/reallocated sectors per head
Record and view bootup Seagate terminal messages
Fix 7200.11 Busy (BSY) bug
Correct zero capacity (0 LBA) error
Get drive/firmware/temperature information
Test read speed per head
Test seek time
Test specific sector accessibility
Erase specific sector
Clear SMART buffers
Stop background reallocation and background processes
Set Con Gen settings/buffers defaults
Clear G-List
Clear Slip List
Move G-List entries to P-List
Regenerate translator

Packet includes:
• 1 × DfS USB adapter that connects the HDD to the computer (adapter color may differ from photos)
• 1 × HDA connector mask for precise terminal pin alignment
• 1 × USB drive with drivers, software, and detailed user manual (Windows XP/7/8/10)
• 1 × screwdriver
• 1 × storage box

Warnings:
This toolkit exposes powerful functions that intervene in drive settings. Improper use can cause permanent drive damage and data loss. Use on drives with important data only if you are an experienced data recovery technician; inexperienced users should practice only on test drives with no important data.

Guarantee:
1year guarantee is provided for the toolkit.
Engineered in Greece, trusted across the globe.

• Evidence driven triage for Seagate SATA drives: visualize head health, perhead bad/reallocated sectors, and read speed variance to decide quickly whether to image first, stabilize firmware, or escalate.
• Targeted firmware utilities for frequent cases: address translator and capacity problems, correct BSY and 0LBA states, inspect bootup terminal logs, and disable background reallocation to stabilize reads before imaging.
• Automatic architecture detection and adjustable adapter voltage establish reliable terminal sessions across multiple Seagate families, reducing guessing and setup retries on the bench.
• Detailed user manual included: model specific connection photos, step by step flows for common fault patterns, and troubleshooting tips help experienced users work efficiently without relying on external guides.
• Practical bench kit: USB adapter, HDA connector mask, USB media with software/manual, screwdriver, and storage box—everything in one package to start diagnosis and firmware work.
• Realistic scope and limitations: DfS can help recover nearly 80% of firmware related Seagate cases that do not require component replacement; newer models with locked firmware may restrict some functions.

 

HOW TO VIDEOS


Additional information

Weight 80 g

Q: Who are these tools for?
A: They’re designed so a careful DIY user can diagnose and fix many firmware‑related HDD problems at home or in a small workshop, without soldering or component replacement. Every kit includes step‑by‑step instructions. If you prefer, our team can guide you via optional remote access.

Q: What kinds of problems can they help with?
A: Firmware‑level issues on compatible HDDs—such as drives stuck busy (BSY), detected with wrong size (for example 0 MB/3 GB), or not recognized due to corrupt firmware modules or translator problems. They are not for mechanical damage (heads, motor, scratched platters).

Q: Will they work with my drive brand?
A: FW‑FXR and DFS are compatible with many Seagate SATA families (and certain Maxtor models that are Seagate‑equivalent). FileChecker by CS works with files on Windows systems regardless of drive brand because it analyzes data consistency after an image or recovery. When you list specific brands or models publicly, phrase it as “compatible with …”.

Q: I’m not an expert. Can I still use these?
A: Yes. The tools, manuals, and on‑screen prompts are written for users with limited experience. The hardware uses a simple serial connection—no soldering—to communicate with supported drives. If you get stuck, choose the remote‑assistance option and a specialist can walk you through the steps or perform the operation while you watch.

Q: What operating systems are supported?
A: The software is compatible with Windows 7, 8, and 10 on standard PCs. Admin rights are recommended during installation and use.

Q: What is the difference between FW‑FXR and DFS?
A: FW‑FXR focuses on automatic fixes for common Seagate firmware faults on supported families (for example BSY state, 0 MB size, bad translator). It’s built to be as push‑button as possible for DIY users. DFS (Diagnostics for Seagate) is a deeper diagnostic and repair environment that lets you analyze modules, run targeted tests, regenerate a translator, and perform model‑specific procedures using clear buttons and guided workflows.

Q: What exactly is inside the CS Data Recovery Tool Set?
A: The set bundles FW‑FXR hardware and software, DFS software, FileChecker by CS, connection accessories (USB‑to‑TTL/serial interface and pre‑made cables), a connector mask and torx driver where needed, plus detailed manuals. Buying the set saves cost and ensures you have everything required for supported Seagate SATA firmware cases from first diagnosis to final file‑integrity checks.

Q: What does FileChecker by CS do and when should I use it?
A: After you fix a firmware problem and image or mount the drive, FileChecker by CS scans folders and files to flag corruption, missing sectors, or mismatched metadata. It helps you verify which data is safe to copy and which needs re‑imaging. It’s brand‑agnostic—use it on any recovered Windows‑readable volume or image file.

Q: Can these tools recover the majority of Seagate firmware cases?
A: In typical, firmware‑only scenarios (no head or media damage), users report that the toolset can help recover a large portion of cases—often around 80% for compatible Seagate families—when procedures are followed carefully. Results depend on the drive’s condition and previous attempts; no tool can guarantee recovery.

Q: Are there limitations on newer Seagate drives?
A: Yes. Some newer Seagate SATA models use locked firmware architectures that limit third‑party access; certain functions may be restricted or unavailable. In such cases, remote assistance can help you identify options before you proceed.

Q: Do I need to open the drive?
A: No. All procedures are performed through the drive’s external interfaces and service port. Opening a drive requires a clean environment and is not part of these DIY tools.

Q: Is soldering required?
A: No soldering is required. You connect via a provided serial/TTL lead and standard SATA power/data.

Q: Will these tools help with head crashes or clicking drives?
A: No. Persistent clicking, grinding, or failure to spin points to mechanical damage. Do not run firmware repairs on a physically damaged drive. If critical data is at risk, stop and contact a professional lab.

Q: What about privacy if I request remote help?
A: Remote assistance is optional and performed with your permission through a secure remote‑desktop session. You remain in control, can watch every step, and can terminate the session at any time.

Q: Do you have tutorial videos?
A: Yes. We publish walkthroughs and case tips on our YouTube channel: computersystemsgr.

Q: What if the drive goes to BSY again or shows 0 MB after a fix?
A: That usually means the translator needs regeneration or additional model‑specific steps. Re‑run the guided function in FW‑FXR or use the targeted commands in DFS. If you’re unsure, request remote assistance so a specialist can review the session log and advise next actions.

Q: Will using the tools harm my data?
A: The procedures target firmware and are designed to be safe for supported cases. That said, any HDD already has an underlying fault. Follow the manual, avoid power interruptions, and, once the drive is recognized, image it immediately before doing anything else.

Q: Can I test a drive that has started to fail but still reads?
A: Yes—use DFS to run non‑destructive diagnostics first. If read instability is detected, prioritize imaging with your preferred imager and then run FileChecker by CS to assess file integrity.

Q: How long does a typical fix take?
A: Simple BSY or wrong‑size cases often complete in one short session. More complex translator tasks can take longer—especially if the drive reads marginally. Always plan enough time for imaging after the repair.

Q: What tools do I need in addition to the kit?
A: A Windows PC, SATA power and data leads, and a stable power source. The kit includes the serial interface, cables, masks, driver bit, and software manuals.

Q: Can I return or re‑use the hardware on multiple drives?
A: The hardware interface is re‑usable. Software usage terms are specified in the license; many buyers use the tools repeatedly for their own drives or as part of a repair business.

Q: When should I choose the full set instead of a single product?
A: Choose the set if you want a start‑to‑finish workflow: FW‑FXR for common quick fixes, DFS for deeper diagnostics on compatible families, and FileChecker by CS to validate your results. It minimizes downtime and gives you options if the first approach isn’t enough.

Q: What if I’m unsure which tool to start with?
A: Begin with the set’s quick checklist. As a rule of thumb: wrong size or BSY on a compatible Seagate model → FW‑FXR; not recognized or inconsistent IDs on a compatible family → DFS diagnostics; after recognition and imaging → FileChecker by CS to validate files. If uncertain, ask for remote assistance.

Q: Do you offer help if I don’t want to risk a valuable drive?
A: Yes. You can ship the drive for service or book a remote session where a specialist performs the firmware steps while you observe. Many customers start DIY and switch to remote help at the tricky part.

Q: After I recover the drive, is it safe to keep using it?
A: No. Once you’ve imaged and copied critical data, retire the drive. Firmware faults can return, and marginal drives often degrade. Use the recovered data on a healthy replacement drive.

 

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