Olympus eddy current array probe designed for industrial non-destructive testing of cracks and corrosion. The unit is clearly identified as model SDCR-021-002-016 with part number SDCR-021-002-016 and serial number 1056227-01. Marked as “CRACK PROBE 20.8MM 16CH LAFEC” and supplied with a Certificate of Conformance dated 2017-02-01.
Manufacturer details
Olympus Europa SE & Co. KG
Wendenstraße 20
20097 Hamburg
Germany
Phone: +49 40 23773-0
Fax: +49 40 233765
E-Mail: info(at)olympus-europa.com
Technical specifications
- Manufacturer: Olympus
- Product name / type: Eddy current array probe / inspection probe
- Model / type: SDCR-021-002-016
- Part number (P/N): SDCR-021-002-016
- Serial number (S/N): 1056227-01
- Additional marking: CRACK PROBE 20.8MM 16CH LAFEC
- Additional ID: U827001
- Device marking: OLYMPUS / R/D TECH / SDCR-021-002-016
- Connector type: multi-pin industrial connector (visual)
- Cable: fixed connection cable with metal connector
- Design: compact multi-channel probe with contact interface
- Documentation: Certificate of Conformance included (2017-02-01)
- Condition: used
Key features
- Genuine Olympus / R/D Tech probe SDCR-021-002-016
- Clear identification via P/N SDCR-021-002-016 and S/N 1056227-01
- Marked as crack detection probe (20.8MM 16CH LAFEC)
- Multi-channel design (16 channels)
- Industrial-grade metal housing
- Includes Certificate of Conformance
- Precision contact interface visible
- Delivered in protective case
Typical applications
- Non-destructive testing (eddy current inspection)
- Surface and sub-surface crack detection
- Corrosion inspection
- Industrial quality assurance
- Maintenance and service
- Spare part sourcing
- Repair and replacement
- Technical inspections
- Production environments
- Industrial service operations
Notes
- Condition: used
- Scope of delivery: exactly as shown in images (probe SDCR-021-002-016, cable, connection module, case, certificate)
- Shipping: securely packed, connectors protected
- Installation / safety: qualified personnel only, verify compatibility before use
