AESSEAL LabTecta 66FS
SubCategory:
Manufacturer: AesSeal
Industry:
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Product features
- Non-contacting labyrinth bearing-protection principle → Avoids routine shaft contact while restricting contamination paths
- LabTecta 66FS combines recognised lip-seal technology with the AESSEAL labyrinth design → Supports flooded bearing-housing duties with a defined hybrid protection arrangement
- IP66-rated LabTecta66 design → Provides a defined ingress-protection level for the verified configuration
- Series-specific selection against equipment data → Helps avoid specifying a seal that does not match shaft, housing or process conditions
- Verified material and operating-data check → Keeps compatibility decisions tied to documented AESSEAL information rather than assumptions
- AxFlow application support → Gives engineers a contact point for product selection, availability and service or spare-parts planning
- Exact model identification → Keeps maintenance and ordering tied to the installed configuration rather than a similar-looking variant
AESSEAL LabTecta 66FS is specified for rotating equipment where bearing housings need protection against lubricant loss and external contamination. It is intended for engineers and maintenance teams selecting a sealing solution around the actual equipment and process duty, where leakage control, service access and unplanned downtime need to be considered together. This bearing-protection series is intended to control contamination and lubricant-loss paths at the bearing housing. The exact operating principle depends on the LabTecta or MagTecta variant and should be confirmed for the installed equipment. Verified series-specific points include Non-contacting labyrinth bearing-protection principle; LabTecta 66FS combines recognised lip-seal technology with the AESSEAL labyrinth design; IP66-rated LabTecta66 design. For model selection, verify shaft and housing dimensions, pressure, temperature, speed, process medium, solids content where relevant, material compatibility and the required support-system arrangement. Only values explicitly stated for the selected AESSEAL configuration should be used as design limits. Before replacement or retrofit, identify the installed seal or support-system code and record the mating equipment data rather than assuming family-wide interchangeability. This gives maintenance and procurement teams a traceable basis for comparing the selected AESSEAL variant with the installed configuration and planning the intervention. Correct selection and a serviceable arrangement can reduce avoidable installation work and help maintenance teams plan spares and interventions more predictably. AxFlow can support product selection, application review and service/spare-parts planning; contact AxFlow to confirm the exact configuration and availability.
