TKES 10S SKF endoscope

SKF TKES 10S Electrostatic Discharge Detector – Fast Shaft Current Diagnostics

Product Description

SKF TKES 10S is a professional, portable electrostatic discharge (ESD) and shaft current detector designed for rapid diagnostics of electric motors and generators. The device enables detection of potentially harmful electrical discharges that may lead to bearing damage and reduced machine service life.

The TKES 10S provides effective support for maintenance departments – allowing identification of electrical issues without dismantling equipment, thereby minimizing downtime.

Applications

• Diagnostics of AC and DC electric motors
• Detection of shaft currents causing bearing damage
• Monitoring of generators and industrial drives
• Preventive maintenance activities
• Analysis of inverter-related (VFD) issues

Technical Specification

• Model: TKES 10S
• Manufacturer: SKF
• Device type: electrostatic discharge / shaft current detector
• Measurement method: non-contact
• Signal indication: visual and audible alert
• Power supply: battery-operated
• Design: compact, ergonomic, suitable for industrial environments

Note: detailed technical parameters (detection range, sensitivity) should be verified in the manufacturer’s documentation.

Features and Benefits

• Non-contact diagnostics – measurement without interfering with machine construction
• Early damage detection – identifies shaft currents before they lead to failure
• Quick result interpretation – visual and audible indication
• Mobility – lightweight and portable for field use
• Support for preventive maintenance – reduces downtime-related costs

Why Buy It

By choosing the SKF TKES 10S, you gain a tool that:

• enables rapid detection of bearing-related risks,
• improves reliability of motors and generators,
• supports preventive maintenance strategies in industrial plants,
• reduces repair and component replacement costs.

FAQ – Frequently Asked Questions

What is the TKES 10S used for?
It is used to detect electrostatic discharges and shaft currents in motors and generators.

Is the measurement safe for the equipment?
Yes – detection is performed without contact and without interfering with the machine structure.

Why are shaft currents dangerous?
They can cause micro-damage to bearing raceways, leading to premature wear.

Is the device difficult to operate?
No – the intuitive design and clear signal indication allow for quick result interpretation.