TKES 10F SKF endoscope

SKF TKES 10F Electrostatic Discharge Detector – Shaft Current Diagnostics for VFD Drives

Product Description

SKF TKES 10F is a professional electrostatic discharge (ESD) and shaft current detector designed for rapid diagnostics of electric motors, generators, and industrial drive systems. The device enables detection of harmful electrical discharges that may lead to premature bearing wear and damage to rotating machine components.

The TKES 10F model has been developed specifically for industrial environments where fast problem identification is essential, without the need for equipment disassembly.

Applications

• Diagnostics of inverter-fed (VFD) electric motors
• Detection of shaft currents causing bearing damage
• Monitoring of generators and industrial drive systems
• Preventive maintenance activities
• Analysis of electrical disturbances in drive systems

Technical Specification

• Model: TKES 10F
• Manufacturer: SKF
• Device type: electrostatic discharge / shaft current detector
• Measurement method: non-contact
• Indication: visual and audible signals
• Power supply: battery-operated
• Design: compact, ergonomic, suitable for industrial use

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

Features and Benefits

• Non-contact diagnostics – measurement without interfering with machine construction
• Early fault detection – identifies shaft currents before failure occurs
• Optimized for VFD applications – ideal for modern inverter-driven motors
• Mobility – lightweight and portable for field inspections
• Fast result interpretation – clear visual and audible alerts

Why Buy It

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

• prevents premature bearing wear,
• reduces downtime and repair costs,
• supports preventive maintenance strategies,
• increases reliability of electric motors and drive systems.

FAQ – Frequently Asked Questions

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

Is the device safe for the machine?
Yes – measurement 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 it suitable for industrial use?
Yes – the design and functionality are tailored specifically for industrial environments.