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1. System Configuration

现存的检测方法

Patent NO.:ZL 2009 1 0064519. 5

Patent NO.:ZL 2009 1 0064518. 0

Patent NO.:ZL 2009 1 0064517. 6

Patent NO.:ZL 2013 1 0250659. 8

Patent NO.:ZL 2016 1 0474839. 8

2. Technical parameters:

现存的检测方法
现存的检测方法

nspection Repetition Rate:

● Severe Flaw Value: 100%

● Serious Flaw Value: 100%

● Medium Flaw Value: >99%

● Slight Flaw Value: >90%

1. LF/LMA equivalent uncertainty: <±1%

2. Statistical error for number of broken wires in the length of 6D and 30D: <1

3. Measuring tolerance of wire rope diameter: <±1%

4. Flaw positioning accuracy: ≥99%

5. Rope speed for inspection: 0-4m/s;

Rope speed for monitoring: 0-15m/s

6. Wire rope diameter range: Φ26 - 76mm

7. Machine visual identification sampling frequency response: >20 times/s

8. Sensor working temperature: -20℃~55℃, Humidity: ≤ 95%RH

9. lngress protection: lP67

TCK.W, Winner of OTC 2018 Innovation Award

TCK.W Automatic Real-time Online Wire Rope Inspection System will revolutionize periodic human visual inspection and bring in-process safety monitoring to its highest state through continuous inspection during operation.

"We can never forget that its companies like the 2018 Spotlight Award winners that are driving the technological advancements necessary to propel our industry for the next 50 years."—Paul Jones Spotlight Award Committee Chair

3、Test report

  • Wire rope current weak magnetic status view
  • Cableway rope splice analysis report

4. Application locale

Field case

Field case

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