XHSB505B Fehlerkennzeichen für Kabel

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XHSB505B Fehlerkennzeichen für Kabel

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October 31, 2024

Kategorieverbindung: Kabelfehlerlocker

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Schlagworte:

#High Voltage Cable Fault Locator #High Voltage Pulse Generator #Portable Cable Fault Locator

Brief: Discover the XHSB505B Cable Fault Identifier, a cutting-edge tool for identifying live and de-energized cables with precision. Designed for high-voltage cable construction, installation, and maintenance, this device ensures quick and accurate cable identification in complex environments.

Related Product Features:

Accurate identification of both live and de-energized cables for reliable field operations.
Large identification jaws accommodate a wide variety of cable sizes up to Φ200mm.
Easy-to-use design with clear, intuitive instructions for seamless operation.
Portable and lightweight, making it ideal for on-site use in various environments.
Adjustable receiver signal strength for customized detection sensitivity.
Includes transmitter, transmitting clamp, receiving clamp, and handheld receiver for comprehensive functionality.
Operates on a 12VDC lithium battery for the transmitter and AA batteries for the handheld receiver.
Features a pulse cycle of 2.75S/time for consistent and reliable signal output.

FAQs:

How does the XHSB505B Cable Fault Identifier work for non-charged cables?

The transmitter generates a special pulse signal added to the cable via connecting lines. The receiver detects this signal along the cable, allowing precise identification based on the handheld receiver's indication.
Can the XHSB505B identify live cables without disconnecting them?

Yes, the device uses a coupling method where the transmitting clamp is attached to the live cable, generating an induction signal detected by the receiver without any cable disconnection.
What are the key technical specifications of the XHSB505B?

The device features a jaw size of Φ125mm for the transmitter clamp and Φ200mm for the receiver clamp, outputs 150V (direct connection) or 250V (coupling), and operates with a pulse cycle of 2.75S/time.