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Live Cable Fault Locator and Direct Finder for Accurate Cable Identification

Live Cable Fault Locator and Direct Finder for Accurate Cable Identification

제품 상세정보:
원래 장소: xi'an
브랜드 이름: XZH TEST
인증: CE
모델 번호: XHSB505DS
상세 정보
원래 장소:
xi'an
브랜드 이름:
XZH TEST
인증:
CE
모델 번호:
XHSB505DS
강조하다:

High Light

강조하다:

Live Cable Fault Locator

,

Direct Finder Cable Fault Locator

,

Cable Identification Fault Locator

Trading Information
최소 주문 수량:
1세트
포장 세부 사항:
목재 포장
배달 시간:
5-8 근무일
지불 조건:
티/티
공급 능력:
3000단위/년
제품 설명
XHSB505DS
A specialized tool designed for cable technicians to solve technical challenges in cable identification and direct fault finding.
Cable identification begins with operations at both ends of the cable. It is essential to ensure that the dual numbering at both ends of the cable is accurate. This instrument is designed using PSK technology combined with a precise algorithm.
Transmission frequency For live identification: 625Hz, 1562Hz, 2500Hz, 10000Hz; For power-off identification: 1562Hz, 2500Hz. Use the up and down arrow keys to adjust the transmission frequency.
transmission line length

3m

Display mode Large LCD screen displays the remaining battery voltage in real time, with backlight.

Live Cable Fault Locator and Direct Finder for Accurate Cable Identification 0

Identifying Power-Out Cables:

 Wrap the Φ200mm flexible current clamp around each cable in the direction of the arrows shown in the diagram.

The wiring diagram below is suitable for on-site identification of target cables that are power-out cables. Please ensure that the arrows on the flexible current clamps point to the far end of the cable (the end where the cable core is grounded), i.e., pay attention to the direction of the positive input of the pulse-coded current signal.

When performing live or de-energized identification, do not bring the coil interface of the flexible current clamp close to the cable for measurement to avoid errors.

Live Cable Fault Locator and Direct Finder for Accurate Cable Identification 1

Note: Do not place the cable near the coil connector during measurement to avoid errors.