Transcript
Page 1: LV phase and circuit identifier

Insulated dead Cable identification FC2300 (+FC2100)

Page 2: LV phase and circuit identifier

Insulated dead Cable identification FC2300 (+FC2100)

Reliability : strongs connectors

Field and transportation protected : Heavy duty polypro case.

Operating instructions always at hand in the box

One probe one function

Go / No goindication

Availability : mains or battery powered

Page 3: LV phase and circuit identifier

Insulated dead Cable identification FC2300 (+FC2100)

■ Functions of the dead cable identification

This device provides all the indications necessary on a jobsite on a disconnected, earthed power cable up to 10 km long :

Identification of three-phase power cables in open trenches. Identification of the tree phase conductors on 3-pole or single-pole

cables. Continuity with the end of the cable earthed. There is a probe for each function : the detector identifies the probe and

adjusts to the function :- Continuity testing- Colour/phase conductor identification- Identification of polymer insulated cable- Identification of paper insulation lead covered cable- Colour/phase conductor identification on cut cables, compass probe.

Page 4: LV phase and circuit identifier

Insulated dead Cable identification FC2300 (+FC2100)

■ Specifications of the LV Phase and Circuit Identifier

TransmitterWorks on up to 10 km on a cable with a cross-section of 240 mm²

3 injection clamps, L1, L2 and L3, opening : 50mm Max. length of voice message 3.4 s Transmission cycle : 7 s Battery life 8 to 9 hrs. Full charge in 5 hrs Injection current 6 mA at 300 mA Batteries 8.75 V (7 x 1.25 V, NiMH) Battery charger AC 100-240 V – 50-60 Hz – 0.5 A/ DC 12 V Detection frequency 580Hz, 620Hz, 680Hz Audio dual-tone frequencies 1280 Hz, 1310 HzDetector : 3 setting levels according to the length and type of cable. Dedicated probes for each function.

Page 5: LV phase and circuit identifier

Insulated dead Cable identification FC2300 (+FC2100)

■ Specifications of the LV Phase and Circuit Identifier

Comes in shockproof polymer carry case : detachable injection module, to be left in the substation.Weight of complete case : 11 kg. Dimensions : 475 x 415 x 215 mm.Transmission clamps :

Injection, into each of the 2 phases L1 and L3 of the cable, of signals compatible with the FC2000 range of cable identifiers.

Power supply : rechargeable battery integrated in each clamp Battery life more than 8 hours, for a full charge time of 3 hours.

Detector : Detection by direct contact the cores of the cut cables using a “compass”

Type probe : Phases ABC are directly displayed by diodes (green for L1, yellow for L2 and red for L3) Standalone power supply with 4 AA batteries. Battery capacity more than 1,000 measurements. Weight : 2 kg

Page 6: LV phase and circuit identifier

■ Standard and Environment

Insulated dead Cable identification FC2300 (+FC2100)

AFNOR C18 510

This secure cable identifier is now part of the safety procedure called “secure identification” underground equivalent to overhead line Voltage detection.

The secure identification includes: Electronic identification complying with cable disconnected and

earthed on both ends (LV, HV) Spiking and cutting of the cable Continuity checking between transmitter and cable section in the

trench.

Page 7: LV phase and circuit identifier

FAMECA ACTIVITY

• Improve safety of network maintenance operations

• Insulating tube manufacturing in house: condition for customer confidence

• Listen to market demand

• Final product design and manufacturing

• The best of safety and value at a competitive price

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All our products help utilities to face global challenges providing high safety level for electrical network improvement operations:Preparation / safetyEfficiency / Availability

THE NETWORK WILL CHANGE !

Page 9: LV phase and circuit identifier

THE NETWORK WILL CHANGE !

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THE NETWORK WILL CHANGE !

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Work in total confidence

with your powernetwork

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HISTORY & FIGURES

1949: creation of the company to supply earthing devices to “compagnie du Rhin”

1960: creation of the French LiveW competence Center (SERECT) in Mulhouse

1989: building of this building specialy designed around high voltage laboratory

1998: integration in Novarc Group 4800 m², 3500 references, TOP80% 1500 ref / 40 products 330 suppliers, 2M components, 200k end products ISO 9002 in 1996, ISO 9001 since 2002 Export rate > 65% in more than 100 countries


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