MADE TRIPHASOR Cable Tracer, Maximum Safe Working Voltage 230 V ac, 240 V ac
Documente tehnice
Specificatii
Marca
MADETip afisare
LED
Meter Type
Cable Tracer
Battery Type
Ni-Cd
Power Source
Battery, Mains
Include
Charger, Connection Cable, Crocodile Clip x 4, Current Clamp, MADE Flex Rogowski Coil x 3, One Pack of Replacement Fuses, Probe x 2, Receiver, Transmitter
Frecventa maxima
60Hz
Maximum Safe Working Voltage
230 V ac, 240 V ac
Frecventa minima
50 Hz
Minimum Safe Working Voltage
100 V ac, 115 V ac
Model
TRIPHASOR
Tara de origine
France
Detalii produs
MADE TRIPHASOR Cable Tracer
TRIPHASOR is an instrument for optimising the operation of electrical distribution networks. It measures the electric grid characteristics in real time and enables the identification of each phase on a phased network. TRIPHASOR is used on live low tension networks, under load.
TRIPHASOR consists of a transmitter and a receiver, both can be used on a live LV electric network. The transmitter must be connected in a substation using the voltage LV cords and the current clamp. The receiver allows phase identifying wherever it is connected between phase and neutral, anywhere on the live network.
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Documente tehnice
Specificatii
Marca
MADETip afisare
LED
Meter Type
Cable Tracer
Battery Type
Ni-Cd
Power Source
Battery, Mains
Include
Charger, Connection Cable, Crocodile Clip x 4, Current Clamp, MADE Flex Rogowski Coil x 3, One Pack of Replacement Fuses, Probe x 2, Receiver, Transmitter
Frecventa maxima
60Hz
Maximum Safe Working Voltage
230 V ac, 240 V ac
Frecventa minima
50 Hz
Minimum Safe Working Voltage
100 V ac, 115 V ac
Model
TRIPHASOR
Tara de origine
France
Detalii produs
MADE TRIPHASOR Cable Tracer
TRIPHASOR is an instrument for optimising the operation of electrical distribution networks. It measures the electric grid characteristics in real time and enables the identification of each phase on a phased network. TRIPHASOR is used on live low tension networks, under load.
TRIPHASOR consists of a transmitter and a receiver, both can be used on a live LV electric network. The transmitter must be connected in a substation using the voltage LV cords and the current clamp. The receiver allows phase identifying wherever it is connected between phase and neutral, anywhere on the live network.