FLIR Commercial Systems Inc. RT30 Manuale Utente
RT30
™ Engineering Design Specification
Page 5 of 20
3.0 SYSTEM
ARCHITECTURE
The RT30 system consists of three (3) parts: 1) a Transmitter Unit (TU) with integrated clip-on non-contact
voltage (NCV) detector and light detector; 2) a wireless Receiver Unit (RU); and 3) an optional External Probe
with integrated NCV detector.
voltage (NCV) detector and light detector; 2) a wireless Receiver Unit (RU); and 3) an optional External Probe
with integrated NCV detector.
3.1 F
INDING A
L
IVE
C
IRCUIT BY
V
OLTAGE
The RT30 can be directly clamped on installed building wiring, as shown in Figure 1, and will detect the voltage
applied to the wiring. When voltage is seen, the TU and RU will illuminate the Detect LEDs and enable the
Detect Beeper when AC voltage is detected. When the voltage is removed (ex: by opening the circuit breaker),
the Detect LEDs will go out and the Detect Beeper will be silenced.
applied to the wiring. When voltage is seen, the TU and RU will illuminate the Detect LEDs and enable the
Detect Beeper when AC voltage is detected. When the voltage is removed (ex: by opening the circuit breaker),
the Detect LEDs will go out and the Detect Beeper will be silenced.
OR
RU
RU
TU
TU
PROBE
Figure 1 – Voltage Detection
3.2 F
INDING A
L
IVE
C
IRCUIT BY
L
IGHTING
In situations where access to circuit wiring is limited, the RT30 can also detect if room lighting changes, as
shown in Figure 2. The Light Meter can act as either a “light sensor” (the Detect LED lights when room lighting
increases), or a “darkness sensor” (the Detect LED lights when room lighting decreases), depending on the
calibration of the Light Sensor.
shown in Figure 2. The Light Meter can act as either a “light sensor” (the Detect LED lights when room lighting
increases), or a “darkness sensor” (the Detect LED lights when room lighting decreases), depending on the
calibration of the Light Sensor.
RU
TU
Figure 2 – Light Detection
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