Environmental; Power Requirements - Park Air T6T User Manual

Harmonic outputs

ENVIRONMENTAL

Temperature range
Duty cycle
Warm up time
Storage
Cooling

POWER REQUIREMENTS

The transmitter operates from an ac input supply, or a dc input supply. When both supplies are
connected, the dc input acts as an automatic backup supply for the ac mains.
ac input supply
ac power consumption
dc input supply
dc supply current
Section 1
Page 10
Control Loop Error. If the cartesian control loop goes
out of limits, for example, due to low supply volts, the
output power gradually reduces by up to 3 dB until the
loop regains stability. If this fails to stabilise the loop the
transmitter de-keys and a BIT alarm is indicated.
Harmonic outputs are below -36 dBm.
The transmitter operates to specification at temperatures
between -20 and +55°C and at a relative humidity
between 5% and 90% (non-condensing).
100%.
The transmitter is fully operational 5 seconds after
switch on.
The transmitter can be stored at temperatures between
-30 and +70°C without causing damage.
The transmitter has an integral cooling fan.
The transmitter operates from a 48 to 62 Hz
single-phase ac supply.
The input voltage, measured at the equipment, can be
110/120/220/230/240 V ac (± 10%). The correct ac
input tap must be selected to suit the input voltage.
Additionally, the correct ac input fuse F2 must be fitted.
See installation detail on page 23.
Typically 330 VA. 500 VA maximum.
Between 21.6 and 32 V. Full output power capability is
maintained with a dc input between 24 and 32 V. From
24 down to 21.6 V the output power gradually
decreases.
15 amp (maximum) with a 28 volt dc input supply.
T6T Transmitter User Guide