Technical Specifications; Technical Data - Planmeca ProMax 3D Max User Manual

18

TECHNICAL SPECIFICATIONS

NOTE: SEE TECHNICAL MANUAL FOR USER'S STATEMENT
18.1

Technical data

Generator
X-ray tube
Tube assembly type
Beam limiting device type
Focal spot size
Total filtration
Anode voltage
Anode current
Linearity of radiation output
Cooling period
Exposure time
SID
Magnification
Flat panel pixel size
Flat panel active surface
Line voltage
Line current
Line harmonics
Max. permissible apparent
impedance of supply mains
Maximum continuous
heat dissipation
Electrical classification
Fuses
Weight
Colour
Environmental requirements
Ambient temperature
Humidity
User's Manual
FUSES
2 user replaceable fuses
TECHNICAL SPECIFICATIONS
Resonant-mode, DSP controlled, 80...160 kHz,
complies with standard IEC 60601-2-7: 1998
Toshiba D-067SB, P
ProMax 3D Max
ProMax 3D Max
0.6 x 0.6 mm (according to IEC 60336)
2.5 mm Al + 0.5 mm Cu
54 - 96 kV ±5%
1 - 12 mA ±10%
< 0.1
Automatically controlled
Pulsed, effective 3.6 - 18 s
600 mm (23.6 in.)
1.44 or 1.80
127 m
193 x 242 mm (7.6 x 9.5 in.)
100 - 132 V~ / 50- 60 Hz
180 - 240 V~ / 50 Hz
8 - 15 A
cos better than 0.9
0.5  (100VAC)
< 250W
Class I, type B
180-240V~ 100-132V~
8A FF 16A FF / 500V 195100 ELU
134 kg (296 lbs)
White (RAL 9016)
Operating +10°C to +35°C
Transport & Storage ±0°C to +50°C
15% - 85%
Planmeca ProMax 3D Max 59
TYPE