The ENDEAVOUR series of X-ray Generators has been developed for a wide range
of radiographic system.
A multiprocessor system performing, each processor local control and
regulation, connected via Controlled Area Network Bus (CANBus) ensures high
accuracy and reproducibility of all the radiographic data.
Standard Safeties include special features to optimize the lifetime of the
tube such as:
- Automatic Calibration adjust in the long term
- Thermal computer model of X-ray tube in term of Absolute (kJ) and
Relative (%) anode load .
Features includes an Intuitive Graphic Oriented Touch Screen Control Console
communicating via CANBus to the power rack.
The Anatomic Program Memory in included in the console as standard feature:
don't need and additional console.
The control consol present in Digital Readout all the PRE and POST exposure
parameters - PRINTABLE. Printed labels include
- Radiographic parameters summary
- Anatomic Program name
- Technique used
- Number of exposure for an exam
- Dose in mGy*cm2
- User's Input string (for Patient identification p.e.)
Includes also the possibility to control the exposure via Semiconductor or
Ionizing chambers and compensate the exposure for particular screen combination
and kV response.
link to SPARE PARTS DIRECTORY
MODEL
|
R306.35 (50 HF R)
|
R306.36(65 HF R/ RF)
|
Intermittent Mode Characteristics (Radiography)
|
|
High Voltage Waveform
|
High Frequency Multi-pulse
|
|
Nominal Voltage
|
150
kV
|
|
RX
Tube Highest Current
|
630 mA
|
800 mA
|
|
Mains
Power Output
|
50
kW
|
65 kW
|
|
Minimum
Current - Time product
|
0,4
mAs
|
|
Range
of Loading Factors
|
from
40 to 150 kV - 1 kV step
|
|
R'10
Scale
10..630mA
|
R'10
Scale
10..800mA
|
|
Exposure
Time
|
R'10 Scale from 0,001 to 6 s. with mAs indication
|
|
AEC Techniques
|
1
Point (kV only)
2 Points (kV, mA)
|
|
Free
Technique
|
2 Points (kV,
mAs)
3 Point (kV,
mA, s)
with pre-mAs indication
|
|
Automatic
Exposure Control
|
Semiconductor Chamber type
- Ionizing
Chamber type
|
|
Area
Dose Product Meter
|
Standard Feature;
Ionizing Chamber and Printer as Options
|
|
Number
of Working Station
|
max.
4 (Free Exposure plus 3 Fully Configurable Stations)
|
Power Line Connection
|
|
Nominal Frequency
|
50/60 Hz
|
|
Nominal
Supply Voltage
|
400 V
three-phase
|
400 V
three-phase
|
|
Maximum
Power Absorbed
|
apparent 75 kVA
active 63 kW
|
apparent 98 kVA
active 82 kW
|
|
Class
I and Type B
(UNI
EN 60 601-1)
|
Class II b (Dir. 93/42/CEE)
|
Continuous Mode Characteristics (Fluoroscopy
Option in RF Version only)
|
|
Nominal Supply Voltage
|
-
|
From 40 to 120 kV
|
|
Tube Highest Current
|
|
5 mA (120 kV)
|
|
Tube
Current and Voltage
|
-
|
5 mA (120 kV)
|
|
Automatic
Fluoroscopy
|
-
|
Yes
|
|
Zero Point Technique
|
-
|
Yes
|
|
Orthopaedic
Fluoroscopy
|
-
|
Yes
|
The manufacturer reserves
the right to improve or change specifications without notice
STANDARD CONTROL CONSOLE for R-series
|
MODEL |
l
in
mm |
d
in
mm |
h
in
mm |
NOTE |
|
|
C306.36
CONTROL
DESK
Code
953.703
|
265
|
185
|
90
|
20
m. Connection Cable
96
Anatomic Program
User
input program name in 2x12 character lines, printable on the labels
Heat
unit Calculator
|
POWER RACK DIMENSIONS standard layout
|
|
MODEL |
l
in
mm |
d
in
mm |
h
in
mm |
NOTE |
|
R306.3x
|
510
|
380
|
920
|
High Voltage Transformer inside cabinet
|
NOTE:
ODEL S.p.A. reserves the rights to change specifications without notice
Special features
- III Generation Power Electronics (High Frequency technology)
- High accuracy and reproducibility also on short exposures
- Electronic Regulation of High Voltage
- Electronic Regulation of Filament Lighting
- Numerical Real Time Regulation of Tube Current
- Graphic Oriented Service Program for maintenance (ODEL
Navigator)
| 
