GE ISOVOLT 3003 Operating Manual
GE Inspection Technologies
Technical Data (2)
Exposure Time
The equipment has one programmable timer with a non-volatile memory.
Preselection and setting digital setting from 0.1 to 99.9 minutes
Setpoint value display digital, 3 digits
Actual value display digital, 3 digits; the remaining time is displayed,
i.e. after a mains failure exposure can be continued without any time error.
Prewarning Time
Preselection and setting digital setting from 2 to 250 seconds or de-activated
Programmed Mode
Number of storable programs 250
Tube Parameters (Limit Data)
Number of memory locations
for tube parameters 8
with digitally assigned tube limit data, e.g. nominal voltage,
limit filament current, anode power dissipation
Xray
Technology
20 kHz IGBT technology for high voltage circuit and filament current circuit
Emitted interference as per EN 55011A, Class A
Immunity to interference as per IEC 801-2/1991, 801-3/1984, 801-4/1988
Connected Loads and Mechanical Dimensions
Power connection 1/N~ 230 V ±10%, 50/60 Hz
Power consumption 4150 W at 60 kV, 58 mA
Max. mains current 24 A
Mains fuse 32 A (as per VDE)
Ground terminal 6 mm² Cu
Type of protection as per EN 60529, IP00 (rack mount), IP32 (desk-top)
Cooling water connection 3/4 inch
Cooling water consumption minimum 3.5 l/min, minimum 4.5 bar, maximum 7 bar,
at outlet point pressure-free
Cooling water temperature > dew point < 25° C
Dimensions overall 483 mm x 266 mm x 680 mm (WxHxD), 19“ (48 cm) rack mount
Weight approximately 57 kg
Specifications are subject to change without notice.
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GEIT-30052AE (7/04)
GE Inspection Technologies
SEIFERT ISOVOLT 3003
Xray
Highlystabilized X-Ray equipment ISOVOLT 3003
for Radiographic and Radioscopic Materials Inspection
Characteristics of the ISOVOLT equip-
ment are a medium-frequency convert-
er, IGBT technology in the power mod-
ule, SMD technique, LCD display, soft-
keys and the possibilities of integration
into computer-controlled X-ray systems;
a memory for operating data is a further
feature.
Features
• High stability of voltage and current through modern power electronics
• Voltage divider for exact high voltage measurements
• Proven medium-frequency converter technology
• High user comfort through microprocessor technology
• SMD technology
• Automatic warm-up program (real-time clock)
• Possibility of integration into existent systems (via RS232C-interface)
• Fail-safe circuit for “X-RAY ON” lamp
• Produced under ISO 9001 certified quality management system
• CE conformity
The use of the medium-frequency con-
verter technique entails high stability,
low weight, small dimensions and low
power consumption.
The employment of a microprocessor
offers increased operation safety, dia-
logue capability, user-comfort and easy
servicing (history memory and modem
support).
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