ISOVOLT Titan E

GE ISOVOLT Titan E Quick start guide

  • Hello! I am an AI chatbot trained to assist you with the GE ISOVOLT Titan E Quick start guide. I’ve already reviewed the document and can help you find the information you need or explain it in simple terms. Just ask your questions, and providing more details will help me assist you more effectively!
  • What is GE ISOVOLT Titan E?
    What is the input voltage range of GE ISOVOLT Titan E?
    What is the output voltage range of GE ISOVOLT Titan E?
    What is the output current of GE ISOVOLT Titan E?
    What are the dimensions of GE ISOVOLT Titan E?
    What is the weight of GE ISOVOLT Titan E?
GE Inspection Technologies
Xray
SEIFERT OL 4503
Oil Cooling Pump
The OL 4503 is an air-recooled oil circula-
tion pump designed to facilitate anode
heat dissipation of bipolar X-ray tubes
when for economical or technical reasons
a recooling of the tube-cooling oil from the
water supply is not feasible.
The air-cooled oil circulation pump
system is suitable for normal temperature
climate and can cool X-ray tubes with
4500 W anode heat dissipation up to an
ambient temperature of approx. 32°C.
The design allows the cooling pump to
transfer the heat from the X-ray tubes
to the ambient air. Therefore, sufficient
fresh, cool air supply must be guaranteed.
The OL 4503 is equipped with a fail-safe
turbine flow rate monitor.
Application
We reserve the right to technical modifications without prior notice.
GE Inspection Technologies
Xray
©2004 General Electric Company. All rights reserved.
GEIT-30059GB (5/04)
GEInspectionTechnologies.com
Function
The hot tube cooling oil returns via the
oil flow switch and through the air-cooled
radiator/heat exchanger and, after
cooling down, into the oil reservoir. The
oil reservoir is vented to the atmospheric
pressure. The circulation pump drains
the oil from the reservoir and feeds it to
the oil outlet quick-lock connector, via the
thermostat probe.
Electrical control
The OL 4503 cooling pump is connected
by a 5-wire connecting cable supply-
ing the circulation pump from the X-ray
control unit with 230 V 50/60 Hz and con-
nects the safety circuits to the control to
ensure safe operation of the X-ray tube.
Safety circuit
The safety circuit monitors the cooling
oil supply to the X-ray tube. The circuit
includes a fail-safe oil turbine flow rate
monitor, which opens the circuit in case
a minimum flow rate of the cooling oil
(22 l/min) is not ensured.
A thermostat switch opens the circuit in
case the cooling oil temperature exceeds
the set temperature (55°C). Both switches
reconnect automatically after safe cooling
is ensured.
Air supply
The heat dissipated from the X-ray tube
and also the dissipation heat from the
drive of the pump and ventilator has to be
discharged by the air cooled radiators. If
the unit is operated in a small, self-con-
tained room the room temperature will
built up rapidly. As shown in the below
diagram the cooling capacity decreases
with increasing ambient temperature. It is
therefore important that sufficient cool air
supply is provided for the OL 4503.
Description
Technical Data
Power supply requirements 230 V ±10%, 50/60 Hz
Power input 0,785 kW (P
max
; 230 V; 50 Hz)
1,058 kW (P
max
; 230 V; 60 Hz)
Oil connection Non-interchangeable quick-action couplings
Cooling capacity 4500 W (see diagram)
Cooling oil S 5585
Capacity 23 liters
Oil circulation quantity > 22 l at 3.5 bar
Connecting cable 10 m (32 ft) long with plug-in connection
Dimensions 650 x 350 x 750 mm / 26,0 x 13.8 x 29.5 inch (WxHxD)
Weight approx. 54,5 kg / 120 lbs (w/o oil)
Max. noise level 63 dB(A) at 50 Hz
67 dB(A) at 60 Hz
Operating temperature -10...+40°C
Storage temperature -25...+70°C
Relative humidity max. 90%
Default settings:
Oil-flow monitor 17 l / min
Thermostat 55 ± 3°C
Maximum pressure 9 + 0,5 - 0,2 bar
Power Diagram OL 4503
Difference between oil
temperature and
ambient temperature
Power [kW]
/