- 1. THE VESSEL
Cylindrical Vessel Orientation
- - Vertical / Horizontal
- Rated Vessel Pressure
- - Full vacuum to 6 bar
internal pressure,double walled water cooling jacket.
- Standard Material
- - Austenite Stainless
Steel.
Main
Closure
- - Air - hydraulic operated
safety closure. One touch operation of Lifting / Closing can
be performed from the control panel
- and remote
control box.
- Standard feedthru
- - 1-1" sight glass, 3-High purity copper electric
power feedthru., 1-3/4" thermo couple feedthru. 1-4"
vac.-high press. gate.
- (subject to
change depends on the vessel size) Special inside
surface treatment made hard to be contaminated
- by organic
binder.
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- 2. THE HOT ZONE
- Typical KSF Hot
Zone assemblies include graphite resistance heating
- element, thermal
insulation shielding,convection barriers, electrical
- isolations.
-
- INSULATION
-
- A graphite insulation is used. Access to the hot zone is through
a
- removable top cover.
- A convection barrier prevents
"short circuiting" of the insulation, allowing
- maximum temperature uniformity
to 2200`C
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- HEATING ELEMENT
-
- The three phase heating element is supported by water cooled power feedthroughs
Water cooled power feedthroughs carrying high current from
the transformer to the heating element.
-
- CRUCIBLE
SYSTEM
The crucible
is designed to support a temperature uniformly distributed load
up to 2200`C Loading / Unloading of the crucible is performed
by air-hydraulic operated automatic work loading system.
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3.
WATER CIRCULATION SYSTEM
KGPS employes a Closed Drain Cooling Water System which matches your existing plant water system.
Includes is an inlet distribution
manifold with a pressure gauge and separately valved circuits for
chamber, power feedthrough and pumping system. Inlet and Outlet
alarmed pressure switches warn both of low water flow rate and high
water temperature. Cooling water is distibuted to the
chamber, power feedthru, some types of optional pumps, and accessory
modules.
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- 4. GAS CONTROL
SYSTEM
-
- Automatic Inert Gas High
Pressure Control System:
- The inert gas pressure control
system can be manually adjusted or programmed
to get best sintering condition. To prevent overpressurizing
the vessel a relief valve sett point adjustable is provided.
- The control system employs a
0-2 bar pressure transducer, a modulating valve and a programmable
microprocessor pressure controller, with digital read out of
pressure.
- The vessel cover will be interlocked
to prevent their being opened when the vessel pressure is above
+ 0.1bar.
-
- 5. PUMPING SYSTEM
The pumping system consists
of a two stage rotary
vacuum pump and a mechanical booster pump, a vacuum manifolding with metal bellows vibration
isolation, thermocouple gauge port, mass spectrometer port,
automatic vent valve and automatic isolation valve.
Option:
- DP - Diffusion Pump:
To provide High vacuum level.
Size and speed on request.
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- 6. Control System
We propose
different models equivalent Controllers from different manufacturer,
so you can chose the Controllers matching your existing equipment.
- Control Cabinet is a 19"
Standard Rack Mounted deep cabinet with one hinged front door.
- The basic control equipment
is:
- Power circuit breaker
- Voltmeters, Ammeters, Alarm
Panel
- Vacuum gauge readout
- Pump motor starters
- PLC Logic Controller (PLC Direct)
- Graphic Status Display / Operating
Console
- Chino KP1000 Temperature Controller
- Konics 6 Channel recorder
- Cabinet Fan & Dust Filter
Option:
- Double door cabinet (Double
19" Standard rack mounted deep cabinet for easy access
inside of the cabinet)
- Pirani gauge with dual setpoints
controller for partial pressure (or equivalent instrument)
- Penning Gauge (Cold Cathode
Gauge) with Controller (for High Vacuum) -MKS
- Double Konics 6 channel recorder
(or equivalent)
- Chino 32 channel recorder
- Touch Screen Operating Console
- Industrial Computer & Monitoring
Software , Inkjet Color Printer
- Cabinet Air Conditioning
- 7. POWER SUPPLY
The Power Supply is a saturable core reactor or variable
reactance transformer with
linear power controller, circuit breaker, undervoltage trip,
and water cooled leads. The power supply is transformed
from high voltage, low current to low voltage, high current.
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