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NEWUltra High Vacuum 4 channels Miniature Evaporator
ME-104C

Heating to high temperature; 1750 degrees centigrade max.
Easy operation of 4 channels each heating
Compact design
Excellent cost performance Ultra High Vacuum 4 channels Miniature Evaporator ME-104C

Basic ComponentHead of evaporator ×1
Controller electronics ×1
Cable ×1
Remarks:This evaporator doesn't have a shutter system. The evaporator with a shutter system has been developed at present.
It isn't possible to change the substance used in the same crucible location.
Instrumental components subject to change without prior notice for improvement in performance.

Specification of Ultra High Vacuum 4 channels Miniature Evaporato ME-104C

Head of evaporator
The structure
EvaporatorCrucible type evaporator(Material:Alumina)
Inner volume of crucible3(dia.)×6(depth) mm
Heating methodDirect resistance heating by filament
Cooling methodWater-cooling type
Thermal monitorW-Re thermocouple
Mounting flangeICF70
Full length
(from the flange face to the head tip)
93mm (minimum)
* It's possible to extend it to the length of your request at the time of your order.
The performance
Heating temperature1750 degrees centigrade max.*1)
Various base adaptors for measuring
Cell adaptor (light path length:1mm,2mm)
(The recommendation heating temperature when using continuously: 1600 degrees centigrade)
The heating current and voltage7.5A-14V max. at 1750 degrees centigrade*1)
*1) Max.output power of standerd controller is 7A. If you need more than1600 degrees centigrade, you need to provide AD power supply (<7.5A).
Controller electronics
Input
Input voltage100-240VAC
Output
Maximum output voltage15VDC
Maximum output current7A (Digital meter indication)
The number of output4 channels change system
Output current adjustmentManual adaptable
Thermal monitor
Temperature sensorW-Re thermocouple
The number of input4 channels
(1 channel indication that is interlocked by control)
The number of display1 channel
(interlocking system of control)
Thermal control
Control circuitCurrent output PI control based on temperature sensor input
The number of the control1channel (change system of 4 channels)
Setting temperature inputIt's input by potentio 10 rotations and displayed to a digital meter.
Size of steel case
about 430(width)×350(depth)×100(height)mm