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PP2000/PP2000T Specification

Cryo preparation chamber consisting of: Fitted as standard?
Integral Stainless steel Nitrogen Dewar Yes
Two integral gate valves (loading and SEM) with appropriate electrical interlocks Yes
Variable temperature conduction cooled stage (-185oC - +50oC) Yes
Large anti-contaminator plates above and below cold stage Yes
Micrometer fed cold fracturing knife Yes
Strong surface probe (cooled) Yes
High resolution sputter coater with Au / Pd target Yes
High purity Argon supply (1litre) PP2000T only
Carbon fibre evaporation head and power supply Option
Vacuum transfer device Yes
Internal illuminator Yes
Anti-vibration block with solenoid controlled pump and vent valves, vacuum tubing PP2000 only
Turbomolecular pumping system mounted on an anti-vibration trolley, connecting stainless steel bellows, high and low vacuum gauging, vacuum controller PP2000T only
Control unit for vacuum and temperature, HT and LT power supplies and gauges, SEM safety interlock Yes
Nitrogen gas control unit for separate monitoring and control of SEM stage and anti-contaminator Yes
Gas cooled Nitrogen cold stage assembly (-1900C - +500C) Yes
SEM chamber Anti-contaminator (cooled and controlled separately from SEM stage). SEM lamp Yes
Stainless steel SEM Dewar with separate gas cooling circuits for SEM stage and SEM anti-contaminator Yes
Nitrogen slushing chamber Yes
Instrument trolley with desk top lamp Yes
Specimen shuttles and stubs Yes
Comprehensive start up kit Yes
Terminating film thickness monitor and crystal holder Option
Long working distance stereo microscope (10x and 20x magnification) Option
Self-pressurising LN2 Dewar and regulator Option (recommended)

A complete system
Both PP2000 and PP2000T require two 90 l/m rotary pumps plus interface plates and SEM stage adapters specific to the microscope (contact Quorum Technologies for details).
We also strongly recommend the optional PP7450 pressurised Dewar for generating Nitrogen gas.

In order to manufacture it is vital we have the following information:

1. Make and model of SEM
2. Location of SED, BSE, WDS/EDS (if fitted)
3. Voltage and frequency requirements.

design element
design element