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Details the dewar leg, transfer tube, coldhead, heat exchanger, and nozzle for sample flow.
Describes the vacuum-insulated tube, heat exchanger, and nitrogen flow for sample protection.
Describes the adjustable stand supporting the Cryojet system.
Details the 75L dewar for liquid nitrogen storage and its five-port top fitting.
Explains the controller's function in managing gas flows and jet temperature.
Lists system components, spares, and optional items; instructs on checking for damage.
Details dewar top fitting, positioning, and connecting components for initial setup.
Explains how to set sample and shield flow rates using the controller's SET, RAISE, and LOWER buttons.
Details three modes: Automatic, Manual, and Heat Exchanger Off, for temperature regulation.
Describes Non-Auto Start and Auto-Start modes for controller initialization.
Explains the sensor that automatically shuts off heaters if liquid nitrogen is low.
Provides recommended flow rates and liquid nitrogen levels for optimal performance.
Details methods for precise nozzle positioning relative to the sample.
Instructions for refilling the liquid nitrogen dewar while the system is running.
Describes how to use a dipstick to estimate the dewar's liquid nitrogen level.
Procedures to prevent ice build-up and warm the system safely when not in use.
Explains the process and necessity of pumping the OVC for thermal insulation.
Discusses factors affecting sample temperature estimation and advises contacting manufacturer.
Describes typical temperature stability and fluctuations during dewar refills.
Addresses potential icing on supports and goniometer and suggests remedies.
Details RS232 serial data link connections using D-sockets and required cables.
Explains GPIB connections using standard IEEE-488 cables and the need for a GPIB Gateway.
Guides on controlling the Cryojet using Oxford Instruments ObjectBench software.
Step-by-step instructions for installing the Cryojet driver within the ObjectBench environment.
Details basic commands for setting up the instrument driver, including communication link and address.
Explains controlling the instrument locally via the panel or remotely via computer interface.
Procedure to restore factory settings using a backup disc and ObjectBench software.
Provides a step-by-step guide for optimizing Proportional, Integral, and Derivative control terms.
Details pressure requirements, connecting the level probe, and attaching the nitrogen hose.
Describes the operation, indication, and manual control of the autofill system's solenoid valve.
Provides wiring details for the shield unit, including component pins, resistance, and controller output.
Details wiring for the 15-way D-connector of the sample flow unit, including boiloff heater.
Details wiring for the 9-way D-connector of the sample flow unit, including coldhead components.
General| Brand | Oxford Instruments |
|---|---|
| Model | Cryojet |
| Category | Laboratory Equipment |
| Language | English |
