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Defines maximum safe operating pressure and temperature limits for reactors.
Lists part numbers for different vessel heater assemblies based on size and voltage.
Describes the gas inlet valve connected to a dip tube for liquid surface gas introduction.
Explains the gas release valve connected to the top of the reactor for pressure venting.
Details the liquid sampling valve used for drawing samples, connected to the dip tube.
Explains the function of the rupture disc as a safety pressure release mechanism.
Describes the Type J thermocouple installed for temperature measurement in the reactor.
Details the pressure gage, its material, and range considerations for monitoring vessel pressure.
Explains the procedure for opening and closing removable head vessels with flat gaskets.
Describes the operation of fixed head vessels, noting similarities and differences in handling.
Details the tightening procedure for cap screws on PTFE gasket closures for a proper seal.
Explains the simpler closing procedure for vessels using self-sealing O-ring closures.
Guides on connecting gas lines using appropriate hoses and fittings for pressurizing the vessel.
Outlines the procedure for safely admitting gas and pressurizing the reactor system.
Warns against overfilling the vessel, emphasizing pressure increase with temperature.
Explains how to use the gas release valve for pressure reduction and vessel exhaust.
Describes the process for safely withdrawing liquid samples from the pressurized vessel.
Recommends an initial test with water to verify operation and check for leaks before use.
Details the function and connection of the internal cooling loop for temperature control.
Discusses explosion-proof motor options and safety considerations for standard motors.
Addresses safety concerns for temperature controllers in hazardous environments.
Highlights the potential ignition hazard of the heater element's surface temperature.
Covers wiring requirements and optional safety features for hazardous atmosphere use.
Explains the purpose and types of glass and PTFE liners for the reactor cylinders.
Describes the contents and purpose of spare parts kits for routine maintenance.
Lists part numbers for various cylinder sizes, categorized by seal type (FG/OR).
Lists part numbers for different head types based on fitting configurations and drive compatibility.
Provides part numbers for various dip tubes used for gas inlet and liquid sampling.
Lists part numbers for male connectors used for various fittings and thermowells.
Lists part numbers for cooling loop assemblies for different vessel sizes.
Lists part numbers for stirrer support brackets for 450 mL and 600 mL vessels.
Lists part numbers for impellers compatible with different stirrer shaft types.
Lists part numbers for head gaskets (PTFE, graphite) and various O-ring seal materials.
Lists part numbers for split ring assemblies, compression rings, drop bands, and bolts.
Lists part numbers for stirrer shafts based on vessel size and drive type (MD/FMD).
Lists part numbers for thermowells, specifying volume and head style requirements.
Lists part numbers for various external fittings like valves, adapters, and connectors.
Lists part numbers for pressure gages with different ranges and specifications.
Lists part numbers for standard and air motors used with the overarm assembly.
Lists components for the driven pulley assembly, including bearings and hubs.
Lists part numbers for the upper drive shaft used in the overarm assembly.
Lists part numbers for shaft couplings used in the overarm drive system.
Lists part numbers for release knobs used on the overarm assembly.
Lists part numbers for drive pulleys and associated belts for various RPMs.
Lists part numbers for optional tachometer sensor assemblies.
Defines maximum safe operating pressure and temperature limits for reactors.
Lists part numbers for different vessel heater assemblies based on size and voltage.
Describes the gas inlet valve connected to a dip tube for liquid surface gas introduction.
Explains the gas release valve connected to the top of the reactor for pressure venting.
Details the liquid sampling valve used for drawing samples, connected to the dip tube.
Explains the function of the rupture disc as a safety pressure release mechanism.
Describes the Type J thermocouple installed for temperature measurement in the reactor.
Details the pressure gage, its material, and range considerations for monitoring vessel pressure.
Explains the procedure for opening and closing removable head vessels with flat gaskets.
Describes the operation of fixed head vessels, noting similarities and differences in handling.
Details the tightening procedure for cap screws on PTFE gasket closures for a proper seal.
Explains the simpler closing procedure for vessels using self-sealing O-ring closures.
Guides on connecting gas lines using appropriate hoses and fittings for pressurizing the vessel.
Outlines the procedure for safely admitting gas and pressurizing the reactor system.
Warns against overfilling the vessel, emphasizing pressure increase with temperature.
Explains how to use the gas release valve for pressure reduction and vessel exhaust.
Describes the process for safely withdrawing liquid samples from the pressurized vessel.
Recommends an initial test with water to verify operation and check for leaks before use.
Details the function and connection of the internal cooling loop for temperature control.
Discusses explosion-proof motor options and safety considerations for standard motors.
Addresses safety concerns for temperature controllers in hazardous environments.
Highlights the potential ignition hazard of the heater element's surface temperature.
Covers wiring requirements and optional safety features for hazardous atmosphere use.
Explains the purpose and types of glass and PTFE liners for the reactor cylinders.
Describes the contents and purpose of spare parts kits for routine maintenance.
Lists part numbers for various cylinder sizes, categorized by seal type (FG/OR).
Lists part numbers for different head types based on fitting configurations and drive compatibility.
Provides part numbers for various dip tubes used for gas inlet and liquid sampling.
Lists part numbers for male connectors used for various fittings and thermowells.
Lists part numbers for cooling loop assemblies for different vessel sizes.
Lists part numbers for stirrer support brackets for 450 mL and 600 mL vessels.
Lists part numbers for impellers compatible with different stirrer shaft types.
Lists part numbers for head gaskets (PTFE, graphite) and various O-ring seal materials.
Lists part numbers for split ring assemblies, compression rings, drop bands, and bolts.
Lists part numbers for stirrer shafts based on vessel size and drive type (MD/FMD).
Lists part numbers for thermowells, specifying volume and head style requirements.
Lists part numbers for various external fittings like valves, adapters, and connectors.
Lists part numbers for pressure gages with different ranges and specifications.
Lists part numbers for standard and air motors used with the overarm assembly.
Lists components for the driven pulley assembly, including bearings and hubs.
Lists part numbers for the upper drive shaft used in the overarm assembly.
Lists part numbers for shaft couplings used in the overarm drive system.
Lists part numbers for release knobs used on the overarm assembly.
Lists part numbers for drive pulleys and associated belts for various RPMs.
Lists part numbers for optional tachometer sensor assemblies.
General| Brand | Parr Instrument |
|---|---|
| Model | 4560 |
| Category | Laboratory Equipment |
| Language | English |
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