Sanyo 550 instruction manual Ambient Temperature, Power Supply, Mains Interrupt Bridge, Drain

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4.3. AMBIENT TEMPERATURE

IMPORTANT

To achieve the guaranteed performance figures, the maximum acceptable laboratory ambient temperature is +25°C. At higher ambient temperatures, the minimum operating temperature and rate of fall will be affected.

All refrigeration equipment, from home freezers to air-conditioning plant, performs a heat exchange operation in which the refrigeration compressor acts as a heat pump to transfer heat from the cooling coil (called the evaporator because this is where the gas evaporates and absorbs heat) to the condensing coil (where the gas condenses and gives up heat). The condensing coil is air-cooled, and assisted by a fan.

All air-cooled condensers need air movement around them in order to be able to give up to the air the heat extracted from the cooling coil (and hence the cabinet).

If the ambient temperature is high (above +25°C) more air will be required around the condenser to take up the same amount of heat At the same time the higher ambient temperature transfers heat more quickly into the cabinet through the insulation, giving the refrigeration unit more work to do to maintain low temperature conditions.

Excessively high ambient temperatures and poor ventilation will cause the refrigerator compressor to overheat and inevitably reduce its working life - possibly even causing it to burn out.

4.4. POWER SUPPLY

Cabinets designed for operation from a 13A supply are supplied with a 13A plug fitted.

Cabinets not supplied with a 13A plug are required to be hard wired by a competent electrician to an adequate power supply by connection to the front panel power contactor. Power requirements are shown on a plaque on the rear of the cabinet, The supply frequency is 50Hz, unless stated otherwise. An EARTH connection is essential to all chamber. In addition, if the chamber requires a 3 phase supply NEUTRAL is also required.

WARNING

If the cabinet requires on-site commissioning do not switch on until it has been fully commissioned, see section 4.2.2.

4.5. MAINS INTERRUPT BRIDGE

If the power supply to the cabinet fails for up to 30 seconds, the cabinet will restart and continue the program from where it left off. However if the power supply interruption lasts longer than approx 30 seconds the cabinet will fail-safe.

4.6. DRAIN

An outlet nipple (usually copper pipe) is fitted to the cabinet (right hand side or back). Connect a pipe to give a CONTINUOUS FALL to an OPEN DRAIN. Drainage restriction could cause an airlock and consequent flooding of the treatment chamber.

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Contents Sanyo Gallenkamp Environmental ChamberCustomer De Ronde Programming system Contents Part ONE the Cabinet Commissioning U.K. Customers only Health & Safety at WorkSanyo Gallenkamp service & maintenance facilities IntroductionCabinet Data Specification PhysicalFalse roof Exterior/finishInsulation ShelfSpecification Performance Optional FacilitiesCF1 Digital Channel Cooling Auxiliary Format 550 Digital ChannelsDigital Channel Cooling Main System ChannelUser Programmable Channel Digital Channel 8 Voltage Free Terminal VFTPrinciple and Airflow DESCRIPTI0NRefrigeration unit control Temperature ControlHeating CoolingRelative Humidity Control Vapour phase generationRelative Humidity RH Relative Humidity DeterminationRelative Humidity Decrease Cabinets not requiring on-site commissioning InstallationAccessories & Spares PositioningInstrument compartment Drain Ambient TemperaturePower Supply Mains Interrupt BridgeEither Distilled Water SupplyWetwicks Test Load ProtectionVent 13. RS232 ConnectorSafety Thermostat Cable PortMains INDICATORS/PUSHBUTTONSReset Amber pushbutton Control Panel InstrumentationTo Shut Down the Cabinet Normal Sequence Cabinet and Program Start UPCabinet and Program Shut Down To Start the CabinetMonth Maintenance and CareMaintenance Schedule Weekly or between testsInspection and replacement of the wet wicks Maintenance MethodsInterior and exterior cleaning Cleaning of cabinet drainsDistilled water filter Check safety thermostatClean the refrigeration condenser LubricationAppendix 1 Part Numbers Operation InstallationMaintenance Appendix 2 REC/W Water SystemSystem draining Deioniser replacementPart 2 Format 550 Instructions ContentsFormat digital channels Introduction to FormatHow to use these instructions Menu system Getting startedUsing the on-line help Using the data entry windowsFunction keys Types of data entry field Status barPage General Operating Sequence Steady State Mode Condition settingCondition monitoring Resetting steady state setpointsEnding manual control Main Menu General Operating Sequence Entering a NEW ProgramGeneral Operating Sequence Running a Program Condition C %RH Status LoggingWriting a Program How to use Format programming sheetsEntering the data into the programmer Selecting digital channels when you know bestLoading and saving programs Log Running a programHolding a program Program Monitor WindowProgram completion Program deletionView program graph Introduction to Data Logging Starting Data LoggingLog Stopping Data Logging Displaying ResultsLoading into Spreadsheets Setting Alarms Introduction to AlarmsPage Host PC System Requirements C0MPUTER InterfacingIntroduction Computer InteractiveSetting UP OFF-LINE Chamber Intelligence InstallationInstalling the Security KEY Configuring the Host SoftwareNetwork Monitoring Mode Main MenuSteady State Control Program LoggingPrintouts Program Computer interactive interfacing main protocol Physical Layer DefinitionCommunications Frame Definition Header Packet CountSerial Number Length Data Block Compatibility with RS485 Multi-Controller ConfigurationData Block Length Serial NumberFunctional Layer Definition Controller Configuration RequestController Configuration Packet Flow SummaryStatus Request 129Page Open File for Reading Read Data Close FileWrite Block to File Open File for WritingSET Controller to Remote Access Mode SET Controller to Local Access ModeSET/CHANGE Steady State Condition ENABLE/DISABLE Guaranteed Soak ENABLE/DISABLE Manual HoldDigital Channel Description Cable connections Computer RS232 Format 550 socket Pin D typeCDR Support software Control Loops Appendix 1 Technical SpecificationOperating temperature Operator interface data entryData Logging AlarmsProgram Run Options Monitoring displaysTemp Hum LS Rep Digital Channels Ddhhmmss C Appendix 2 Program Looping and Nested LoopsLoop Instructions ExampleEvent statement time = event actual time total looping time Calculation for Succeeding EventsEffects on the Running Timebase Display Nested LoopsSeconds Example of Nested Loops Format Programming Sheet Appendix 3 Format 550 Programming SheetsLEU ORE Contact Information

550 specifications

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