Operator's Manual Operator’s Manual Oxford Instruments ITC .
Operator'sOperator’sManualManualIssue 05 / Feb 2015 / UMC0071MercuryiTCOxford Instruments OmicronNanoScienceMercuryiTCCryogenic environment controllerIssue 05 / Feb 2015 / Original Instructions 2014 Oxford Instruments Omicron NanoScience.NanoScience All rights reserved.
Operator's ManualIssue 05 / Feb 2015 / UMC0071MercuryiTCContentsPREFACE. 1Use of this manual . 1Customer support . 3Health and safety information . 4Disclaimers . 5Acknowledgements . 5Acronyms . 6Certification compliance statements . 7About Oxford Instruments . 81HEALTH AND SAFETY . 91.11.1.1Protective and functional ground . 91.1.2High voltage hazard . 101.1.3Maintenance and adjustment . 101.1.4Restrictions on use . 101.2Cautions . 111.2.1Electrostatic caution . 111.2.2Cooling caution . 111.2.3Acoustic noise caution . 111.32Warnings . 9Solid waste . 12Mercury iTC BASICS . 132.1MercuryiTC front and rear panels . 142.2Display and touch-screen . 152.3Electrical power supply . 152.4Temperature sensor circuits . 152.5Heater circuits . 152.6Optional cooling circuit control . 162.7Remote interfaces . 172.8Functional Description . 18 2014 Oxford Instruments Omicron NanoScience. All rights reserved.
Operator's ManualIssue 05 / Feb 2015 / UMC0071MercuryiTC2.9Main components . 192.9.1Motherboard . 202.9.2Expansion slots and daughter boards . 202.103GETTING STARTED . 233.1Checking the electrical supply . 233.2Mounting the equipment . 233.3Connecting electrical power. 243.4Powering up the MercuryiTC for the first time . 243.5The MercuryiTC touch screen . 253.5.1The home page . 263.5.2Custom home pages . 273.5.3Channel summary widget . 273.5.4Drop-down menus . 283.5.5Scrolling . 283.5.6Soft keypads . 293.5.7Using arrows to adjust integer values . 313.5.8Button labels . 313.5.9Common touch screen features . 313.5.10Setting the date and time . 323.64Alarms and interlocks . 22Plotting signals on the MercuryiTC touch screen . 333.6.1Plot Configuration . 333.6.2Scaling a plot. 35HOW TO MEASURE AND CONTROL TEMPERATURE. 374.1Heater and sensor connections . 384.1.14.2Connecting thermocouples . 38Configuring a temperature sensor . 394.2.1Configuring the sensor details . 404.2.2To clear a widget configuration . 424.3Setting heater properties . 434.4Configuring a heater . 44 2014 Oxford Instruments Omicron NanoScience. All rights reserved.
Operator's ManualIssue 05 / Feb 2015 / UMC0071MercuryiTC4.5Configuring the heater control loop . 464.5.1Configuring manual heater control . 464.5.2Configuring automatic heater control . 464.6Changing a temperature set point in automatic control . 484.7Using the sweep function . 494.7.1The purpose of the sweep function . 494.7.2Using the sweep function . 494.7.3Loading a sweep . 514.7.4Starting a sweep . 514.7.5Stopping a sweep . 524.8Using the ramp function. 524.8.1The purpose of the ramp function . 524.8.2Using the ramp function . 524.8.3Starting a ramp . 534.8.4To disable ramp mode . 534.9Configuring a gas valve . 544.9.1Configuring manual control of the gas valve. 564.9.2Configuring automatic control of the gas valve . 564.9.3Changing a gas flow set point . 584.10Using a generic calibration-file . 584.10.1Overview . 584.10.2Adjusting a generic calibration file . 594.11Types of temperature sensor . 604.11.1Thermocouples . 604.11.2Metallic resistance thermometers (positive temperature coefficient). 614.11.3Semiconductor resistance thermometers (negative temperature coefficient) . 614.11.4Semiconductor diodes . 614.11.5Excitation current . 614.11.6Calibration for different sensors . 624.11.7Available generic calibration files . 644.12More about thermocouples . 654.12.1Thermocouple principles . 654.12.2Configuring for thermocouples . 654.12.3Reference junction compensation . 67 2014 Oxford Instruments Omicron NanoScience. All rights reserved.
Operator's ManualIssue 05 / Feb 2015 / UMC0071MercuryiTC54.12.4External reference junctions . 674.12.5Heater control interlock . 68CRYOGEN LEVEL-METER . 705.15.1.1Operation of the board with a helium-level probe . 705.1.2Operation of the board with a nitrogen-level probe. 715.1.3Why different methods are used for the two liquids . 715.26Installing the level-meter board. 715.2.1Removing the top cover . 715.2.2Fitting the board . 725.2.3Basic check of board operation. 745.3Connecting the level probe . 745.4Configuring MercuryiTC for helium level meter . 745.5Configuring MercuryiTC for nitrogen level meter. 765.6Setting up liquid nitrogen auto-fill . 78MANAGING YOUR MERCURY . 806.1General . 806.2Display . 826.3Devices . 846.4Clock . 856.5File transfer . 866.6Updates . 876.7Access Level . 896.8Factory . 916.9Save File pages. 916.107Principles of operation . 70Load File pages . 92REMOTE OPERATION. 947.1Remote operation using RS232 or ISOBUS . 94 2014 Oxford Instruments Omicron NanoScience. All rights reserved.
Operator's ManualIssue 05 / Feb 2015 / UMC0071MercuryiTC7.1.1Configuring RS232 and ISOBus . 947.1.2Serial RS232 cabling requirements . 967.27.2.1Configuring GPIB . 977.2.2GPIB Cabling requirements . 987.3Configuring Ethernet . 987.3.2Ethernet cabling requirements . 100Remote operation using USB .1007.4.1Configuring USB . 1007.4.2USB Cabling requirements . 1007.4.3USB drivers . 1007.5Switching MercuryiTC control between local and remote.1007.6Testing remote connections.1017.7Programming examples.101COMMAND REFERENCE GUIDE .1028.1Nomenclature used in this section .1028.2SCPI and legacy command sets.1028.3SCPI commands .1028.3.1SCPI protocols . 1038.3.2Reading the instrument identity . 1038.3.3Basic SCPI command structure . 1048.3.4Verbs . 1048.3.5Nouns . 1058.3.6Invalid responses . 1148.49Remote operation using Ethernet . 987.3.17.48Remote operation using GPIB . 97Legacy commands .
Mercury iTC cryogenic environment controller. The Mercury iTC is a high performance laboratory temperature controller, with a number of features specifically intended for use in cryogenic applications. Use of this manual This Operator’s Handbook provides all the information necessary for the safe and proper
Independent Personal Pronouns Personal Pronouns in Hebrew Person, Gender, Number Singular Person, Gender, Number Plural 3ms (he, it) א ִוה 3mp (they) Sֵה ,הַָּ֫ ֵה 3fs (she, it) א O ה 3fp (they) Uֵה , הַָּ֫ ֵה 2ms (you) הָּ תַא2mp (you all) Sֶּ תַא 2fs (you) ְ תַא 2fp (you
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Operator Training Required Read the operator's manual and other training material. If the operator or mechanic cannot read English, it is the owner's responsibility to explain this material to them. This publication is available in other languages. Become familiar with the safe operation of the equipment, operator controls, and .
Failure to comply with this operator's manual. Improper handling. Using of spare parts which are not from Wacker Neuson and not equivalent to the original parts in design and quality. Using of accessories which are not from Wacker Neuson. Operator's manual Always keep the operator's manual near the machine or near the worksite for
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