Teledyne HPM-2002-OBE Receiving Inspection, Quick Start, Transducer Installation

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2. Installation

This section is designed to assist in getting a new pressure gauge into operation as quickly and easily as possible. Please read the following instructions thoroughly before installing the instrument.

2.1. Receiving Inspection

Carefully unpack the Hastings Model HPM-2002-OBE Instrument (part # HPM-2002-OBE), and

transducer tube (part #HPM 2002s-xx). Inspect all items for any obvious signs of damage due to shipment. Immediately advise the carrier who delivered the shipment if any damage is suspected.

Compare each component shipped against the packing list. Ensure that all parts are present (i.e. transducer, electronics module, hardware, etc.). Optional equipment or accessories will be listed separately on the packing list.

2.2.Quick Start

•Unpack and inspect all items for any obvious signs of damage due to shipment. Immediately advise the carrier who delivered the shipment if any damage is suspected.

•Wire the 15-pin “D” connector according to cable pinout (see Table below) using 24 AWG or other suitable wire.

•Using a unipolar DC Power Supply, set the desired operating voltage within the range of 12 VDC to 30 VDC.

•Connect the HPM-2002-OBE module to the HPM-2002s transducer tube.

•Note that the connector is keyed.

•A finger tight connection is all that is required for adequate operation.

•Transducer tube may be installed in any orientation. However, if condensation is likely to occur, then the tube port should be orientated downward.

•When installing 1/8” NPT style transducer tube, use the 7/16” wrench flats.

•Attach cable.

•With the vacuum chamber at atmosphere, turn on the power supply (typically +24 VDC. Gauge is now reading pressure.

•For best accuracy, the gauge should now be zeroed. Pump the vacuum system down to low (10-6Torr) pressure if possible. Ideally the gauge should be operated in this condition for one hour before setting the “Zero”.

•To set the “Zero”, place the HPM-2002-OBE in the “CAL” mode by using the “SELECT” button.

•Using a small flat head screwdriver, rotate the “ADJUST” rotary encoder until the unit flashes between “0.0” and “-0.0”.

•Return to the “RUN” mode by using the “SELECT” button

2.3.Transducer Installation

The transducer tube may be installed in any orientation. Although the transducer tube is rugged and will perform well in many harsh environments, the tube should be installed in a clean and careful manner. The tube is configured with the vacuum fitting requested. If your vacuum environment is highly contaminated or has unique fitting requirements, a Hastings filter or special adapter may be needed. Please contact the Hastings Instruments Sales Department for assistance in your system configuration.

2.4.OBE Module Installation

•Environment:

•Indoor use

•Altitude up to 2000 meters

•Operating temperature range from 5 to 40°C

HPM-2002-OBEVacuum Gauge

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Contents Teledyne Hastings Manual Print History Table of Contents Troubleshooting HPM-2002-OBE Analog Output 4-20mA Module FeaturesModel 2002 Sensors HPM-2002-OBE Analog Output ModuleHPM-2002-OBE RS232/485 Output Module SpecificationsHPM-2002-OBE DeviceNet Module Quick Start Transducer InstallationOBE Module Installation Receiving InspectionPin Volt 20 mA RS232/485 Initial OperationOverall Functional Description Analog OutputHigh and Low Set Point Modes Cal Mode Run ModeGas Selection Table GAS ModeAnalog Output HPM-2002-OBEVacuum Gauge Analog Output 4-20mA Cal Mode Analog Output 4-20mA HPM-2002-OBEVacuum Gauge RS232/485 With Display Command SyntaxParamater Modification Commands Interrogation CommandsReset / Restore Commands Calibration Adjustment CommandsDevice Status Default RS232/485 SpecificationsModular Connector Pinout RS-485 Modular Connector Pinout R2-232 RJ-11 connector on left sideRun Mode DeviceNet description DeviceNet TMCalibration of the HPM-2002-OBE Zero Coefficient AdjustmentMidrange Coefficient Adjustment Atmosphere Coefficient AdjustmentTheory of Operation Vo = SPV+V1 Piezoresistive SensorHPM-2002-OBEVacuum Gauge Er = σεTh4-Ta4As Pirani SensorEt = Es + Er + Eg Es = K ∆T Am/LHPM-2002-OBEVacuum Gauge Eg = arLt273/Th1/2Th-TaAgP Eg = Kg ∆T As/∆xDual Sensor Operation HPM-2002-OBEVacuum Gauge RS485 Address Advanced Setup GuideData Bits/Parity Bits/Stop Bits Turnaround DelayRestore Eeprom Baud RateFrequently Asked Questions Why does my display read, Err1? Restore CalibrationRestore Factory Defaults Software ResetWhat are Err3, Err5, Err6 and Err7? Why does my display read, U.U?Why does my display read, U .? Why does my display read, . U?Non-Warranty Repair Policy Warranty Repair PolicyDiagrams and Drawings HPM-2002-OBEVacuum Gauge HPM-2002-OBEVacuum Gauge
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