Manuals / Teledyne / Kitchen Appliance / Food Saver

Teledyne 1/8 NPT HPM-2002-01, 1/2 O.D. Smooth Tube HPM-2002-07, 1/4 VCR HPM-2002-02

Models: 2002

1 54

Download 54 pages 12.52 Kb

Page 47

Image 47

2.30” 58.4mm

1/8" NPT (HPM-2002-01)

2.30” 58.4mm

1/2" O.D. Smooth Tube (HPM-2002-07)

3.27” 83mm

1/4" VCR (HPM-2002-02)

2.57” 65.3mm

2-3/4" Conflattm (HPM-2002-04)

Tube Outline Drawings (all dimensions shown are approximate)

Model 2002 page 47

Page 47

Image 47

Teledyne 1/8 NPT HPM-2002-01, 1/2 O.D. Smooth Tube HPM-2002-07, 1/4 VCR HPM-2002-02, 2-3/4 Conflattm HPM-2002-04

Contents

MODEL VACUUM GAUGE TELEDYNE HASTINGSManual Print History REAR PANEL DESCRIPTION INSTALLATIONGENERAL INFORMATION FRONT PANEL OPERATION7.0 RELAY INTERFACE OPTION BOARD 10.0 TROUBLESHOOTING GUIDE11.0 WARRANTY AND REPAIR DIAGRAMS AND DRAWINGS1.2 Model 2002 Sensors 1.1 FeaturesSECTION General Information1.3 Model 2002 Control Unit 1.4 SpecificationsSECTION Installation2.1 Receiving Inspection 2.2 Quick StartTransducer Cable Attachment 2.3 Transducer Installation2.4 Control Unit Installation Environment Panel Mount InstructionsSECTION Front Panel Operation3.1 Overall Functional Description Model Control Unit Front Panel3.2 RUN Mode Normal Operation A/D Speed AdjustScientific Notation 3.4 CAL Mode EEPROM Calibration Restoration3.3 HIGH and LOW Set Point Modes page 12 Model Midrange Coefficient Adjustment Zero Coefficient Adjustment3.5 GAS Mode Atmosphere Coefficient Adjustment3.6 UNITS Mode Default Calibration Restorationpage 16 Model This page was intentionally left blankSECTION Rear Panel Description4.1 Remote Zero Input 4.2 Analog OutputV = 2.35 Volt Voltage to pressure conversion exampleEXP = INT 2*V-6 MANT = 1 + 18 *V-9*EXP + Pressure Torr = Mant x 10EXP INT 2.56 = INT 9.87 =4.3 TTL Outputs MODEL 2002 Analog OutputModel Rear Panel Detail 4.4 Power Entry ModuleSECTION Theory of OperationDual Sensor Embodiment 5.1 Piezoresistive SensorS dT Vo = SPV+V1dV0 SdV VdS dT P dT dT 1 dSPressure View A-AEr = σεTh4-Ta4As 5.2 Pirani SensorEt = Es + Er + Eg Es = K ∆T Am/LFigure 5.3c Figure 5.3aFigure 5.3b h a g Eg = Kg ∆T As/∆xE = a L 273/T 1/2T -T A P 5.3 Dual Sensor OperationArbitrary ModelDual Sensor Vacuum Gauge Unitspage 28 Model This page was intentionally left blankSECTION 6.1 RS-232-E Interface SpecificationsCommunications Option Board 6.3 Operation of the Serial Interface 6.2.1 Interface Connector Pin Assignments for RS-4856.2.2 For RS-485 Half Duplex - 2 wire 6.2 Interface Connector Pin Assignments for RS-232Interrogation Commands COMMAND SYNTAXCalibration Adjustment Commands Parameter Modification CommandsReset / Restore Commands digit# Device StatusSECTION 7.1 Relay Board SpecificationsRelay Interface Option Board page 36 Model 7.2 Relay Connector Pin Assignment 7.3 OperationModel Rear Panel Detail 8.1 4-20 mA Interference Connector Pin Assignmets4-20 mA Interface Option Board SECTIONChannel Channel 8.2 OperationSECTION 9.1 0-10V Interface Connector Pin Assignmets0-10V Interface Option Board PmTorr Vchannel 1 =PTorr Vchannel 2 =SECTION Troubleshooting Guidepage 42 Model SECTION Warranty and Repair11.1 Warranty Repair Policy 11.2 Non-Warranty Repair Policypage 44 Model This page was intentionally left blankSECTION Diagrams and DrawingsKF-25 HPM-2002-06 Tube Outline Drawings all dimensions shown are approximateMini Conflattm HPM-2002-03 KF-16 HPM-2002-052-3/4 Conflattm HPM-2002-04 1/8 NPT HPM-2002-011/2 O.D. Smooth Tube HPM-2002-07 1/4 VCR HPM-2002-02Model line DimensionsPanel Cut-Out Dimensions Model 2002 Outline Drawings all dimensions shown are approximateDeep Mounting Location Panel MountingMounting Clip Attachment NEOPRENE GASKET optionalpage 50 Model Model 2002 page page 52 Model Model 2002 page page 54 Model