Manuals / Teledyne / Kitchen Appliance / Food Saver

Teledyne 2002 9. 0-10V Interface Option Board, 9.1 0-10V Interface Connector Pin Assignmets

Models: 2002

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9. 0-10V Interface Option Board

The 0-10 V interface board is available as an option for the Model 2002. This board provides dual voltage channels linearly proportional to the HPM 2002’s pressure reading. Please note that use of the Model 2002 with this option requires a CPU with firmware version 1.6 or later for proper operation.

9.10-10V Interface Connector Pin Assignmets

Pin	Connection
1	Channel 1 Output (+)
2	Channel 1 Shield/Analog Common
3	Channel 1 Output
7	Channel 2 Output (-)
8	Channel 2 Output (+)
9	Channel 2 Shield/Analog Common

Both output channels are true differential and are short circuit protected with 100 Ω output impedance. While this allows either side of the output channel to be grounded, best results will be obtained by using a differential input measurement system. The output can be modified for single ended use, if necessary contact the factory for details.

149-072011 Model 2002 Vacuum Gauge

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Teledyne 2002 instruction manual 9. 0-10V Interface Option Board, 9.1 0-10V Interface Connector Pin Assignmets

Contents

MODEL VACUUM GAUGE TELEDYNE HASTINGSINSTRUMENTS I S O 9 0 0any obligation to provide notification of change or intent to change Refer to accompanying documentsIf Equipment is not used in the manner specified By this manual, protection provided By the equipment man be impairedTable of Contents 1.3. Model 2002 Control Unit 1.1. Features1. General Information 1.2. Model 2002 Sensors1.4. Specifications 2.2. Quick Start 2. Installation2.3. Transducer Installation 2.1. Receiving InspectionTransducer Cable Attachment 2.4. Control Unit Installation2.5. Initial Operation Panel Mount Instructions3.1. Overall Functional Description 3. Front Panel OperationScientific Notation A/D Speed AdjustMantissa exponent 3.2. RUN Mode3.4. CAL Mode 3.3. High and Low Set Point ModesZero Coefficient Adjustment Atmosphere Coefficient Adjustment Midrange Coefficient Adjustment3.5. GAS Mode 3.6. UNITS Mode Default Calibration RestorationV = EXP + 6 + MANT − 4. Rear Panel Description4.1. Remote Zero Input 4.2. Analog OutputVoltage to pressure conversion example 4.3. TTL Outputs 4.4. Power Entry ModuleModel Rear Panel Detail I/O CONNECTOR SENSOR CONNECTORBOARD CONNECTOR Bridge-Power5.1. Piezoresistive Sensor 5. Theory of OperationDual Sensor Emodiment K = ΔRL L 1 dV= −⎜ V dTEr = σεTh4-Ta4As 5.2. Pirani SensorEt = Es + Er + Eg Es = Κ ∆Τ Αm/LEg = arLt273/Th1/2Th-TaAgP Eg = Kg DT As/DxPage 22 of 5.3. Dual Sensor Operation6. Communications Option Board 6.1. RS-232-E Interface SpecificationsCOMMAND SYNTAX 6.2. Interface Connector Pin Assignments for RS-2326.1.1. Interface Connector Pin Assignments for RS-485 6.1.2. For RS-485 Half Duplex - 2 wireParameter Modification Commands Interrogation CommandsPage 25 of Page 26 of Calibration Adjustment CommandsDevice Status Reset / Restore CommandsPage 27 of 7.2. Relay Connector Pin Assignment 7.1. Relay Board Specifications7. Relay Interface Option Board 8.1. 4-20 mA Connector Pin Assignments8. 4-20 mA Interface Option Board Model Rear Panel Detail16 mA 8.2. Operation16 mA 1024 Torr ⎠9. 0-10V Interface Option Board 9.1 0-10V Interface Connector Pin Assignmets= PmTorr V channel2 = PTorr V channel110.Troubleshooting Guide ATTENTION REPAIR DEPARTMENT 11.WARRANTY11.1. Warranty Repair Policy 11.2. Non-Warranty Repair PolicyPage 35 of 12.Diagrams and Drawings149-072011 Model 2002 Vacuum Gauge 149-072011 Model 2002 Vacuum Gauge Page 36 ofPage 37 of Model Outline Dimensions149-072011 Model 2002 Vacuum Gauge 149-072011 Model 2002 Vacuum Gauge Page 38 of