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Summary of Contents for Hawk Centurion CGR Series
- Page 1 Sultan Sonar Manual Rev 1.0 A Higher Level of Performance Manual Centurion Guided Radar CGR Series For more information, please visit > www.hawkmeasure.com...
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Page 2: Table Of Contents
Table of Contents Centurion Guided Radar Contents Overview Forces On The Probe Principle of Operation Powering The Unit For The First Time Function Setup Procedure Primary Areas of Application 1. Setup Parameters Wiring & Dimensions 2. Advanced Parameters Wiring Compartment 3. -
Page 3: Overview
Dual Probe The unique patented HAWK Dual probe solution uses specially developed signal mapping techniques. The combination of HAWK’s hardware and software give an accurate and consistent output for interfaces level measurement. Function... -
Page 4: Wiring & Dimensions
Wiring & Dimensions Centurion Guided Radar Wiring Terminal Compartment Housing Flexible Probe Rigid Probe Probe C35 (Interface) 1 1/2" BSP or NPT mounting thread 1 1/2" BSP or NPT mounting thread 4/8/16mm 4/8/16mm... -
Page 5: Safety Instructions
Safety Instructions Centurion Guided Radar Safety Instructions For installation requirements for Hazardous Locations please refer to appropriate Safety Instruction document located at: http://www.hawkmeasure.com/productdetail.asp?id=57 CGR2 Series Wiring in Hazardous Locations See terminal compartment wiring 4-20mA current loop U = 14-28VDC Zone 1 EMC/Protective Zone 1 Ground... -
Page 6: Installation Guide
Installation Guide Centurion Guided Radar Placement Requirements mount near infeed mount over or adjacent to any obstacles... -
Page 7: Connection Requirements - Metallic Vessels
Nozzle Installation Guide Centurion Guided Radar Min 100mm Connection Requirements - Metallic Vessels The unit requires a metallic flange or sheet connected to the unit thread. • Avoid mounting adjacent to internal structures • Probes should not contact metallic container walls or floors. Metal flange Metal flange Nozzle... -
Page 8: Mounting
Mounting Centurion Guided Radar Minimum Clearance Typically high dielectric materials (such as liquids) provide a good return signal. Low dielectric materials (such as plastics and powders) require higher levels of sensitivity to measure. Failure to adhere to mounting requirements can create a false signal reflection which will exhibit as high level lock- ups either from the distance of the interference of a multiple of the distance of the interference. -
Page 9: Forces On The Probe
Forces On The Probe Centurion Guided Radar Forces on the probe Tensile forces are heavily dependent on the viscosity and abrasive characteristics of the product in the vessel. Ensure tensile loading is appropriate for the selected cable (8mm or 4mm) as well as the silo cover and mounting structure. -
Page 10: Powering The Unit For The First Time
Powering The Unit For The First Time Centurion Guided Radar A. Confirm mounting is within recommended specifications. B. Check the selected unit matches the required application specifications. For Hazardous Locations see appropriate safety instructions available at http://www.hawkmeasure.com C. Check the wiring is correct and all connections are secure. D. -
Page 11: Setup Procedure
2.525 2.525 2.525 Standard Operating Mode mA diagnostic Status Normal Setup Procedure Status: Failsafe Status: Search Centurion Guided Radar Echo d7.5 s1.5 LEVEL Press & hold for 3 2.525 ID 1 seconds & release button LEVEL to access AutoSet 2.525 Echo distance &... -
Page 12: Advanced Parameters
Setup Procedure Centurion Guided Radar 2. Advanced Parameters Setting Advanced Parameters The Advanced menu parameters are for adjusting primary Sensitivity, echo controls/filters, communications and output settings. Parameter Description Options Comms Adjust communication protocol settings. • Device ID • Baud Rate Digitize Perform auto-Digitization of Sensitivity based on mounting and •... -
Page 13: Sensitivity Calibration
Setup Procedure Centurion Guided Radar 3. Sensitivity Calibration • Procedure A: Running Digitize while material is touching the probe • Procedure B: Using dielectric pre-sets • Procedure C: Manual Sensitivity Adjustment Procedure A: Running Digitize while material is touching the probe This procedure uses automatic procedure for sensitivity adjustment &... -
Page 14: Troubleshooting - Via Controller Keypad
Troubleshooting - via Controller Keypad Centurion Guided Radar False Echo Elimination Before conducting these steps it is recommended to perform Setup Procedure: Sensitivity Adjustment Procedure A and ensure mounting requirements are met. Some of the procedures below are performed automatically by the routine. 1a. - Page 15 Troubleshooting - via Controller Keypad Centurion Guided Radar 2-2. Reduce Sensitivity: • Enter the ‘Adv Setup’ menu and scroll until you see ‘Sensitivity’ parameter. • Press CAL to edit. Use the DOWN arrow to reduce this value. • Pressing CAL will fire a test pulse and return the diagnostic data of the Signal size and E: distance. Fire several test pulses for a good sample size.
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Page 16: Unit Is Reading Deeper Than Actual Level
Troubleshooting - via Controller Keypad Centurion Guided Radar Unit is reading deeper than actual level This may occur in low dielectric applications where the cable weight returns a stronger echo than the measured material. If you have used any other parameters such as ‘Cal Mount’ perform a Probe Reset. Increase Sensitivity: •... -
Page 17: Part Numbering
Part Numbering Centurion Guided Radar Centurion Guided Radar Model CGR2 2 wire Centurion Guided Radar CGR4 4 wire Centurion Guided Radar Communication 4-20mA analog 4-20mA with HART Profibus PA Foundation Fieldbus 2x 4-20mA with HART on channel 1 Housing Aluminium 316L Gland Entry 1/2”... -
Page 18: Flange Table
Part Numbering Centurion Guided Radar Flange Table FLA-FA2-SS 2” ASME/ANSI 150lb Flange (316L) FLA-FD2-SS DN50 pn16 Flange (316L) FLA-FA3-SS 3” ASME/ANSI 150lb Flange (316L) FLA-FD3-SS DN80 pn16 Flange (316L) FLA-FA4-SS 4” ASME/ANSI 150lb Flange (316L) FLA-FD4-SS DN100 pn16 Flange (316L) FLA-EA2-SS 2”... -
Page 19: Specifications
Specifications Centurion Guided Radar Operating Voltage Communications* • 14 – 28VDC (residual ripple no greater than 100mV) • 4-20mA, 2x 4-20mA, GosHawk, HART, Foundation • HART 24V @ 250 Ohms Fieldbus, Profibus PA. Power Consumption Maximum Range • <0.6W @ 24VDC •... - Page 20 • 3 tonnes at 80ºC • Max lateral force on C35 probe: Process Temperature (Deg C) • 4 kN *Specifications model dependent. Consult part number listing Hawk Measurement Systems Hawk Measurement (Head Office) 96 Glenn Street Lawrence, MA 01843, USA 15 - 17 Maurice Court...
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