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Summary of Contents for Megger Easyloc RxTx
- Page 1 Operating Instructions Easyloc RxTx Easyloc RxTx + Easyloc Basic Easyloc CAM 1.800.544.2843 www.calcert.com sales@calcert.com...
- Page 2 1.800.544.2843 www.calcert.com sales@calcert.com...
- Page 3 All rights reserved. No part of this handbook may be copied by photographic or other means unless Megger have before-hand declared their consent in writing. The content of this handbook is subject to change without notice. Megger cannot be made liable for technical or printing errors or shortcomings of this handbook.
- Page 4 This warranty does not apply to faults in the software supplied. During the period of warranty, Megger agree to repair faulty parts or replace them with new parts or parts as new (with the same usability and life as new parts) according to their choice.
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Page 5: Table Of Contents
Table of contents Notes on safety ........................ 1-6 Technical data ........................2-7 System overview ......................3-10 Easyloc Rx receiver ......................3-11 Easyloc Tx transmitter ....................3-13 Using the location system ..................... 4-14 Connection and initial use of the Easyloc Tx transmitter ..........4-14 4.1.1 Transmitter signals and modes of operation ............. -
Page 6: Notes On Safety
This handbook contains basic instructions for the initial use and operation of the Easyloc RxTx. For this reason, it is important to ensure that the handbook is available to personnel authorised and trained to use the device at all times. Any personnel who will be using the devices should read the handbook thoroughly. -
Page 7: Technical Data
Technical data Receiver (all versions) The following parameters are specified for all Versions of the receiver: Parameter Value Power supply 10 x IEC R6 / AA cell / Mignon 40 hours (for intermittent use with alkaline Operating time batteries, 20 °C) Temperature range in accordance with IEC / EN 60068-1 -20 °C bis +55 °C... - Page 8 Receiver (CAM) The following parameters are specified for the CAM version of the receiver: Parameter Value Frequency ranges 50 Hz / 60 Hz • Range 1: power network • Range 2: transmitter 512 Hz / 640 Hz • Range 3: transmitter 32.768 kHz Sensitivity at a depth of 1 m...
- Page 9 Limit values and The following limit values and standards are applicable for the Easyloc RxTx standards location system: Parameter Value Sinusoidal vibrations in accordance with IEC / EN 60068–2–6 20 m/s² Peak acceleration Frequency 10 Hz … 150 Hz Free fall...
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Page 10: System Overview
IEC R20 / D cell / Mono Nylon bag Accessories Megger offers a wide range of accessories for the Easyloc RxTx system which can be ordered through your distributor: • Transmitter clamp (100 mm) for the inductive coupling of a signal into exposed lines •... -
Page 11: Easyloc Rx Receiver
3.1 Easyloc Rx receiver Features The Easyloc Rx receiver is distinguished by the following features: • passive signal modes for locating lines without the Easyloc Tx transmitter • active signal modes for locating lines / probes when used together with a transmitter •... - Page 12 Display and controls The following illustration shows the control panel and display for the Easyloc Rx: Control Description element Light sensor Light sensitive photo cells to automatically regulate the display lighting. The display lighting can be manually activated for one minute by briefly covering the light sensor.
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Page 13: Easyloc Tx Transmitter
3.2 Easyloc Tx transmitter Features The Easyloc Tx transmitter is distinguished by the following features: • Inductive coupling of the signal using the integrated antenna or transmitter clamp • Direct (galvanic) coupling of the signal using connected equipment (such as the measurement cable and power socket adapter) •... -
Page 14: Using The Location System
Using the location system 4.1 Connection and initial use of the Easyloc Tx transmitter 4.1.1 Transmitter signals and modes of operation Signal characteristics The type and strength of the output signal can be configured by the user as follows to meet the specific requirements of either the line to be located or the site to be surveyed: Symbol Signal type... -
Page 15: Options For Direct And Inductive Signal Coupling
4.1.2 Options for direct and inductive signal coupling 4.1.2.1 Direct coupling on cables and pipes Introduction Direct galvanic coupling is practical for cables which are easily accessible and free of current. The method of connection is dependent upon the position and nature of the lines (e.g. - Page 16 Principles of direct coupling The following table explains various basic principles of direct galvanic coupling: Application Principle of coupling Single-wire lines or pipes (with or without insulation against earthing) The distance between the earth spike and the ends of the connected lines should be as great as possible.
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Page 17: Coupling Using Special Connection Accessories
In doing so, it is not necessary to disconnect the lines. Megger offers a ready made house connection set for this type of coupling (also see section 3 System overview, page 3-10). -
Page 18: Inductive Signal Coupling
4.1.2.3 Inductive signal coupling Inductive signal coupling For lines which are not easily accessible, the signal from the transmitter has to be inductively coupled via the integrated antenna. The inductive coupling of the signal is highly recommended if unknown lines are to be located (e.g. -
Page 19: Signal Coupling In Non-Metallic Pipes
Both the FlexSonde GOK50-R and an active probe are available as accessories for the Easyloc RxTx location system (see section System overview, page 3-10). When locating non-metallic pipes, the following guidelines should be observed: •... -
Page 20: Initial Use Of The Transmitter
4.1.3 Initial use of the transmitter How to proceed Follow the steps listed below in order to prepare the transmitter to search for lines in conjunction with the receiver: Step Action Connect the transmitter to the line to be located using the most suitable method, or place the transmitter on the site to be searched (see section 4.1.2 Options for direct and inductive signal coupling). -
Page 21: Locating Lines With The Easyloc Rx Receiver
4.2 Locating lines with the Easyloc Rx receiver 4.2.1 Changing the system settings 4.2.1.1 Depth measurement settings (not available for Easyloc Basic) Proceed as follows to change the settings: Step Action Press and hold the button. Briefly press the button while continuing to hold down the button until an audible signal is heard. -
Page 22: Changing The Receiving Frequency
4.2.1.2 Changing the receiving frequency Proceed as follows to change the receiving frequency of operation modes with more than one possible frequency: Step Action Select the operation mode in which you want to change the frequency by pressing the button while the receiver is switched on. Switch the receiver off. -
Page 23: The Basics Of Locating Lines With The Receiver
4.2.2 The basics of locating lines with the receiver 4.2.2.1 Modes of operation for the receiver Basics of passive line If a Easyloc Tx transmitter is not available, a site can also be probed by means of location passive line location. The Easyloc Rx receiver is capable of detecting radio signals in the frequency range between 15 kHz to 23 kHz as well as power signals in the frequency range between 50 / 60 Hz. -
Page 24: Regulating The Sensitivity Level To Match The Reception Signal Strength
4.2.2.2 Regulating the sensitivity level to match the reception signal strength Display of reception Reception signal strength and sensitivity are shown in the following segments of the signal strength and display: sensitivity Segment Mode of operation Reception signal display bargraph The strength of the reception signal is represented by this bargraph scale. -
Page 25: Handling The Receiver And Locating The Line
4.2.2.3 Handling the receiver and locating the line Basics for handling the In order to be able to determine the position and orientation of a metallic conductor, receiver the following rules should be internalised and applied when locating lines. As shown in the following illustration, the receiver should always be held in front of the body in an upright position and as close to the ground as possible. -
Page 26: General Site Surveying
4.2.3 General site surveying Requirement A general site probing urgently needs to be conducted and there is inaccurate or no information available as to the location and orientation of metallic conductors on a site planned for construction (e.g. excavation work). Basics of site surveying When a site is to be searched for unknown conductors, a systematic approach should be taken. -
Page 27: Determining The Direction Of A Line
4.2.4 Determining the direction of a line How to proceed Follow the steps below to determine the orientation of a metallic conductor: Step Action If the direction of the conductor will be determined with the aid of the Easyloc Tx transmitter, couple the transmitter's signal onto the metallic conductor in such a way that there is as little signal loss as possible (see section 4.1.2 Options for direct and inductive signal coupling) and switch on the transmitter (see section 4.1.3 Initial use of the transmitter). -
Page 28: Determining The Depth Of A Line (Not Available For Easyloc Basic)
4.2.5 Determining the depth of a line (not available for Easyloc Basic) Preconditions for The Easyloc Rx receiver has an automatic pushbutton depth measurement feature. automatic depth One precondition is that a clear signal from the Easyloc Tx transmitter is coupled onto measurement the conductor to be measured. - Page 29 How to proceed Follow the steps below to determine the depth of a metallic conductor: Step Action If the depth of the conductor will be determined with the aid of the Easyloc Tx transmitter, couple the transmitter's signal onto the metallic conductor in such a way that there is as little signal loss as possible (see section 4.1.2 Options for direct and inductive signal coupling) and switch on the transmitter (see section 4.1.3 Initial use of the transmitter).
- Page 30 Step Action Mark this spot, then move in the opposite direction to the other side of the line until the symbol appears in the display again. Mark this spot as well, then measure the distance between the two spots. Result: Half the distance between the two spots corresponds approximately to the depth of the line.
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Page 31: Masking-Out Lines
4.2.6 Masking-Out Lines Masking-out lines Under certain circumstances lines at lower depths can 'hide' deeper, adjacent lines, thus making it more difficult to locate them. In such cases, the transmission characteristics of the Easyloc Tx transmitter can be fully utilised and the lines which have already been located can be masked out. Line with weaker Line with good inductive coupling... -
Page 32: Functional Test Of The Receiver
4.2.7 Functional test of the receiver Introduction If problems or strange measuring results occur during a line location procedure, it may be helpful to check the functionality of the receiver using the integrated self- test. This test may provide information about possible malfunctions of the instrument. - Page 33 Error codes Error code Description Unimplemented frequency Not enough battery power for the self-test procedure Interferences too strong for the self-test 210 (operation mode POWER GRID) procedure 211 (operation mode 2) 212 (operation mode 3) In this case, the self-test should be 213 (operation mode 4) repeated in an environment with less interferences.
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Page 34: Maintenance
Maintenance Changing the batteries in The status of the receiver's batteries is checked upon start-up and indicated in the the receiver display. The system regularly checks the battery strength as well. If battery capacity falls below 10 % of the threshold value, an audible warning signal is given and the current status of the batteries is shown in the upper part of the display. - Page 35 The plastic floor cap, which prevents the tip of the receiver from being damaged, can the receiver be easily replaced with the aid of a pointed object (e.g. screw driver). Replacements can be ordered through the Megger sales team. 1.800.544.2843 www.calcert.com...
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