Pipehawk E-safe pro User manual

PH 13672-3 e-SafePRO v3.0 Operator Manual

part of this publication may be reproduced, transmitted, transcribed, stored in a retrieval system or

translated into any language in any form without the written permission of PIPEHAWK PLC. Brand

names, company names and product names which are trademarks or registered trademarks of their

respective companies are fully acknowledged.

Whilst every care has been taken in preparing this document to ensure that the information herein is

correct as at the time of publication, no warranties or representations are given nor implied hereby and

no use is authorised in respect of this document except for the specific purposes for which it is supplied.

This document does not form part of or constitute any contract with PIPEHAWK PLC unless attached

to and expressly stated to be incorporated therein.

PIPEHAWK PLC reserves the right to revise and improve its products as it sees fit.

PH 13672-3 e-SafePRO v3.0 Operator Manual

COMPLIANCE WITH MANUFACTURER’S DESIGN-MODIFICATION

Changes or modifications not expressly approved by the party for compliance could void the user’s

authority to operate the equipment.

PH 13672-3 e-SafePRO v3.0 Operator Manual

RADIO LICENSING AND PRODUCT COMPLIANCE NOTICE

This product has been designed to comply with the relevant standards and regulations that apply within

Europe. If you intend to use this product outside of Europe: You MUST ensure that it complies with all

relevant local and national standards & regulations PRIOR to use

PRODUCT COMPLIANCE - EUROPE

PipeHawk Plc ensures compliance with this R&TTE Directive 1999/5/EC –20 April 2009 by applying

relevant harmonised product standards issued by the European Telecommunications Standards

Institute (ETSI) and the

European Committee for Electrotechnical Standardisation

(CENELEC). For this

product, we have determined these to be as follows: -

Section 3.1a

Protection of the health and safety of the user and any other person, including the objectives set out

in with respect to the safety requirements in the Low Voltage Directive 2006/95/EC - January

2012, but with no voltage limit applying.

CENELEC EN60950-1:2006/A2:2013 Conformance with Information technology requirements:

Part 1-Safety

CENELEC EN50371:2002 conformance with health and safety in respect of human exposure to Radio

Frequency Electromagnetic fields (10MHz-300GHz) –General public

Section 3.1b

Protection requirements with respect to electromagnetic compatibility (EMC) contained in Directive

2004/108/EC.

ETSI EN 301 489-1 V1.9.2 (2011-09) Electromagnetic compatibility and Radio Spectrum Matters

(ERM); Electromagnetic Compatibility (EMC) standard for radio equipment and services; Part 1:

common technical requirements.

ETSI EN 301 489-32 V1.1.1 (2005-09) Electromagnetic compatibility and Radio Spectrum Matters

(ERM); Electromagnetic Compatibility (EMC) standard for radio equipment and services; Part 32:

specific conditions for Ground and Wall Probing Radar applications and conformity to article 3.1b of the

R&TTE Directive 89/336/EEC

ETSI TR 101 994-2 V1.1.2 (2008-03) Electromagnetic compatibility and Radio Spectrum Matters

(ERM); Short Range Devices (SRD); Technical characteristics for SRD equipment using Ultra Wide Band

technology (UWB); Part 2: Ground- and Wall- Probing Radar applications; System Reference Document

Section 3.2

Radio equipment shall be constructed that it effectively uses the spectrum allocated to terrestrial/space

radio communication and orbital resources so as to avoid harmful interference.

ETSI EN 302 066-1 V1.2.1 (2007-12) Electromagnetic compatibility and Radio Spectrum Matters

(ERM); Ground and Wall Probing Radar applications (GPR/WPR) imaging systems; Part 1: Technical

characteristics and test methods

ETSI EN 302 066-2 V1.2.1 (2007-12) Electromagnetic compatibility and Radio Spectrum Matters

(ERM); Ground and Wall Probing Radar applications (GPR/WPR) imaging systems; Part 2: Harmonized

standards covering essential requirements of article 3.2 of the R&TTE Directive 1999/5/EC

PH 13672-3 e-SafePRO v3.0 Operator Manual

ETSI TR 102 070-1 V1.2.1 (2003-12)

Electromagnetic compatibility and Radio Spectrum Matters (ERM); Guide to the application of

harmonized standards to multi-radio and combined radio and non-radio equipment; Part 1:

Electromagnetic Compatibility

ETSI TR 102 070-2 V1.1.1 (2002-11)

Electromagnetic compatibility and Radio Spectrum Matters (ERM); Guide to the application of

harmonized standards to multi-radio and combined radio and non-radio equipment; Part 2: Effective

use of the radio frequency spectrum

RADIO LICENSING - EUROPE

In European countries, it may be necessary to obtain a radio licence from the relevant National Radio

Licensing Authority before operating the e-Safe. This provision is seen by some National Radio Licensing

Authorities as a consequence of allowing higher power levels than in for example the USA and restricting

use to trained competent professionals. The requirements of radio licensing regimes for GPR are

defined in CEPT ECC Decision ECC/DEC/ (06)08 and require the user to keep a Log of GPR Use.

CODE OF PRACTICE FOR USERS

The radio regulatory regime is based upon the users observing appropriate operating procedures as

defined in:

ETSI EG 202 730 V1.1.1 (2009-09)

Electromagnetic compatibility and radio spectrum Matters (ERM); Code of Practice in respect of the

control, use and application of Ground probing radar (GPR) and Wall probing radar (WPR) systems and

equipment. This supersedes the earlier guidance given in

ETSI

Technical Report, TR 102 554.

Failure to operate in accordance with these requirements may void the entitlement of the user to

operate the equipment. An important element of the radio licensing regime and Code of Practice is that

use is restricted to trained competent professionals.

EUROPEAN GPR ASSOCIATION

To be kept aware of licensing developments e-Safe Users are strongly advised to become members of

the European GPR Association (EuroGPR), the industry trade association which represents GPR users

in negotiations with radio licensing bodies.

Further details may be found at www.eurogpr.org

PH 13672-3 e-SafePRO v3.0 Operator Manual

EC DECLARATION OF CONFORMITY

PH 13672-3 e-SafePRO v3.0 Operator Manual

COMPLIANCE WITH WEEE REGULATIONS

In accordance with Regulation 9 (2) of The Waste Electrical and Electronic Regulations 2013

‘WEEE’ means waste electrical and electronic equipment as defined in the WEEE Regulations

‘WEEE Regulations’ means The Waste Electrical and Electronic Regulations 2013.

1.1 The Customer shall:

1.1.1 be responsible for financing the collection, treatment, recovery and environmentally sound

disposal of:

1.1.1.1 all WEEE arising or deriving from the Products; and

1.1.1.2 all WEEE arising or deriving from products placed on the market prior to 13 August

2005 where such products are to be replaced by the Products and the Products are of

an equivalent type or are fulfilling the same function as that of such products;

1.1.2 comply with all additional obligations placed upon the Customer by the WEEE Regulations by

virtue of the Customer accepting the responsibility set out in clause 1.1.1; and

1.1.3 provide the Seller’s WEEE compliance scheme operator with such data, documents,

information and other assistance as such scheme operator may from time to time reasonably

require to enable such operator to satisfy the obligations assumed by it as a result of the

Seller’s membership of the operator’s compliance scheme.

1.2 The Customer shall be responsible for all costs and expenses arising from and relating to its

obligations in clause 1.1.

1.3 Further information in respect of the arrangements set out in clause 1.1 can be found at

www.electrolink.eu.com by clicking on ‘BUSINESS WEEE COLLECTIONS’, then clicking ‘continue’

under final users, and then entering WEEE registration number WEE/HA0060TU where prompted.

PH 13672-3 e-SafePRO v3.0 Operator Manual

PREFACE

e-Safe has been built to very high standards but requires care and attention to maintain peak

performance. This manual has been designed to provide the operator with information on the operating

and maintenance procedures necessary for the machine to function reliably and give the designed

performance.

Please read this manual carefully before operating your e-Safe. It should be kept with or near the

system for easy reference.

SAFETY NOTICE

The e-Safe is designed for deployment in a Live Site Environment. All operators must

therefore ensure they take all precautions, observe all relevant safety procedures,

follow industry standards and recommended best practice regarding operation in this

or any other operating environment. All road traffic and other regulations must be

observed and high visibility and other safety clothing worn.

PipeHawk plc accepts no responsibility whatsoever for the safety of operators.

Service of this machine is to be carried out only by fully trained and authorised

personnel.

PH 13672-3 e-SafePRO v3.0 Operator Manual

RECORD OF REVISIONS

REVISION

DATE

CHANGE

NAME

First Issue

01/06/2017

N/A

A Jones

Second Issue

01/08/2017

Change to Data Collection Modes

Add reference to TrackBack and

Sticky Lock Technology

A Jones

Third Issue

01/03/2019

Addition of information on

Sellers/Final Users responsibilities

under EU WEEE Regulations

A Jones

PH 13672-3 e-SafePRO v3.0 Operator Manual

PRODUCT WARRANTY

This product is hereby warranted by PipeHawk to be free from defects in material and workmanship

for one year starting from point of sale to end customer. Should the product be found to be defective:

PipeHawk will at its sole discretion effect repair or replacement of either the defective part, or the entire

system. Repaired parts or replacement products will be provided by PipeHawk on an exchange basis

and may be either new or refurbished and functionally equivalent to the original. The existence of any

defect shall be determined only by PipeHawk or a PipeHawk authorised third party in accordance with

procedures established by PipeHawk.

Any liability on PipeHawk shall not exceed the original purchase price of the product and in no event,

will liability for any direct, indirect, incidental, consequential, special, lost profit or other punitive

damages be accepted whether; they are based on warranty, contract, tort or any other legal theory.

No responsibility will be accepted for any loss or erasure of data storage media, accessories,

transportation costs or risks associated with transportation of the product.

Such warranty services will only be provided following the provision of acceptable proof of purchase

within the warranty period i.e. original invoice or sales receipt and indicating the supplier’s name, model

name and date of purchase.

This warranty does not cover:

1. Periodic maintenance and repair or replacement of parts due to wear and tear.

2. Consumable components reasonably expected to require periodic replacement during the lifetime

of the product such as sacrificial wear membranes, rechargeable batteries, etc.

3. Any damage or defects deemed by PipeHawk to be caused by use, operation or treatment of the

product not consistent with its intended use.

4. Any fault arising as a result of Failure to maintain the product in accordance with PipeHawk’s

approved annual maintenance regime for the product.

5. Any misuse including: Treatment resulting in physical, cosmetic or surface damage, or any

changes to the product not pre-authorised in writing by an authorised official of PipeHawk.

6. Any damage to liquid crystal displays.

7. Use of the product not consistent with the safety laws or technical standards of any country

where it is used.

8. Use of the product with software, accessories or other after sale service not authorised by

PipeHawk or provided by a third party not authorised to do so by PipeHawk.

9. Any failure deemed to be caused by; or as a result of, virus infection, malware or, incorrect

installation or use of any software based product or service, whether authorised or not.

10. Any repair or attempted repair by persons not authorised to do so by PipeHawk.

11. Exposure to any situation or incident for which the equipment has not been designed to

withstand including: Accidents, fires, liquids, chemicals, other substances, flooding, vibrations,

excessive heat, improper ventilation, power surges, excess or incorrect supply or input voltage,

radiation, electrostatic discharges including lighting, other external forces and impacts.

12. This Warranty is in lieu of any other Warranty, express or implied, including any implied

Warranty of merchantability or fitness for a purpose.

This Warranty does not affect your statutory rights.

PH 13672-3 e-SafePRO v3.0 Operator Manual 
 
 
© PipeHawk plc 2017-2019 All Rights Reserved - 10 - March 2019 –Third Issue 
CONTENTS 
COPYRIGHT ................................................................................................................. 1 
COMPLIANCE WITH MANUFACTURER’S DESIGN-MODIFICATION ............................. 2
RADIO LICENSING AND PRODUCT COMPLIANCE NOTICE .......................................... 3
PRODUCT COMPLIANCE –EUROPE ..................................................................................3 
RADIO LICENSING –EUROPE ..........................................................................................4 
CODE OF PRACTICE FOR USERS ......................................................................................4 
EUROPEAN GPR ASSOCIATION ....................................................................................... 4
EC DECLARATION OF CONFORMITY ............................................................................ 5
COMPLIANCE WITH WEEE REGULATIONS ................................................................... 6
PREFACE ....................................................................................................................... 7 
SAFETY NOTICE ..............................................................................................................7 
RECORD OF REVISIONS ............................................................................................... 8 
PRODUCT WARRANTY .................................................................................................. 9 
CONTENTS ................................................................................................................... 10 
INTRODUCTION .......................................................................................................... 13 
TECHNICAL SPECIFICATIONS ..................................................................................... 14 
GPR SYSTEM................................................................................................................... 14 
Construction.............................................................................................................15
 
OPERATING AND STORAGE CONDITIONS ................................................................................... 15 
Mechanical Data .......................................................................................................15
 
Electrical Power Requirement ....................................................................................15
 
Antenna Parameters .................................................................................................15
 
Detection Parameters ...............................................................................................15
 
Display ....................................................................................................................15
 
GENERAL CARE AND MAINTENANCE ........................................................................... 16 
CAUTION WHEN CLEANING THE SYSTEM .................................................................................... 16 
PREPARING FOR USE ................................................................................................... 17 
GENERAL........................................................................................................................ 17 
SACRIFICIAL WEAR MEMBRANE....................................................................................... 17 
BATTERIES &CHARGING................................................................................................. 18 
Fitting/Removing the Battery ....................................................................................18
 
Raising the Handle to its Working Position .................................................................19
 
Adjusting the Display Angle ......................................................................................19
 
POWER UP ................................................................................................................... 20 
 
 
 
 
 

PH 13672-3 e-SafePRO v3.0 Operator Manual 
 
 
© PipeHawk plc 2017-2019 All Rights Reserved - 11 - March 2019 –Third Issue 
 
USER INTERFACE ......................................................................................................... 21 
CHOICE OF COLOUR SCHEME .......................................................................................... 21 
COLOUR SCHEME DEPENDANT ICONS.............................................................................. 22 
COMMON ICONS ............................................................................................................. 23 
BATTERY STATUS ICONS................................................................................................. 26 
INITIAL SETTINGS SCREEN ............................................................................................. 27 
FAILURE DETECTED DURING P.O.S.T FUNCTION .............................................................. 28 
SERVICE DUE DATE CHECK FUNCTION ............................................................................. 29 
DISPLAY BRIGHTNESS ADJUSTMENT ............................................................................... 29 
DATA COLLECTION MODES .......................................................................................... 30 
BASELINE MODE –STARTING ASCAN LINE ...................................................................... 31 
BASELINE MODE –FIRST SCAN LINE IN PROGRESS........................................................... 32 
Cancelling a Scan line ...............................................................................................32
 
BASELINE MODE -FIRST SCAN LINE -DATA ALIGNMENT................................................... 33 
BASELINE MODE -FIRST SCAN LINE -CONTINUED ........................................................... 34 
MAXIMUM SCAN LENGTH EXCEEDED -EXAMPLE –BASELINE MODE ................................... 35 
BASELINE MODE -FIRST SCAN LINE -FINISH ................................................................... 36 
BASELINE MODE -SECOND &SUBSEQUENT SCAN LINES................................................... 37 
Active Column ..........................................................................................................38
 
SWITCHBACK MODE -STARTING ASCAN LINE ................................................................. 38 
Start FORWARD Data Collection ................................................................................38
 
Start BACKWARD Data Collection ..............................................................................38
 
Battery Level ...........................................................................................................38
 
Active Column .........................................................................................................38
 
SWITCHBACK MODE -FIRST SCAN LINE IN PROGRESS...................................................... 39 
SWITCHBACK MODE –SECOND SCAN LINE IN PROGRESS ................................................. 40 
SWITCHBACK MODE –SUBSEQUENT SCAN LINES ............................................................. 41 
SYNCLINE MODE............................................................................................................. 42 
CHRONOS MASKING ....................................................................................................... 46 
CHRONOS MASKING LEVELS............................................................................................ 47 
CHRONOS MASKING EXAMPLES ....................................................................................... 48 
DEPTH ESTIMATION -BASIC ........................................................................................... 50 
TRACKBACK.................................................................................................................... 51 
TRACKBACK -STICKY LOCK ............................................................................................. 52 
ACCURACY &DEFAULT SAFETY PROTOCOL ...................................................................... 52 
 
 
 
 
 

PH 13672-3 e-SafePRO v3.0 Operator Manual 
 
 
© PipeHawk plc 2017-2019 All Rights Reserved - 12 - March 2019 –Third Issue 
 
DEPTH ESTIMATION -ADVANCED.................................................................................... 52 
SAFETY NOTE ................................................................................................................. 52 
Advanced Depth Estimation –Example 1 ...................................................................53
 
Depth Estimation - Example 2 ...................................................................................54
 
Depth Estimation - Example 3 ...................................................................................55 
ADDITIONAL FEATURES .............................................................................................. 56 
GPS ENABLED LOG OF USE .............................................................................................. 56 
SYSTEM OPTIONS ........................................................................................................ 58 
E-SAFE MAX ..................................................................................................................... 58 
E-SPADE LITE UPGRADE..................................................................................................... 59 
REPORT INACCURACIES AND OMMISIONS ................................................................. 60 

PH 13672-3 e-SafePRO v3.0 Operator Manual

INTRODUCTION

e-Safe is not just another Cable Avoidance Tool; it is an advanced All Service Avoidance Tool.

By utilising Ground Probing/Penetrating Radar (GPR) as its underlying technology e-Safe is capable of

detecting the likely presence of utility services made from a wide range of materials including those

that are non-conductive and/or non-metallic. In addition: Services are not required to be carrying

“Live” power, an AC current or, emanating a discernible electromagnetic field, in order to be detectable.

Due to its unique design and easy user interface: e-Safe does not require an operator to have extensive

knowledge of or, prior training in GPR techniques, in order for it to be used effectively as a pre-

excavation safety tool, for the purpose of service avoidance. In order to maintain safety standards and

ensure maximum benefit is achieved however; we strongly recommend all operators seek training

appropriate to their use. Please Note. In some countries, trades or professions training may be a

mandatory requirement prior to first use.

e-Safe should; in most ground conditions where utility services are found in number, achieve an

approximate depth penetration of 1.5 metres however; as with all GPR systems, the depth achieved

will constantly vary according to the subsurface conditions prevailing at the time of use. The e-Safe

captures signals reflected within fixed time intervals, but the speed of the signal varies with ground

conditions and as a consequence the depth searched alters. In exceptionally good conditions therefore

the depth achieved may exceed 2m. Consequently, in exceptionally poor conditions the depth achieved

may be less than 0.5 metres.

In a typical street environment: Pipes, cables or other linear features are often found to run in line with,

or directly across the line of the street. Detection success may therefore often be improved by ensuring

e-Safe is deployed at right angles to the perceived path within that environment. Where the path of a

service is completely unknown: It is strongly recommended e-Safe is deployed in a variety of

orientations in order to maximise the likelihood of detection.

Please Note.

e-Safe has been designed as a service avoidance tool for use prior to manual excavation works. It

has not been designed for the large area mapping of utilities. You are respectfully advised to contact

your local PipeHawk supplier for information on alternative products designed for the purpose.

PH 13672-3 e-SafePRO v3.0 Operator Manual

TECHNICAL SPECIFICATIONS

GPR SYSTEM

The e-Safe operates by introducing a fast rise-time electromagnetic pulse into the ground. The pulse

is scattered by changes in the electrical properties of the ground. The presence of metal generates a

major change in electrical properties but the system is sensitive to other changes such as the presence

of plastic, water, or air. The scattering produced by changes in ground conditions returns a small

fraction of the energy back to the system.

Figure 2.1 shows a general schematic of the radar part of the system, with a pulse generator acting as

a transmitter, feeding a signal to the antenna to be introduced into the ground. The signal returned is

then received by the antenna, where it is passed to the digital signal processing hardware for

manipulation into a unique format for display.

The transmitter, antenna elements, and sampling receiver are all found in the white plastic moulding

typically described as the antenna.

The yellow case houses the main GPR electronics, the battery, and the wheel sensor.

The main data processing unit, human interface, operating software and graphics processor are all

housed within the white display console attached to the handle.

For ease of servicing and maintenance; the antenna and display console are connected to the main

yellow body via multi-cored connectors and cables. In normal use, these do not need to be disturbed.

Simplified Radar System

PH 13672-3 e-SafePRO v3.0 Operator Manual

Construction

Main Body, Display & Antenna Housing - Cast moulding of impact resistant plastic.

Operating and Storage Conditions

Ambient operating temperature range

-10C to +50C

Mechanical Data

Mass (approximate)

16.8kg

Dimensions

Handle retracted

Handle extended

Height

340mm

820mm-1185mm

Length

860mm

1085mm-1290mm

Overall width

510mm

Electrical Power Requirement

Electrical requirement

Effective Battery Life

Battery Charging

Charging Cycle

Bespoke 16.4v (nominal 14.4v) Rechargeable

Lithium-ion battery

3hrs-5hrs

External (110v-220v AC) charger

2hrs-6hrs Full cycle

Antenna Parameters

Antenna Fitted XPM2

Target resolution 10mm-300mm

Width of data capture 350mm

Speed of Data Capture Walking pace

Antenna Frequency 135MHz –835MHz

Detection Parameters

Average Detection range

Min 50mm –Max 1500mm

(Actual performance attained dependent upon

prevailing soil & Environmental conditions)

Material

Non-discriminatory detection of Utility pipes

and cables regardless of material including,

plastic pipes, fibre optic cables and

earthenware drainage.

Information provided

Graded Scale indicating Likelihood of potential

for presence of utility service or other

anomaly

Depth Estimation

+/- 0.1m (100mm) with safety protocol intact

+/- 0.3m-0.5m (300mm-500mm) when safety

protocol overridden

Display

Screen

Angle adjustment

High Contrast 177mm Portrait Style Sunlight

readable LCD Colour

90 degrees of Operator adjustable tilt

PH 13672-3 e-SafePRO v3.0 Operator Manual

GENERAL CARE AND MAINTENANCE

The main requirements for the care of e-Safe are: -

i. The system should be kept clean.

ii. The antenna should be fitted with a wear membrane that is complete and free from holes or

other excess wear.

iii. A suitably charged battery should be employed.

All other work should be referred to PipeHawk or their nearest authorised supplier.

To maintain performance and reduce likelihood of failure: PipeHawk recommends the system is serviced

and calibrated periodically, dependent upon use and at intervals not greater than every twelve months

of regular use or six months of heavy use.

Caution when cleaning the system

The minimum amount of water and/or household detergents shall be used

and pressure MUST be avoided. Other cleaning agents may damage the

powder or plastic finishes and should not be used

Failure to do so may damage the system and invalidate any warranty or

guarantee provided

PH 13672-3 e-SafePRO v3.0 Operator Manual

PREPARING FOR USE

GENERAL

The

e-Safe

is supplied fully built and ready for use. No operator assembly is required.

To ensure your new system provides you with long and reliable service; please observe the following

guidelines.

1. Ensure the Sacrificial wear membrane is correctly fitted to the antenna and in good condition.

2. Ensure the battery is in good condition, fully charged and is locked into place.

2. Ensure the handle is raised, locked and adjusted to a comfortable height before use.

3. Ensure the display console has been adjusted to an appropriate angle.

SACRIFICIAL WEAR MEMBRANE

The e-Safe uses a ground contact antenna which; as the name implies, rests upon the ground. This is

fitted with a non-static inducing sacrificial wear membrane, to prevent wear to the underside of the

antenna as the system is pushed along. Under NO circumstances should the system be operated without

a wear membrane in place. To do so may cause irreparable damage to the antenna housing.

To fit a new sacrificial wear membrane; simply

remove the screws holding the existing (worn)

membrane in place. Replace with new

membrane ensuring screws are tightened by

hand only. DO NO OVERTIGHTEN

Check membrane daily for wear

If any part of the membrane is worn through

It must be replaced immediately.

PH 13672-3 e-SafePRO v3.0 Operator Manual

BATTERIES & CHARGING

The e-Safe is supplied with one or more battery packs depending on your requirements. Please ensure

these are charged fully before first use. Failure to do so may considerably shorten the life of the battery

packs supplied.

The battery pack will only slot into the system body or charging pod one way round and is retained in

position by pushing the locking pin down. Push the locking pin again to release the lock and enable

withdraw of the battery pack.

The e-Safe is supplied complete with a charging pod and power adaptor specifically designed to suit

the battery pack provided. DO NOT USE any other adaptor or charging system. To do so could not only

damage the battery pack but may also result in fire, explosion, injury or loss of life.

Fitting/Removing the Battery

Ensure the Power switch on the main chassis is

in the OFF position.

With the battery connectors facing downward:

Insert the tab on the battery casing, into the

receiving slot in the battery compartment

Lower the battery lock into position and push

the pin down to secure.

Reverse 2 & 3 above to remove battery for re-

charging or storage.

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