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3

Introduction

The  Cable  locator  «Success  CBI-116N»

 

is  the  detective-diagnostic  set,  intended  to  survey 

a  terrain  before  digging  or  excavation,  locating  electrical  cables  and  electrically  conductive 
underground utilities, determination of depth of their occurrence.

Benefits of the set

- Possibility to use in conditions of low temperatures,
- Wide Range of frequencies of band-pass filters (50/100/512/1024/8192/32768 Hz),

The application field

- Housing and public utilities
- Electricity networks
- Heating systems
- Water utilities
- Organizations conducting earthworks, etc.

Operating conditions

Ambient air temperature, °С ..................................... ........from -30 до +50
Relative humidity, % .......................... ...........................up to 85 at t=35 °С 
Atmospheric pressure, кPа ..............................................from 84 up to106 
Degree of protection against external influences................................ IP 54

1.2  The principle of operation

The principle of operation of the cable locator is based on phenomenon of electromagnetic 

induction.  The  electromagnetic  «EМD-247»  sensor  records  variable  electromagnetic  field 
which  is  being  produced  around  a  cable  under  research  of  it  or  a  pipeline  and  converts  an 
electromagnetic  signal  into  a  power  signal.  An  electrical  signal  enters  the  receiver,  where  it  is 
passing  amplification  and  filtering  (the  selection  signal  of  the  given  frequency.  The  location  of 
the maximum of electromagnetic field intensity measured above the ground, corresponds to the 
axis of the desired communication. The operator on the signal in the head phones and the LED 
indicator determines the location of the alignment and possible defects of communication. 

 

1 The general description

1.1 Composition of the set

1 - Receiver АP-014

    2 - Head phones

3 - The electromagnetic sensor  EMD-247

Summary of Contents for Success CBI-116N

Page 1: ......

Page 2: ...view and buttons mapping 5 2 2 Receiver control and indication modes 6 3 Electromagnetic sensor EMD 247 8 4 Search the route in passive mode 9 4 1 Route location methods 10 5 Additional features 11 5...

Page 3: ...nst external influences IP 54 1 2 The principle of operation The principle of operation of the cable locator is based on phenomenon of electromagnetic induction The electromagnetic E D 247 sensor reco...

Page 4: ...ed signal Visual indication Voltage 1 8 to 4V alkaline batteries type 1 5 V 2 pcs Time of continuous operation not less than 10 hours Operation temperature 300 500 Location precision m 0 3 Ingress pro...

Page 5: ...the dimensions of the cell phone has a built in micro processor 2 1 General view and buttons mapping Sensor connector Headphone connector Led scale Sensitivity Volume On Off Pause Frequency and sound...

Page 6: ...nto the operating mode the LED display is indicated by the input signal level at a selected frequency and a synthesized audio signal is given on headphones Turning off the receiver is performing by br...

Page 7: ...indication Duringlongretentionofthebutton Frequency switch the device switches the mode of audio indication Three audio indication modes are implemented in the receiver The natural sound mode The soun...

Page 8: ...tenna 50 Hz 100 Hz 512 Hz 1024 Hz 8192 Hz and 32768 kHz Switching of resonance is forced controlled by the receiver Lock nut rod Locking antenna nut Rod The EMD Rod for easy transportation is sliding...

Page 9: ...switching on the device revert to the settings used in previous work the level of input gain volume levels and frequency filtering If while working full scale led filled and the last led is flashing t...

Page 10: ...um method is intended for a quick route location Flat peaks of the signal level curve do not allow for high location accuracy but enables a quick route location 2 The Minimum method When the EMD senso...

Page 11: ...of the utilities when the antenna axis intersects the axis of the route This is the indirect method of measuring the depth of utility fig 5 1 5 2 Task Detecting the pipeline and utility lines interse...

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