DEVELOPMENT, MANUFACTURING AND SUPPLY OF INSTRUMENTATION
3
Introduction
This Operation manual contains description of the cable route locator AP-019.1, its working
modes, and information necessary for its proper use. АP-019.1 (hereinafter «the receiver») can be
used and a individually, and with the transmitter. The receiver works at the networks frequencies
50(60) Hz, 100(120) Hz, and with route locating transmitters at frequencies 512Hz, 1024 Hz, 8192
Hz, 32768 Hz («33 kHz»).
CBI-309.15N is used for:
-Detection of cables and metal pipelines underground up to 10 m;
-Direct digital measurement of the depth up to 10 m;
-Indication of the deviation from the utility axis in the mode “ROUTE”;
-Measurement of the current in the cable;
-Survey the ground before the excavation works;
-Distance of tracing from the place of transmitter connection is up to 3 km.
Operation with optional equipment:
- Superimposed frame “NR -117”
- Sensors DKI and DODK.
Searching of cable faults at shorting of its armoring to the ground -Searching of outer
insulation defects of metal pipelines (water, gas) at trenchless laying.
- Inductive clamps KI-110
- Identification of the cable, the function “selection the cable from a bunch”
- Non-contact connection to the pipelines or to the cable lines
Intended use
-Power
-Public utilities
-Oil and gas industry
-Geodesy
-Communication
-Construction
-Other industries
Operation conditions
-Ambient temperature, °С ..........................................from -20С to +60
-Relative humidity, % .................................................up to 85 at t=35 °С
-Pressure, kPa,.............................................................84 to 106
-Device protection class............................................. IP 54
Receiver working principle
The receiver working principle is based on the analysis of the electromagnetic field, created
by the alternative current flowing through communications. The electrical signals induced in
the receiver sensors are amplified, filtered, processed by the processor and displayed on the
graphical display in the form of the communication position line, linear scale, and the graphic of
the signal level change, digital value of the signal level amplification coefficient, distance to the
communication axis, the value of the current flowing through it, and other parameters.
Summary of Contents for AP-019.1
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