MIKON-101 Echometer + dynamometer system
System MIKON-101 is designed to determine the liquid level depth and measure the casing pressure and for the routine dynamometer monitoring of wells with a submersible pump.
The software Measurements Manager is shipped with MIKON-101 system.
- Liquid depth metering;
- Dynamogram and valve leakage testings;
- Quick display of echogram and dynamogram by the registration unit;
- Automatic measurement date and time recording;
- Saving measurements in non-volatile memory;
- View saved measurements;
- Transferring measurements to PC.
|Range of determined levels in the well (for ASRU-22P)||m||50…3000|
|Range of measured pressures (for ASRU-22P)||MPa||0…10|
|Max allowed pressure measurement reduced error, %||%||1|
|Connection thread of ASRU-22P||2″|
|Load measurement range||kg||0…10000|
|Position measurement range||m||0…5|
|Max allowed load measurement reduced error (for DV-118)||%||1|
|Max allowed load measurement reduced error (for DN-117)||%||5|
|Max allowed position measurement reduced error, %||%||5|
|Max number of stored measurements without echograms (for RU-21)||16000|
|Max number of stored measurements without echograms (for RU-21T)||65000|
|Max number of stored measurements with 10 sec echograms (for RU-21)||70|
|Max number of stored measurements with 10 sec echograms (for RU-21T)||400|
|Max number of stored dynamogram cycles (for RU-21)||256|
|Max number of stored dynamogram cycles (for RU-21T)||1500|
|Max number of stored velocity tables (for RU-21)||1|
|Max number of stored velocity tables (for RU-21T)||8|
|Max number of stored gain tables (for RU-21)||1|
|Max number of stored gain tables (for RU-21T)||8|
|Non-stop operation time of the system hardware (without display heating)||hours||8|
|Operating temperature range without display heating||°C||-20…+50|
|Operating temperature range with display heating||°C||-35…+50|
|Other units operating temperature range||°C||-40…+50|
The system is produced according to GOST 22782.0-81 and GOST 22782.5-78, rated as “explosive safe electric equipment” with explosive safety “spark free electric circuit” and marked as 1ExibIIBT3 in MIKON-101 set (certificate CS VE IGD 2000.C86). System MIKON-101 has a measurement equipment certificate RU.C.30.041.A 11843 and is registered in State Registry of Measurement Equipment as No. 22659-02.
Units of the system
Registration unit RU-21
Registration unit is designed for registration, calculating and storing echograms and dynamograms. It has graphic display and keyboard. Power supply is AA type accumulators or non-rechargeable batteries. Protecting cover and built-in display heating system, spare accumulator set and charger is included.
Registration unit RU-21T
- More robust and handy universal sensor connector.
- Larger memory size.
- No mechanical switches.
- More user-friendly UI and more powerful firmware.
- More keys.
- Higher PC connection speed (USB).
Acoustic signal reception unit ASRU-22P
Acoustic signal reception unit is designed to convert acoustic signals into electric signals and pressure metering. It has piezoelectric microphone, durable against hydrosulphur gas.
Polished rod transducer DN-117T
The transducer is clamped to the polished rod below the carrier bar and is designed for:
- metering relative load on polished rod;
- metering polished rod walk.
Cramping screw is used for optimal cramping force adjusting.
Acoustic signal generation unit ASGU-25
Acoustic signal generation unit is designed to generate acoustic signal in wells without exceeding pressure. It may be used for echo testing depth up to 600 m.
Horseshoe transducer DV-118
Horseshoe transducer is mounted between traverses of the pump unit hinge and allows to measure absolute load values exerted on the polished rod. The hoisting jack is used for mounting the transducer. CAUTION! Before mounting transducer, stop the pump unit drive.
Threaded hoisting jack
Threaded hoisting jack is designed to move apart the traverses and mount horseshoe transducer.
Acoustic signal generation unit ASGU-26
Acoustic signal generation unit is designed to generate acoustic signal in wells without exceeding pressure. It may be used for echo testing depth up to 3000 m.