SENDOIL / Drilling instrumentation systemsSDZ3000 drilling instrumentation
The SDZ3000 rig parameters monitor, which was the first of its kind to be developed and developed in the country on its own initiative, uses embedded engineering control, industrial field bus technology and computer communications technology to service the drilling instrument area, which is the first-chosen drilling instrument for DC electric rigs, and the exchange of digital-frequency motor rig integration. Monitored hook load, drill pressure, pump speed 1/2/3, standpipe pressure, clamptail rope pull, turn wheel speed, wheel twirl, well-head slurry return, cumulative pump pump, mud tank volume, mud spill/spill, H2S, flammable gas, machine
Overview:
The SDZ3000 rig parameters monitor, which was the first of its kind to be developed and developed in the country on its own initiative, uses embedded engineering control, industrial field bus technology and computer communications technology to service the drilling instrument area, which is the first-chosen drilling instrument for DC electric rigs, and the exchange of digital-frequency motor rig integration. Monitored hook load, drill pressure, pump speed 1/2/3, standpipe pressure, clamp-tail pull, wheel speed, wheel-sharping, wellhead slurry return, cumulative pump, mud tank volume, mud spill/spill, H2S. Flammable gases, mechanical drilling speeds, drilling hours, well depths, and drilling parameters for large ropes.
• Composition and characteristics:
The instrument is based on a liquid crystal-numbered visible screen, divided into two panels and three panel displays (models: SDZ3000-2 and SDZ3000-3), which can be integrated into the drilling rig or the blast-proof container hanging over the rig. Technically advanced, performance stable and operational maintenance easy. The LCDS display is robust in high and low temperature and stable over long periods of work.
The monitors consist mainly of monitors, sensors, data acquisition processing units, embedded industrial computers, back-office workstations, power supply systems, and collection processing software.
The backstage uses industrial control computers as workstations to allow remote monitoring of the drilling site and synchronize changes in the parameters of the drilling wells; (a) Operationalized unmanned workstations and configurations are not repeated, debugged or modified; Displaying parameters in numbers, curves, analogue meters to support free switching in Chinese, English and Russian; Storage, playback, printing of parameters curves and reports; Backup, restoration, inventorying of stored databases; A network function that supports the client machine-server model, with a small on-site local area network (LAN) to show that the output meets the different monitoring needs of drilling engineers, drilling supervision, etc.; Double-heat backup to effectively secure drilling data.
The system uses blast-proof, electromagnetic interference-resistant, dust-resistant, water-resistant, anti-shock-resistant design, industrial field bus technology, which allows for sound alarm setting of drilling parameters in front and backstage (drilling rigs and engineer ‘ s room) and allows for stable operation at complex drilling operations.
