Simulator For Studying Electric Systems In Oil Drilling Rigs Didactic Equipment Electrical Engineering Training Equipment

Name: Simulator For Studying Electric Systems In Oil Drilling Rigs Didactic Equipment Electrical Engineering Training Equipment
Brand: sdafit.com
SKU: ODR-1
Availability: InStock
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Item No.: ODR-1

ODR-1 Simulator For Studying Electric Systems In Oil Drilling Rigs Didactic Equipment Electrical Engineering Training Equipment

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Description

ODR-1 Simulator For Studying Electric Systems In Oil Drilling Rigs Didactic Equipment Electrical Engineering Training Equipment

This table-top simulator is a preparatory panel for the training of maintenance technicians of (on-shore & off-shore) oil rigs. Two targets are proposed: knowing the lay-out of a typical oil rig; knowing the electric (generation and consumption) apparatuses and their instructions of use.
TRAINING PROGRAM:
This Simulator enables students to learn:
• the lay-out of an oil rig
• the components of a typical electrical installation of an oil rig: alternators, Diesel engines, SCR drives, DC driving motors, Motor Control Center, etc...
• electrical installations of an oil rig
• the operations and procedures for managing the electric power, including the parallel of alternators
• the specifi c instruments for optimizing the performance of Diesel engines preventing them from wearing out, and for fuel saving
• the overloads of active power and of reactive power and neasures for preventing them.

TECHNICAL CHARACTERISTICS:
• This Simulator is used together with a Personal Computer.
• It consists of a vertical table-top panel reproducing the lay-out of a typical oil rig. A picture of an oil rig will help to understand the lay-out of the oil well.
• The panel reproduces the single line diagram of “National 1320 UE” system that is a typical electrical installation of an oil rig.
• It simulates 4 three-phase brushless alternators with their own main circuit breakers. Each alternator includes a display with selector for showing the active and reactive power
consumed; two LEDs show the overload conditions of Diesel engine (active power) and of alternator (reactive power); another LED indicates the starting phase and the consensus
for the parallel.
• Instrument with display for showing the % value of consumed power versus the instantaneous installed or available power, informing the driller of the need of connecting another generatr or of excluding it for energy saving.
• Two potentiometers allow to adjust the absorbed active and reactive power separately to simulate the load of the two three-phase transformers for the Motor Control Center and
for the auxiliary services.
• DC motor - drive section simulates the large power consuming devices, such as mud pumps, winch, rotary table, eddy current brake. Two potentiometers and a display with
selector enable to adjust the active and reactive power absorbed by each large power consuming device (load variation), separately.
• The “distribution control” section includes 4 selectors used to modify the association between drive and DC motor; some LEDs indicate their state
• This simulator is supplied with a software for the graphic analysis of the subjects described above; this software synthesizes and displays the values of electrical parameters on a PC (not included), besides allowing to simulate and
show the electrical overloads of a complete oil rig.
Power supply: 230 Vca 50 Hz single-phase - 100 VA (Other voltage and frequency on demand)
Dimensions: 850 x 450 x 680 mm
Net weight: 25 kg
Supply with
THEORETICAL – EXPERIMENTAL HANDBOOK