NOV Aftermarket Training

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NOV Aftermarket

Training

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NOV Training

NOV Training offer highly educated instructors with knowledge and insight into our equipment

and systems. We have extensive experience in training personnel in the oil and gas industry.

With genuine respect for our participants, we strive to give them training adapted to their level of

experience. We believe in learning by doing and therefore the majority of our courses offer

hands-on training with real life scenarios. As your partner in training we have a strhands-ong focus hands-on safety.

Procedures for safe operation and monitoring of critical parameters are important to ensure safe

operation and maintenance. In our persistent effort to better serve our customers, we have over

the years developed a first-rate training department with facilities around the world. We offer tailor

made course packages according to content, duration and our customers’ needs, called rig/vessel

specific training. In addition, we offer open enrollment product line courses, which are scheduled

courses sold on a “per seat” basis.

Crane & Winch

Drilling

RIG/VESSEL SPECIFIC COURSES

PRODUCT LINE COURSES

Operator Electro-Technical Maintenance Hydraulic/Mechanical Maintenance Operator Electro-Technical Maintenance Hydraulic/Mechanical Maintenance Foundations Operator Certified Training Electro-Technical Maintenance Hydraulic/Mechanical Maintenance 6 12 29 52 59 61 65 69 75 82 88 94 95 96 97 98

ADDITIONAL INFORMATION

Competency Services and Solutions Worldwide Terms and Conditions for Training Course

NOV Training Facilities Contact Information

100 102 107 110

Crane & Winch

Operator

Electro-Technical Maintenance Hydraulic/Mechanical Maintenance Winch

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Understanding and anticipating your needs pushes us forward. With that

in mind NOV Training offers you open enrollment product line training.

Each course is a standard course that covers the most common versions

of equipment and systems on a rig/vessel. This enables our customers to

send individual personnel to generic courses. Scheduled courses are sold on

a “per seat” basis. They are open to enrollment for all customers and may

include participants from various companies, disciplines and rigs/vessels.

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Product Line Courses - Drilling

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Oct 17 Oct 31 Dec 5

Houston Additional dates available upon request

Mar 7 Apr 25 May 2 Jun 27 Jul 11 Aug 29 Sep 12

Brazil Additional dates available upon request

UK Additional dates available upon request

Singapore Additional dates available upon request

Dec 5 Apr 4

Jun 27 Aug 8Sep 19

Sep 26 Apr 18

Jun 13 Jul 4Aug 22

Oct 3 Oct 17 Oct 31 Nov 14 Nov 28 Dec 12 Mar 14 Apr 18 May 9 May 23 Jun 6 Jun 20 Jul 11 Jul 25 Aug 15 Aug 29 Sep 19 Course Description:

This course identifies the main components of the system and provides a basic overview of the capabilities of the Amphion System. The course also provides practice on an NOV Amphion simulator. Unlike traditional simulation programs, the NOV simulation system uses actual tools and screen software code that is run on an actual rig. This creates a very realistic training environment for the rig operators.

Target Participants:

All individuals responsible for the operation and maintenance of the Amphion Control System.

Prerequisites:

None

Maximum Participants:

6 participants

Learning Goals:

• Describe and explain the purpose of the Amphion Control System.

• Demonstrate proficient use of the system control surfaces.

• Recognize and understand on-screen information

• Use on-screen information for basic rig equipment troubleshooting.

• Recognize and respond appropriately to alarm conditions.

• Simulate safe and efficient drilling and tripping operations for rig applications.

Course Description:

In this course, students will be introduced to Cyberbase, drilling equipment, and zone management. The training will be carried out emphasizing hands on training, supple-mented by theory. Students will learn the operating characteristics and limits of specific equipment under different scenarios. The class will progress through different exercises to a final exercise, in which they must prepare all system screens and network stations to drill a well.

Individuals responsible for the operation of the Cyberbase control system.

Prerequisites:

None

8 participants

Cyberbase Operations

5 days

$3,800

Learning Goals:

• Outline the safe and proper way to set up the Cyberbase equipment.

• Examine the DCDA system to determine how the chair operation and screens work together.

• Use the DCI to operate the Emergency Stop,

Anti-Collision, Mud Pump Control, and other supporting equipment.

• Describe the SDI operations and how it functions in relation to the total drilling package.

Oct 3 Oct 31 Nov 28

Mar 7 Apr 4 May 2 Jun 6 Jul 11 Aug 1 Aug 29

Oct 24 Nov 21 Mar 14 Apr 25 May 25 Jun 6 Jul 11 Aug 15 Nov 21 May 23 Aug 22

Amphion Controls Operators

5 days

(8)

Houston Dates available upon request

This course is designed to provide an introduction to the Electronic Drilling System. This includes safety, theory of operation, and system components. The EDS system will be discussed to develop a complete understanding of alarm recognition, identification and purpose. A detailed discussion of EDS operations will cover mode screens, setup, system monitoring, help, cut & slip, weight indicator and trending graph. Several basic scenarios concerning EDS operations will be addressed.

Individuals who need to understand the operational charac-teristics and procedures of the EDS.

Prerequisites:

None

8 participants

Electronic Drilling System - EDS Operations

Learning Goals:

• Describe equipment specific safety conditions when operating the EDS system.

• Describe EDS operational theory under normal drilling conditions.

• Interpret alarm information for the EDS system in regards to operations.

• Describe the EDS system components in regard to system operation.

• Describe EDS system operational modes in regards to the integrated system.

3 days

$2,650

The Kinetic Energy Monitoring System/Electronic Automatic Drilling System Operations and Maintenance course provides a comprehensive overview of the system. Operator set up is described in detail, as well as all components making up the Ideal Brake Controller system. Their location and function are described in detail, providing service personnel the knowledge they require to troubleshoot the system if problems arise. The course explains the commissioning and electronic calibration of the system from the maintenance panel located in the Signal Conditioning Unit, as well as the driller’s interface. A thorough explanation of each of the variables, their meaning and recommended values are provided. In addition the Enhanced Autodriller interface is covered in detail allowing for an operational knowledge of this upgrade. It is recommended that students attend the Baylor Brake Course prior to attending this course.

Individuals responsible for the KEMS/ Ideal Autodriller and

3 days

$2,650

12 participants

Learning Goals:

• Identify, label, and describe major components of KEMS and EDS.

• List the procedures needed, the systems involved, and explain the proper use for KEMS and EDS.

• Recognize a problem and explain the proper steps to rectify the situation.

• Evaluate and update existing maintenance schedules to fit the specified maintenance requirements.

Kems - Ideal Autodriller and Brake Control Safety System

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This course is designed to provide participants with knowledge of Cyberbase operation, control and interaction of NOV drilling equipment and systems. Operation

instructions and technical description of equipment will be discussed in detail with regards to the NOV operation manual. The majority of the course is hands-on training, both on Cyberbase System Training Stations and in Drilling Simulator.

Drilling Section Leaders (Toolpushers), Drillers and Assistant Drillers.

Prerequisites:

Experience and practical understanding of the drilling process and operation of the specific drilling equipment.

6 participants

Cyberbase Drilling & Pipe Handling Operation

10 days

$8,000

Learning Goals:

• Describe safety aspects related to operation.

• Explain main data, range of application and function of the equipment and systems.

• Explain navigation of various HMI displays. • Outline technical specifications of equipment. • Explain how to utilize NOV user manuals. • Explain emergency procedures.

• Solve practical exercises in Drilling Simulator and on Cyberbase System Training Station.

This course is designed to provide participants with valuable knowledge of the pipe handling functions of the Cyberbase Control System and NOV drilling equipment. Special focus will be on the pipe handling procedures and hands-on training in the simulator. The majority of the course is hands-on training, both on Cyberbase System Training Stations and in Drilling Simulator.

Drilling Section Leaders (Toolpushers), Derrickman, Roughnecks and Assistant Drillers.

Prerequisites:

Understanding of drilling process.

6 participants

5 days

$4,000

Learning Goals:

• Describe safety aspects related to operation. • Explain range of application and function of the

equipment & systems.

• Explain navigation of various HMI displays. • Outline technical specifications of equipment. • Explain emergency procedures.

• Examine manual run and auto run in simulator. • Solve practical exercises & troubleshooting in Drilling

Simulator and on hands-on equipment.

Cyberbase Pipe Handling Operation

Stavanger Dates available upon request

Kristiansand Dates available upon request

Nov 21

Stavanger Additional dates available upon request

Apr 4

Apr 11 Aug 22

Oct 17

Korea Additional dates available upon request

Mar 14 Aug 22

Oct 26 Apr 27

Brazil Dates available upon request

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This course covers the intention, construction and operation of the Smart Machine Integrator (SMI). The majority of this course is hands-on training in our drilling simulator and Cyberbase System Training Stations. Focus will be on safety and increased performance using the SMI system. This covers Anti Collision System (ACS), Pipe Interlock Management (PIM) and Multi Machine Control (MMC).

Personnel responsible for the operation of NOV drilling and pipe handling equipment.

Prerequisites:

Understanding of drilling and pipe handling processes. Basic knowledge of NOV Cyberbase controlled equipment or successfully completed KRS drilling equipment course.

4 participants

Cyberbase Smart Machine Integrator (PIM, ACS & MMC) Course

3 days

$2,400

Learning Goals:

• Describe the theory of operation and how to ensure safe and correct use of SMI.

• Demonstrate operation of the system in a secure, correct and efficient manner.

• Solve practical scenarios and troubleshooting in drilling simulator.

Nov 21

Kristiansand Additional dates available upon request

May 30 Aug 22

This course is designed to provide participants with operation skills on Cyberbase Control System and NOV drilling equipment. The majority of the course is hands-on training in our Drilling Simulator with focus on increased performance level for the drilling crew and solving trouble-shooting scenarios.

Drilling Section Leaders (Toolpushers), Drillers, Assistant Drillers, Roughnecks, Floor hands and Derrickman.

Prerequisites:

NOV Cyberbase & Drilling Equipment Operator course or experience.

6 participants

Cyberbase Drilling Performance Operator

4 days

$3,600

Learning Goals:

• Describe safety aspects related to operation. • Explain setup of equipment and systems.

• Outline technical specifications in troubleshooting situations.

• Explain emergency procedures.

• Solve practical scenarios in Drilling Simulator and extensive troubleshooting.

Oct 17

May 9 Aug 8

Apr 4

Kristiansand Dates available upon request

Stavanger Dates available upon request

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As your original equipment manufacturer,

NOV offers you first class training.

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Product Line Courses - Drilling

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Oct 10 Nov 14 Dec 12

Dec 12 Apr 11 Aug 15 Nov 14 Mar 21 May 30 Jun 20 Sep 12 Oct 24 Nov 21 Mar 28 Apr 25 May 16 Jun 13 Jul 18 Aug 22 Sep 26 Course Description:

This course is the Amphion Maintenance Course, which is intended for rig ET’s and field service personnel. Throughout the course the instructor will focus primarily on the design criteria, components, operation, testing, troubleshooting and repair of the Amphion Control System.

All individuals responsible for the maintenance of the Amphion Control System.

Prerequisites:

Amphion Controls Operators

8 participants

Learning Goals:

• Describe the Amphion Control System.

• Explain the purpose of the Amphion Control System. • Describe the purpose of each component of the

Amphion Control System.

• Describe Amphion Control System functions in regards to normal operations.

• Navigate Amphion screens to access diagnostic tools for maintenance and troubleshooting.

• Explain basic calibration of Rig tools for maintenance reference.

• Diagnose problems using the tools Amphion provides in order to troubleshoot the Amphion Control System.

Amphion Maintenance for Rig Electrician and ET

5 days

$3,800

This course is designed to aid personnel responsible for electrical maintenance and troubleshooting of the Electronic Drilling System. The course will encompass theory of EDS operation, an overview of component functionality as well as maintenance and troubleshooting of the EDS. Hands-on learning opportunities will reinforce maintenance procedures as well as troubleshooting techniques related to the EDS.

Personnel responsible for the maintenance of the Electronic Drilling System.

Prerequisites:

None

8 participants

Electronic Drilling System - EDS Maintenance

3 days

$3,550

Learning Goals:

• Discuss basic functional capabilities of the EDS. • Explain EDS system electrical component functional

capabilities.

• Describe alarm conditions as they relate to rig operations.

• Practice maintenance procedures and troubleshooting techniques related to the EDS.

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This course is designed to introduce participants to the various electrical components and circuits of the ADS 10, 20 and 30 models. This course will familiarize participants with the electrical interface controls system, configuration, and component functionality. The course also covers the SBC (single board controller) with various networking systems (Profibus DP, Ethernet, Fiber Optics, Remote I/O, screen displays) for operations / diagnostics purposes. Partici-pants will be familiarized with troubleshooting techniques relevant to maintaining the ADS 10, 20, and 30 (Automated Drawworks System) models.

Personnel responsible for the electrical maintenance of the ADS 10, 20 & 30 electrical systems.

Prerequisites:

None

12 participants

Automated Drawworks System - ADS-10, 20, 30

Electro-Technical Maintenance Course

$2,650

3 days

Learning Goals:

• Explain the ADS’s purpose and the function and location for each major component.

• Describe functional capabilities of the ADS 10, 20, 30 models.

• Describe each major component in regards to function and location.

• Summarize the functionality of control systems related to operation of the ADS.

• Summarize electrical maintenance and troubleshooting techniques relevant to the ADS 10, 20, 30.

Nov 21

Singapore Additional dates available upon request

May 11 Aug 22

Electrical Sensors

In this course, students will discuss various types of sensors used on modern drilling rigs, and learn how and why they need to be calibrated. Time will be spent on sensor terminology and characteristics. We will do hands-on training by hooking up a typical encoder to an oscilloscope and view the output waveforms. The students will also learn by assembling a circuit using our industrial trainers, how sensors send signals to PLC’s where the inputs are interpreted and sent to outputs.

Individuals who would like a better understanding of the various types of sensors used on a rig.

Prerequisites: None Maximum Participants: 12 participants

5 days

$3,550

Learning Goals:

• Understand the various types of common sensors used on a rig.

• Build DC current and voltage meters from one common meter type.

• Differentiate between accuracy and precision. • Understand range, response time, linearity, sensitivity

and offset as it relates to sensors.

• Describe why we use barriers between sensors and PLC’s.

• Explain how various sensors work, including pressure, load cells, flow, level proximity and temperature. • Develop a thorough understanding of Encoder’s internal

operations, use as speed and height sensors and look at output signals.

• Build a temperature circuit with an RTD to understand the principal of feedback.

• Develop an understanding of how a PLC takes signals in from sensors and decides how to handle

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This course is designed to give the student an overview of electrical fundamentals. It will include the following topics: ohm’s law and the units of electrical measurement with an emphasis on understanding voltage and current relation-ships. The student will develop an understanding of series and parallel circuits. Students will build circuits and use test equipment to troubleshoot problems in order to gain basic experience in diagnosing electrical problems. The training sessions are designed to include a discussion of electrical fundamentals and practical exercises to reinforce the student’s learning. Target Participants: Electrical personnel. Prerequisites: None Maximum Participants: 12 participants

Basic Electricity Fundamentals and Troubleshooting

5 days

$3,800

Learning Goals:

• Explain electrical terminology, for basic components and electrical quantities.

• Explain how Ohm’s Law applies to circuit analysis of series, parallel, and combined resistive circuits.

• Troubleshoot circuit failures on a live circuit safely using a LabVolt Simulator, motor, schematic diagrams, and a digital multi-meter.

• Construct complex electrical circuits using schematic diagrams and a LabVolt Simulator and use a digital multimeter to take resistance, current, and voltage readings, and use an insulation tester on motors and cables.

Dec 12

Apr 18 Jun 20 Sep 12

Oct 10 Nov 14 Dec 12

Oct 17 Apr 11 Jun 6 Jun 27 Aug 29 Oct 24 May 16

AC Drive Fundamentals and Maintenance (ABB)

This course includes an in–depth review of power conversion as it applies to AC Drives. The course will include a discussion of the three phase induction motor. The participants will utilize a laptop computer to become familiar with the software package relating to the configuration of the ABB AC Drive and Profibus DP communication protocol control. AC Drive braking systems will be explained. Maintenance and troubleshooting of the AC Drive will be included. The participants will also learn how to determine if drive parameters are correctly programmed through the use of the keypad and Drive Window, which is the ABB delivered software program used to communicate with the drive. When the participant has completed the course, they will know how the drive is expected to operate, how to detect and troubleshoot faults experienced by the drive, how to create a backup package with Drive Window to back up the firmware and parameters of all drives on the participant’s rig, and how to restore those in the case of a failure or replacement with a new drive.

All individuals responsible for the operation and maintenance of ABB AC drives.

Prerequisites:

PLC Course for Rig Systems - Applications of Siemens.

5 days

$3,800

Learning Goals:

• Utilize the ABB Interface Keypad.

• Describe the function of major components. • Distinguish parallel communication, PLC and SBC

communication with the ABB Drive system.

• Perform system diagnostics using Drive Windows and the Drive Simulator.

• Apply maintenance knowledge of the ABB Drive system to IGBT replacement, Fault Finding and Capacitor Reforming. • Utilize software programs to backup, restore and troubleshoot

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This course will cover the hardware and the software of the Allen-Bradley PLC system including rack structure and components (local and remote), rig connections and troubleshooting of the PLC system, PLC internal faults and diagnostics, viewing and understanding the ladder logic program, the structure of the program and how TechPower and IPS utilize it, as well as troubleshooting tools such as the Custom Data Monitors and Trending functions.

Rig electricians working with Allen-Bradley PLC systems.

Prerequisites:

None

12 participants

PLC for Rig Systems - Application of Allen-Bradley

5 days

$3,800

Learning Goals:

• Define a PLC and its components. • Read and analyze ladder logic. • Determine and verify addressing. • Recognize internal or external faults. • Install and replace PLC components.

Mar 29 Sep 26

This course is designed to familiarize students with the Siemens S7 PLC. An overview of the basic terminology, function, and components of the PLC system will be discussed. Hardware, programming concepts, as well as the basic programming languages will be covered in order to teach methods of troubleshooting the PLC controlled systems. Hands-on activities will be used to reinforce knowledge with practical application.

This course is designed for new users who operate, maintain and troubleshoot the Siemens S7 PLC.

Prerequisites:

None

12 participants

Learning Goals:

• Describe the basic terminology, functions, and components of a PLC system.

• List the use, purpose, and function of binary and hexadecimal numbering systems in PLCs.

PLC for Rig Systems - Application of Siemens

5 days

$3,800

• Define the theory of addressing and data block structure.

• Perform the major addressing and configuration procedures associated with S7 Manager Program. • Demonstrate how to troubleshoot non-PLC system

problems using the major online functions of Compare, Variable Table (VAT), Cross-Reference, and Rewire. • Demonstrate how to create programs using basic

program instructions.

• Explain the interconnections between PLC system components.

• Describe basic maintenance and troubleshooting requirements the PLC system.

Oct 17 Nov 7 Dec 5

Apr 11 May 2 Jun 13 Jul 18 Aug 22 Sep 19

Jul 11 Nov 7 Mar 14 Aug 1 Nov 7 Apr 11 May 23 Aug 15

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This course will cover advanced troubleshooting and maintenance procedures for the Siemens PLC systems utilized in National Oilwell Varco Rig Equipment. The student will develop an understanding of advanced functions used in the Siemens S7–300 and S7–400 PLC systems. Topics will include Analog Signal calibration, Programming Structure, Advanced Components Diagnostics, Reference Data, System Configuration, Touch Screen Data, and Statement List Program Instructions. The student will also learn how to read Statement List Code and the Diagnostics of Statement List Operations.

Individuals working with the Siemens S7 PLC.

Prerequisites:

PLC Course for Rig Systems - Applications of Siemens.

12 participants

PLC for Rig Systems - Advanced Siemens

5 days

$3,800

Learning Goals:

• Explain the basics of PLC operation.

• Demonstrate how to work with Simatic Manager. • Explain the use of numbering systems in a PLC. • Analyze PLC faults.

• Use the common Statement List instructions.

• Describe all normally used Statement List instructions. • Use the troubleshooting tools provided with Simatic

Manager to identify problems with rig systems. • Describe how Function Block Diagrams are displayed.

Oct 3

Apr 18 Aug 1

This course will cover advanced troubleshooting and maintenance procedures for the Allen-Bradley PLC systems utilized in National Oilwell Varco Rig Equipment. The student will develop an understanding of advanced functions used in the Allen-Bradley PLC Systems and the Rockwell Automation Software.

Rig Electricians working with PLC systems.

Prerequisites:

PLC Course for Rig Systems - Applications of Allen-Bradley.

12 participants

PLC for Rig Systems - Advanced Allen-Bradley

5 days

$3,800

Learning Goals:

• Set up the hardware configuration for an Allen-Bradley SLC 500 PLC.

• Annotate the program to describe the function of the ladder logic in controlling the rig.

• Identify the physical location of the input module when given a remote I/O address.

• Locate data from remote analog I/O modules in the CPU data tables using block transfer logic.

• Trace the logic through the program, using an understanding of ladder logic functions, to identify a failing field device when given a problem description. • Use program control instructions and networking

concepts to explain how CPU’s share data in a network.

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The IPS (International Power System) SCR Maintenance Course is designed to provide the participant an intermediate understanding of IPS SCR Drive system fundamentals, operation and maintenance, and basic troubleshooting.

Personnel that operate, maintain and troubleshoot the Interna-tional Power System.

Prerequisites:

None

12 participants

Learning Goals:

• Restate the functions of the generator cubicle. • Identify the power paths within the generator cubicle. • Define the function and list the devices of the Synchronization

cubicle.

• Identify the layout and functional sub-units of the generator control rack.

• Describe the function, panel layout and controls of metering module, voltage regulator module, governor module, engine alarm module and auto start/sync module.

SCR Maintenance - IPS Intermediate Integrated Power System

5 days

$3,800

• Understand the procedures for Operation and Programming of metering module, voltage regulator module, governor module, engine alarm module and auto start/sync module.

• Describe the function and operation of Common Elements, i.e. battery and charging equipment, sync panel and ground detector panel.

• Identify and Explain Rectifier and SCR principles and circuits. • Identify the layout and functional sub-units of the SCR Cubicle. • Describe Gate pulse generation and Phase control.

• Describe the operational control of the SCR Cubicle to including inputs, current and rate limits, motor speed control and operation with power limit and load sharing mode. • Demonstrate proficiency in the operation and programming

of the control module to include test panel, conditions for operation, and programming the SCR module.

• Describe the function and layout of the Service Cubicle. • Identify the Power circuits and Load assignments for the DC

Power, contractors and drive systems, and dynamic braking circuits.

• Demonstrate troubleshooting abilities for the IPS system in the areas of symptom recognition and common failures.

Jun 13 Sep 19

This course includes details about the fundamentals, schematics and basic troubleshooting of engine and generator controls, power limit circuits, AC module protection circuits, load sharing, and generator synchroni-zation. Also included is an analysis of control loops in the standard AC, ACII and EGIII control modules.

This course is designed for users of Ross Hill Generator Controls.

Prerequisites:

None

12 participants

SCR Maintenance - Ross Hill Intermediate (Generator Controls)

5 days

$3,800

Learning Goals:

• List the major components pertaining to engine/ generator controls in a Ross Hill SCR system. • Briefly define KW, KVA, KVAR and power factor. • Explain basic control loop functionality and

troubleshooting of the AC Control Modules (Standard, ACII and EGIII).

• Explain the theory of operation of power limit circuits and how to troubleshoot them.

• List the purposes and types of protection circuitry provided in the AC Control Modules.

• Explain basic control and troubleshooting of engine/ generator sets.

• Explain how to synchronize a generator and put it online.

Oct 25

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This course builds on the knowledge obtained by students in the Intermediate SCR Maintenance Course. The Advanced SCR Maintenance Course includes a training manual and an excellent electrical reference text for each student. The Advanced Course has theory and practical sessions each day.

This course is designed for electricians, assistant electricians, motormen, and tool pushers.

Prerequisites:

• SCR Maintenance Course - Generator Controls Interme-diate (Ross Hill).

• SCR Maintenance Course - SCR Controls Intermediate (Ross Hill).

12 participants

SCR Maintenance - Ross Hill Advanced

5 days

$3,800

Learning Goals:

• Explain the circuitry of the AC Regulating Module. • Explain the circuitry of the DC Regulating Module. • Develop Troubleshooting Techniques through SCR

Simulator operation and problem solving. • Examine Field Supplies operation and circuitry. • Examine Dynamic Brake circuits and operation.

Nov 7

Apr 25 Aug 8

This course is designed to teach fundamentals, schematics, and basic troubleshooting associated with current SCR controls. This course includes the latest in SCR control modules and configurations. Maintenance personnel should attend this course before being enrolled in the Advanced SCR Maintenance Course. It is recommended that an individual complete the Ross Hill Intermediate DC Drive Maintenance course and the Ross Hill Intermediate Engine/ Generator Controls Maintenance course within the last three years before enrolling in the Ross Hill Advanced SCR Maintenance course.

All rig personnel responsible for the operation and maintenance on Ross Hill SCR Systems.

Prerequisites:

None

12 participants

SCR Maintenance - Ross Hill Intermediate (SCR Controls)

5 days

$3,800

Learning Goals:

• Explain how the Ross Hill SCR System controls the assignment logic for drilling applications, the SCR bridge, DC motors used in drilling applications, and the Drawworks Dynamic Brake.

• Explain Theory of Operation of Silicone Controlled Rectifiers, the Sproket Slip PCB, the Dual Timer PCB, the Ground Fault Circuit, and Field Supplies.

• Not Measured: Apply knowledge acquired in the course to troubleshooting real world system problems.

Oct 31

Apr 18 Aug 1

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This course is designed to provide the information necessary to maintain and troubleshoot a typical Tech Power SCR system. The course includes the AC module, Generator controls, Engine Controls, Power Limit, and the Sync circuit. The DC side of the system includes, SCR Bridge, DC module, and Drilling Applications, and Auxiliary Circuits which includes Driller’s Console, MCC logic, Dynamic Brake and Ground fault detection. The system troubleshooting and schematics will be wholly based on the Tech Power SCR system. Generator controls and calibration, SCR controls and calibration, consoles, and auxiliary equipment will be covered. PLC Maintenance and Troubleshooting is suggested as an additional course if your system contains a PLC. (Refer to the Allen -Bradley PLC Course schedule)

All rig personnel responsible for the operation and maintenance of the Tech Power SCR Systems.

Prerequisites:

None

12 participants

SCR Maintenance - Tech Power Intermediate

_{5 days}

$3,800

Learning Goals:

• Setup parameters for the engine/generator set on the Generator Calibration Board.

• Understand Operation and Calibration for the Bus Overload and Monitor Board (Power Limit). • Understand Operation and Calibration of the Load

Monitor and Slip Detector board.

• Verify Regulation circuits for the Engine/Generator set. • Verify Operation and Troubleshoot Mud Pump,

Drawworks and Top Drive Assignments.

Oct 3

Mar 7 Jun 27

This course integrates Theory and Simulator operation for calibration of the AC Module, Bus Overload board, and DC Module Load Monitor Board, along with understanding Power Calculations and Oscilloscope Operation. The student will listen to the theory then perform the calibration or troubleshooting exercise.

All rig personnel responsible for the operation and maintenance on Ross Hill SCR Systems.

Prerequisites:

• Tech Power Intermediate SCR Maintenance Course. • Allen -Bradley PLC Applications for Rig System (or

previous experience with PLCs).

12 participants

SCR Maintenance - Tech Power Advanced

5 days

$3,800

Learning Goals:

• Setup parameters for the engine/generator set on the Generator Calibration Board.

• Calibrate the Bus Overload and Monitor Board (Power Limit) and the load monitor and slip detector board. • Troubleshoot engine/generator control problems for

mud pumps, drawworks and top drives using Tech Power Simulator.

• Troubleshoot problems on the bus overload and monitor board and load monitor and slip detector board using Tech Power Simulator.

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This course is designed to familiarize participants with the various components of the system, topology, operations, communications, and diagnostics for the 5th Generation BOP MUX Control System. Students will also learn the components, and how they interconnect, communicate, monitor faults, and display information. Fourth and fifth generation control systems will be discussed. This course offers hands-on laboratory exercises to reinforce lectures and discussions.

Individuals responsible for the operation and maintenance of the Shaffer 5th Gen BOP MUX electrical control system.

Prerequisites:

None

8 participants

Shaffer 5th Generation BOP Mux

Electro-Technical Maintenance Course

_$3,800

5 days

Learning Goals:

• Summarize the 5th Gen BOP Mux electrical control system’s purpose for drilling operations when given the system’s basic manner of operation.

• Define the overall function of the 5th Gen BOP Mux electrical control system when given the proper system terminology.

• Describe the relationships between the 5th Gen BOP Mux electrical control system components when given the interconnects, communication pathways and display information.

• Demonstrate proper maintenance functions, both routine and repair, of the 5th Gen BOP Mux electrical control system.

• Apply theoretical knowledge of the 5th Gen BOP Mux electrical control system in a laboratory setting given common requirements for system maintenance and repair actions.

Oct 10 Oct 31 Nov 28 Dec 12

Mar 14 Apr 4 Apr 25 May 16 Jun 6 Jun 27 Jul 18 Aug 8 Aug 29 Sep 19 Course Description:

This course is designed to familiarize participants with the various components, topology/system layout, communi-cations and diagnostics for the 6th Generation BOP Mux Electrical Control System. Participants will learn how the components interconnect, communicate, monitor faults and display information. Participants will be able to state the meaning of terminology and definitions used in connection with the BOP. Remedial actions and routine maintenance procedures for the control system are discussed. This course also offers hands-on laboratory exercises to reinforce lectures and discussions.

Individuals responsible for the maintenance and monitoring of the Shaffer 6th Gen BOP Mux Electrical Control System.

Prerequisites:

None

8 participants

Shaffer 6th Generation BOP Mux

Electro-Technical Maintenance Course

$3,200

4 days

Learning Goals:

• Summarize the 6th Gen BOP Mux electrical control system’s purpose for drilling operations when given the system’s basic manner of operation.

• Define the overall function of the 6th Gen BOP Mux electrical control system when given the proper system terminology.

• Describe the relationships between the 6th Gen BOP Mux electrical control system components when given the interconnects, communication pathways and display information.

• Demonstrate proper maintenance functions, both routine and repair, of the 6th Gen BOP Mux electrical control system.

• Apply theoretical knowledge of the 6th Gen BOP Mux electrical control system in a laboratory setting given common requirements for system maintenance and repair actions.

Oct 11 Oct 25 Nov 8

Mar 8

Mar 21 Apr 12Apr 26 May 10

Jul 12 Jul 26 Aug 9

(22)

This course covers all the electrical components and circuits. This course will familiarize the students with the electrical operation, component functionality, technical documents/ drawings, and troubleshooting techniques necessary to maintain the Top Drive and its electrical components. The course will also give an overview of the use of the Cyberbase Chair for TDS control/operation, cover the SBC controller in depth and give an overview of the interfaced ABB Variable Frequency Drive (in-depth ABB training is covered in a separate course). The SBC section will cover the overall system and components, Profibus DP and Ethernet networks and the single board controller operations and diagnostics. Systems screen displays will be analyzed for information pertaining to maintenance and troubleshooting.

Electrical maintenance personnel performing equipment maintenance, troubleshooting and interpretation of diagnostic data.

Prerequisites:

None

Top Drive Systems - TDS 8SA & 1000

Electro-Technical Maintenance Course

$3,550

5 days

8 participants

Learning Goals:

• Distinguish the differences between each model • List the procedures/sequences/processes needed to be

taken when operating the TDS-8 top drive

• Utilize the NOV manuals to locate pertinent information • Explain the equipment’s purpose and identify

components

• Explain the equipment’s construction

• Understand/explain the operation of the equipment • Utilize the safety codes and dangerous areas of the

equipment

• Explain how to perform maintenance on the equipment

Oct 24

Jun 20

Oct 10 Apr 18 Jul 18

Aug 29

This course is designed to familiarize electrical personnel with troubleshooting of electrical malfunctions pertaining to AC Top Drive Systems. The course will provide an overview of AC Top Drive systems, AC theory and control systems related to top drives. Participants will navigate schematics, drawings and rig documentation and will engage in fault finding scenarios using a Top Drive Simulator to reinforce troubleshooting techniques.

Individuals responsible for the electrical maintenance and troubleshooting of the NOV AC Top Drives.

Prerequisites:

Basic Electricity Fundamentals & Troubleshooting

9 participants

Top Drive Systems - AC Top Drive

Electro-Technical Maintenance Course

$3,800

5 days

Learning Goals:

• Summarize the operation of electrical components involved with the AC Top Drive System.

• Explain AC motor theory.

• Summarize functionality of control systems related to operation of AC Top Drive Systems.

• Describe VFDs in relation to motor control. • Explain the basic operation of a PLC.

• Navigate TDS-11SA schematics, drawings, and related rig documentation.

• Classify feedback and control devices pertaining to AC Top Drive Systems.

• Troubleshoot electrical malfunctions pertaining to AC Top Drive Systems.

Oct 24 Dec 12

Apr 25

Jun 27 Aug 15

(23)

This course covers all the electrical components and circuits of the DC TDS. This course will familiarize the students with the electrical operation, component functionality, technical documents/drawings, and troubleshooting techniques necessary to maintain the DC Top Drive and its electrical components. An actual Top Drive Stand-Alone Control Panel and interfaced PLC will be used to conduct hands-on exercises and labs that include; Digital/Analog device testing, indicator testing and program uploads/downloads. The labs are designed for the customer to be able to visually see the panel inputs, faults, and how the PLC interfaces with the DC TDS system.

Electrical maintenance personnel performing equipment maintenance, troubleshooting and interpretation of diagnostic data.

Prerequisites:

Recommended, but not required, that the student have basic knowledge of PLC software.

8 participants

Top Drive Systems - DC TDS 3,4,5,6

Electro-Technical Maintenance Course

$3,550

5 days

Learning Goals:

• Distinguish the differences between each model. • List the procedures/sequences/processes needed to be

taken when operating the DC top drive.

• Utilize the NOV manuals to locate pertinent information. • Explain the equipment’s purpose.

• Identify the equipment’s components. • Explain the equipment’s construction.

• Understand/explain the operation of the equipment. • Utilize the safety codes and dangerous areas of the

equipment.

• Explain how to perform maintenance on the equipment.

Oct 3 Nov 7

Apr 25 Jun 20

Dec 5

Mar 28 Jul 25

Sep 19

HR III/IV HydraRacker and Fingerboard

Electro-Technical Maintenance Course

$2,400

3 days

This course is designed to train participants the operations, electrical system, and troubleshooting of the HydraRacker III/IV. The major components and the functions of the mechanical and electrical system will be discussed. The participants will get a complete coverage of the electrical system. Troubleshooting procedures will be explained in accordance with the NOV User Manual. Part of the course will be spent in the simulator, operating the machine in different modes and in interaction with other machines on the drill floor. Troubleshooting and emergency operation by use of Cyberbase operator station will be a part of the simulator training.

Electrician, electro technicians and all personnel involved with electro technical maintenance.

Prerequisites:

General computer skills and understanding of electrical systems.

Learning Goals:

• Describe the Hydraracker in general terms, its components and purpose.

• Explain safety relevant to maintenance, troubleshooting and operation of the Hydraracker.

• Explain the use of controls, alarms and functionality of relevant Cyberbase screen displays.

• Navigate in the PLC program of the Hydraracker and use Simatic Manager as a troubleshooting tool.

• Operate and troubleshoot on the Hydraracker in our drilling simulator.

• Solve practical exercises and troubleshoot using live instrumentation and software.

Nov 7

Kristiansand Additional dates available upon request

Mar 21 May 2

Jun 20 Aug 15

(24)

This course is designed to train participants the operations, electrical system, and troubleshooting of the Hydratong ARN/MPT 200. The major components and the functions of the mechanical and electrical system will be discussed. The participants will get a complete coverage of the electrical system. Troubleshooting procedures will be explained in accordance with the NOV User Manual. Part of the course will be spent in the simulator, operating the machine in different modes and in interaction with other machines on the drill floor. Troubleshooting by use of Cyberbase operator station will be a part of the simulator training. Hands on training and troubleshooting will be done in our workshop with Mini Cyberbase and MPT200 available (only available in Kristiansand).

Electricians, electro technicians and all personnel involved with electro technical maintenance.

Prerequisites:

Iron Roughneck - MPT200/ARN200

Electro-Technical Maintenance Course

$2,400

3 days

8 participants

Learning Goals:

• Describe the Hydratong in general terms, its components and purpose.

• Explain safety relevant to maintenance, troubleshooting and operation of the Hydratong.

• Navigate in the PLC program of the Hydratong and use Simatic Manager as a troubleshooting tool.

Due to hands-on equipment availability, course content and duration will slightly vary for certain locations.

Dec 7

Mar 16 Jun 15 Sep 7

Apr 13

This course is designed to train participants the operations, electrical system, and troubleshooting of the Hydratong ARN/MPT 270. The major components and the functions of the mechanical and electrical system will be discussed. The participants will get a complete coverage of the electrical system. Troubleshooting procedures will be explained in accordance with the NOV User Manual. Part of the course will be spent in the simulator, operating the machine in different modes and in interaction with other machines on the drill floor. Troubleshooting by use of Cyberbase operator station will be a part of the simulator training.

Note: Hands on training and troubleshooting will be done in our workshop with Mini Cyberbase and MPT200 available (only in Kristiansand). An ARN270 main frame/tool frame (not operational) is available to become familiar with the construction.

Electricians, electro technicians and all personnel involved

Iron Roughneck - MPT270/ARN270

Electro-Technical Maintenance Course

$2,400

3 days

8 participants

Learning Goals:

• Describe the Hydratong in general terms, its components and purpose.

• Explain safety relevant to maintenance, troubleshooting and operation of the Hydratong.

• Navigate in the PLC program of the Hydratong and use Simatic Manager as a troubleshooting tool.

Nov 2

Apr 27 Aug 10

(25)

This course is designed to train participants the operations, electrical system, and troubleshooting of the Topdrive HPS. The major components and the functions of the mechanical and electrical system will be discussed. The participants will get a complete coverage of the electrical system. Troubleshooting procedures will be explained in accordance with the NOV User Manual. Part of the course will be spent in the simulator, operating the machine in different modes and in interaction with other machines on the drill floor. Troubleshooting by use of Cyberbase operator station will be a part of the simulator training.

Electricians, electro technicians and all personnel involved with electro technical maintenance.

Prerequisites:

8 participants

Top Drive Systems - HPS

Electro-Technical Maintenance Course

$1,600

2 days

Learning Goals:

• Describe the HPS Topdrive in general terms, its components and purpose.

• Explain safety relevant to maintenance, troubleshooting and operation of the HPS Topdrive.

• Navigate in the PLC program of the HPS Topdrive and use Simatic Manager as a troubleshooting tool. • Operate and troubleshoot on the HPS Topdrive in our

drilling simulator.

Dec 5

Mar 14 Jun 13 Sep 5

Apr 11 Jun 14

Top Drive Systems - TDX-1250

Electro-Technical Maintenance Course

$1,600

2 days

This course is designed to train participants the operations, electrical system, and troubleshooting of the Topdrive TDX. The major components and the functions of the mechanical and electrical system will be discussed. The participants will get a complete coverage of the electrical system. Troubleshooting procedures will be explained in accordance with the NOV User Manual. Part of the course will be spent in the simulator, operating the machine in different modes and in interaction with other machines on the drill floor. Troubleshooting by use of Cyberbase operator station will be a part of the simulator training.

Electrician, electro technicians and all personnel involved with electro technical maintenance.

Prerequisites:

8 participants

Learning Goals:

• Describe the TDX Topdrive in general terms, its components and purpose.

• Explain safety relevant to maintenance, troubleshooting and operation of the TDX Topdrive.

• Navigate in the PLC program of the TDX Topdrive and use Simatic Manager as a troubleshooting tool. • Operate and troubleshoot on the TDX Topdrive in the

drilling simulator.

Oct 31

Apr 25 Aug 8

(26)

Course Options:

Option 1: Complete course 10 days

Option 2: DFR excluded 9 days

Option 3: DFR, Hands-on Troubleshooting and 7 days Hands-on Sdi Instrumentation excluded

This course is designed to provide participants with valuable knowledge in troubleshooting and maintenance of the Cyberbase Control System. The equipment and the functions of the electrical system will be discussed and participants will learn to utilize the information gained to troubleshoot and assist operations. Participants will work with troubleshooting scenarios in accordance with NOV documentation. They will also receive customized hands-on training on Cyberbase System PLC’s, Drilling Flight Recorder (DFR), and in our unique ET Lab and Drilling Simulator.

Senior Electronic Engineer (Electronics Section Leader), Electronic Engineer, Senior Electrician Engineer (Technical Section Leader), and Electrician Engineer (Assistant Technical Section Leader).

Prerequisites:

Electrical or Electro Technical background.

8 participants

Cyberbase & Drilling Equipment Electro-Technical Maintenance

10 days - $8,000

9 days - $7,200

7 days - $5,600

Learning Goals:

• Explain safety relevant to maintenance, troubleshooting and operation of the system.

• Describe the system in general terms, its components and purpose.

• Demonstrate basic navigation and administration of the system.

• Perform troubleshooting and maintenance on the system.

Due to hands-on equipment availability, course content and duration will slightly vary for certain locations.

Oct 17 Nov 14 Dec 5

Stavanger (Option 1, 2 & 3) Additional dates available upon request

Mar 7 Apr 4 May 23 Jun 6

Aug 22 Sep 19

Houston (Option 3) Additional dates available upon request

Nov 7

Korea (Option 2 & 3) Additional dates available upon request

Sep 1

Singapore (Option 2 & 3) Additional dates available upon request

Oct 1 May 12

Brazil (Option 3) Dates available upon request

This course is designed to provide participants with valuable training on Cyberbase System PLC’s, Drilling Flight Recorder (DFR), in our unique ET Lab and Drilling Simulator. The majority of the course is advanced hands-on training needed to troubleshoot and maintain the Cyberbase Control System. The major components and the functions of the electrical system will be investigated and participants will solve troubleshooting scenarios in accordance with NOV documentation.

Senior Electronic Engineer (Electronics Section Leader), Electronic Engineer, Senior Electrician Engineer (Technical Section Leader), and Electrician Engineer (Assistant Technical Section Leader).

Prerequisites:

Prior to attending the course, each course participant should have at least one of the following:

Cyberbase & Drilling Equipment Electro-Technical Maintenance Performance

4 days

$3,200

8 participants

Learning Goals:

• Interpret NOV documentation and safety procedures. • Discuss the system, its equipment and purpose. • Identify navigation and administration of the system. • Solve troubleshooting scenarios using Cyberbase

System PLC’s, ServiceLab and Drilling Simulator. • Explain and demonstrate use of Drilling Flight

Recorder in conjunction with DIAdem software for troubleshooting and generating reports.

Oct 10 Nov 14

Apr 4 May 9 Jun 6 Jul 11 Aug 15 Sep 12

(27)

The participants will obtain technical skills to perform maintenance, troubleshooting and to solve unforeseen occurrences on the systems/equipment listed below. This course is based on the participants solving various troubleshooting scenarios with use of hands-on training equipment listed below. Approximately 85% of the course will be hands-on.

This course is designed for experienced ET Personnel.

Prerequisites:

Prior to attending the course, each course participant should have at least one of the following:

• Completed NOV Cyberbase Drilling Equipment & System Training and had at least 6 months experiences on a rig after that.

• Successfully completed online pre-assessment.

8 participants

Learning Goals:

Classroom:

NOV User Manuals, PLC, Instrumentation, Software Upon course completion, course participants shall be able to: • Utilize the information in NOV User manuals.

• Familiar with the NOV PLC program structure, identify the NOV standard program blocks and demonstrate how to search and monitor in the PLC programs. • Identify different instruments used on NOV machinery.

Hands-on Troubleshooting, Drilling Equipment & Knuckle Boom Crane

Advanced Electro-Technical Maintenance Course

$3,200

4 days

NOV Simulator Training:

Upon course completion, course participants shall be able to:

• Set up the different machines for operation. • Run the machines in different operating modes. • Locate information/alarms/messages on Cyberbase

displays.

• Troubleshoot using information on Cyberbase displays. • Set up ServiceLab on “eHawk PC”.

• Monitor signals in the machine PLC program. • Analyze fault symptoms.

• Utilize the information to suggest possible solutions for correcting the faults.

NOV Hands On Workshop :

Upon course completion, course participants shall be able to:

• Locate the instruments.

• Troubleshoot by utilizing the PLC program, ServiceLab and measuring instruments.

• Analyze fault symptoms and correct the faults. • Utilize relevant software for troubleshooting and

configuration of hardware.

Nov 24

(28)

A highly trained workforce creates

a competitive advantage in the

marketplace.

(29)

Product Line Courses - Drilling

(30)

This course is designed to introduce participants to the mechanical functions of the BX Elevator in regards to maintenance and troubleshooting. The purpose and location of the major assemblies and their sub-assemblies will be discussed in order to understand how the equipment operates under normal conditions. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Using technical drawings, troubleshooting techniques will be covered for common problems. Students will participate in hands-on activities to reinforce classroom content.

Personnel responsible for the hydraulic/mechanical maintenance of the BX Elevator.

Prerequisites:

None

12 participants

BX Elevator

Hydraulic/Mechanical Maintenance Course

$2,650

2 days

Learning Goals:

• Explain the equipment’s purpose, function and general assembly.

• Explain the operating procedures in order to perform maintenance in a correct and safe manner.

• Describe inspections, maintenance, and troubleshooting according to the User’s Manuals.

Mar 3 May 19 Jul 28

This course is designed to teach students identification of parts, specifications and operational limits, installa-tion, operainstalla-tion, periodic maintenance and inspection of Drawworks 1625, 1320, 110, 80 and 55 and Universal Disc Brake (UDB) System. Pneumatic and Hydraulic drawings will be used in class to help clarify the understanding of Drawworks 1625, 1320, 110, 80 and 55 and Universal Disc Brake (UDB) System.

Individuals responsible for maintaining the drawworks.

Prerequisites:

None

12 participants

Drawworks - 1625, 1320, 110, 80 & 55 with Universal Disc Brake

Hydraulic/Mechanical Maintenance Course

$2,150

2 days

Learning Goals:

• Identify the Drawworks 1625, 1320, 110, 80 and 55 and UDB System major parts and subassemblies, using the parts list.

• Understand the Drawworks 1625, 1320, 110, 80 and 55 and UDB specification.

• Understand the operation of the Drawworks 1625, 1320, 110, 80 and 55 and UDB.

• Recognize the operational limitations of Drawworks 1625, 1320, 110, 80 and 55 and UDB.

• Make the correct maintenance on Drawworks 1625, 1320, 110, 80 and 55 and UDB, specifically the correct lubrication, using the parts list.

• Identify problems on Drawworks 1625, 1320, 110, 80 and 55 and UDB, using pneumatic and hydraulic systems as a tool for the troubleshooting.

(31)

This course is designed to introduce participants to the mechanical functions of the ADS-10, 20, 30 in regards to operation, maintenance, and troubleshooting. The purpose and location of the major components will be discussed in order to understand how the equipment functions under normal conditions. The students will receive an overview of mechanical operations for maintenance and trouble-shooting procedures. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Troubleshooting techniques for common problems will also be discussed.

Individuals responsible for the maintenance and trouble-shooting of the ADS 10/20/30.

Prerequisites:

None

12 participants

Drawworks - ADS 10/20/30

Hydraulic/Mechanical Maintenance Course

$2,150

2 days

Learning Goals:

• Explain each major component in regards to function and location.

• Summarize the mechanical operations of the ADS under normal conditions.

• Describe the maintenance requirements for the ADS according to the User Manuals.

• Summarize basic troubleshooting techniques for ADS common problems.

Nov 2

Apr 6 Apr 20 May 25

Oct 17 Nov 7 Mar 10 Apr 20

May 16 Aug 1Aug 17

This course is designed to introduce participants to the mechanical functions of the DSGD 375 in regards to

operation, maintenance, and troubleshooting. The purpose and location of the major components will be discussed in order to understand how the equipment functions under normal conditions. The students will receive an overview of mechanical operations for maintenance and trouble-shooting procedures. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Technical drawings will be used to identify troubleshooting techniques for common problems.

Individuals responsible for the maintenance and trouble-shooting of the DSGD 375. Prerequisites: None Maximum Participants: 12 participants

Drawworks - DSGD 375

Hydraulic/Mechanical Maintenance Course

$2,150

1 day

Learning Goals:

• Explain each major component in regards to function and location.

• Summarize the mechanical operations of the DSGD 375 under normal conditions.

• Describe the maintenance requirements for the DSGD 375 according to the User Manuals.

• Idenitfy basic troubleshooting techniques for DSGD 375 common problems, using technical drawings.