NOV Drilling Control Components (10068347-001, 10064178-040, 10064178-070)

Introduction: Stop Costly Control System Failures with Precision NOV Drilling Components

As a field engineer who’s spent years troubleshooting oilfield drilling control systems, I’ve learned the hard way that even the smallest component failure can bring an entire drilling operation to its knees. Imagine this: You’re running an offshore drilling rig, and the 10068347-001 15” touchscreen panel base malfunctions—suddenly, the driller loses control of critical systems, from hydraulic valves to mud flow monitoring, and you’re forced to shut down. By the time you source a replacement, you’ve lost 10 hours of production, costing your team upwards of $50,000. Or picture an onshore rig where the 10064178-040 4-channel digital input module fails, causing false sensor readings and triggering unnecessary safety shutdowns—wasting time, money, and crew morale. The reality is, oilfield drilling control systems rely on every component—from touchscreen panels and PLC modules to circuit breakers and fiber optic cables—to operate with pinpoint accuracy. These aren’t just spare parts; they’re the nervous system of your drilling rig, ensuring that every system communicates, every sensor reads correctly, and every safety protocol is enforced. Our replacement components are engineered to match the exact specifications of NOV drilling control system parts, including the 10068347-001 touchscreen panel base, 10064178-040 digital input module, 10064178-070 PLC end module, and 10511588-001 Ethernet to J1939 gateway. Designed to withstand the harsh realities of oilfield work—extreme temperatures, constant vibration, high pressure, corrosive environments, and hazardous zones—these components deliver the reliability you need to keep your control systems running smoothly. Whether you’re drilling offshore, onshore, or in remote locations, our parts fit perfectly, perform consistently, and reduce costly downtime. In drilling, control is everything—and our NOV-compatible components ensure you never lose it.

Product Overview

Our NOV-compatible drilling control component lineup covers over 60 critical parts, designed to support the full range of NOV drilling control systems used in onshore and offshore oilfield operations. The range includes human-machine interface (HMI) components—15” touchscreen panel bases (10068347-001), USB panel-mount keyboards (10055028-001), and 19” Gen 2 SA workstation HMIs (10663569-001)—as well as PLC modules, such as 4-channel digital input modules (10064178-040), 8-channel 24VDC input/output modules (10064178-039, 10064178-063), PLC end modules (10064178-070), and WAGO PROFIBUS DP/V1 modules (10064178-086). We also supply power supply components, including redundant power modules (10066946-001 40A, 10044673-001 20A), 24VDC switching power supplies (10066792-001 10A), and UPS systems (945210-048 500VA). Communication components are well-represented, with Ethernet adapters (10064178-088), PROFIBUS connectors (10042793-001), Ethernet/fiber switches (10068313-001, 942922-050), media converters (10055033-001), and gateways (10511588-001 Ethernet to J1939). Additionally, we offer safety and control components: emergency stop buttons (10678980-001), joysticks (10530152-001 LH, 10530153-001 RH), toggle switches (10718593-001), circuit breakers (10709901-001 2P 10A, 10511192-001 2P 4A), and sensors (40224300-004 ultrasonic level sensor, 40224227-001 offshore mud flow sensor). Each component is precision-manufactured to match the exact dimensions, electrical specifications, and performance standards of original NOV parts, ensuring perfect compatibility and interchangeability—no modifications, no fitment issues, just plug-and-play installation. Whether you need a single 10652637-001 16GB compact flash card, a 10064178-040 digital input module, or a full set of communication cables for a control system overhaul, our lineup has you covered. These components are essential for maintaining the accuracy, reliability, and safety of your NOV drilling control systems.

Function Description

Every NOV-compatible component serves a critical, mission-specific function that ensures your drilling control system operates seamlessly and safely. HMI components—like the 10068347-001 15” touchscreen panel base and 10663569-001 workstation HMI—provide the driller with real-time access to system data, allowing for precise control of drilling operations, parameter adjustments, and fault monitoring. PLC modules (10064178-040, 10064178-039, 10064178-070) act as the “brain” of the control system, processing input signals from sensors, executing control logic, and sending output signals to actuators, valves, and motors. Power supply components (10066946-001, 10066792-001, 945210-048) deliver stable, reliable power to all control system components, ensuring uninterrupted operation—even during power fluctuations. Communication components facilitate seamless data transfer: Ethernet adapters (10064178-088) enable TCP/IP/UDP communication, PROFIBUS connectors (10042793-001) link PLC modules to field devices, and fiber optic cable assemblies (10055059-001, 10055064-001) transmit data over long distances with minimal interference. Safety components, such as the 10678980-001 emergency stop button and 10530152-001 joystick, ensure operator safety and precise control—emergency stops halt critical operations in seconds, while joysticks provide intuitive control of drilling equipment. Sensors (40224300-001, 40224227-001) monitor key drilling parameters: ultrasonic level sensors track fluid levels, while mud flow sensors measure flow rates, providing data to the control system to optimize drilling efficiency. Circuit breakers (10709901-001, 10511192-001) and filters (10067365-001) protect the control system from electrical overloads and debris, preventing damage to expensive components. Every component works in harmony to ensure your drilling control system operates with accuracy, reliability, and safety—failure in any one part can lead to system shutdowns, costly repairs, and safety risks.

Structural Features

Our NOV-compatible components are engineered to withstand the most demanding oilfield conditions, with structural features that prioritize durability, precision, and reliability. HMI components like the 10068347-001 touchscreen panel base feature a rugged aluminum housing with IP65 protection, shielding against dust, water, and vibration, and a 15” high-brightness display that remains visible in direct sunlight (500 nits brightness). PLC modules (10064178-040, 10064178-070) are built with industrial-grade circuit boards, a operating temperature range of -40°C to 70°C, and a shock resistance of 15g (peak), ensuring reliable performance in high-vibration environments. Power supply components, such as the 10066946-001 40A redundant power module, feature a compact design (120x80x60mm) and overload protection (120% of rated current), with a mean time between failures (MTBF) of 100,000 hours. Communication components: fiber optic cable assemblies (10055059-001) use ST-ST duplex connectors, a core diameter of 50/125μm, and a tensile strength of 1000N, ensuring reliable data transmission over 7 feet. Ethernet switches (10068313-001) have a rugged metal housing, IP67 protection, and support 10/100/1000 Mbps speeds, with a operating voltage range of 24VDC ±10%. Safety components: the 10678980-001 40mm emergency stop button is made from corrosion-resistant stainless steel, with a twist-to-release mechanism and a contact rating of 10A 250VAC, ensuring reliable operation in hazardous zones. Sensors (40224300-001) are explosion-proof (EExd, IS), with a measurement range of 0-30 feet, an accuracy of ±0.5%, and a operating pressure of up to 100 PSI. All components feature tight dimensional tolerances (±0.001″) to ensure perfect fit with NOV control systems, and corrosion-resistant coatings (zinc-nickel plating, epoxy coating) to protect against drilling fluids and saltwater. The 10064178-040 digital input module has a response time of 1ms, ensuring fast signal processing, while the 945210-048 UPS provides 500VA of backup power for up to 15 minutes, preventing data loss during power outages. These structural features ensure our components outperform generic parts, delivering long service life and reliable performance in the harshest oilfield environments.

Applicable Working Conditions

Our NOV-compatible components are engineered to perform in every oilfield environment, from offshore platforms to onshore drilling rigs, and across a wide range of operating conditions. For offshore applications—where saltwater, high humidity, and hazardous zones are common—our components feature corrosion-resistant materials (stainless steel, reinforced plastic) and explosion-proof certifications (EExd, IS) for sensors (40224300-001) and electrical components. The 40224227-001 offshore mud flow sensor is specifically designed to withstand saltwater immersion and high pressure (up to 100 PSI), while fiber optic cables (10055059-001) resist corrosion and electromagnetic interference. Onshore drilling sites—with dust, dirt, and extreme temperature fluctuations—benefit from components with IP65/IP67 protection, such as the 10068347-001 touchscreen panel base and 10067364-001 EMC filter fan, which keep out dust and debris. All components are rated to operate in extreme temperatures, from -40°C (for cold northern oilfields like those in Canada) to 70°C (for high-temperature drilling in the Middle East), making them suitable for any climate. Hazardous zones (Zone 1/2) are covered by explosion-proof components, which prevent sparks and contain potential explosions, ensuring compliance with oilfield safety regulations. High-vibration environments—common in drilling rigs—are addressed with shock-resistant components: PLC modules (10064178-040) can withstand 15g peak shock, while joysticks (10530152-001) feature rugged internal mechanisms that resist wear from constant use. Whether you’re working in a saltwater offshore platform, a dusty onshore rig, a cold northern oilfield, or a high-temperature desert location, our NOV-compatible components are built to handle the conditions. We’ve tested these components in real-world scenarios—from the Gulf of Mexico’s offshore platforms to the Permian Basin’s onshore rigs—and they consistently deliver reliable performance, even in the most challenging environments. These components are fully compatible with NOV drilling control systems, ensuring seamless integration with your existing setup.

Maintenance and Care Recommendations (Field Engineer Tips)

As a field engineer, I know that proper maintenance is the key to extending the life of your NOV-compatible components and avoiding costly control system failures. Here are my top practical tips, honed from years of on-site experience: First, inspect all components daily before startup—check touchscreen panels (10068347-001) for cracks or unresponsive areas, inspect cables (10055059-001, 10053152-001) for fraying or loose connections, and check circuit breakers (10709901-001) for tripped switches. Second, clean components regularly: wipe down HMI screens with a soft, dry cloth to remove dust and fingerprints, blow compressed air through filter fans (10067364-001) to remove debris, and clean sensor probes (40224300-001) with a mild detergent to ensure accurate readings. Third, check power supply voltage weekly—ensure the 10066946-001 redundant power module delivers 24VDC ±10%, and test the 945210-048 UPS to ensure it provides backup power when needed. Fourth, tighten all connections every month: PLC module screws require 15-20 N·m of torque, cable terminals require 10-15 N·m, and sensor mounts require 8-10 N·m—loose connections can cause signal loss or electrical shorts. Fifth, replace wear parts on a schedule: filter fans (10067364-001) every 2000 operating hours, compact flash cards (10652637-001) every 3 years, and emergency stop buttons (10678980-001) every 5 years. Sixth, store spare components in a dry, climate-controlled environment—keep PLC modules and HMI components in anti-static bags, and store cables in sealed containers to avoid damage. For explosion-proof components, avoid damaging the flameproof enclosures and ensure all gaskets are intact to maintain EExd/IS certification. Finally, test communication components (10064178-088, 10511588-001) monthly to ensure seamless data transfer. Following these steps will extend the life of your NOV-compatible components and keep your drilling control system running smoothly for years.

Authoritative Endorsements and Exclusive Test Data

All our NOV-compatible components are manufactured to meet or exceed industry standards, including MSDS, EExd, IS, UL, and ASME B18.3, ensuring consistent quality and safety. MSDS documentation is fully GHS-compliant, providing detailed safety information for handling, storage, and disposal. We’ve conducted rigorous testing to validate performance, and our exclusive non-percentage test data speaks for itself: operating temperature range of -40°C to 70°C (short-term peak of 80°C), maximum operating pressure of 100 PSI for sensors, and a shock resistance of 15g (peak) for PLC modules. The 10068347-001 touchscreen panel base has a display lifespan of 50,000 hours, with a response time of 5ms. The 10064178-040 digital input module has a response time of 1ms and a contact rating of 24VDC 0.5A. The 10066946-001 40A redundant power module has an MTBF of 100,000 hours and an efficiency of 92%. The 40224300-001 ultrasonic level sensor has an accuracy of ±0.5% and a measurement range of 0-30 feet. The 945210-048 UPS provides 500VA of backup power for up to 15 minutes, with a recharge time of 8 hours. All components undergo electrical testing (100% continuity, insulation resistance of 100MΩ at 500VDC) and environmental testing (temperature cycling, vibration, humidity) to simulate real-world oilfield conditions. Explosion-proof components are tested to EExd standards, with a flameproof enclosure rating of IP66. These tests are performed in our in-house lab, and all data is available for verification. Our commitment to quality control means every component is inspected three times before leaving the production line—raw material inspection, in-process inspection, and final performance testing—ensuring you receive a product that meets the highest standards of reliability and performance.

Conclusion: Your Trusted Source for NOV-Compatible Drilling Control Components

When it comes to your NOV drilling control systems, reliability, interchangeability, safety, and long service life are non-negotiable—control system failures cost too much, and faulty parts put your crew, equipment, and operations at risk. Our NOV-compatible replacement components deliver on all four, with a comprehensive lineup that covers every critical part (from the 10068347-001 touchscreen panel base to the 40224227-001 offshore mud flow sensor) and is engineered to fit perfectly with your NOV control systems. We use high-quality materials—industrial-grade circuit boards, corrosion-resistant stainless steel, reinforced plastic, and high-performance fibers—to ensure durability in the harshest oilfield conditions, from offshore platforms to onshore rigs. Our strict quality control processes, including full-process inspection and tight tolerance control, guarantee that every component performs as expected, reducing downtime and maintenance costs. Whether you’re replacing a single 10652637-001 compact flash card, installing a new 10064178-040 digital input module, or overhauling a control system with communication cables and power supplies, our components offer the performance and reliability you need to keep your operations running at peak efficiency. As a field engineer, I know that every component matters—and our NOV-compatible components are designed to be the most dependable part of your drilling control system, helping you avoid costly downtime, protect your crew, and keep your drilling projects on schedule and within budget. These components aren’t just replacements—they’re an investment in the long-term reliability of your oilfield operations.

Dual Standards: Procurement Selection & On-Site Fault Diagnosis and Maintenance

Procurement Selection Standards: When selecting NOV-compatible drilling control components, focus on four key factors to ensure compatibility and performance: 1) Compatibility: Verify the component matches the NOV part number (e.g., 10068347-001 for the 15” touchscreen panel base, 10064178-040 for the 4-channel digital input module) and your drilling control system model to avoid fitment issues. 2) Material Quality: Prioritize components made from industrial-grade materials—aluminum for HMI housings, stainless steel for safety components, and high-performance fibers for cables—to ensure durability and corrosion resistance. 3) Certification: Confirm the component meets MSDS, EExd/IS (for hazardous zones), UL, and ASME B18.3 standards to ensure safety and compliance with oilfield regulations. 4) Application Fit: Choose components based on your working environment—offshore rigs require corrosion-resistant and explosion-proof parts (40224300-001, 40224227-001), while onshore rigs need dust-resistant components (10067364-001, 10068347-001). For example, select the 10511588-001 Ethernet to J1939 gateway for seamless communication and the 945210-048 UPS for reliable backup power.

On-Site Fault Diagnosis and Maintenance Standards: When troubleshooting NOV control system issues, follow these steps to identify and resolve problems quickly: 1) HMI Failure: If the 10068347-001 touchscreen panel base is unresponsive, check the 10066792-001 power supply and 10053152-001 Cat 5E cable—replace faulty parts and reboot the system. 2) PLC Module Malfunction: If the 10064178-040 digital input module fails to process signals, check the 10064178-104 filter module and sensor connections—clean connections, replace the filter, and test the module. 3) Communication Issues: If data transfer fails, inspect the 10055059-001 fiber optic cable and 10055033-001 media converter—replace damaged cables and ensure proper alignment of fiber connectors. 4) Sensor Errors: If the 40224300-001 ultrasonic level sensor provides inaccurate readings, clean the probe, check the mounting position, and verify the sensor’s calibration. For repairs, always use NOV-compatible components and follow proper installation procedures (e.g., torque specifications, anti-static handling for PLC modules). After repairs, test the control system under low load to ensure proper operation before resuming full drilling service.

Quality Assurance: Build Trust Through Rigorous Control

We understand that trust is critical when it comes to NOV-compatible drilling control components—that’s why we implement a strict full-process quality inspection system for all our products. Every component undergoes three rounds of testing: raw material inspection (to verify material quality and certification, with full traceability), in-process inspection (to ensure precision machining, assembly, and coating quality), and final inspection (to validate electrical performance, environmental resistance, and explosion-proof integrity for hazardous zone parts). We maintain strict size consistency control, with tolerances of ±0.001″ for critical dimensions (e.g., PLC module mounting holes, cable connector size), ensuring every component fits perfectly with NOV control systems. All materials used are fully traceable, with MSDS and material certification documents available for every batch—so you can be confident that you’re receiving a high-quality product. Our commitment to quality means that every component is 100% electrically tested, pressure-tested (for sensors), and environmental-tested before shipment, and we conduct fatigue testing to ensure long service life. We also ensure that all components meet the same standards as original NOV parts, so you can rely on them to perform as well as—or better than—the parts they replace. With our quality assurance processes, you can trust that our NOV-compatible components will deliver consistent, reliable performance when you need it most, protecting your equipment and your crew.

4 On-Site Fault Cases

Case 1: Gulf of Mexico Offshore Platform, USA – Model: 40224227-001 Offshore Mud Flow Sensor; Working Load: 80 PSI (mud system pressure); Fault Data: Sensor failed, inaccurate flow readings, drilling efficiency dropped by 25%, false alarms triggered; Fault Cause: Saltwater corrosion and debris buildup; Repair: Replaced 40224227-001 sensor, cleaned mounting area, calibrated the sensor; Post-Repair Indicators: Flow readings accurate to ±0.5%, no false alarms, sensor operates reliably in saltwater; Customer Feedback: “The 40224227-001 mud flow sensor fits our NOV control system perfectly. It’s corrosion-resistant and accurate—we restored drilling efficiency and avoided costly downtime.”

Case 2: Permian Basin Onshore Drilling Rig, Texas, USA – Model: 10068347-001 15” Touchscreen Panel Base; Working Load: 24VDC power supply; Fault Data: Touchscreen unresponsive, driller lost control of critical systems, 10 hours of downtime; Fault Cause: Dust buildup and vibration damage; Repair: Replaced 10068347-001 panel base, installed dust cover, secured mounting brackets; Post-Repair Indicators: Touchscreen responsive (5ms response time), display visible in direct sunlight, no downtime for 6 months; Customer Feedback: “The 10068347-001 touchscreen is rugged and reliable. It fits our NOV control system and handles the Permian’s dust and vibration—worth every penny to avoid shutdowns.”

Case 3: Bakken Shale, North Dakota, USA (Onshore) – Model: 10066946-001 40A Redundant Power Module; Working Load: 40A, 24VDC; Fault Data: Power module failed, control system lost power, drilling halted 8 hours; Fault Cause: Cold temperatures (-38°C) affecting power delivery; Repair: Replaced 10066946-001 power module, installed heat shield, checked power connections; Post-Repair Indicators: Power delivery stable at 24VDC ±10%, module operates reliably at -38°C, MTBF remains 100,000 hours; Customer Feedback: “The 10066946-001 power module is built for cold weather. Even in the Bakken’s harsh winters, it delivers consistent power—our NOV control system hasn’t missed a beat.”

Case 4: Middle East Onshore Drilling Rig, Saudi Arabia – Model: 10064178-040 4-Channel Digital Input Module; Working Load: 24VDC input signals; Fault Data: Module failed to process sensor signals, false shutdowns, 6 hours of downtime; Fault Cause: High temperature (65°C) and electrical interference; Repair: Replaced 10064178-040 module, installed heat sink, shielded input cables; Post-Repair Indicators: Module processes signals in 1ms, no false shutdowns, operates reliably at 65°C; Customer Feedback: “The 10064178-040 digital input module handles high temperatures and electrical interference perfectly. It’s compatible with our NOV control system and has eliminated costly false shutdowns.”

FAQ (Frequently Asked Questions)

We supply the following spare parts:

Procurement Guidance

Whether you’re in need of a single 10652637-001 16GB compact flash card, a 10064178-040 digital input module, a 10068347-001 touchscreen panel base, or a full range of NOV-compatible drilling control components, we’re here to help. Our lineup covers over 60 critical parts, and we can assist with selecting the right part for your specific NOV control system. If you’re unsure about compatibility—whether it’s a PLC module, sensor, or communication cable—simply provide your NOV part number and control system model, and our team will help you confirm the perfect component. We also provide full certification documents (MSDS, EExd, IS, UL, ASME B18.3) upon request, so you can verify compliance with your industry standards. Don’t let control system failures disrupt your drilling operations—contact us today to consult on selection, check model compatibility, request certification documents, or discuss your procurement needs. We’re committed to providing you with high-quality, reliable NOV-compatible replacement components that keep your oilfield operations running smoothly and efficiently.