Automation Engineered for Skid-Mounted Equipment
Engineered for integration into skid-mounted equipment, SPOC’s VFD-driven control and power systems provide compact, rugged, and scalable solutions optimized for transport and reliable field performance.
Proven at Scale. Trusted Over Time.
Purpose-built for rugged, portable deployment—supporting pumps, VRUs, and power generation with fast setup, intelligent control, and consistent uptime in the toughest oil field environments.
Skid-Mounted
Mobile Pumps
VRU
Enclosure Rating Ranges
Available in NEMA 1 through 4X and 3RX, our enclosures provide protection from indoor dust to rain, wash-down, and corrosive outdoor environments.
Size HP Range
Available in standard configurations from 2 HP to 150 HP, with larger horsepower systems engineered through custom solutions to meet demanding field and OEM requirements.
Communication Features
Supports Modbus RTU and Modbus TCP protocols for seamless integration with existing control systems, SCADA platforms, and OEM communication architectures.
Simplified PLC UI
SPOC systems integrate seamlessly with PLC-based architectures, acting as intelligent power-switching endpoints with built-in diagnostics. Intuitive touchscreen interfaces and smart controller integration simplify load management, reduce wiring complexity, and streamline programming for field and OEM applications.
Precision Motor Control in the Field
SPOC's automation systems deliver precise motor control for mobile pump deployments, ensuring smooth startup, stable operation, and reliable protection in demanding field environments.
Engineered for Trailer Integration
Our systems are designed specifically for trailer-mounted and portable pump packages, combining compact enclosures, rugged construction, and simplified integration for mobile deployments.
Repeatable Performance Across Your Fleet
SPOC systems help rental fleets maintain consistent performance across equipment deployments, simplifying operation, maintenance, and system management.
Smarter Runtime, Lower Operating Cost
SPOC engineers VFD-driven control systems for VRUs that optimize motor load, improve runtime efficiency, and reduce energy consumption across varying operating conditions.
Operational Visibility in Remote Environments
SPOC control platforms provide monitoring, alarm management, and communication tools that keep remote VRU systems visible and operating reliably.
Engineered for Oil Field Conditions
Built for harsh oil field environments, SPOC systems use rugged enclosures and industrial-grade components to ensure reliable VRU operation.
Traditional Operating Methods Waste Energy, Equipment, and Time.
Customized Solutions
Every product conversation begins with a detailed analysis of your needs—your fields, applications, goals, and challenges. Only then can we tailor the product to your pump and your production needs.
OPTIMIZED AND MAXIMIZED
Our drives enable your equipment to run at the optimal speed for each well’s inflow rate. Rather than stopping the motor and shutting down the well, our drive technology slows your pump automatically at pump off.
REDUCE DOWNTIME
Decreasing the number of start/stop cycles greatly reduces wear and tear on equipment. That means lower maintenance and replacement costs AND much less downtime.
SLASHED COSTS
In addition to reduced maintenance, our drives pay for themselves through lower energy costs—cut by as much as 40% when compared to wells operating without a variable frequency drive.
Aftermarket Support
Service and Support
When You Need It Most
When You Need It Most
At SPOC, we are committed to being your hands-on partner throughout the entire lifespan of your equipment. Whether you need fast repairs, preventative maintenance, or technical advice, our professional field service team delivers reliable solutions when you need them most. From 24/7 tech support via phone, live chat, or video, we ensure your operations run seamlessly. We prioritize speed—offering expedited shipping and quick-response field service teams—so you can stay focused on your business without unnecessary downtime.
