Synchronized acquisition
Torque, turns, angle, speed and time form live torque-turn and torque-time signatures.
ENGINEERING TECHNOLOGY
Complete-machine engineering for oilfield tubular operations
Mechanical and hydraulic execution is integrated with torque measurement, electrical control, process records and line automation to meet the application at hand.01 · TECHNOLOGY PLATFORM
Non-marking gripping and reliable torque transfer
Contact geometry and gripping force are configured for OD, surface material, grip length and target torque—balancing stable torque transfer with tubular protection.
- Coated and high-value tubulars
- CRA and premium connections
- Replaceable gripping elements and tooling
02 · TECHNOLOGY PLATFORM
Torque-turn measurement, control and records
Torque sensors, encoders, acquisition/control electronics, software and machinery capture torque, turns, speed and time in synchronism. Connection-specific logic can include shoulder-point or signature-inflection detection, acceptance windows, stop/unload control and joint-by-joint records.
- Torque-turn and torque-time signatures
- Shoulder point, signature inflection, target torque and turns windows
- Abnormal make-up detection, alarms, stop and unload control
- Joint records, traceability and data interfaces
03 · TECHNOLOGY PLATFORM
Hydraulic power and motion control
Power units, valves, actuators, pressure protection and motion interlocks are configured around load, speed, duty cycle and site conditions.
- Clamp, rotate, feed and travel
- Pressure, temperature and condition monitoring
- Diesel- or motor-driven hydraulic power
04 · TECHNOLOGY PLATFORM
Control systems, line automation and data integration
Digital and analog I/O, PLCs, control boards, HMIs and software connect handling, positioning, make-up, forming, inspection, marking and production records, with interlocks and data interfaces configured for the project.
- Digital/analog I/O and field signals
- PLCs, HMIs, control boards and safety interlocks
- Gauging, weighing, marking and traceability
- Equipment interfaces and production-data exchange
05 · TECHNOLOGY PLATFORM
Complete-machine engineering and system integration
Mechanical design, hydraulics, electrical controls, measurement and software are engineered as one system—from configured standalone machines to integrated production lines.
- Mechanical, hydraulic, electrical and control-system interfaces
- Configuration management, machine integration and acceptance
- Installation guidance, training and lifecycle support
TORQUE-TURN CONNECTION CONTROL
From connection signature to machine action
The same requirement may be described as torque monitoring, torque-turn recording, joint analysis or make-up quality control. DCCK defines what must be measured, evaluated, controlled and retained from the connection and operating procedure.
Connection-signature evaluation
Connection-specific logic can evaluate shoulder point, signature inflection, shoulder torque, final torque, delta torque and turns after shoulder.
Anomaly detection and control
Out-of-window, under-torque, over-torque and abnormal make-up conditions can trigger alarms, stop or unload actions and joint records.
QUALITY & DELIVERY