Drilling through unstable geological layers presents unique challenges. Proper torque adjustments are necessary to maintain drilling efficiency and prevent equipment damage. With advanced equipment like XCMG used rotary drilling rigs and SANY used rotary drilling rigs, operators can adapt to varying soil conditions. This article explores torque adjustment strategies for drilling in unstable layers.
Unstable layers consist of mixed materials such as loose soil, sand, and hard rock. These layers can cause:
Without proper torque adjustments, second-hand rotary drilling rigs may experience reduced performance in these layers.
Use sensors to detect changes in soil resistance and adjust torque accordingly.
Reduce torque to prevent drill bits from getting stuck in loose or sandy layers.
Gradually increase torque when encountering hard rock to maintain penetration speed.
Modern SANY used rotary drilling rigs and XCMG used rotary drilling rigs come with features that allow automatic torque adjustments based on real-time soil analysis. These rigs help minimize manual interventions and reduce operator fatigue.
Adjusting torque settings for unstable geological layers is essential to maintain drilling efficiency and prevent equipment damage. Using reliable equipment like second-hand rotary drilling rigs and reconditioned rotary drilling rigs, along with real-time monitoring, helps operators manage challenging soil conditions effectively.
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