engineering hydraulic cylinder

Double acting hydraulic cylinder for ship synchronous lifting and maintenance should be placed flat before use, can not be skewed, and the bottom should be leveled. Beware of the foundation subsidence or load deviation, the hydraulic jack can be tilted or tipped over, and can be extended with a tough pillow or steel plate at the bottom of the double acting hydraulic cylinder for ship synchronous lifting and maintenance. Pressure-bearing area to prevent death or slippage; do not use oily wood or steel plate as a cushion to prevent slipping when force is applied, and safety incidents occur; the weight should be lifted and the position must be safe and solid. Anti-damage equipment (hydraulic jack).

The carrying capacity of the hydraulic cylinder for synchronous lifting pushing should be greater than 1.2 times the gravity of the weight; the minimum height of the hydraulic jack is suitable. For the convenience of taking out, the minimum height of the hydraulic cylinder for synchronous lifting and pushing should be adapted to the clearance at the bottom of the weight. When the bolster supports heavy objects during the landing, the lifting height of the hydraulic jack is greater than the sum of the ties and the occipital deformation.

The double acting high pressure big bore hydraulic cylinders should be placed flat before use, can not be skewed, and the bottom should be leveled. Beware of the foundation subsidence or load deviation, the double acting high pressure big bore hydraulic cylinders can be tilted or tipped over, and can be extended with a tough pillow or steel plate at the bottom of the hydraulic jack. Pressure-bearing area to prevent death or slippage; do not use oily wood or steel plate as a cushion to prevent slipping when force is applied, and safety incidents occur; the weight should be lifted and the position must be safe and solid. Anti-damage equipment (hydraulic jack).

The carrying capacity of the 400-ton double-acting high tonnage long stroke hydraulic cylinder should be greater than 1.2 times the gravity of the weight; the minimum height of the hydraulic jack is suitable. For the convenience of taking out, the minimum height of the 400-ton double-acting high tonnage long stroke hydraulic cylinder should be adapted to the clearance at the bottom of the weight. When the bolster supports the heavy objects during the landing, the lifting height of the 400 ton double acting high tonnage long stroke hydraulic cylinder is greater than the sum of the ties and the occipital deformation.

The double-acting 200ton hollow plunger hydraulic cylinder/jack/ram should be placed flat before use, can not be skewed, and the bottom should be leveled. Beware of the foundation subsidence or load deviation, the double-acting 200ton hollow plunger hydraulic cylinder/jack/ram can be tilted or tipped over, and can be extended with a tough pillow or steel plate at the bottom of the double-acting 200ton hollow plunger hydraulic cylinder/jack/ram. Pressure-bearing area to prevent death or slippage; do not use oily wood or steel plate as a cushion to prevent slipping when force is applied, and safety incidents occur; the weight should be lifted and the position must be safe and solid. Anti-damage equipment (hydraulic jack).

The carrying capacity of the 200 ton double acting hollow hydraulic jack should be greater than 1.2 times the gravity of the weight; the minimum height of the 200 ton double acting hollow hydraulic jack is suitable. For the convenience of taking out, the minimum height of the hydraulic jack should be adapted to the clearance at the bottom of the weight. When the bolster supports the heavy objects during the landing, the lifting height of the 200 ton double acting hollow hydraulic jack is greater than the sum of the ties and the occipital deformation.

If multiple single acting flat hydraulic jack are used to lift the same equipment, the same type of single acting flat hydraulic jack should be used, and the sum of the additional lifting weight of each hydraulic jack should not be less than 1.5 times the gravity of the equipment. Hydraulic jacks should be wiped clean before use, and should check whether the components can be active, whether there is any damage, avoid loading the quick joints when there is load, to prevent the occurrence of faults and damaged parts.

The carrying capacity of the 150 ton single acting hydraulic flat jack should be greater than 1.2 times the gravity of the weight; the minimum height of the 150 ton single acting hydraulic flat jack is suitable. For the convenience of taking out, the minimum height of the hydraulic jack should be adapted to the clearance at the bottom of the weight. When the bolster supports the heavy objects during the landing, the lifting height of the 150 ton single acting hydraulic flat jack is greater than the sum of the ties and the occipital deformation.

If multiple 200 ton high efficiency single acting high tonnage lock nut hydraulic jack are used to lift the same equipment, the same type of hydraulic jacks should be used, and the sum of the additional lifting weight of each hydraulic jack should not be less than 1.5 times the gravity of the equipment. 200 ton high efficiency single acting high tonnage lock nut hydraulic jack should be wiped clean before use, and should check whether the components can be active, whether there is any damage, avoid loading the quick joints when there is load, to prevent the occurrence of faults and damaged parts.

The carrying capacity of the 200Ton single acting low height lock nut hydraulic cylindershould be greater than 1.2 times the gravity of the weight; the minimum height of the 200Ton single acting low height lock nut hydraulic cylinder is suitable. For the convenience of taking out, the minimum height of the hydraulic jack should be adapted to the clearance at the bottom of the weight. When the bolster supports the heavy objects during the landing, the lifting height of the hydraulic jack is greater than the sum of the ties and the occipital deformation.