Camozzi cylinder 16N3A08A050 in stock

Brand

CAMOZZI/Italian Camozzi

Action Method

Other

Application Areas

Medical & Health, Environmental Protection, Food/Agricultural Products, Pharmaceuticals/Biopharmaceuticals, General

Camozzi (Italy)

Founded in 1964, Camozzi Group has branches in 75 countries worldwide. In the field of pneumatic automation, Camozzi is Italy's largest pneumatic component company and one of the world's top 10 renowned pneumatic component manufacturers. It was among the first to pass DNV ISO9000 certification and has also passed DNV ISO14000 certification. Camozzi pneumatic components have 23 branches, 53 agents, and 8 global factories. Camozzi products are widely used in light industry, textiles, printing and dyeing, food, packaging, printing, rubber and plastics, chemicals, electronics, automotive, and machinery equipment industries.

Camozzi (Italy)

Product Introduction

Camozzi primarily manufactures Italian Camozzi pneumatic actuators, Italian Camozzi pneumatic control components, Italian Camozzi air source treatment devices, Italian Camozzi pneumatic auxiliary components, and Italian Camozzi vacuum components.

Camozzi's Automation Division provides pneumatic component solutions for numerous industries. The complete product range includes cylinders, valves, FRLS (Fluorescent Lever), accessories, vacuum components, control cabinets, and systems. Major production facilities are located in Russia, China, Ukraine, the USA, and India, with headquarters in Italy.

Every Camozzi device utilizes advanced technology, based on lean manufacturing principles and a structured, highly efficient organization. Their global network of branches and distributors provides confidence to a wide range of customers, from major users to larger OEMs.

Camozzi cylinders are the cavities in the cylinder block of internal combustion engines where the piston is placed. They are the piston's path, where combustion gases burn and expand. Some of the residual heat from the combustion gases is dissipated through the cylinder walls, maintaining the engine's normal operating temperature. Cylinders come in two types: integral and single-cast. Single-cast cylinders are further divided into dry and wet types. When the cylinder and cylinder block are cast as a single unit, it is called an integral cylinder; when the cylinder and cylinder block are cast separately, the single-cast cylinder barrel is called a cylinder liner. Cylinder liners that are in direct contact with cooling water are called wet cylinder liners; those that are not in direct contact with cooling water are called dry cylinder liners. To maintain a tight seal between the cylinder and piston and reduce frictional losses during piston movement, the cylinder inner wall should have high machining precision and accurate dimensions.

Camozzi Cylinder Types

Cylinders are pneumatic actuators that convert the pressure energy of compressed gas into mechanical cylinder energy in pneumatic transmission. Cylinders come in two types: those that perform reciprocating linear motion and those that perform reciprocating oscillating motion (see figure). Cylinders that perform reciprocating linear motion can be further divided into four types: single-acting cylinders, double-acting cylinders, diaphragm cylinders, and impact cylinders.

① Single-acting cylinder: Has a piston rod at only one end. Air is supplied from one side of the piston, generating pressure that pushes the piston outward. It returns to its original position by a spring or gravity.

② Double-acting cylinder: Air is supplied alternately from both sides of the piston, outputting force in one or two directions.

③ Diaphragm cylinder: Uses a diaphragm instead of a piston, outputting force in only one direction. It returns to its original position by a spring. It has good sealing performance but a short stroke.

④ Impact cylinder: This is a new type of component. It converts the pressure energy of compressed gas into the kinetic energy of the piston's high-speed (10-20 m/s) motion to do work.

⑤ Rodless cylinder: A general term for cylinders without a piston rod. There are two main categories: magnetic cylinders and cable cylinders.

A cylinder that reciprocates is called a swing cylinder. A vane divides the inner cavity into two parts. Air is supplied alternately to the two chambers, causing the output shaft to swing. The swing angle is less than 280°. Other types include rotary cylinders, pneumatic-hydraulic damping cylinders, and stepping cylinders.

Camozzi Cylinders

Camozzi Cylinder Models:

16N1A12A040 MINI-ZYLINDER, EW

16N1A12A050 MINI-ZYLINDER, E

16N1A16A015 MINI-ZYLINDER D.16

16N2A08A010 MINI-ZYLINDER, DW

16N2A08A015 MINI-ZYLINDER, D

16N2A08A020 MINI-ZYLINDER, D

16N2A08A025 MINI-ZYLINDER, DW

16N2A08A040 MINI-ZYLINDER, DW

16N2A08A050 MINI-ZYLINDER, DW

16N2A08A080 MINI-ZYLINDER, D

16N2A08A100 MINI-ZYLINDER, DW

16N2A08A125 MINI-ZYLINDER, D

16N2A08A160 MINI-ZYLINDER, D

16N2A08A200 MINI-ZYLINDER, D

16N2A10A005 MINI-ZYL. DW, DIN

16N2A10A010 MINI-ZYLINDER, DW

16N2A10A015 MINI-ZYLINDER, DW

16N2A10A020 MINI-ZYLINDER, DW

16N2A10A025 MINI-ZYLINDER, DW

16N2A10A030 MINI-ZYLINDER,DW,D

16N2A10A040 MINI-ZYLINDER, DW

16N2A10A050 MINI-ZYLINDER, DW

16N2A10A060 MINI-ZYLINDER, DW

16N2A10A080 MINI-ZYLINDER, DW

16N2A10A100 MINI-ZYLINDER, DW

16N2A10A125 MINI-ZYLINDER,DW

16N2A12A050 MINI-ZYLINDER, DW

16N2A12A060 MINI-ZYLINDER, DW

16N2A12A065 MINI-ZYLINDER, D

16N2A12A070 MINI-ZYLINDER,DW,D

16N2A12A080 MINI-ZYLINDER, DW

16N2A12A100 MINI-ZYLINDER, DW

16N2A12A125 MINI-ZYLINDER, DW

16N2A12A160 MINI-ZYLINDER, DW

16N2A12A175 MINI-ZYLINDER, D

16N2A12A200 MINI-ZYLINDER, DW

16N2A12A500 MINI-ZYLINDER, D

16N2A16A040 MINI-ZYLINDER D.16

16N2A16A065 MINI-ZYLINDER D.16

16N3A08A010 MINI-ZYLINDER, D

16N3A08A025 MINI-ZYLINDER, D

16N3A08A040 MINI-ZYLINDER, D

Our company mainly deals in European and American brands and can source brands from any European country. For example, our advantageous German brands include: BURKERT, DEMAG, HAWE, REXROTH, HYDAC, PILZ relays, FESTO, IFM sensors, E+H, HEIDENHAIN, P+F sensors, SICK, TURCK, and HIRSCHMANN industrial switches. German brands: Hengstler, MURR, SCHMERSAL, SAMSON, EPRO (Emerson subsidiaries)

American brands: MOOG, ASCO, MAC, NUMATICS, PARKER, VICKERS, ROSS

British brands: Norgren

Italian brands: OMAL, ATOS, CAMOZZI, UNIVER, Camozzi

Common Camozzi Cylinder Faults

Problem:

Cylinders are cast. After leaving the factory, cylinders undergo aging treatment to eliminate the internal stress generated during the casting process. If the aging time is too short, the finished cylinder will deform during subsequent operation.

The cylinder experiences complex stresses during operation. Besides static loads such as the pressure difference between the inside and outside of the cylinder and the weight of its components, it also bears the reaction force of steam exiting the stationary vanes, as well as the forces exerted on the cylinder by various connecting pipes under varying temperatures. Under the interaction of these forces, the cylinder is prone to plastic deformation, leading to leakage.

Rapid load increases or decreases in the cylinder, especially during rapid starts, stops, and changes in operating conditions, can cause significant temperature variations. Incorrect cylinder warm-up methods and premature removal of insulation during shutdown maintenance can also generate substantial thermal stress and deformation within the cylinder and on the flanges.

Stress generated during machining or after welding repairs, without subsequent tempering to eliminate it, results in significant residual stress in the cylinder, leading to deformation during operation.

During installation or maintenance, improper maintenance processes and techniques can cause inappropriate expansion clearances in the inner cylinder, cylinder diaphragms, diaphragm sleeves, and steam seal sleeves, or inappropriate expansion clearances in the lug pressure plates. This can generate enormous expansion forces after operation, causing cylinder deformation.

The cylinder sealant used may be of poor quality, contain too many impurities, or be the wrong type. Hard impurity particles in the sealant will prevent a tight seal.

Insufficient tightening of cylinder bolts or substandard bolt material. The tightness of the cylinder mating surfaces depends primarily on the bolt tightening force. Thermal stress and high temperatures generated during unit start-up, shutdown, or load adjustments can cause bolt stress relaxation. If the stress is insufficient, the bolt preload will gradually decrease. If the cylinder bolts are of poor quality, they will elongate under thermal stress and cylinder expansion forces during prolonged operation, leading to plastic deformation or fracture, resulting in insufficient tightening force and cylinder leakage.

Incorrect cylinder bolt tightening sequence. Generally, cylinder bolts are tightened simultaneously from the center outwards, starting from the point of maximum sag or deformation. This shifts the gap from the point of greatest deformation towards the free ends of the cylinder, eventually eliminating the gap. If the cylinder is tightened from both sides towards the middle, the gap will concentrate in the middle, forming an arc-shaped gap at the cylinder mating surface, causing steam leakage.