Pneumatic equipment URALE'LEKTROMUFTA PCVB, PCVSB, etc.

Pneumatic equipment can be attributed to a fairly large range of tools and devices operating in various pneumatic systems. A feature of pneumatic systems is the use of compressed air energy for the working process. The main energy source of the entire pneumatic system is a compressor that pumps compressed air.

Pneumatic cylinders are designed to drive cartridges and devices that clamp workpieces on lathes, turret lathes and other machines.

Types: PCVB, PCVSB.

• Pneumatic cylinders rotating PCVB, PCVSB. Technical specifications.

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Pneumatic valves are designed to change the direction of compressed air flows in two or more external pneumatic lines, depending on the external control action.

Types: B63-13A, B63-14A, B63-33A, B63-34A, B63-15A, B63-25A, B64-14A-05, B64-34A-05, B64-15A-05, etc.

• Pneumatic distributor 4-line 4/2 with pneumatic control B63. Technical characteristics.
• Pneumatic distributor 4-line with electropneumatic control B64. Technical characteristics.

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Crane pneumatic valves are designed to change the direction and overlap compressed air flows in pneumatic systems for various purposes.

Types: 08-11, 08-21, AB 71-22A, AB 71-23A, B 71-21, B 71-24M-01, B 71-33A, B 71-33M-1, etc.

• Pneumatic valve valves. Technical specifications.

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Pneumatic throttles are designed to regulate air flow in pneumatic actuators and control systems.

Types: MPC 06-2, MPC 10-12, MPC 12-1, MPC 25-2, B 77-12, MPC 04-2, P2D1M, PDT 25-10, etc.

• Pneumatic throttles with a check valve. Technical specifications.
• Pneumatic brake throttles. Technical specifications.

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Reduction pneumatic valves are designed to lower the pressure of compressed air and maintain it at a given level in pneumatic actuators of process equipment.

Types: PCRM112-25, PCRM122-12, PCRM122-16, PCRM211-40, PRK 10-1-1.

• Pneumatic valves reduction PCRM. Technical specifications.

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Reverse pneumatic valves are designed to pass compressed air in one direction and block it in the opposite direction in pneumatic actuators and control systems.

Types: ON 06-2, ON 10-2, ON 16-2, ON 20-2.

• Pneumatic valves are reverse by. Technical specifications.

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Electromagnetic pneumatic valves are used in the operation of high-speed mechanisms. They are designed to transmit medium and small torques.

Types: CAP 16-1.24V, CAT 16 220V, P-CAP 16-2, P-CAP 16-21, P-CAP 25-2.

• Three-way electromagnetic pneumatic valves. Technical specifications.

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Pneumatic silencers are designed to reduce the noise level when exhaust air from pneumatic actuators and devices is released into the atmosphere.

Types: PG 2113-04, PG 2113-06, PG 2113-10, PG 2113-16, PG 2113-20, PG 2113-25.

• Pneumatic silencers PG. Technical specifications.

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Pneumatic blocks are designed for forging and pressing equipment and are a block connected into one whole using two housings and three studs. The housing of the blocks is a collector for the passage of air and serves to secure the block during installation.

Types: P-B1-15, P-B1-16/10-04, P-B1-16/10-11, P-B1-16/10-12, P-B1-16/10-21, etc.

• Pneumatic blocks of type P-B1 16/10. Technical specifications.

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Pneumohydroaccumulators are designed to accumulate pressure energy in hydraulic systems and issue it when the flow rate of the working fluid increases.

Types: APG-B-1/20, APG-B-10/16, APG-B-2,5/20, ARCH 1/320, ARCH 10/320, ARCH 16/320, etc.

• Pneumohydroaccumulators of the APG type, ARCH. Technical specifications.

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Electropneumatic valves are designed for remote (electric) control of pneumatic drives of rolling stock of rail transport, locomotives, track machines and mechanisms, as well as industrial installations.

Types: BB-32, BB-32 W, BB-34, BB-34 W, BB-351, BB-352.

• Electropneumatic valves BB. Technical specifications.

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