Sames Kremlin 25-2000µ 000790020 Каталог онлайн [84/120] 869914

www.sames-kremlin.com

Bond | Protect | Beautify

Fluid regulators and lters

Regulation technology

The driven regulator technology consists in ow controlled by an air pressure regulator. The air pressure is applied

on all the regulator diaphragms where a manual spring pushes on a limited surface. The high performance

diaphragm delivers very high precision even at low pressures. It also brings fast response time to robotic

applications.

REMOTE control

FAST response

HIGH precision

Fluid pressure regulators are used to reduce and balance the uid pressure delivered from a pump. Regulators

are designed to deliver constant uid pressure based upon the inputs or setting of the regulator. Fluid regulators

should be placed as close as possible to the point of application.

The uid regulator closes and stops uid ow when the downstream pressure in the hose of the regulator is greater

than the set regulator pressure.

The input uid pressure should be approximately 40% higher than the regulated pressure. For good control in a

pneumatic regulated system, a stable air supply is required. Fluid supply pulsation should be minimized to help

ensure ideal regulator function.

FLUID FLOW

Force equilibrium unbalanced: the air piston doesn’t move; the

piston ball check “Inlet Material” is closed by the uid pressure.

PRESSURE DROP

As soon as a pressure drop occurs in the system the regulator

piston moves with air pressure by opening the ball check and

allowing material to flow in chamber 2.

Fluid regulators

CHAMBER 2

CHAMBER 1