G761-3034B | D656-301 | Flow control servo valve

MOOG servo valve G761-3034B series introduction

Model: G761-3003B

Rated flow rate:

0.5 to 75 l/min (0.125 to 20 gpm)

Standard configuration 4, 10, 19, 38, 63 l/min

(1.1, 2.5, 5, 10, 16.5 gpm)

Maximum working pressure Aluminum body: 315 bar (4,500 psi)

Steel body: 350 bar (5,000 psi)

The G761/-761 series flow control servo valves are available as three-way and four-way throttling models

Flow control valve for better control performance in four-way valves. The valves are high-performance, two-stage electro-hydraulic servo-valves with a rated flow rate of 0.5 to 75 l/min (0.125 to 19.5 gpm) at 35 bar (500 psi) valve pressure drop per throttling edge.

The valve series has simple structure, strong, reliable operation and long service life. The pilot stage of the valve is a symmetrical nozzle flapper torque motor. The output stage contains a 4-sided spool that is finely ground to match the valve sleeve for optimal performance. The spool position is mechanically fed back to the torque motor by a carbide feedback rod. The carbide ball at the end of the feedback lever ensures high accuracy, reliable operation and a long service life.

G761-3034B series flow control valve is a 3-way throttle valve, preferably for 4-way applications. They are a high-performance, two-stage design with a rated flow range of 0.5 to 75 litres/minute (0.125 to 19.5)

gpm), spool surface pressure drop to 35 bar(500 psi).

Simple design, durable, reliable, long service life. The pilot stage consists of a symmetrical nozzle flapper torque motor. The output stage consists of a 4-land sliding spool, precision ground to the bushing most

Good performance. The carbide tip feedback wire provides mechanical feedback on the spool position of the C-torque motor. Feedback wire end carbide ball, high precision, reliable operation, long service life. All our servo valves are

Known for high precision and reliable operation, even in the harshest industrial applications.

These valves are suitable for electro-hydraulic position, speed, pressure or force control systems that require a high dynamic response.