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| Brand Name : | MOOG |
| Model Number : | D634-528A D634-529A D634-530A D634-531 D634-532 D634-533 D634-534 D634-536A D634-537A D634-539 |
| Certification : | ISO |
| Price : | 2 |
| Payment Terms : | MoneyGram,Western Union,T/T,D/P,D/A,L/C |
| Supply Ability : | 30 |
| Delivery Time : | 2 weeks |
D634-528A D634-529A
D634-530A D634-531
D634-532 D634-533
D634-534 D634-536A
D634-537A D634-539 Closed loop control direct acting servo valve
MOOG permanent magnet linear force motor driven spool
| rated current | 1A | voltage | 24V 220v |
| power | 0.1 kW | model | D634-528A D634-529A D634-530A D634-531 D634-532 D634-533 D634-534 D634-536A D634-537A D634-539 |
| brand | MOOG | place of origin | Germany |
| application | LED touch control | material | PVC, Steel, copper |
| rated frequency | 50 Hz | brand | Muge |
| type | Servo proportional valve | control | Electro hydraulic/Proportional |
| material | Advanced alloy steel/cast iron | +85267220981 |

| MOOG D661-4033/ C41156-421 P80HAAF6VSX2-A |
| MOOG D661-4059/C41156-411 P80HAAF6VSX2-B |
| MOOG D661-4444C/C41156-421 G60JOAA6VSX2HA |
| MOOG D661-4443C/C41156-421 G45J0AA6VSX2HA |
| MOOG D661-4506C/C41156-421 G23J0AA6VSX2HA |
| MOOG D661-4539C/C41156-421 G35JOAA5VSX2HA |
| MOOG D662Z4311K/D630-072A P01JXMF6VSX2-A |
| MOOG D662-4010/D061-8411 D02HABF6VSX2-A |
| MOOG D662Z4336K/D630-272D P01JXMF6VSX2-A |
| MOOG D663Z4307K/D630Z067A P02JONF6VSX2-A |
| MOOG D663-4007/D061-8412 L03HABD6VSX2-A |
| MOOG D663Z4307K/D630Z067A P02JONF6VSX2-A |
| MOOG D663-4007/D061-8412 L03HABD6VSX2-A |
| MOOG D634-341C R40K02M0NSS2 |
| D633-7303 D634-528A D661-4307C D661-4633 |
| D633-7304 D634-529A D661-4308G D661-4634 |
| D633-7308 D634-530A D661-4309C D661-4635 |
| D633-7310 D634-531 D661-4310C D661-4636 |
| D633-7321 D634-532 D661-4311C D661-4637 |
FAQ:
Frequently Asked Questions (FAQ): MOOG Electro-Hydraulic Servo Valves
Product Overview
1. What is a MOOG Electro-Hydraulic Servo Valve and how does it work?
A MOOG Electro-Hydraulic Servo Valve is an electro-hydraulic conversion and power amplification component. Its primary function is to receive analog electrical control signals and then proportionally adjust the output flow and pressure of hydraulic fluid based on these signals, thereby achieving precise control of hydraulic actuators . Essentially, it converts tiny electrical signals into high-power hydraulic output, making it a core component in electro-hydraulic servo systems .
Most MOOG servo valves are two-stage valves. In the first stage, an electrical signal is sent to a torque motor, which moves a flapper between two nozzles, creating a pressure differential. This pressure difference acts on a spool (the second stage), moving it to control the main hydraulic flow to the load. The valve may use mechanical feedback (e.g., a spring) or an electrical feedback system (LVDT sensor) to ensure the spool position accurately corresponds to the input command signal .
2. What are the main advantages of MOOG Servo Valves?
MOOG servo valves are known for several key advantages :
• High-Precision Control: They offer exceptional control accuracy, which can reach about 0.1%, suitable for demanding applications.
• High Dynamic Performance: They feature fast response times, often in the millisecond range, allowing for high-speed and high-precision control.
• High Reliability and Stability: Designed with advanced technology and materials for stable long-term operation, even in harsh environments.
• Variety of Designs: Available in various series, including standard two-stage, high-performance two-stage and three-stage, and direct-drive valves (DDV) to meet different performance needs.
• Fail-Safe Functionality: Some models include a fail-safe feature that moves the valve to a safe position in case of a power failure or system fault .
Series and Specifications
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