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| Brand Name : | MOOG |
| Model Number : | D634-1057 D634-1058 D634-1059 D634-1060 D634-3001 D634-301C D634-305C D634-307C D634-308C D634-317C |
| Certification : | ISO |
| Price : | 2 |
| Payment Terms : | Western Union,MoneyGram,T/T,D/A,D/P,L/C |
| Supply Ability : | 30 |
| Delivery Time : | 2 weeks |
D634-1057 D634-1058
D634-1059 D634-1060
D634-3001 D634-301C
D634-305C D634-307C
D634-308C D634-317C Control pressure, flow rate, high-pressure
electro-hydraulic servo valve MOOG
| rated current | 1A | voltage | 24V 220v |
| power | 0.1 kW | model | D634-1057 D634-1058 D634-1059 D634-1060 D634-3001 D634-301C D634-305C D634-307C D634-308C D634-317C |
| 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 |

| MOOG-6172 D664Z760B TYP: D05FR3WBNOT |
| MOOG-6173 D136-001-007 D1794 |
| MOOG-6174 D633-7369/A08KA4M0HNJ |
| MOOG-6175 D661-4060/P60HABF6VSX2-B |
| MOOG-6176 14S-4S (quad core) |
| MOOG-6177 WB-10065 |
| MOOG-6178 D6615E-4506C/K60SF6V1D6BXAA |
| MOOG-6179 D661-4652C/G15J0AA6VSX2HA |
| MOOG-6180 D6615E-4652/K40SF6V1D6BXAA |
| MOOG-6181 14S-4S (four core) with servo valve J761-003 |
| MOOG-6182 JC-YL-AH1890 380V |
| MOOG-6183 ELK7-5/PUR/PB, |
| MOOG-6184 ELk7-2/PUR/PB |
| MOOG-6185 G7613004 S19J0GM |
| MOOG-6186 D630Z067AH20JOGAEVBL |
| MOOG-6187 D630-272DS10JOGAEVBL |
| MOOG-6188 ZDMEBV10PPA4MS7FA/CEE10C1A |
| MOOG-6189 EN175201-804 |
| MOOG-6190 MS3106F14S5S |
| MOOG-6191 G123-825-001 |
| MOOG-6192 X820-28PB-001N01 |
| MOOG-6193 J072-056 |
| MOOG-6194 760C928A |
| MOOG-6195 D661-6347C/G23JOAA4NSX2HA |
| MOOG-6196 Mod: D633-495B |
| MOOG-6197 E760-945 |
| MOOG-6198 D661G75HOAA4NSX2HA |
| MOOG-6199 D682-4056 |
| MOOG-6200 D791-4046/S25JOQA6VSX2-B |
| MOOG-6202 SCE98.04.0 |
| MOOG-6203 6502140095 0528821NT.16RELE& |
| MOOG-6204 D672-0006-0000 |
| MOOG-6205 D662-4106B D02HABF5VSD2-A |
| MOOG-6206 D691-2746G |
| MOOG-6207 D634-327C |
| MOOG-6208 D673-0001-0000 |
| MOOG-6209 D634K2000C TYP.R24KD2NONXU2 |
| MOOG-6210 D791-4020 |
| MOOG-6211 CONNECTOR 6+PE-B 97007-061 |
| MOOG-6212 HPR18A1RKP032SM28F2Y00 |
| MOOG-6213 C85150-003 |
| MOOG-6214 MOD 5761-003 SIN:12144ES63J |
| MOOG-6215 D661-4651G350AA6VSX2HA |
| MOOG-6216 HPR18A1RKP032SM28H1Z00 |
| MOOG-6217 PROP.VALVE D661-Z4146 |
| MOOG-6218 J072-187 |
| MOOG-6219 CZ1008EK DS2000 |
| MOOG-6220 312A6077P001 |
| MOOG-6221 D661-43ID |
| MOOG-6222 Typ:CA14865015K |
| MOOG-6223 ZU D662-4307 |
| MOOG-6224 ZUD662UNDD66 |
| MOOG-6225 Typ:CA14865015K |
| MOOG-6226 ZUD662UNDD661 |
| MOOG-6227 D633Z313B |
| MOOG-6228 D941-6733C-0001 |
| MOOG-6229 D661-4922 P80H0BD5NSD2-B |
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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