Function code MOOG MOOG Model 072-559A S15F0FA4VBL 072-558A S22FOFA4VBL
Function code MOOG MOOG Model G761-3001 H04JOFM4VPL G761-3002 / G761-3003 H19JOFM4VPL G761-3004 H38JOFM4VPL G761-3005 S63JOGM4VPL
Function code MOOG MOOG Model J761-003 J761-004
Function code MOOG MOOG Model D765-1603-5 S38JOGMGUSXO D765-1089-4 S63JOGAEVSXO
Pilot stage / power level function valve model code MOOG D630Z067A/D663Z4307K H20J0GAEVBL D630-072A/D662Z4311K S10JOGAEVBL D630-272D/D662Z4336K S10JOGAEVBL D761-2617/D791-4002 H19J0GAEVAL D761-2612/D791-5009 H19J0GBEVAL D761-2619/D791-4028 H10J0GAEVAL
Pilot stage / power level function valve model code MOOG D061-8411/D662-4010 J15HOBA4VB1 D061-8412/D663-4007 J15HOBB4VB1 MOOG servo valve Special Type: D633-303B D633-308B D633-313B D633-317B D633-471B D633-472B D633-473B D633-481B D633-525B D634-538A D661-393D D661-4023 D661-4033 D661-4069 D661-4070 D661-4099 D661-4313C D661-4332C D661-4334C D661-4438E D661-4451C D661-4507C D661-4575C D661-4576C D661-4586E D661-4594C D661-4624 D661-4636 D661-4640 D661-4649 D661-4650 D661-4651 D661-4652 D661-4691C D661-4697C D661-4729 D661-4773 D661-4776 D661-4782 D661-4790 D661-4826 D661-4867 D661-5611 D661-5625C D662-1923E-4 D662-4010 D662-4014 D662-4036 D662-4037 D662-4038 D662-4065 D662-4083 D662-4099 D662-4723 D662-4846 D662-4884 D662Z1931E D662Z4017 D662Z4336K D662Z4341K D662Z4378K D662Z4380 D662Z4384K D662Z4813 D662Z4814 D662Z4815 D663-1922E-4 D663-306K D663-344K D663-4007 D663-4012 D663-4025 D663-4318K D663-4705 D663-4769 D663-5002 D663-5304K D663Z4305K D663Z4307K D663Z4322K D664-4009 D664-4013 D664-4311K D664-4383K D664-4384K D664-4714 D664Z4306K D664Z4382K D765-019-5 D765-1048-5 D765-1603-5 D791-5008 D791-5045 D791-5021 D792-5002 G040-123-001 G631-3002B G631-3004B G631-3006B G761-3003-5 G761-3009A G761-3602 G761-3605 M040-104B Moog (MOOG) is the world''s electro-hydraulic servo components and servo system design and manufacturing leader, inventor of the electro-hydraulic servo valve William C. Moog founded in 1951. Widely used in aircraft, satellites, space shuttles, rockets and a variety of industrial automation equipment. In industry, injection molding and blow molding equipment, servo control device is one of our key research areas. MOOG servo valve, MOOG servo valve, MOOG proportional valve, MOOG wall thickness controller, MOOG motors 1. Hydraulic servo system: By DVP (digital velocity & pressure) card and the MOOG D660 Series Servo valve can achieve precise, repeatable process of injection molding. DVP card has the following features: Closed-loop injection speed control (with the pressure limit protection); by the speed mode can be switched to the pressure mode; packing closed-loop control; the process of injection back pressure in the closed-loop control; The control algorithms built in, and provide GOUI software, closed-loop control parameters (P, I-gain, etc.) can be downloaded from the PC to the DVP card and stored in ROM can also be directly uploaded from the DVP card data. D660 Series Servo Valve Pilot-level jet using a servo control to reduce energy consumption and improve the robustness of the valve. As the servo-level jet pilot tube with high undamped natural frequency (500HZ), so the higher the dynamic response of such valves are widely used in plastic machinery, die-casting machines, heavy industry, and reflects the excellent practice performance. 2. Fully electric servo system: As we all know, all-electric injection molding machine is a new market trends. Compared with the hydraulic press, has the following advantages: Repetitive; low operating costs, save energy up to 50%; less maintenance, easy to maintain; low noise, and no hydraulic pollution, for the pharmaceutical and other special industries; MOOG is the first to enter the all-electric injection molding industry, manufacturers of professional control, to the partners DBS, DBM, DS2000 series drives FASTACT series motor. DS2000 drive and FAS T AC servo motor has the following features: Acceptable three-phase drive, 50HZ, 65 to any voltage between 506V; AC servo motor control can be set or asynchronous motor; current loop can be configured according to characteristics of the servo motor, automatic adjustment according to changes in DC BUS, while providing compensation and phase BEMF self-correction function; speed loop integration of three digital filters, dynamic performance, etc.
