Depending on the speed, the droop is adjusted from one point to another (at full load and at no load). The higher the droop, the more stable it is, but the slower the response of the load input and output; the lower the droop, the more agile it is, but it can cause oscillations in the load input and output.
Really good video.. Very easily understand that all.. Thank for your video.. Keep go ahead...
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الله ينور يا بشمهندس
Excellent video!
Thank you for this excellent content. If you can send the pictures in this video
Nice video
ياريت لو يا بشمهندس عندك فيديوهات عن شحط الكرسي الثابت عمود الكرنك في الفخدة
I want to develop inhouse governor test and calibration bench.can you help me in this regard
Good job, please kindly send me your video posts very important. I'm Interested.❤
لو فى شرح بالصوت يكون افضل عشان اللى لسا بدا الحياة العملية يقدر يستوعب المكونات وازاى بتشتغل
nice video try to make a video about PGPL governor calibration.
Your video is very quick
Thank you for your watch and your notification very appreciated
Very nice video.. can u explain the droop adjustment of governor
Depending on the speed, the droop is adjusted from one point to another (at full load and at no load). The higher the droop, the more stable it is, but the slower the response of the load input and output; the lower the droop, the more agile it is, but it can cause oscillations in the load input and output.
❤
Tengo uno completo como nuevo lo vendo cuanto me ofrecen
If you like theory of operation for Woodward governors, check out the oldwoodward.com governor history site.
Tnx boss
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