14-07-2009 Símbolos Produtos Vivoil Oleodinamica Vivolo XV-0P XV-0U XV-1P Rotação Esquerda Rotação Direita XV-1U Rotação Esquerda Rotação Direita XV-2P XV-2U XV-3P XV-3U XV-0R XV-0M XV-1R Drenagem externa Drenagem interna XV-1M Drenagem externa Drenagem interna XV-2R XV-2M XV-3R XV-3M XV-0T XV-1T XV-2T XV-3T Elemento primário bomba multipla XV-0I XV-1I XV-2I XV-3I Elemento intermédio bomba multipla XV-0F XV-1F XV-2F XV-3F Elemento final bomba multipla KV -DF KV -DFV KV -DF+M Bomba Unidirecional Motor Unidirecional Bomba Reversível Motor Bidirecional Rotação Esquerda Rotação Direita As…
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14-07-2009 Símbolos Produtos Vivoil Oleodinamica Vivolo XV-0P XV-0U XV-1P Rotação Esquerda Rotação Direita XV-1U Rotação Esquerda Rotação Direita XV-2P XV-2U XV-3P XV-3U XV-0R XV-0M XV-1R Drenagem externa Drenagem interna XV-1M Drenagem externa Drenagem interna XV-2R XV-2M XV-3R XV-3M XV-0T XV-1T XV-2T XV-3T Elemento primário bomba multipla XV-0I XV-1I XV-2I XV-3I Elemento intermédio bomba multipla XV-0F XV-1F XV-2F XV-3F Elemento final bomba multipla KV -DF KV -DFV KV -DF+M Bomba Unidirecional Motor Unidirecional Bomba Reversível Motor Bidirecional Rotação Esquerda Rotação Direita As…
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14-07-2009 Símbolos Produtos Vivoil Oleodinamica Vivolo XV-0P XV-0U XV-1P Rotação Esquerda Rotação Direita XV-1U Rotação Esquerda Rotação Direita XV-2P XV-2U XV-3P XV-3U XV-0R XV-0M XV-1R Drenagem externa Drenagem interna XV-1M Drenagem externa Drenagem interna XV-2R XV-2M XV-3R XV-3M XV-0T XV-1T XV-2T XV-3T Elemento primário bomba multipla XV-0I XV-1I XV-2I XV-3I Elemento intermédio bomba multipla XV-0F XV-1F XV-2F XV-3F Elemento final bomba multipla KV -DF KV -DFV KV -DF+M Bomba Unidirecional Motor Unidirecional Bomba Reversível Motor Bidirecional Rotação Esquerda Rotação Direita As…
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CC-687A 7 High speed response and miniature size Small flow sensor FSM series Miniature size and high-response Three series of compact flow sensors to match different applications Unprecedentedly compact size and high-speed response are realized using a platinum sensor chip incorporating silicon micromachining and a newly proposed rectifying mechanism. The thermal flow sensor is used for applications such as confirmation of electronic part suction, leakage inspection, and gas flow control. Indicator/FSM-H-D 30X32 Flow display section (3-digit digital display) Flow display section (3-digit…
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CC-687A 7 High speed response and miniature size Small flow sensor FSM series Miniature size and high-response Three series of compact flow sensors to match different applications Unprecedentedly compact size and high-speed response are realized using a platinum sensor chip incorporating silicon micromachining and a newly proposed rectifying mechanism. The thermal flow sensor is used for applications such as confirmation of electronic part suction, leakage inspection, and gas flow control. Indicator/FSM-H-D 30X32 Flow display section (3-digit digital display) Flow display section (3-digit…
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Electrohydraulic Valves... A Technical Look Moog Inc. was the founded in 1951 by William C. Moog, inventor of the Electrohydraulic Servovalve. His creation heralded a new era in precision control. It also spurred the growth of Moog to become the world leader in design and manufacture of electrohydraulic control products and systems. During the past decade the company has extended its control expertise into Servo-Proportional Valves, Servo Electronics and Direct Drive Valves. Moog products provide precise control of position, velocity and force – so important to the proper operation of a wide…
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Electrohydraulic Valves... A Technical Look Moog Inc. was the founded in 1951 by William C. Moog, inventor of the Electrohydraulic Servovalve. His creation heralded a new era in precision control. It also spurred the growth of Moog to become the world leader in design and manufacture of electrohydraulic control products and systems. During the past decade the company has extended its control expertise into Servo-Proportional Valves, Servo Electronics and Direct Drive Valves. Moog products provide precise control of position, velocity and force – so important to the proper operation of a wide…
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S CNCmaster Swiss Airforce Pilot Willy Suhner E SCNCmaster ● Digitaler Servomotor-Vorschubschlitten ▲ Digital servomotor driven slide unit ■ Unité d’avance par servomoteur digital ● Aufbau ▲ Features ■ Conception UA15 CNC UA 35 CNC ● Gesamthub / Arbeitshub ▲ Total stroke / Working stroke 150 – 300 mm 160/320/480 mm ■ Course totale / Course de travail ● Vorschubkraft, 2-Weg ▲ Thrust in both directions 2500 N 6000 N ■ Effort de poussée dans les 2 sens ● Genauigkeit / Wiederholgenauigkeit ± 0,01mm ± 0,01mm ▲ Accuracy / Positioning accuracy 23 µ / 300 mm 23 µ / 300mm ■ Précision / Précision de…
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S POWERmaster SUHNER Drilling Accessory (1935) C SPOWERmaster ● Pneumohydraulischer und mechanischer Vorschubschlitten ▲ Pneumatic with integrated hydraulic feed control and mechanical slide unit ■ Unites d’avance oléopneumatique et mécanique ● Aufbau ▲ Features ■ Conception UA 15 UA 35 ● Pneumohydraulisch: Hub /N 150–300 mm 160–320–480 mm ▲ Pneumatic with integrated hydraulics: Stroke /N 6 bar 6 bar ■ Oléopneumatique: Course /N 1870 N 3000 N ● Servomotor: Kapitel E Seite/Page: Seite / Page: ▲ Servomotor: chapter E E 30 E 50 ■ Servomoteur: chapitre E 2500 N 6000 N ● Mechanisch mit…
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S CNCmaster Swiss Airforce Pilot Willy Suhner E SCNCmaster ● Digitaler Servomotor-Vorschubschlitten ▲ Digital servomotor driven slide unit ■ Unité d’avance par servomoteur digital ● Aufbau ▲ Features ■ Conception UA15 CNC UA 35 CNC ● Gesamthub / Arbeitshub ▲ Total stroke / Working stroke 150 – 300 mm 160/320/480 mm ■ Course totale / Course de travail ● Vorschubkraft, 2-Weg ▲ Thrust in both directions 2500 N 6000 N ■ Effort de poussée dans les 2 sens ● Genauigkeit / Wiederholgenauigkeit ± 0,01mm ± 0,01mm ▲ Accuracy / Positioning accuracy 23 µ / 300 mm 23 µ / 300mm ■ Précision / Précision de…
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