According to DIN VDE 0580 at coil temperature
of +20 °C. In operation the power consumption of the
solenoid decreases by approx. 30 %.
氣缸:
正確的氣缸大小選擇取決于所要求的
輸出力和供氣壓力,在v頁的表中列出了
用牛頓為單位表示的單作用及雙氣缸的理
Design acc. to DIN VDE 0580 On request Further versions
Voltage range ±10 %
100 % duty cycle
Protection acc. to EN 60529 IP65
Socket Form A acc. to DIN EN 175301-803 (included)
Power Consumption
According to DIN VDE 0580 at coil temperature
of +20 °C. In operation the power consumption of the
solenoid decreases by approx. 30 %.
氣缸:
正確的氣缸大小選擇取決于所要求的
輸出力和供氣壓力,在v頁的表中列出了
用牛頓為單位表示的單作用及雙氣缸的理
論推力和拉力。
有桿氣缸的有桿腔有效面積等于活塞
的面積減去活塞桿的面積。
為了保證氣缸平穩可控及無故障的
工作,缸規格選擇時應保證其理論輸出力比實際要求高出30%-
50%,以補給內外摩擦力及背壓和流動壓降而形成的額外負載,所需
補償量隨著應用系統的不同而不同,對夾緊氣缸僅需要一個小值,
但對于低速運動就需要一個大值,流動壓降約占10%-20%。
經驗規則:對高速運動的氣缸,其理論輸出力應比實際要求要
高出25%,低速時應高出50%,而低低速應高出。
Note to Pressure Equipment Directive (PED):
The valves of this series, including the connection size DN 25 (G 1),
are according to Art. 3 § 3 of the Pressure Equipment Directive (PED)
97/23/EG. This means interpretation and production are in accordance to
engineers practice wellknown in the member countries.
The CE-sign at the valve refers not to the PED. Thus the declaration of