日本SMC電磁閥用小容量儲氣罐,VBAT10A1-U-X104
能和增壓閥緊湊地直接連接的小容量氣罐。
能作為氣罐單獨(dú)使用。帶安全閥 (可選項)
可與增壓閥緊湊連接。可作為氣罐單體使用。
不屬于2類壓力容器。日本以外規(guī)格也可對應(yīng)。
單獨(dú)使用氣罐(不連接增壓閥)時，如果在
常溫、1MPa以上壓力的條件下使用，則使用注意事項
使用壓力請在zui高使用壓力以下使用。如果萬一出現(xiàn)zui

高使用壓力以上使用的可能性，一定要采取安
全措施防止在zui高使用壓力以上使用。
就使用壓力開關(guān)和安全閥，不要在zui高使用壓力以上使用。
連接請在氣罐OUT側(cè)設(shè)置過濾器或油霧分離器。因
為氣罐的內(nèi)表面沒有處理，灰塵有可能從出口側(cè)流出。
增壓閥VBA作為氣罐附件，按下表組合使用時可直接連接。
日本SMC電磁閥用小容量儲氣罐,VBAT10A1-U-X104
SMC技術(shù)樣本 AWM20-N01P-C
SMC技術(shù)樣本 AWM20-N01P-N
SMC技術(shù)樣本 AWM20-N01P-R
SMC技術(shù)樣本 AWM20-N01P-Z
SMC技術(shù)樣本 AWM20-N01-R
SMC技術(shù)樣本 AWM20-N01-Z
SMC技術(shù)樣本 AWM20-N02
SMC技術(shù)樣本 AWM20-N02-1
SMC技術(shù)樣本 AWM20-N02-2
SMC技術(shù)樣本 AWM20-N02-6
SMC技術(shù)樣本 AWM20-N02B
SMC技術(shù)樣本 AWM20-N02B-1
SMC技術(shù)樣本 AWM20-N02B-2
SMC技術(shù)樣本 AWM20-N02B-6
SMC技術(shù)樣本 AWM20-N02B-C
SMC技術(shù)樣本 AWM20-N02B-N
SMC技術(shù)樣本 AWM20-N02B-R
SMC技術(shù)樣本 AWM20-N02B-Z
SMC技術(shù)樣本 AWM20-N02C
SMC技術(shù)樣本 AWM20-N02-C
SMC技術(shù)樣本 AWM20-N02C-1
SMC技術(shù)樣本 AWM20-N02C-2
SMC技術(shù)樣本 AWM20-N02C-6
SMC技術(shù)樣本 AWM20-N02C-C
SMC技術(shù)樣本 AWM20-N02C-CZ
SMC技術(shù)樣本 AWM20-N02CE-CZ
SMC技術(shù)樣本 AWM20-N02C-N
SMC技術(shù)樣本 AWM20-N02C-R
SMC技術(shù)樣本 AWM20-N02C-Z
SMC技術(shù)樣本 AWM20-N02E
SMC技術(shù)樣本 AWM20-N02E-1
SMC技術(shù)樣本 AWM20-N02E-2
SMC技術(shù)樣本 AWM20-N02E-6
SMC技術(shù)樣本 AWM20-N02E-C
SMC技術(shù)樣本 AWM20-N02E-N
SMC技術(shù)樣本 AWM20-N02E-R
SMC技術(shù)樣本 AWM20-N02E-Z
SMC技術(shù)樣本 AWM20-N02G
SMC技術(shù)樣本 AWM20-N02G-1
SMC技術(shù)樣本 AWM20-N02G-2
SMC技術(shù)樣本 AWM20-N02G-6
SMC技術(shù)樣本 AWM20-N02G-C
SMC技術(shù)樣本 AWM20-N02G-N
SMC技術(shù)樣本 AWM20-N02G-R
SMC技術(shù)樣本 AWM20-N02G-Z
SMC技術(shù)樣本 AWM20-N02-N
SMC技術(shù)樣本 AWM20-N02P
SMC技術(shù)樣本 AWM20-N02P-1
SMC技術(shù)樣本 AWM20-N02P-2
SMC技術(shù)樣本 AWM20-N02P-6
SMC技術(shù)樣本 AWM20-N02P-C
SMC技術(shù)樣本 AWM20-N02P-N
SMC技術(shù)樣本 AWM20-N02P-R
SMC技術(shù)樣本 AWM20-N02P-Z
SMC技術(shù)樣本 AWM20-N02-R
SMC技術(shù)樣本 AWM20-N02-Z
SMC技術(shù)樣本 AWM3000-02
SMC技術(shù)樣本 AWM3000-02-2
SMC技術(shù)樣本 AWM3000-02-2R
SMC技術(shù)樣本 AWM3000-02B
SMC技術(shù)樣本 AWM3000-02B-2
SMC技術(shù)樣本 AWM3000-02B-6J
SMC技術(shù)樣本 AWM3000-02B-6W
SMC技術(shù)樣本 AWM3000-02BC
SMC技術(shù)樣本 AWM3000-02BCG
SMC技術(shù)樣本 AWM3000-02BCG-2
SMC技術(shù)樣本 AWM3000-02BCG-6
SMC技術(shù)樣本 AWM3000-02BCG-6W
SMC技術(shù)樣本 AWM3000-02BD
SMC技術(shù)樣本 AWM3000-02BD-2R
SMC技術(shù)樣本 AWM3000-02BD-6
SMC技術(shù)樣本 AWM3000-02BDG
SMC技術(shù)樣本 AWM3000-02BDG-1
SMC技術(shù)樣本 AWM3000-02BDG-2
SMC技術(shù)樣本 AWM3000-02BDG-2R
SMC技術(shù)樣本 AWM3000-02BDG-6
SMC技術(shù)樣本 AWM3000-02BDG-6W
SMC技術(shù)樣本 AWM3000-02BDG-N
SMC技術(shù)樣本 AWM3000-02BG
SMC技術(shù)樣本 AWM3000-02BG-1
SMC技術(shù)樣本 AWM3000-02BG-12
SMC技術(shù)樣本 AWM3000-02BG-1W
SMC技術(shù)樣本 AWM3000-02BG-2
SMC技術(shù)樣本 AWM3000-02BG-2J
SMC技術(shù)樣本 AWM3000-02BG-N
SMC技術(shù)樣本 AWM3000-02BG-R
SMC技術(shù)樣本 AWM3000-02BG-W
SMC技術(shù)樣本 AWM3000-02B-W
SMC技術(shù)樣本 AWM3000-02C
SMC技術(shù)樣本 AWM3000-02CG
SMC技術(shù)樣本 AWM3000-02CG-1
SMC技術(shù)樣本 AWM3000-02CG-2
SMC技術(shù)樣本 AWM3000-02CG-6
SMC技術(shù)樣本 AWM3000-02CG-8
SMC技術(shù)樣本 AWM3000-02CG-R
SMC技術(shù)樣本 AWM3000-02D
SMC技術(shù)樣本 AWM3000-02D-2
SMC技術(shù)樣本 AWM3000-02DG
SMC技術(shù)樣本 AWM3000-02DG-1
SMC技術(shù)樣本 AWM3000-02DG-2