The check valves that expand applications. Contributes to improved workability and tact time. For coolants and wash water. Example of applications Nozzle for machine tool coolants Prevents fluid dripping from leading to incorrect detections of the cutting tool breakage sensor Improves discharge responsivity Cleaning equipment Fluid dripping prevention protects workpieces Improved workability Stops precisely and continues to the next process smoothly, contributing to improved workability and tact time. No check valve Check valve with nozzle Fluid dripping does not stop. Prevents fluid dripping…
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The check valves that expand applications. Contributes to improved workability and tact time. For coolants and wash water. Example of applications Nozzle for machine tool coolants Prevents fluid dripping from leading to incorrect detections of the cutting tool breakage sensor Improves discharge responsivity Cleaning equipment Fluid dripping prevention protects workpieces Improved workability Stops precisely and continues to the next process smoothly, contributing to improved workability and tact time. No check valve Check valve with nozzle Fluid dripping does not stop. Prevents fluid dripping…
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58 Read the precautions on pages 7 to 12 in the introduction before use. Eliminating causes of particle formation with PFA-molded body Orifice: Ø8/Ø10/Ø12/Ø16/Ø20/Ø22/Ø25 AMD2123 / AMD3 1 2 3 / AMD4 1 2 3 / AMD5 1 2 3 Series Air-operated valve for chemical liquids Subject to Export Trade Control Ordinances *Target: Valves with Ø12 or larger orifice Specifications Working fluid Fluid temperature Withstanding pressure Working pressure range (A —> B) Working pressure range (B —> A) Valve seat leakage Back pressure Ambient temperature Frequency Installation attitude Port size (Note 1) Orifice Cv…
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58 Read the precautions on pages 7 to 12 in the introduction before use. Eliminating causes of particle formation with PFA-molded body Orifice: Ø8/Ø10/Ø12/Ø16/Ø20/Ø22/Ø25 AMD2123 / AMD3 1 2 3 / AMD4 1 2 3 / AMD5 1 2 3 Series Air-operated valve for chemical liquids Subject to Export Trade Control Ordinances *Target: Valves with Ø12 or larger orifice Specifications Working fluid Fluid temperature Withstanding pressure Working pressure range (A —> B) Working pressure range (B —> A) Valve seat leakage Back pressure Ambient temperature Frequency Installation attitude Port size (Note 1) Orifice Cv…
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58 Read the precautions on pages 7 to 12 in the introduction before use. Eliminating causes of particle formation with PFA-molded body Orifice: Ø8/Ø10/Ø12/Ø16/Ø20/Ø22/Ø25 AMD2123 / AMD3 1 2 3 / AMD4 1 2 3 / AMD5 1 2 3 Series Air-operated valve for chemical liquids Subject to Export Trade Control Ordinances *Target: Valves with Ø12 or larger orifice Specifications Working fluid Fluid temperature Withstanding pressure Working pressure range (A —> B) Working pressure range (B —> A) Valve seat leakage Back pressure Ambient temperature Frequency Installation attitude Port size (Note 1) Orifice Cv…
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24 Read the precautions on pages 7 to 12 in the introduction before use. Orifice: Ø16 AMD41232 Series Stainless steel body air-operated valve for chemical liquids Specifications Internal structure and parts list Working fluid Fluid temperature Withstanding pressure Working pressure range (A — > B) Working pressure range (B — > A) Valve seat leakage Back pressure Ambient temperature Frequency Installation attitude Connection Orifice Operation section Chemical liquids, pure water (Note 1) 5 to 120 0.9 0 to 0.3 (Note 2) 0 to 0.1 (Note 2) 0 (at, water pressure) 0 to 0.1 (Note 2) 0 to 60 20…
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24 Read the precautions on pages 7 to 12 in the introduction before use. Orifice: Ø16 AMD41232 Series Stainless steel body air-operated valve for chemical liquids Specifications Internal structure and parts list Working fluid Fluid temperature Withstanding pressure Working pressure range (A — > B) Working pressure range (B — > A) Valve seat leakage Back pressure Ambient temperature Frequency Installation attitude Connection Orifice Operation section Chemical liquids, pure water (Note 1) 5 to 120 0.9 0 to 0.3 (Note 2) 0 to 0.1 (Note 2) 0 (at, water pressure) 0 to 0.1 (Note 2) 0 to 60 20…
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32 Read the precautions on pages 7 to 12 in the introduction before use. Orifice: Ø20 AMD51232 Series Stainless steel body air-operated valve for chemical liquids Specifications Internal structure and parts list Working fluid Fluid temperature Withstanding pressure Working pressure range (A —> B) Working pressure range (B —> A) Valve seat leakage Back pressure Ambient temperature Frequency Installation attitude Orifice Operation section Chemical liquids, pure water (Note 1) 5 to 120 0.9 0 to 0.3 (Note 2) 0 to 0.1 (Note 2) 0 (at, water pressure) 0 to 0.1 (Note 2) 0 to 60 20 times/min or less…
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32 Read the precautions on pages 7 to 12 in the introduction before use. Orifice: Ø20 AMD51232 Series Stainless steel body air-operated valve for chemical liquids Specifications Internal structure and parts list Working fluid Fluid temperature Withstanding pressure Working pressure range (A —> B) Working pressure range (B —> A) Valve seat leakage Back pressure Ambient temperature Frequency Installation attitude Orifice Operation section Chemical liquids, pure water (Note 1) 5 to 120 0.9 0 to 0.3 (Note 2) 0 to 0.1 (Note 2) 0 (at, water pressure) 0 to 0.1 (Note 2) 0 to 60 20 times/min or less…
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24 Read the precautions on pages 7 to 12 in the introduction before use. Orifice: Ø16 AMD41232 Series Stainless steel body air-operated valve for chemical liquids Specifications Internal structure and parts list Working fluid Fluid temperature Withstanding pressure Working pressure range (A — > B) Working pressure range (B — > A) Valve seat leakage Back pressure Ambient temperature Frequency Installation attitude Connection Orifice Operation section Chemical liquids, pure water (Note 1) 5 to 120 0.9 0 to 0.3 (Note 2) 0 to 0.1 (Note 2) 0 (at, water pressure) 0 to 0.1 (Note 2) 0 to 60 20…
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