Direct Acting Miyawaki - Pressure reducing valve - Direct Acting for steam - RE1 Miyawaki - Pressure reducing valve - Direct Acting for steam - RE1 Pressure reducing valves (PRV) are designed for regulating the downstream pressure and maintaining it within certain acceptable limits. Ideally, a PRV should provide a constant downstream pressure while delivering the required flow, i.e. The PRV automatically adjusts the steam flow to meet the downstream system demand. Depending on the model, MIYAWAKI’s... View BSP NPT 1,0 - 1,6 Mpa DIN ANSI Brass CW 617N
Direct Acting Miyawaki - Pressure reducing valve - Direct Acting for steam - RE2 Miyawaki - Pressure reducing valve - Direct Acting for steam - RE2 Pressure reducing valves (PRV) are designed for regulating the downstream pressure and maintaining it within certain acceptable limits. Ideally, a PRV should provide a constant downstream pressure while delivering the required flow, i.e. The PRV automatically adjusts the steam flow to meet the downstream system demand. Depending on the model, MIYAWAKI’s... View BSP NPT 1,0 Mpa DIN ANSI Brass CW 617N
Direct Acting Miyawaki - Pressure reducing valve - Direct Acting for steam - REC1 Miyawaki - Pressure reducing valve - Direct Acting for steam - REC1 Pressure reducing valves (PRV) are designed for regulating the downstream pressure and maintaining it within certain acceptable limits. Ideally, a PRV should provide a constant downstream pressure while delivering the required flow, i.e. The PRV automatically adjusts the steam flow to meet the downstream system demand. Depending on the model, MIYAWAKI’s... View BSP NPT Flanged 1,6 Mpa DIN ANSI Stainless Steel
Direct Acting Miyawaki - Pressure reducing valve - Direct Acting for steam - RE20 Miyawaki - Pressure reducing valve - Direct Acting for steam - RE20 Pressure reducing valves (PRV) are designed for regulating the downstream pressure and maintaining it within certain acceptable limits. Ideally, a PRV should provide a constant downstream pressure while delivering the required flow, i.e. The PRV automatically adjusts the steam flow to meet the downstream system demand. Depending on the model, MIYAWAKI’s... View Flanged PN 16 PN 25 DIN EN-GJS-400-15 (Nodular Cast Iron) Ductile Cast Iron
Direct Acting Miyawaki - Pressure reducing valve - Direct Acting for steam - REC20 Miyawaki - Pressure reducing valve - Direct Acting for steam - REC20 Pressure reducing valves (PRV) are designed for regulating the downstream pressure and maintaining it within certain acceptable limits. Ideally, a PRV should provide a constant downstream pressure while delivering the required flow, i.e. The PRV automatically adjusts the steam flow to meet the downstream system demand. Depending on the model, MIYAWAKI’s... View Flanged PN 16 PN 25 DIN EN-GJS-400-15 (Nodular Cast Iron) Ductile Cast Iron
Direct Acting Miyawaki - Pressure reducing valve - Direct Acting for steam - REA20 Miyawaki - Pressure reducing valve - Direct Acting for steam - REA20 ■Operating principle The valve provides a constant downstream pressure at a stable given inlet pressure and constant running flowrates. Changes in the upstream pressure and fluctuating consumption on the secondary side will result in variations in downstream pressure. The valve is not designed for dead-end services. Due to carefully selected springs a... View Flanged PN 16 PN 25 DIN EN-GJS-400-15 (Nodular Cast Iron) Ductile Cast Iron
Direct Acting Miyawaki - Pressure reducing valve - Direct Acting for steam - REH20 Miyawaki - Pressure reducing valve - Direct Acting for steam - REH20 Pressure reducing valves (PRV) are designed for regulating the downstream pressure and maintaining it within certain acceptable limits. Ideally, a PRV should provide a constant downstream pressure while delivering the required flow, i.e. The PRV automatically adjusts the steam flow to meet the downstream system demand. Depending on the model, MIYAWAKI’s... View Flanged PN 16 PN 25 PN 100 DIN 1.0619 Cast Steel
Direct Acting Miyawaki - Pressure reducing valve - Direct Acting for steam - REH20-M Miyawaki - Pressure reducing valve - Direct Acting for steam - REH20-M Pressure reducing valves (PRV) are designed for regulating the downstream pressure and maintaining it within certain acceptable limits. Ideally, a PRV should provide a constant downstream pressure while delivering the required flow, i.e. The PRV automatically adjusts the steam flow to meet the downstream system demand. Depending on the model, MIYAWAKI’s... View Flanged PN 16 PN 25 PN 63 PN 100 DIN 1.7357 GS 17 CrMo 55 Cast Steel
Direct Acting Miyawaki - Pressure reducing valve - Direct Acting for liquids & gases - REAC20 Miyawaki - Pressure reducing valve - Direct Acting for liquids & gases - REAC20 ■Operating principle The valve provides a constant downstream pressure at a stable given inlet pressure and constant running flowrates. Changes in the upstream pressure and fluctuating consumption on the secondary side will result in variations in downstream pressure. The valve is not designed for dead-end services. Due to carefully selected springs a... View Flanged PN 40 DIN 1.4408 Stainless Steel
Direct Acting Miyawaki - Pressure reducing valve - Direct Acting for liquids & gases - REAΗ20 Miyawaki - Pressure reducing valve - Direct Acting for liquids & gases - REAΗ20 ■Operating principle The valve provides a constant downstream pressure at a stable given inlet pressure and constant running flowrates. Changes in the upstream pressure and fluctuating consumption on the secondary side will result in variations in downstream pressure. The valve is not designed for dead-end services. Due to carefully selected springs a... View Flanged PN 40 PN 63 PN 100 DIN 1.0619 Cast Steel
Direct Acting Miyawaki - Pressure reducing valve - Direct Acting for liquids & gases - REAΗ20-M Miyawaki - Pressure reducing valve - Direct Acting for liquids & gases - REAΗ20-M ■Operating principle The valve provides a constant downstream pressure at a stable given inlet pressure and constant running flowrates. Changes in the upstream pressure and fluctuating consumption on the secondary side will result in variations in downstream pressure. The valve is not designed for dead-end services. Due to carefully selected springs a... View Flanged PN 63 PN 100 DIN 1.7357 GS 17 CrMo 55 Cast Steel