Discover the superior quality and performance of the Binder LPRI-025D-07-L50-SCA-G-A1-L with Impexron GMBH in Germany . Whether you are looking for reliability or efficiency, this product meets all your industrial needs.
The LPRI-025D-07-L50-SCA-G-A1-L is designed to provide optimal performance and durability in various applications. Known for its high-quality construction and innovative features, it is a preferred choice for professionals.
Key Features of LPRI-025D-07-L50-SCA-G-A1-L :
At Impexron GMBH , we offer the LPRI-025D-07-L50-SCA-G-A1-L at competitive prices and with the fastest delivery times across Germany . Our expert team is ready to assist you with all your inquiries and provide tailored solutions to meet your specific needs.
Why Choose Impexron GMBH ?
Get Your Quote Today! Ready to enhance your operations with the LPRI-025D-07-L50-SCA-G-A1-L ? Contact us now for a personalized quote. Fill out the form below or send us an email with your inquiry. Let us help you make a cost-effective, quality-driven choice for your business.
Important Notice: While we supply Binder products, Impexron GMBH is not an authorized distributor. All rights are reserved by the manufacturers and their official partners.
BRAND | Binder |
Product | LPRI-025D-07-L50-SCA-G-A1-L |
Description | low pressure reducer in stainless steel, |
Internal code | IMP4741985 |
Technical specification | In-line design, DN25 Flange connection in accordance with EN1092-1, Form B1, DN25, PN16 Seat: Ø7 mm, control pressure: 80-500 mbar materials: case/inner parts: 1.4435; Seat seal: FFKM FDA; membrane: PTFE FDA + FKM Option -A1: ATEX version (Ex II 3G c IIA T4 — zone 1) in accordance 2014/34/EU Option -G: incl. pressure gauge connection G1/4” option -L: Adjust & seal, INSTRUM —L: Factory adjustment and sealing P1: x barg, P2 (=SET): x mbarg →When ordering, specify exact values! Indicate the installation position for settings of less than 200 mbar Installation position: vertical (typical) or horizontal Additional specification data Flow rate (set/max): 8/xx Nm³/h → is calculated with precise settings |