Multicoupling Range Extended
Hasco‘s quick-connect system for multiple cooling circuits has added U.S., French and HT versions.
Hasco’s multicoupling system now features new U.S. (ZI) and French (FRA) systems available as open or closed versions with valves. In addition, Hasco now offers the clean-break multicoupling system exclusively as an HT version with flat-sealing front surfaces to prevent cooling fluid leaking during decoupling.
Enabling the central connection of several cooling circuits in a single step, Hasco says the multicoupling system helps provide process optimization, since set up can be carried out with only one lever and the risk of mixing up the different cooling circuits and hoses is eliminated.
The temperature resistance of the multicouplings can be increased to 180C with water applications, with the full range offering 60 products, each with three model series. Plates are available with 6, 12 and 20 connections. Couplings can be replaced without dismantling the hoses, and the modular structure allows individual configuration as well as integration into existing systems.
Hasco has extended its multicoupling range to include new attachment formats.
Photo Credit: Hasco
Related Content
-
Machine-Side and Central Chiller Lines, Industry 4.0 Controls to Launch
Frigel will use K 2022 to showcase a number of developments in process cooling, including new and expanded lines of central and machine-side chillers, as well as advanced control platforms.
-
System Offers 'Lights Out' Mold-Channel Cleaning & Diagnostics
New system automatically cleans mold-cooling lines—including conformal channels—removing rust and calcium, among other deposits, while simultaneously testing for leaks, measuring flow rate and applying rust inhibitor.
-
Temperature Control: What You Need to Know to Comply With New Cooling-Fluid Regs
Beginning the first of this year, 12 states are following EPA bans on potentially damaging cooling fluids. Chiller suppliers have adjusted equipment designs to accommodate the new regulations. Here’s what all this means to processors.
