Basic Information


Asset #

KSC1283 / 94

Available Quantity

1

Inspections - Yellow Tag

1. New in Box

Condition

New

Guarantee or ASIS

2. WE GUARANTY OUR WORKMANSHIP & OUR WORD ONLY: 14 Day return

Item Description


The IMI Hydronics AC075L-050M is a premium automatic balancing valve designed specifically for hydronic heating and cooling systems. This valve was developed to ensure optimal flow rates and energy efficiency across a variety of applications in commercial and residential settings. Its primary purpose is to balance the supply of water throughout a system, effectively mitigating issues related to uneven heating or cooling. IMI Hydronics has a longstanding reputation in the HVAC industry, focusing on innovative solutions that enhance system performance and comfort. The AC075L-050M leverages advanced technology to automatically adjust flow rates based on the actual demand, which decreases energy consumption and enhances system reliability. This valve is made from high-quality materials that offer durability and resistance to corrosion, suitable for long-term use in various environmental conditions. It is designed with an easy installation process in mind, facilitating efficient integration into existing systems. Key features of the AC075L-050M include: - Automatic flow balancing to optimize system performance - Versatile application for both heating and cooling systems - High durability with materials rated for 400 PSIG and PN25 pressure levels - Compact design for easy installation in tight spaces

Factory Information


Size: 3/4"L x 1/2"M Flow Rate: 1.00 GPM Pressure Rating: 400 PSIG WOG Rating: 400 WOG

Specifications

Manufacturer
IMI Hydronics
Model
AC075L-050M-1.00GPM
Serial
N/A
Year
N/A
HP / AMP / KW / KVA
N/A
Amps
N/A
Length (Inches)
3
Width (Inches)
3
Height (Inches)
5
Phase
N/A
Estimated Packaging Weight
N/A
Estimated Total Weight
3
Asset Number
KSC1283 / 94

Packaging fees

Packaging Cost

1.6 6x10 CH $3.00

Payment Details

Appraised Value

$29.06

Payment Methods

Payment Types Accepted :