Basic Information


Asset #

KSC1283 / 49

Available Quantity

3

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-4.00GPM is an advanced automatic balancing valve designed to optimize hydraulic systems in various applications. This valve features a unique design that provides precise water flow control, ensuring efficient operation in heating and cooling systems. It helps maintain uniform pressure throughout the system, which is crucial for energy efficiency and system longevity. This product is widely used in commercial buildings, industrial facilities, and large residential settings where temperature balance is critical. Its ability to adjust automatically based on the flow requirements makes it indispensable for maintaining comfort and reducing energy costs. The AC075L-050M model stands out with its durable construction, offering resistance to high pressures and temperatures. It is engineered to handle up to 400 PSIG with a water working pressure equivalent to PN25, making it suitable for robust applications. The valve's ease of installation and maintenance further enhances its appeal, allowing for a seamless integration into existing systems without extensive modifications.

Factory Information


Size: 3/4 inch (L) x 1/2 inch (M) Flow Rate: 4.00 GPM Pressure Rating: 400 PSIG Working Pressure: PN25 Operating Temperature: Suitable for high temperature applications Construction: Durable materials for long service life Design: Automatic balancing for enhanced system performance

Specifications

Manufacturer
IMI Hydronics
Model
AC075L-050M-4.00GPM
Serial
N/A
Year
N/A
HP / AMP / KW / KVA
N/A
Amps
N/A
Length (Inches)
10
Width (Inches)
3
Height (Inches)
5
Phase
N/A
Estimated Packaging Weight
N/A
Estimated Total Weight
2.5125
Asset Number
KSC1283 / 49

Packaging fees

Packaging Cost

1.6 6x10 CH $3.00

Payment Details

Appraised Value

$60.33

Payment Methods

Payment Types Accepted :