Siemens Building Technology 599-00532 Valve Assembly
Valve, Zone, Valve, Assembly, 3 Way, 3/4", Sweat, 120Vac, 4.1 Cv Linear Flow Brass Body with Brass Trim
Siemens Building Technology 599-00532 3-Way Zone Valve Assembly – 3/4", 4.1 Cv, Brass Body
Overview:
The Siemens 599-00532 Valve Assembly is a high-quality 3-way zone valve designed for precise control of water or glycol solutions in HVAC systems. With a 3/4-inch brass body, 4.1 Cv flow coefficient, and linear flow characteristic, this valve ensures reliable performance and accurate temperature control in building automation applications.
Key Features:
– Type: 3-Way Zone Valve Assembly (Diverting or Limited Mixing Applications)
– Valve Size: 3/4" (DN 20)
– Flow Coefficient: 4.1 Cv
– Valve Body Material: Brass with brass trim
– Stem Material: Stainless Steel ASTM A582 Type 303
– Seat: Metal-to-Metal
– Packing: EPDM O-ring
– Flow Characteristic: Linear
– Controlled Medium: Water or water/glycol solutions up to 50%
– Pressure Class: ANSI 125, Close-off Pressure: 44 psi (303 kPa)
– Medium Temperature Range: 34–230 ºF (1–110 ºC)
– End Connections: Sweat (SWT)
– Stroke: 2.5 mm (1/10")
– Actuator Connection: Direct-coupled universal bonnet
– Leakage Rate: ANSI Class III
Specifications:
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Part Number: 599-00532
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Product Type: Zone Valve Assembly
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Valve Body Style: Globe / Stroke-Globe
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Port Configuration: 3-Way Diverting
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Dimensions (W x H x D): 2.76 x 3.11 x 1.54 in
Description:
The Siemens 599-00532 Zone Valve Assembly is engineered for precision control in commercial and residential HVAC systems. Its brass body and trim, stainless steel stem, and EPDM O-ring ensure durability and leak-free operation. Designed for linear flow control, this 3-way valve supports diverting or limited mixing applications with water or glycol solutions, offering ANSI Class III leakage performance and reliable operation across a wide temperature range. Its compact design and direct-coupled universal actuator connection make installation straightforward and compatible with Siemens building automation systems.
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