Belimo B6250S-110+ARX24-MFT : 2-Way 2-1/2" Flanged Characterized Control Valve (CCV), ANSI Class 125, 175psi Close-Off Pressure, Cv Rating 110, (220GPM @ Δ 4 psi) + Non Fail-Safe Valve Actuator, AC/DC 24V, 2...10V, MFT/programmable Control Input
Ideal for air handling units, fan coil units, and various HVAC applications, the Belimo CCV ensures efficient heating or cooling coil regulation. Its versatility extends to Unit Ventilators, VAV box re-heat coils, and bypass loops, making it a cornerstone of hydronic systems with variable flow requirements.
Key Benefits of the Belimo Characterizing Disc:
- Equal percentage flow characteristic for precise control.
- Enhanced control stability with the characterizing disc.
- Comparable Cv values to globe valves of the same size.
- Reduced need for multiple pipe reductions.
- Prevents control loop "hunting," ensuring longevity of components and optimizing energy consumption.
Belimo B6250S-110 Valve Specifications
ANSI Class | 125 |
Pattern | 2-way |
Cv | 110 |
Fluid | Chilled or hot water, up to 60% glycol |
Body Pressure Rating | ANSI Class 125, standard class B |
Flow characteristic {Tools} | Equal percentage |
End Fitting | Flange |
Trim | Stainless Steel |
Valve Size | 2.5" [65] |
Belimo ARX24-MFT Valve Actuator Specifications
Voltage AC/DC | AC/DC 24 V |
Power Consumption (Running) | 3.5 W |
Power Consumption (Holding) | 1.3 W |
Power Consumption For Wire Sizing | 6 VA |
Control Type | MFT/Programmable |
Direction Of Motion Motor | selectable with switch 0/1 |
Manual Override | External push button |
Angle of Rotation | 90 |
Running Time (Motor) | 150 s / 90° |
Running Time range (Motor) | 90...150 s |
Protection category | IP54 |
Degree Of Protection NEMA | NEMA 2 |
Enclosure Type | UL Enclosure Type 2 |
Data Sheets
- Valve Pattern:
- 2-Way
- Valve Size:
- 2-1/2 Inch
- CV Rating:
- 70
- GPM:
- 140 @ Δ 4 psi
- Material:
- Stainless Steel
- Actuator Type:
- Non Fail-Safe
- Voltage:
- 24VAC/DC
- Control Signal:
- MFT Programmable
- Auxillary Switch:
- None
- Enclosure:
- None