User Manual

8
Threaded PICVs
Typical applications Actuators Data sheet 4.5 mm 5 mm
– Chilled ceilings
– Fan coil units
– Zone control
STA..
SUE21P
N4884
A6V11780777
100 N 100 N
Operating voltage
Positioning
signal
Positioning time [s]
STA SUE21P
AC 230 V 2-position 210
12 STA23 SUE21P
AC/DC 24 V
2-position/PDM 270
–
STA73 –
PN 25 1...90 °C
Without pressure
testing points
With pressure
testing points
DN
G
[Inch]
⩒
min
[l/h]
⩒
100
[l/h]
∆p
min
[kPa]
∆p
max
[kPa]
∆p
min
[kPa]
∆p
max
[kPa]
Data sheet A6V11877580
VQP46.10L0.5 VQP46.10L0.5Q 10 ½ 30 520 17 600 17 600
VQP46.15L0.5 VQP46.15L0.5Q 15 ¾ 30 520 19 600 19 600
VQP46.15L1.3 VQP46.15L1.3Q 15 ¾ 300 1300 27 600 27 600
VQP46.20L1.5 VQP46.20L1.5Q
20 1 320 1500 35 600
35 600
VQP46.25L1.8 VQP46.25L1.8Q
25 1 ¼ 620 1800 30 600
30 600
PN 25 1...90 °C
Without pressure
testing points
With pressure
testing points
DN
Rp
[Inch]
⩒
min
[l/h]
⩒
100
[l/h]
∆p
min
[kPa]
∆p
max
[kPa]
∆p
min
[kPa]
∆p
max
[kPa]
Data sheet A6V11877580
VQI46.15L0.5 VQI46.15L0.5Q 15 ½ 30 520 19 600 17 600
VQI46.15L1.3 VQI46.15L1.3Q 15 ½ 300 1300 27 600 27 600
VQI46.20L1.5 VQI46.20L1.5Q
20 ¾ 320 1500 35 600 35 600
VQI46.25L1.8 VQI46.25L1.8Q
25 1 620 1800 30 600
30 600
PN 16 1...120 °C
DN
k
vs
[m
3
/h]
⩒
min
[m
3
/h]
⩒
100
[m
3
/h]
∆p
s
[kPa]
∆p
max
[kPa]
Data sheet A6V11444716
EVG4U10E015 15 4 0.45 1.5 1400 350
EVG4U10E020 20 5 0.9 3 1400 350
EVG4U10E025 25 10 1.35 4.5 1400 350
EVG4U10E032 32 11 2.1 7 1000 350
EVG4U10E040 40 26 3.45 11.5 800 350
EVG4U10E050 50 30 5.4 18 600 350
EVF4U20E065 65 55 9 30 1600 500
EVF4U20E080 80 80 14.5 48 1600 500
EVF4U20E100 100 113 22.5 75 1600 500
EVF4U20E125 125 142 36 120 1600 500
Intelligent Valves
Typical applications Valve type Operating voltage Positioning signal Interface
– Heating groups
– Air handling units
EVG4U10E.. DN15-50 AC/DC 24 V 0...10 V, 2...10 V, 4...20 mA BACnet over UDP/IP
EVF4U20E.. DN65-125 AC/DC 24 V 0...10 V, 2...10 V, 4...20 mA BACnet over UDP/IP
Intelligent Valve. Your benefits:
• Quick and easy adjustment to new requirements
and changes in plans
• Less effort and significant time savings
• Fewer sources of error and fewer errors
• Simple, flexible, flawless installation
• Quick and easy parameterization – wirelessly via Wi-Fi
• Full transparency of valve settings at all times
• Fact-based analysis with verifiable hydronic balancing
at the end of the project
• Verifiable, energy-efficient operation
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'HYLFHVE\
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'HYLFHVE\
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