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VENTS 100 M3

VENTS 100 M3
VENTS 100 M3
  • 3d

Maximum capacity - 98 m3/h.

Add to a projectVENTS 100 M3
Add to a projectVENTS 100 M3T
Add to a projectVENTS 100 M3TH
Add to a projectVENTS 100 M3V
Add to a projectVENTS 100 M3VT
Add to a projectVENTS 100 M3VTH
Add to a projectVENTS 100 M3 L
Add to a projectVENTS 100 M3T L
Add to a projectVENTS 100 M3TH L
Add to a projectVENTS 100 M3V L
Add to a projectVENTS 100 M3VT L
Add to a projectVENTS 100 M3VTH L
Add to a projectVENTS 100 M3 K
Add to a projectVENTS 100 M3T K
Add to a projectVENTS 100 M3TH K
Add to a projectVENTS 100 M3V K
Add to a projectVENTS 100 M3VTH K
Add to a projectVENTS 100 M3 K L
Add to a projectVENTS 100 M3T K L
Add to a projectVENTS 100 M3TH K L
Add to a projectVENTS 100 M3V K L
Add to a projectVENTS 100 M3VT K L
Add to a projectVENTS 100 M3VTH K L
  • Timer
  • Back valve
  • Long-lasting BB (Ball Bearing) Motors
  • Pull-cord switch
  • More powerful motors
  • Humidity sensor
  • High pressure
  • Infrared sensor
  • Low voltage (12 V)
  • High-powered motor
  • Ventilation ducts

    Ventilation ducts

  • Supply and exhaust grilles and hoods

    Supply and exhaust grilles and hoods

  • Back valve KO series

    Back valve KO series

  • Window flange FO series

    Window flange FO series

  • Clamps

    Clamps

  • Electrical accessories

    Electrical accessories

  • Connector with backdraft damper for round ducts

    Connector with backdraft damper for round ducts


ParameterValueUnit
Voltage
220-240
V
Frequency
50/60
Hz
Power
14
W
Air capacity
98
57,722
27,244
0,02724
1636,6
m³/h
CFM
l/s
m³/s
l/m
Current
0.085
A
RPM
2300
min -1
Sound pressure level at 3 m
34
[dBA]
Weight
0.61
kg
Protection rating
IP 34
class
Spigot size
100
mm
Engine Type
220-240V / 50-60Hz
VENTS 100 M3
Sizes∅DBB1HH1LL1
mm1001851552562268630

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support@vents.ua

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Customer service.

+380 44 406 36 25

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  • Selection method:
  • Performance:
  • Pressure:
Duty point
  • Performance:- -
  • Pressure:- -
  • Power:- -
  • Recovery Efficiency:- -
Wiring diagram for the fans equipped with a built-in switch Wiring diagram for the fans without built-in switch
Wiring diagram for the fans equipped with a timer / timer, humidity sensor and a built-in switch Wiring diagram for the fans equipped with a timer / timer with a humidity sensor without built-in switch
Wiring diagram for the fans with a light lamp. Separate activation of the fan and the built-in lamp. Wiring diagram for the fans with a light lamp. Parallel activation of the fan and the built-in lamp.
Wiring diagram for the fans with an light lamp and grounding. Separate activation of the fan and the built-in lamp. Wiring diagram for the fans with a light lamp and grounding. Parallel switching of the fan and the built-in lamp.
Wiring diagram for the fans with grounding  
 

* - only for fans designed for 12 V rated voltage (specified on the fan casing and packing).
S, S1, S2 - external switches.

Operating logic of the fans with optional equipment
  • The fan equipped with a timer is activated by the control voltage supplied to LT input. After the control voltage is disconnected the fan continues operating within the time period within 2 to 30 minutes according to the timer settings. The turn-off delay time is adjusted by turning the respective potentiometer T control knob clockwise to increase and counter-clockwise to reduce it.
  • The fan equipped with a timer and humidity sensor is activated by the control voltage supplied to LT input or in case of exceeding the preset humidity threshold value adjustable from ~60% to ~90%. After the control voltage is disconnected or as the humidity level H drops below the set threshold the fan continues operating within the time period within 2 to 30 minutes according to the timer settings.  The turn-off delay time and the threshold humidity level are adjusted by turning the control knob of the respective potentiometer T for timer and H for humidity sensor clockwise to increase and counter-clockwise to reduce the set value. To set the maximum humidity level (90%) set the potentiometer control knob for H max position.
  • The fan equipped with a timer and motion sensor is activated in case of the moving detection at the distance from 1 m to 4 m with 100° detection angle. After motion is off the fan continues operating within the time period within 2 to 30 minutes according to the timer settings. The turn-off delay time is adjusted by turning the respective potentiometer T control knob clockwise to increase and counter-clockwise to reduce it.
  • Wiring diagram for connection of the light lamp to the fan timer operated by the common switch is shown on diagram 4. Upon the light lamp disconnection the fan continues operating according to the timer setting within the set time period.