Daikin E2MV210A6 [6/24] For 2 way and 3 way valves
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Daikin E2MV210A6 [6/24] For 2 way and 3 way valves

Daikin E2MV207A6 [6/24] For 2 way and 3 way valves
E2+E4MV03~10A6
Kit of the motorized ON/OFF valve
4PW17554-2
Installation manual
1
2. simplified version
Two-pipe system Four-pipe system
FW01-35 E2MVD03A6 E4MVD03A6
FW04-06 E2MVD06A6 E4MVD06A6
FW08-10 E2MVD10A6 E4MVD10A6
Figures 4a, 4b and 4c show the simplified kit for the standard and
additional battery, i.e. with no lockshields.
3. tWo-Way valves kit
Standard battery Additional battery
FW01-06 E2MV207A6 E2MV210A6
FW08-10 E2MV207A6 E2MV207A6
The KVK kit of the ON/OFF motorized 2-way valve allows to adjust
the ambient temperature by interrupting the flow of water
through the heat exchanger.
Once mounted, the installation heights of the 2-way valves need to
correspond to the values shown in figure 5a.
Key to figure 5a:
1 = Additional FW battery water outlet
2 = Standard FW battery water inlet
The kit consists of:
! Two-way brass valve with a maximum operating pressure of 16
bar.
! Electrothermal actuator, 230 V power supply, ON/OFF action,
total opening time 4 minutes.
! Brass 90° curved fitting to install the valve on the
heat exchanger.
The pressure drops of the valve/hydraulic connecting unit
are calculated with this formula:
ΔP
W
= (Q
w
/ K
v
)
2
dove:
ΔP
w
è la perdita di carico espressa in kg/cm
2
Q
w
è il tasso del flusso d’acqua espresso in m
3
/h
K
v
è il tasso di flusso identificato nella tabella
Valve connection diameter KV
FW01~06 1/2” 1,7
FW08~10 3/4” 2,8
Installation
! Install the valves as shown in the figures:
Figure 5b: assembly of the kit, 2-pipe systems, left connections
Figure 5c: assembly of the kit, 4-pipe systems, left connections
! Wire the cables of the valve on the terminal board in the
designated positions (refer to the manual of the control used for
the electrical connections).
! Conduct the electrical connection to the control panel by
following the instructions reported on the unit’s installation
manual.
4. verision With on/off 24v actuators
For 3-way and 2-way valves
The valve kit, both in the case of three-way and two-way valves, is
also available with a 24V power supply unit.
The table refers to the 3-way valve kit with a 24V power supply unit.
Two-pipe system Four-pipe system
FW01-35 E2M2V03A6 E4M2V03A6
FW04-06 E2M2V06A6 E4M2V06A6
FW08-10 E2M2V10A6 E4M2V10A6
The table refers to the 2-way valve kit with a 24V power supply unit.
Standard battery Additional battery
FW01-06 E2MV207A6 E2MV210A6
FW08-10 E2MV207A6 E2MV207A6
The 24V actuators cannot be controlled with
electromechanical controls with a 230V outlet.
5. verision With modulating actuators
For 2-way and 3-way valves
The valve kit, both in the case of three-way and two-way valves, is
also available with a proportional actuator.
The table refers to the 3-way valve kit with a proportional actuator.
Two-pipe system Four-pipe system
FW01-35 E2MPV03A6 E4MPV03A6
FW04-06 E2MPV06A6 E4MPV06A6
FW08-10 E2MPV10A6 E4MPV10A6
The table refers to the 2-way valve kit with a proportional actuator.
Standard battery Additional battery
FW01-06 E2MP2V207A6 E2MP2V210A6
FW08-10 E2MP2V207A6 E2MP2V207A6
Main features
- Electronic valve actuator
- 0-10V control signal
- Stroke control with torque increase
- 24 Vac power supply voltage
- Direct assembly via a threaded ring nut (M30x1.5)
- Prewired power supply cable
Description (see g. 6a)
The actuator is an electronic device powered at 24V with 0-10V. yes
It has small overall dimensions that allow to install it in tight spaces,
the actuator can be coupled to compatible valve bodies, it does not
require any hydraulic work (emptying the system) and is easy to
operate.
An LED light allows to immediately view the operating mode (On, Off,
end-of-travel, antilocking) of the actuator.
Operation
The actuator is operated through the rotation of a small shaft, which is
driven in both directions by a series of gears.
In turn, these are driven by a bidirectional synchronous motor via a
magnetic coupling that limits the transmitted torque and, as a result,
also the linear force output.
The actuator is secured to the valve body (Fig 6b) with a threaded
ring nut.
The movement of the actuator is transmitted to the valve rod through
axial contact and is kept constant through a spring positioned in the
valve body.
This way, the opening and closing forces of the valve are obtained
in one direction thanks to the thrust of the actuator (Fs opens way B,
Fig.6c) and in the other direction by the force of the spring (Fm opens
way A, Fig.6c) placed inside the valve itself.
If the actuator is removed from the valve body, the valve remains
open.

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