Aermec Vmf-e18 Technical specifications

AVMFE18LJ1101 - 6795746_02

VMF-E18

Sistema VMF

Scheda termostato espandibile per ventilconvettori Inverter

VMF system

Expandable thermostat board for Inverter fan coils

Système VMF

Platine thermostat extensible pour ventilo-convecteurs Inverter

VMF-System

Erweiterbare Thermostatplatine für Inverter-Gebläsekonvektoren

Sistema VMF

Tarjeta termostato expansible para fan coils Inverter

MANUALE D’USO E INSTALLAZIONE

USE AND INSTALLATION MANUAL

MANUEL D’UTILISATION ET D’INSTALLATION

BEDIENUNGS- UND INSTALLATIONSANLEITUNG

MANUAL DE INSTRUCCIONES E INSTALACIÓN

AVMFE18LJ1101 - 6795746_02

The thermostats are shipped in

standard cardboard box packaging.

PACKAGE

WARNING: the VMF boards are

designed to be applied to Inverter

fan coils installed in indoor envi-

ronments.

WARNING: Keep separate electri-

cal connections from water con-

nections. Water connections and

drain should be on the side oppo-

site of the electrical connections.

WARNING: the fan coil is connected

to the power supply and water

circuit. Operations performed by

unqualified personnel can lead to

personal injury to the operator or

damage to the unit and surround-

ing objects.

WARNING: Components sensi-

tive to static electricity may be

destroyed by voltages notably lower

than those at the human perception

threshold. These voltages form when

you touch a component or electric

contact of a unit, without first dis-

charging accumulated static electric-

ity from your body. The damage

caused to the unit by an overvoltage

is not immediately evident - it only

appears after a certain period of

operation.

STATIC ELECTRICITY

ACCUMULATION

Any person not connected in a con-

ductive manner with the electronic

potential of his surrounding environ-

ment can accumulate electrostatic

charges.

STANDARD PROTECTION

AGAINST ELECTROSTATIC

CHARGES

Earthing quality

When working with units sensitive to

electrostatic electricity, ensure that

people, workplaces and unit casings

are correctly earthed. This will pre-

vent the formation of electrostatic

charges.

Avoid direct contact

Only touch the element exposed to

electrostatic risk when absolutely

essential (e.g. for maintenance).

Touch the element without coming

into contact with either the con-

tact pins or the wire guides. If you

follow this rule, the energy of the

electrostatic charges cannot reach

or damage the sensitive parts.

Before taking measurements on the

unit, it is necessary to discharge

all electrostatic charges from your

body: to do this, just touch an

earthed metal object. Only use

earthed measuring instruments.

POWER WITH A SINGLE-PHASE

VOLTAGE OF 230V ONLY

Any other type of power supply could

permanently damage the thermostat

and fan coil.

MALFUNCTIONS

In case of malfunction, cut off power

to the unit, then energise it again

and restart the device. If the prob-

lem occurs again, call the local

After-Sales Service immediately.

DO NOT TUG THE ELECTRIC CABLE

It is highly dangerous to pull, crush

or tread on the electric cables, or to

fix them with nails or drawing pins.

A damaged power cable can cause

short circuits and injure people.

INDEX

Congratulations on your purchase of this “VMF-E18” Aermec kit containing an ELECTRONIC EXPANDABLE

THERMOSTAT BOARD.

Made with top quality materials in strict compliance with safety regulations, “VMF-E18” will provide you with

outstanding performance for a long time to come.

Important information • Package

Description of the accessory

Summary of the control logics • Dimensions

Network settings • Installation

Electronic board connections

Dip-switch settings

Technical characteristics • Connection specifications • Compliance with EC regulations

Connections (examples)

Wiring diagrams

Wiring diagrams (connections)

14 AVMFE18LJ1101 - 6795746_02

• Operation in TTL network

The E18 thermostat is designed to com-

municate with other E18 and/or E1

and/or E0 thermostats via a dedicated

serial based on the TTL logic standards.

This serial communication is essential

for the exchange of information within

small fan coil networks (up to 6) with a

maximum network length of 30 metres.

It was designed, in fact, for small areas

where the fan coils (more than one)

need to be controlled from a single

control point.

More specifically, this network always

contains a Master (to which a user

interface VMF-E2, VMF-E4 is con-

nected) which controls the operation of

the Slaves connected to it, according to

the settings made on its user interface.

You are advised to conﬁgure as the

Master an Inverter fan coil with an

E18-type electronic board (VMF-E18

or fan coils with E18 board as stand-

ard). WARNING: if the Master is an

On-Off fan coil with an E1 (VMF-E1)

or E0 (VMF-E0) type board, the Inverter

Slave fan coil with the VMF-E18 board

will lose the continuous control of the

20 steps in manual mode.

The fan coil acting as Slave (of an

Inverter Master fan coil with VMF-E18

thermostat) must be ﬁtted with an E18-

type electronic board (VMF-E18), or

(if On/Off) with an E1 (VMF-E1) / E0

(VMF-E0) type board.

All the fan coils of the TTL network must

have the same type of conﬁguration.

Example: all standard, all with puri-

ﬁers (Plasmacluster and/or germicidal

lamps), or all with an additional coil

(electric or with water).

On the basis of the settings received

from the network and the ambient

conditions detected by the probes, the

electronic board on each single Slave

fan coil acts (independently from the

other fan coils) to switch the ventila-

tion on and off in order to create the

conditions requested by the user for

that speciﬁc room.

• Cooling operation

Cooling operation requires a water cir-

cuit with chiller.

• Heating operation

Heating operation requires a water

circuit with boiler, heat pump or solar

system.

• Changeover (seasonal change)

The thermostat automatically selects the

operating mode (Heating/Cooling), if

that mode is permitted (water probe

and settings).

- Normal band: Heating at 39°C;

Cooling at 17°C.

- Reduced band: Heating at 35°C;

Cooling at 22°C.

- Dead band: can be selected at 5°C

or 2°C.

Water side changeover

- Water temperature checks

Enabling of water side ventilation (only

active with water temperature probe).

The thermostat identifies the ventilation

enabling threshold in Heating mode

(minimum controlled) and Cooling

mode (maximum controlled); with the

dip-switches it is possible to choose

between two temperature bands.

Air side changeover

If the actual ambient temperature is

lower than the set point by a value

equal to the Dead Band, there is an

automatic swap to Heating operation.

If the actual ambient temperature is

higher than the set point by a value

Description of the functions

DESCRIPTION

The VMF-E18 accessory is an advanced

electronic thermostat kit for use with

Inverter fan coils. It requires an interface

inside the fan coil (VMF-E2) or on the

wall (VMF-E4).

The VMF-E18 kit consists of:

• An E18-type thermostat board inserted

in a protective box and easily applied to

the side of the fan coil.

• System with connection cables to the

Inverter Command Module. The cables are

wired with connectors for quick connection.

The E18-type thermostat board has a pro-

tective fuse, a dip-switch for configura-

tion, and connectors for connection with:

- the power supply,

- the earthing,

- the valve control,

- the Inverter command module power

supply,

- ambient air temperature sensor,

- water temperature sensor,

- auxiliary water temperature sensor,

- the control panel (user interface),

- presence sensor,

- the external contact,

- microswitch contact connected to the

fan coil fin,

- the central supervisor system serial

(VMF-E5),

- the fan coil network serial (TTL).

With the VMF-E18, you can manage:

•Three fan coil speeds in manual mode

•Continuous ventilation and thermostat

control by controlling the valves

•Automatic fan mode with BRUSHLESS

motor depending on the load

•Season display

•Display of alarms and ventilation request

•Up to two ON/OFF two or three-way valves

•Ignition of an electric resistor

•Germicidal lamp

•Plasmacluster filter

•A water temperature sensor, with mini-

mum and maximum temperature and

changeover functions.

•An additional water sensor (accessory) to

control the second coil (4-pipe systems)

•Season change according to the water

or air temperature (4-pipe systems).

•Input for “external contact”. This is a

digital input with the following logic:

When open, the thermostat works

normally; When closed, the fan coil is

switched off.

•Microswitch for fin contact.

•Anti-freeze function.

•Presence sensor to enable the “sleep”

function from an external contact

(reduction of ambient setpoint by 2 or

5 degrees, depending on the settings, if

a room is unoccupied)

•Input for supervision serial. In networks

made up of several fan coils subdivided

into independent temperature areas, the

VMF-E18 area regulator allows commu-

nication with a central system supervisor

(VMF-E5)

•Input for local serial. Communication

with other thermostats, via a dedicated

serial based on the TTL logic standards.

VMF-E18

KIT containing an ELECTRONIC EXPANDABLE THERMOSTAT BOARD FOR INVERTER FAN COILS

AVMFE18LJ1101 - 6795746_02

equal to the dead band, there is an

automatic swap to Cooling operation.

In the fan coil networks, the values of the

dead band are only those configured on

the Master fan coil

•Pause due to power failure

After a power failure, the unit restarts

with the settings that were active prior

to the pause.

•Delayed start-up

The unit can begin ventilation some time

after start-up - usually up to 2’40” (pre-

heating function).

The delay is zero-set in units with an

electric heater.

•Anti-freeze protection

Controls on OFF position. The fan coil

can restart in heating mode (set point

12°C) if the ambient temperature falls

below 7°C and the temperature of the

water in the system is suitable.

In the fan coil networks, the Slave fan

coils can activate the anti-freeze pro-

tection regardless of the settings on the

Master fan coil.

If the anti-freeze protection is active on

the Master fan coil, all the other Slave

fan coils will also adopt a set point

of 12°C, regardless of their ambient

conditions.

•Ambient temperature probe

If the ambient temperature probe on the

Slave fan coils is faulty, the temperature

will be measured by the probe of the

Master.

•Ambient probe correction

To obtain a better ambient temperature

adjustment, the thermostat applies

special algorithms to correct the ambi-

ent probe installed on the fan coil; the

probe is in contact with the housing,

and is therefore influenced by it.

The dynamic correction is a correction

algorithm of the ambient probe which

takes into account the particular opera-

tion status of the fan coil in any one

moment. More precisely, there are two

possible cases of dynamic correction:

- Dynamic correction A: in the case

of systems without a valve (or with a

downstream probe), the correction

depends on the water and ambient

temperatures.

- Dynamic correction B: in the case of

systems with a valve and an upstream

probe, the correction depends on the

Valve and on the Water and Ambient

temperatures. Unlike the previous

correction, this one uses different time

constants to calculate the appropriate

correction (because the housing is

influenced in a different way).

•Water probe

There is a water temperature probe in the

heat exchanger of the unit.

The Slave fan coil can work without the

water probe: if it is absent or faulty,

the temperature will be measured by

the Master probe alone. In this case,

ventilation is always enabled on the

Slave fan coil.

The water temperature probe can be

positioned downstream or upstream

from the shutoff valve, so also the dip-

switches on the board must be set. The

difference lies in the management of the

ventilation of the fan coils with valve.

Setting the dip-switch as a downstream

probe of the valve, ventilation start-up

(changeover) is dependent on the tem-

perature of the air in the room.

Setting the dip-switch as an upstream

probe of the valve, ventilation start-up

is dependent on the temperature of the

water in the system. With this setting,

the pre-heating function is activated,

and there is a ventilation start-up delay

of between 0” and 2’40”.

To position the bulb on the delivery pipe

upstream of the valve, the standard

water probe must be replaced with the

VMF-SW probe accessory.

•Ventilation

3-speed ventilation can be controlled

both manually and automatically.

- Manual, with the selector in position

V1, V2 and V3. The fan is used with

ON-OFF cycles at the selected speed.

With the VMF-E4 panel, you can select

one of the 20 speed steps between 0

and 20 (maximum speed).

- Automatic, with the selector on AUTO.

The fan speed is managed by the ther-

mostat, on the basis of the ambient con-

ditions and the fan coil configuration.

Thermostat settings:

•Ventilation management

Ventilation settings:

- Continuous ventilation. Ventilation is

always active. The temperature is con-

trolled by intercepting the flow of water

to the fan coil. This function requires the

presence of a water valve (accessory),

and cannot be activated simultaneously

with the “modulated output thermostat”

option.

- Thermostat-controlled ventilation.

Ventilation switches off when the set

temperature is reached (set point).

•Valve adjustment logics

With the Thermostat-controlled ventila-

tion or Modulated output thermostat

setting, the valve is managed with the

following logics:

- Heating - the valve is managed to

exploit the stack effect of the fan coil,

and to provide heat even with the fan

switched off. These settings also reduce

the number of valve openings and clos-

ings; with hot water circulating in the

fan coil, a request from the thermostat

will produce ventilation immediately.

- Cooling - to make the best use of the

unit's cooling capacity and perform a

more accurate check on the ambient

temperature, the valve opening does

not coincide with ventilation.

•External contact

The board offers the possibility of a con-

nection with an external contact. With

a closed external contact, the unit is

configured as in the thermostat OFF

position (except when the thermostat

is in the Anti-freeze Protection position

or when the ambient probe is absent

or faulty). This contact can be used

to manage inputs such as a remote

ON-OFF controlled, a presence sensor,

a window contact, a faulty circulation

pump signal, etc.

In fan coil networks, only the external

contact of the Master fan coil is ena-

bled. If the master input is closed, all

the slave fan coils of the network are

switched off.

•Microswitch contact

The board offers the possibility of a con-

nection with the Microswitch contact

located on the delivery fins. With the

fins closed, the fan coil is 100% OFF.

In fan coil networks, when the fin of the

Master fan coil is closed, ventilation

stops but the electronic thermostat

board and the other fan coils in the

network carry on working.

•“Sleep” energy saving function

Presence sensor to enable the “Sleep”

function from an external contact

(SP). The Sleep energy saving function

involves varying the ambient set-point

by 2 or 5 degrees (depending on the

settings) when there are no people in

the room.

In heating mode, the set point temperature

is lowered.

In cooling mode, the set point temperature

is raised.

To activate the Sleep function for energy

savings, you must connect a presence

sensor (with NO logic) to the SP

contact.

The function is not active in Anti-freeze

protection mode, or if the ambient

probe is faulty.

In fan coil networks, only the presence

sensor contact of the Master fan coil

is enabled. The setting of the Master

is sent to all the Slave fan coils in the

network.

• Emergency operation

In the event of a faulty ambient probe,

the electronic board can automatically

detect the problem and enable an

emergency program to avoid any

inconvenience for the user, who is

immediately informed of the fault (LED

indicator lights).

• Behaviour with a faulty water

temperature probe

Ventilation is always active.

The season change is made on the

basis of the difference between the

setting made and the actual ambient

temperature.

If the actual ambient temperature exceeds

16 AVMFE18LJ1101 - 6795746_02

the Heating set point by a value equal

to the dead band, there is an automatic

swap to Cooling operation.

If the actual ambient temperature falls

below the Cooling set point by a value

equal to the dead band, there is an

automatic swap to Heating operation.

Heater switch-on and switch-off depends

solely on the thermostat operation

request.

In this case, a fixed correction of the

ambient probe is envisaged, and is

determined on the basis of the type of

thermostat configured.

• Behaviour with a faulty ambient

temperature probe

-2-pipe system:

With the selector in the OFF/Aux

position, ventilation switched off and

the valve is closed.

With the selector in the AUTO, V1,

V2, V3 position, the Heating mode is

fixed and the valve is always open.

The ventilation makes on-off cycles

of variable duration depending on the

position of the temperature selector.

- 4-pipe system:

With the selector in the OFF/Aux

position, ventilation switched off and

the valve is closed

With the selector in the AUTO, V1, V2,

V3 position, the Heating/Cooling mode

is decided on the basis of the position

of the temperature selector, activating

the respective valve. The ventilation

makes on-off cycles of variable duration

depending on the position of the

temperature selector.

• Behaviour with a faulty ambient

temperature probe on a Slave fan coil

The board automatically assumes the

reading of the ambient probe of the

Master fan coil.

• Heating mode with electric heater

(if present)

The electric heater must be enabled by

configuring the dip-switches on the

thermostat again. Activate the heater-

operated heating by positioning the

control panel selector on AUX.

Standard operation is of the ON-OFF

type.

The electric heater intervenes when there

is a thermostat operation request and

the water temperature is sufficiently

low.

It should be noted that when the

thermostat starts up, the heater is OFF,

so it will only be activated if the water

temperature is below the enabling

threshold (35°C with normal band and

31°C with reduced band).

In any case, the activation of the electric

heater involves a similar ventilation

management to that in Automatic mode.

If the fan coil is operated with continuous

ventilation, then the electric heater will

switch off when the set point is reached.

Following the post-ventilation phase

(described below), ventilation continues

at speed Vmin (Vmin can be selected

using Dip.8).

Electric heater operation involves

pre-ventilation and post-ventilation

phases in relation to its activation and

deactivation.

It should be noted that the pre-ventilation

phase (20” at Vmin) always corresponds

to the activation of the electric heater,

while the post-ventilation phase always

corresponds to the deactivation of the

electric heater (60” at Vmin).

Example: the thermostat requests fan

operation with the heater activated (i.e.

the water temperature is sufficiently

low), so we will have 20” of ventilation

at speed Vmin (pre-ventilation) after

which the thermostat will operate at

the ventilation speed determined by

the microprocessor on the basis of the

difference between the actual ambient

temperature and the set temperature.

Once the set temperature has been

reached, if the heater is still active (i.e.

the water temperature is sufficiently

low), we will have post-ventilation for

1min at speed Vmin.

It should be noted that when the heater is

switched off during operation because

the water temperature is sufficiently high,

then after reaching the set temperature,

ventilation continues at speed Vmin for

the remaining time needed to terminate

the post-ventilation cycle.

Finally, please note that the heater is

never enabled if the thermostat is in

anti-freeze or emergency mode, due to

the ambient probe.

• Operation with purifying devices (if

present)

If purifying devices are installed

(Plasmacluster or bactericidal lamp),

they must be enabled by configuring the

dip-switches on the thermostat again.

With the selector on “Aux”, the ambient

is purified regardless of the thermostat

operation requests.

Unlike the electric heater however, this

type of accessory is even activated

if the operation speed selector is not

positioned on “Aux”.

On “Aux”, the fan will always operate

at minimum speed, closing any shutoff

element whose use is recommended

with this function and thereby avoiding

any ambient alterations (overheating /

under-cooling).

AVMFE18LJ1101 - 6795746_02

Adjusting a 2-pipe system

Upstream water probe Downstream water probe

Water probe ﬁtted Water probe not ﬁtted Water probe ﬁtted Water probe not ﬁtted

With Valve

Water side changeover Air side changeover Air side changeover Air side changeover

Pre-heating delay Pre-heating delay No ventilation delay Pre-heating delay

Minimum and maximum

controls active

No minimum and maximum

control

Minimum and maximum

controls active

No minimum and maximum

control

Dynamic correction A: Fixed correction Dynamic correction B: Fixed correction

Without valve Conﬁguration not used

Water side changeover Air side changeover

No ventilation delay No ventilation delay

Minimum and maximum

controls active

No minimum and maximum

control

Dynamic correction B: Fixed correction

Adjusting a 4-pipe system

Upstream water probe (Heating) Downstream water probe (Heating)

Water probe (Heating) ﬁtted Water probe (Heating) not ﬁtted Water probe (Heating) ﬁtted Water probe (Heating) not ﬁtted

With Valve

Delay for pre-heating Delay for pre-heating No ventilation delay Delay for pre-heating

Minimum temperature check

activated (Heating)

Minimum temperature check

deactivated (Heating)

Minimum temperature check

activated (Heating)

Minimum temperature check

deactivated (Heating)

Maximum check activated if

probe is present (Cooling)

Maximum check activated if

probe is present (Cooling)

Maximum check activated if

probe is present (Cooling)

Maximum check activated if

probe is present (Cooling)

Dynamic correction A:

Fixed correction in Cooling, in

absence of Cooling probe

Fixed correction

Dynamic correction B:

Fixed correction in Cooling, in

absence of Cooling probe

Fixed correction

Without valve Conﬁguration not used

No ventilation delay No ventilation delay

Minimum temperature check

activated (Heating)

Minimum temperature check

activated (Heating)

Maximum check activated if

probe is present (Cooling)

Maximum check activated if

probe is present (Cooling)

Dynamic correction B:

Fixed correction in Cooling, in

absence of Cooling probe

Fixed correction

WARNING: for the correct operation of the thermostat in systems with centralised control (e.g. VMF-E5), it is necessary to:

- Set Dip1=ON and Dip2=OFF.

- Install the water probe on the coil (even in the presence of a valve). With this setting, the thermostat operates as for the

“Downstream hot water probe” conﬁguration.

142

143 90

126

18 AVMFE18LJ1101 - 6795746_02

NETWORK SETTINGS

TTL NETWORK

- Consisting of up to 6 fan coils (one

Master and 5 Slaves)

- Maximum TTL line length 30m.

The master fan coils are equipped with a

control panel and an electronic board

with microprocessor which has outputs

in order to be inserted in a TTL network.

The Slave fan coils are equipped with an

electronic board with microprocessor

(VMF-E18, VMF-E1 or VMF-E0

accessory) which has outputs in order

to be inserted in a TTL network.

All the fan coils of the TTL network must

have the same type of accessory.

The settings (or set points) of the panel on

the main fan coil (Master) are received

by the other fan coils (Slaves).

The units connected to the TTL network

are automatically recognised (they

require no conﬁguration procedure).

TTL Line

Max 30m

FCXI + VMF-E18

VMF-E4 / VMF-E2

MASTER

SLAVE

VMF-E2

VMF-E18 VMF-E18 VMF-E18 VMF-E18 VMF-E18 VMF-E18

VMF-E4

ELECTRICAL WIRINGS

Instructions which are essential for the

proper installation of the equipment

are given here.

The installer's experience will be

necessary however, to perfect all the

operations in accordance with the

specific requirements.

Before beginning the installation,

carefully read the information below:

•WARNING: check that the power

supply is disconnected before carrying

out any procedures on the unit.

•WARNING: before carrying out

any work, put the proper individual

protection equipment on.

•WARNING: the device must be

installed in compliance with national

plant engineering rules.

•WARNING: the electrical wirings

and the installation of the units

and their accessories must only be

carried out by people possessing the

technical/professional skills for system

installation, transformation, extension

and maintenance, and who are able to

check these aspects in terms of safety

and good working.

In particular, the electrical wirings

require checks relating to:

- Measurement of the electrical system

insulation strength.

- Continuity of the protection wires.

•WARNING: Install a device, main

switch, or electric plug so you can

fully disconnect the device from the

power supply.

•WARNING: the unit is connected to

the electrical mains. Any intervention

by unqualified and untrained

personnel could cause injury to the

worker and damage to the equipment

and surrounding environment.

•Check the mains voltage complies

with the one requested for the device

to be installed.

•The electrical wiring measurements

must be carried out according to

the regulations in force, taking into

account the system load.

•For the power supply, use undamaged

cables with a section suitable for the

load. You are advised to make the

connections using a single cable for

each one. Do not make connections

on the power supply cable: use a

longer cable. Junctions can cause

overheating and/or fires.

•Only use the appropriate tools for the

electrical wirings.

•Make an earth connection for the

indoor unit.

•Use twisted cables for the connections

to the wired panel.

•

Follow the wiring diagrams supplied

with the device and shown in this

documentation when making the

connections.

•The wiring diagrams are subject to

continuous updates, so it is essential

to use those on the machine as your

reference.

•Do not attempt to repair the unit

yourself. An incorrect intervention can

cause electric shocks and/or fires, so

you are advised to contact your local

After Sales Service. For any installation

or technical intervention, please

contact your local After Sales Service.

•

All the cables must be piped or ducted

until they are inside the fan coil. The

cables leaving the pipe or raceway

must be positioned in such a way

that there are not traction or twisting

stresses and they are anyway protected

from outside agents.

•Stranded cables can only be used

with cable terminals. Check the cable

strands are well inserted.

•In installations with a 3-way valve, the

minimum water temperature probe

must be relocated from its standard

housing in the coil, to the delivery

pipe upstream from the valve. When

relocating the water probe, the

standard sensor must be replaced with

an accessory VMF-SW sensor, fitted

with a cable of suitable length.

•The connections must be made to the

connectors on the electronic board.

•The electronic board is protected with

a plastic box and a cover that can

easily be removed with the help of a

tool.

•Warning: the diagram showing the

connections of the electronic board to

the control board is printed inside its

box cover.

•Make an earth connection for the

indoor unit.

AVMFE18LJ1101 - 6795746_02

BOARD INSTALLATION AND CONNECTIONS

•The VMF-E18 Kit includes the

system with connection cables

to the Inverter Control Module.

The cables are wired with connectors

for quick connection.

The installation of the VMF-E18 kit

requires that standard control board

and connection cables to the Inverter

Control Module (Signal and Supply) are

removed from the fan coil.

•Mount the thermostat housing to the

side of the fan coil units, on the con-

nections that were of the control board.

•Remove the cover of the thermostat

housing.

•Connect the inverter control module

VMF-E18 to the thermostat using

the system with connection cables

supplied with the VMF-E18 kit.

Check the connection with the wiring

diagram.

•WARNING: make an earth connection

for the thermostat board.

DANGER: it is compulsory to tighten the

screw on the side of the fan coil, as this

is what allows the earth connection of

the entire system.

•Connect the power supply cables. Warn-

ing: respect the L and N polarities.

•Connect the electric cables of the air

temperature sensor (SA).

•Connect the electric cables of the water

temperature sensor (SW).

•Connect the electric cables of the sec-

ondary water temperature sensor (SW1),

in 4-pipe hydronic systems.

•Connect the cables for the external

contact (if envisaged).

•Connect the cables for the presence

sensor (if envisaged).

•Connect the cables for the microswitch

(if envisaged).

•Connect the mains and RS485 power

supply cables (if connected to the

mains). DANGER: must be connected

to the earth.

•Connect the TTL mains cables (if con-

nected to the mains).

•Connect the cables of the control panel

(if envisaged).

•Check that all the connections and rela-

tive cables are well fixed.

•Arrange the cables so there is no risk

of them being cut, crushed, jerked,

scraped, or generally damaged.

•Check that the board fuse is undamaged

and possesses the necessary features.

•Close the housing with the cover.

•Fix the power supply cables and valve

cables using the cable clamp.

DANGER: it is compulsory to tighten the screw on the side of the fan coil, as this is

what allows the earth connection of the entire system.

WARNING: Keep separate electri-

cal connections from water con-

nections. Water connections and

drain should be on the side oppo-

site of the electrical connections.

20 AVMFE18LJ1101 - 6795746_02

L - N = Power supply

230V AC - 50Hz

Screw clamps

Minimum cable section = 0.5mm2

Maximum cable section = 2.0mm2

= EARTH connection

Screw clamp

Minimum cable section = 0.5mm2

Maximum cable section = 2.0mm2

Y1 = VC/VF control

Screw clamps

Minimum cable section = 0.5mm2

Maximum cable section = 1.3mm2

Maximum cable length = 30m

Y2 = Accessory control

Screw clamps

Minimum cable section = 0.5mm2

Maximum cable section = 1.3mm2

Maximum cable length = 30m

N = Neutral

Faston-type connector

Minimum cable section = 0.5mm2

FUSE = Protection fuse

Delayed 4A fuse

V3 - V2 - V1 = Inverter module power

supply

Faston-type connector

Dedicated link

CN24 = 0-10V Inverter command

Dedicated link

CN26 = Inverter fault reverse

Dedicated link

SA = Air probe

Analogue input

Removable-type connector

Maximum cable length = 3m

SW = Water probe

(2 pipes / 4 pipes on heating

exchanger)

Analogue input

Faston-type connector

Maximum cable length = 3m

SW1 = Water probe

(4 pipes on cooling exchanger)

Analogue input

Removable-type connector

Maximum cable length = 3m

SP = Presence sensor

Digital input

Screw clamps

Minimum cable section = 0.2mm2

Maximum cable section = 1.0mm2

Maximum cable length = 30m

CE = External contact

Digital input

Screw clamps

Minimum cable section = 0.2mm2

Maximum cable section = 1.0mm2

Maximum cable length = 100m

MS = Microswitch

Sliding contact

Maximum cable length = 3m

RS485 / E5 = Supervision serial +

Power supply VMF-E5 (5 Poles)

Removable-type connector

Shielded cable size AWG22-5

(0,34 mm2- 5 poles + shield)

Maximum cable length for the

complete network = 30 m

RS485 = Supervision serial

Removable-type connector

Shielded cable size AWG22-3

(0,34 mm2- 3 poles + shield)

Maximum cable length for the

complete network = 1000m

E5 = VMF-E5 power supply

Removable-type connector

Shielded cable size AWG22-2

(0,34 mm2- 2 poles + shield)

Maximum cable length = 30m

TTL = Local serial

Removable-type connector

Shielded cable size AWG22-3

(0,34 mm2- 3 poles + shield)

Total maximum cable length = 30m

(see the diagram showing the connec-

tions

between the units)

E2-E3-E4 = Connection to the control

panel

Dedicated connector

Shielded Twisted Pair cable (Data

transmission cable),

size AWG 22-24

(0.33 - 0.20 mm2- 4 poles + shield)

ELECTRONIC BOARD CONNECTIONS

Connections key:

2345678

Out 0-10V

Rif.Inverter

Out 0-10V

In Fault

Inverter

Fuse

AVMFE18LJ1101 - 6795746_02

Turn off the power to the unit. This operation should be carried

out in the installation phase, by suitably trained and qualified

personnel only.

The dip-switches are on the electronic board.

**Warning: if the thermostats are inserted in systems with

Centralised Control or Supervisor (e.g. VMF-E5), it is necessary

to set: Dip1=ON and Dip2=OFF. The setting takes priority over

the presence of the valve and the position of the sensor.

DIP-SWITCH SETTINGS

OFF

1 2 3 4 5 6 7 8

OFF

1 2 3 4 5 6 7 8

OFF

1 2 3 4 5 6 7 8

SW SW

ON ON

OFF

1 2 3 4 5 6 7 8

ON ON

OFF

1 2 3 4 5 6 7 8

OFF

1 2 3 4 5 6 7 8

SOME EXAMPLES:

VMF_E18 (default)

* Centralised control enabled

* Water sensor upstream from the valve

FCXI 50 / 80

FCXI 20 / 30 / 40

* With shutoff valve

Functions dependent on the combination of 2 Dip

Dip 1 Dip 2 *Centralised control

ON OFF Centralised control enabled

Dip 6 Dip 5 **Type of system

OFF OFF Two-pipe system - Two-pipe system with electric heater

OFF ON four-pipe system

ON OFF Two-pipe system with Plasmacluster / Bactericide lamp

ON ON Two-pipe system with bactericide lamp always on

Position Functions

Dip 1 (Default OFF)Check water valve / * Thermostat in centralised network(See table):

OFF No shut-off valve

ON Shutoff valve present / **Thermostat in centralised network:

Dip 2 (Default OFF)Position water temperature sensor / * Thermostat in centralised network (See table ):

OFF Water temperature sensor downstream from shutoff valve / *Thermostat in centralised network

ON Water temperature sensor upstream from shutoff valve

Dip 3 (Default OFF)Ventilation control:

OFF Thermostat-controlled ventilation

ON Continuous ventilation

Dip 4 (Default OFF) Ventilation enabling:

OFF Enabling normal band

ON Enabling reduced band

Dip 5 (Default OFF)** System type selection (See table)

OFF Combinations between Dip 5 and Dip 6

Dip 6 (Default OFF)** System type selection (See table)

OFF Combinations between Dip 5 and Dip 6

Dip 7 (Default OFF)Dead band:

OFF Dead band 5°C

ON Dead band 2°C

Dip 8 (Default OFF)Special settings for FCXI:

OFF FCXI 20 / 30 / 40

ON FCXI 50 / 80

They can be used to obtain the following functions:

22 AVMFE18LJ1101 - 6795746_02

E18 TECHNICAL CHARACTERISTICS

Power supply 230V AC +/-10%, 50-60 Hz

Max input power (excluding loads controlled by TRIACs) 4.5VA

Digital inputs 4 free contacts

Analogue inputs 3 for reading NTC 10K probes

Analogue outlets 2 (0-10V) for Inverter reference and valve control

Digital outputs 2, 230V AC with Triac

Assembly On the machine

Protection rating IP20 (referring to the containment plastic)

Storage conditions -20T80°C, humidity 80% non-condensing

Operating conditions 0T50°C, humidity 80% non-condensing

Software class Class A

SPECIAL CONNECTIONS FOR E18

Power supply Screw terminals, 5mm pitch

Cable section - min=0.5mm2max=2.0mm2

Accessory command outputs (Valves, Plasmacluster,

germicidal lamp, etc.)

Screw terminals, 5mm pitch

Cable section - min=0.5mm2max=1.3mm2

Maximum cable length = 30m

EC digital input Screw terminals, 3.81mm pitch

Cable section - min=0.2mm2max=1.0mm2

Maximum cable length = 100m

MS digital input Sliding contact

Maximum cable length = 3m

SP digital input Screw terminals, 3.81mm pitch

Cable section - min=0.2mm2max=1.0mm2

Maximum cable length = 100m

Analogue inputs (SA-SW) Quick plug-in connections

Maximum cable length = 3m

Analogue input (SC) Quick plug-in connection

Maximum cable length = 30m

TTL local serial Screw terminals, 3.81mm pitch

Cable section - min=0.2mm2max=1.0mm2

Maximum cable length = 30m

RS485 supervision serial Screw terminals, 3.81mm pitch

Cable section - min=0.2mm2max=1.0mm2

Maximum cable length = 1000m

Output power supply 12V DC Screw terminals, 3.81mm pitch

Cable section - min=0.2mm2max=1.0mm2

Maximum cable length = 30m

Reference 0-10V for Inverter 2-pole screw terminal, 3.81mm pitch

Outputs 01-10V 2-pole screw terminal, 3.81mm pitch

Inverter fault input 2-pole screw terminal, 3.81mm pitch

COMPLIANCE WITH EC MARK

The following directives are used for reference:

• Low Voltage Directive 2006/95/EC

• Electromagnetic Compatibility Directive 2004/108/EC.

AVMFE18LJ1101 - 6795746_02

2345678

Out 0-10V

Rif.Inverter

Out 0-10V

In Fault

Inverter

22AWG-422AWG-4

COLLEGAMENTI • CONNECTIONS • RACCORDEMENTS • ANSCHLÜSSE • CONEXIONES

Alimentazione modulo Inverter

Inverter module power supply

Alimentation du module Inverter

Stromversorgung Inverter-Steuermodul

Alimentación módulo Inverter

Collegamento al pannello comandi

Connection to the control panel

Raccordement au panneau de commande

Anschluss an die Bedientafel

Conexión al tablero de mandos

TTL Seriale locale

TTL Local serial

TTL Liaison série locale

TTL Lokale serielle Schnittstelle

TTL Serial Local

Y1 Comando valvola VC/VF + Y2 Comando accessorio

Y1 VC/VF control + Y2 Accessory control

Y1 Commande VC/VF + Y2 Commande accessoire

Y1 Steuerung VC/VF + Y2 Steuerung des Zubehörteils

Y1 Mando VC/VF + Y2 Mando Mando accesorio

Alimentazione elettrica

Power supply

Alimentation électrique

Stromversorgung

Alimentación eléctrica

54 AVMFE18LJ1101 - 6795746_02

Sonda temperatura aria

Air probe

Sonde d’air

Lufttemperaturfühler

Sonda aire

Sonda acqua su scambiatore riscaldamento

Water probe on heating exchanger

Sonde d’eau sur échangeur de chauffage

Wassertemperaturfühler auf Wärmetauscher für Heizbetrieb

Sonda de agua en intercambiador de calentamiento

SP Sensore presenza + CE Contatto esterno

SP Presence sensor + CE External contact

SP Capteur de présence + CE Contact extérieur

SP Anwesenheitssensor + CE Außenkontakt

SP Sensor de presencia + CE Contacto externo

Sonda acqua su scambiatore raffrescamento (4tubi)

Water probe on cooling exchanger (4 pipes)

Sonde d’eau sur échangeur de refroidissement 4 tubes

Wassertemperaturfühler auf Wärmetauscher für Kühlbetrieb

Sonda de agua en intercambiador de enfriamiento

Microswitch

Microrupteur

Mikroschalter

Microswitch

COLLEGAMENTI • CONNECTIONS • RACCORDEMENTS • ANSCHLÜSSE • CONEXIONES

AVMFE18LJ1101 - 6795746_02

22AWG-5

MAX. 30m

VMF-E5

VMF-E18

22AWG-3

22AWG-3 22AWG-5

VMF-E5

RS485 Seriale supervisione + E5 alimentazione VMF-E5

RS485 Supervision serial + E5 VMF-E5 power supply

RS485 Liaison série de supervision + E5 Alimentation VMF-E5

RS485 Serielle Überwachungsschnittstelle + E5 Versorgung VMF-E5

RS485 Serial supervisión + E5 Alimentación VMF-E5

22AWG-322AWG-3

22AWG-522AWG-5

22AWG-3

VMF-E5

VMF-E18

22AWG-3

22AWG-3 22AWG-3

12Vac

14Vdc

VMF-E5

RS485 Seriale supervisione (Alimentazione esterna VMF-E5)

RS485 Supervision serial (VMF-E5 external power supply)

RS485 Liaison série de supervision (Alimentation externe VMF-E5)

RS485 Serielle Überwachungsschnittstelle (Externe Stromversorgung VMF-E5)

RS485 Serial supervisión (Alimentación externa VMF-E5)

La schermatura di ogni cavo deve essere collegata a terra in un solo punto

Every shield cable must be connected to the ground cable

Le blindage de chaque cable doit être branché à la terre en un seul point.

Der Schirm eines jeden Kables wird nur an einem Erdungspunkt angeklemmt

La pantalla de cada cable debe ser conectada a tierra en un solo punto

RS485 - COLLEGAMENTI • CONNECTIONS • RACCORDEMENTS • ANSCHLÜSSE • CONEXIONES

56 AVMFE18LJ1101 - 6795746_02

VMF-E18

VMF-E5

VMF-E18

22AWG-3 22AWG-3

22AWG-3

Seriale supervisione RS485 (VMF_E18 - VMF_E18)

Supervision serial RS485 (VMF_E18 - VMF_E18)

Liaison série de supervision RS485 (VMF_E18 - VMF_E18)

Serielle Überwachungsschnittstelle RS485 (VMF_E18 - VMF_E18)

Serial supervisión RS485 (VMF_E18 - VMF_E18)

22AWG-3

VMF-MCR

MODU-485A

VMF-E18

22AWG-3

22AWG-3 22AWG-3

Seriale supervisione RS485 (VMF_E18 - MODU_485A)

Supervision serial RS485 (VMF_E18 - MODU_485A)

Liaison série de supervision RS485 (VMF_E18 - MODU_485A)

Serielle Überwachungsschnittstelle E18 - MODU_485A

Serial supervisión RS485 (VMF_E18 - MODU_485A)

22AWG-3

VMF-MCR

VMF-E18

22AWG-3

22AWG-3 22AWG-3

Seriale supervisione RS485 (VMF_E18 - VMF_MCR)

Supervision serial RS485 (VMF_E18 - VMF_MCR)

Liaison série de supervision RS485 (VMF_E18 - VMF_MCR)

Serielle Überwachungsschnittstelle RS485 (VMF_E18 - VMF_MCR)

Serial supervisión RS485 (VMF_E18 - VMF_MCR)

RS485 - COLLEGAMENTI • CONNECTIONS • RACCORDEMENTS • ANSCHLÜSSE • CONEXIONES

AVMFE18LJ1101 - 6795746_02

10k

VMF-E18

CN9

JP1

CN11

PF2

CN1

CN7-B CN7-A

CN10-B CN10-A

CN17

CN27

1-TX-RX

2- GND

N V3 V2 V1

L N

1 2 3 4 5 6 7 8

DIP

CE1

SP1

CN8

CN18CN19

CN24

CN26

CN25

CN22CN23

CN14

SW1

2- B- 485

1- A-485

4-V+-Pan

3- GND-485

5-GND-Pan

CN16

Slave 1÷5

TTL

SLOT EXPANSION

MODBUS

12Vdc

0Vdc (E5)

(---------------------------- TTL 30 m MAX -----------------------------)Master

ROS

C37

ROS

ROSA

VC/F

Only Master

VMF-E2

VMF-E4

SW1

Master

Los esquemas eléctricos están sujetos a modificaciones continuas, por lo tanto es obligatorio tomar la referencia de los que se encuentran a bordo de la máquina.

All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.

Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.

Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.

El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad remitirse a los esquemas suministrados con la misma.

VMF_E18

IG = Interruttore generale • Master switch • Interrupteur général • Hauptschalter • Interruptor general

M= Morsettiera • Control board • Bornier • Klemmleiste • Caja de conexiones

MS = Microinterruttore • Dip-switch • Microrupteur • Mikroschalter • Microinterruptor

MV = Motore ventilatore • Fan motor • Moteur du ventilateur • Ventilatormotor • Motor ventilador

PE = Collegamento di terra • Earth connection • Mise à la terre • Erdung • Toma de tierra

SA = Sonda ambiente • Ambient probe • Sonde ambiante • Raumtemperaturfühler • Sonda ambiente

SC = Sonda ambiente • Control card • carte de contrôle • Steuerplatine • Tarjeta de control

SW = Sonda minima temperatura acqua • Minimum water temperature probe • Sonde de température minimale de l'eau

Sonde für Mindest-Wassertemperatur • Sonda mínima temperatura del agua

VCH = Valvola solenoide • Solenoid valve • Vanne solénoïde • Magnetventil • Válvula solenoide

= Componenti forniti optional • Components supplied as optional extras • Composants fournis en option

Als Option lieferbare Teile • Componentes opcionales facilitados

= Collegamenti da eseguire in loco • Connections to be made on site • Branchements à effectuer sur les lieux

Vor Ort auszuführende Anschlüsse • Conexiones que realizar in situ

LEGENDA • KEY • LEGENDE • LEGENDE • LEYENDA

SCHEMI ELETTRICI •WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • ELEKTRISCHE SCHALTPLÄNE • ESQUEMAS ELECTRICOS

AR = Arancio

BI = Bianco

BL = Blu

GR = Grigio

GV = Giallo-Verde

MA = Marrone

NE = Nero

RO = Rosso

ROS = Rosa

AR = Orange

BI = White

BL = Blue

GR = Grey

GV = Yellow-green

MA = Brown

NE = Black

RO = Red

ROS = Pink

AR = Orange

BI = Blanc

BL = Bleu

GR = Gris

GV = Jaune-vert

MA = Marron

NE = Noir

RO = Rouge

ROS = Rose

AR = Orange

BI = Weiß

BL = Blau

GR = Grau

GV = Gelb/Grün

MA = Braun

NE = Schwarz

RO = Rot

ROS = Rosa

AR = Naranja

BI = Blanco

BL = Azul

GR = Gris

GV = Amarillo-Verde

MA = Marrón

NE = Negro

RO = Rojo

ROS = Rosa

58 AVMFE18LJ1101 - 6795746_02

SCHEMI ELETTRICI •WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • ELEKTRISCHE SCHALTPLÄNE • ESQUEMAS ELECTRICOS

10k

Dis. 5384005_01

VMF-E18

CN9

JP1

CN11

PF2

CN1

CN7-B CN7-A

CN10-B CN10-A

CN17

CN27

1-TX-RX

2- GND

N V3 V2 V1

L N

1 2 3 4 5 6 7 8

DIP

CE1

SP1

CN8

CN18CN19

CN24

CN26

CN25

CN22CN23

CN14

SW1

2- B- 485

1- A-485

4-V+-Pan

3- GND-485

5-GND-Pan

CN16

SLOT EXPANSION

ROS

C37

ROS

ROSA

VC/F

VMF-E2

VMF-E4

SW1

VMF-E1

VMF-E2/E4

Los esquemas eléctricos están sujetos a modificaciones continuas, por lo tanto es obligatorio tomar la referencia de los que se encuentran a bordo de la máquina.

All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.

Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.

Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.

El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad remitirse a los esquemas suministrados con la misma.

AVMFE18LJ1101 - 6795746_02

10k

CN9

JP1

CN11

PF2

CN1

CN7-B CN7-A

CN10-B CN10-A

CN27

N V3 V2 V1

L N

1 2 3 4 5 6 7 8

DIP

CE1

SP1

CN8

CN18CN19

CN24

CN26

CN25

CN22CN23

CN14

SW1

CN17

1-TX-RX

2- GND

2 - B - 485

1 - A - 485

4 - V + Pan

3 - GND- 485

5 - GND - Pan

CN16

Slave 1

TTL

SLOT EXPANSION

(------------------------------------------------------------------------------------------------------------------------------ 30 m MAX ----------------------------------------------------------------------------------------------------------------------------)

Master

ROS

C37

ROS

ROSA

VC/F

(Y1)

Only Master

VMF-E2

VMF-E4

SW1

Slave 2÷5

TTL

VMF-E18

10k

CN9

JP1

CN11

PF2

CN1

CN7-B CN7-A

CN10-B CN10-A

CN17

CN27

1-TX-RX

2- GND

N V3 V2 V1

L N

1 2 3 4 5 6 7 8

DIP

CE1

SP1

CN8

CN18CN19

CN24

CN26

CN25

CN22CN23

CN14

SW1

2 - B - 485

1 - A - 485

4 - V + Pan

3 - GND- 485

5 - GND - Pan

CN16

SLOT EXPANSION

ROS

C37

ROS

ROSA

SW1

PE VMF-E18

(Y2)

VC/F

(Y1)

(Y2)

VMF-E18 (master + slave)

VMF-E5

VMF-E2/E4

Los esquemas eléctricos están sujetos a modificaciones continuas, por lo tanto es obligatorio tomar la referencia de los que se encuentran a bordo de la máquina.

All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.

Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.

Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.

El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad remitirse a los esquemas suministrados con la misma.

SCHEMI ELETTRICI •WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • ELEKTRISCHE SCHALTPLÄNE • ESQUEMAS ELECTRICOS

60 AVMFE18LJ1101 - 6795746_02

SCHEMI ELETTRICI •WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • ELEKTRISCHE SCHALTPLÄNE • ESQUEMAS ELECTRICOS

10k

CN9

JP1

CN11

PF2

CN1

CN7-B CN7-A

CN10-B CN10-A

CN27

N V3 V2 V1

L N

1 2 3 4 5 6 7 8

DIP

CE1

SP1

CN8

CN18CN19

CN24

CN26

CN25

CN22CN23

CN14

SW1

CN17

1-TX-RX

2- GND

2 - B - 485

1 - A - 485

4 - V + Pan

3 - GND- 485

5 - GND - Pan

CN16

Slave 1

TTL

SLOT EXPANSION

MODBUS

VMF-E5

Master

ROS

C37

ROS

ROSA

VC/F

(Y1)

Only Master

VMF-E2

VMF-E4

SW1

Slave 2÷5

TTL

VMF-E18

(A)

RS485

±12Vdc / 24Vac

(B)

(GND)

(-)

(+)

CN11 CN12

10k

CN9

JP1

CN11

PF2

CN1

CN7-B CN7-A

CN10-B CN10-A

CN17

CN27

1-TX-RX

2- GND

N V3 V2 V1

L N

1 2 3 4 5 6 7 8

DIP

CE1

SP1

CN8

CN18CN19

CN24

CN26

CN25

CN22CN23

CN14

SW1

2 - B - 485

1 - A - 485

4 - V + Pan

3 - GND- 485

5 - GND - Pan

CN16

SLOT EXPANSION

ROS

C37

ROS

ROSA

SW1

PE VMF-E18

VMF-E1

VMF-E5

MAX 30m

CN17

1-TX-RX

2- GND

2 - B - 485

1 - A - 485

4 - V + Pan

3 - GND- 485

5 - GND - Pan

CN16

RS485 12V

TTL

(Y2)

VC/F

(Y1)

(Y2)

22AWG

VMF-E18 (master + slave)

VMF-E5

VMF-E2/E4

Los esquemas eléctricos están sujetos a modificaciones continuas, por lo tanto es obligatorio tomar la referencia de los que se encuentran a bordo de la máquina.

All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.

Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.

Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.

El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad remitirse a los esquemas suministrados con la misma.

AVMFE18LJ1101 - 6795746_02

CN9

JP1

CN11

PF2

CN1

CN7-B CN7-A

CN10-B CN10-A

CN27

N V3 V2 V1

L N

1 2 3 4 5 6 7 8

DIP

CE1

SP1

CN8

CN18CN19

CN24

CN26

CN25

CN22CN23

CN14

SW1

CN17

1-TX-RX

2- GND

2 - B - 485

1 - A - 485

4 - V + Pan

3 - GND- 485

5 - GND - Pan

CN16

Slave 1

TTL

SLOT EXPANSION

(----------------------------------------------------------------------------------------------------------------- 30 m MAX ---------------------------------------------------------------------------------------------------------------------)

Master

C37

ROS

ROSA

Only Master

VMF-E2

VMF-E4

Slave 2÷5

VMF-E18

CN9

JP1

CN11

PF2

CN1

CN7-B CN7-A

CN10-B CN10-A

CN17

CN27

1-TX-RX

2- GND

N V3 V2 V1

L N

1 2 3 4 5 6 7 8

DIP

CE1

SP1

CN8

CN18CN19

CN24

CN26

CN25

CN22CN23

CN14

SW1

2 - B - 485

1 - A - 485

4 - V + Pan

3 - GND- 485

5 - GND - Pan

CN16

SLOT EXPANSION 1

C37

ROS

ROSA

VMF-E18

TTL

SCHEMI ELETTRICI •WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • ELEKTRISCHE SCHALTPLÄNE • ESQUEMAS ELECTRICOS

TTL Seriale locale

TTL Local serial

TTL Liaison série locale

TTL Lokale serielle Schnittstelle

TTL Serial Local

Los esquemas eléctricos están sujetos a modificaciones continuas, por lo tanto es obligatorio tomar la referencia de los que se encuentran a bordo de la máquina.

All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.

Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.

Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.

El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad remitirse a los esquemas suministrados con la misma.

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