Vostermans Ventilation MASTER-5N Parts list manual

MASTER-5N
ENGLISH
Installation Instructions - Operating Instructions
NEDERLANDS
Installatie Instructies - Gebruiksaanwijzing
DEUTSCH
Installationsanleitung - Betriebsanleitung
IMPORTANT - READ CAREFULLY BEFORE USE
BELANGRIJK - VOOR GEBRUIK ZORGVULDIG LEZEN
WICHTIG - VOR GEBRAUCH SORGFÄLTIG LESEN
Document ID: INS00110-A

2
INS00110-A
Table of Contents
English.................................................................................................................................... 3
Nederlands..............................................................................................................................16
Deutsch...................................................................................................................................
28

INS00110-A
Original instructions
ENGLISH | 3
MASTER-5N
1Introduction ...........................................................................................................................................................................................................3
2Safety ....................................................................................................................................................................................................................4
3Information ............................................................................................................................................................................................................5
3.1 Overview.......................................................................................................................................................................................................5
3.2 Intended use .................................................................................................................................................................................................5
3.3 Technical Information .....................................................................................................................................................................................5
4Installation .............................................................................................................................................................................................................6
4.1 Mechanical....................................................................................................................................................................................................6
4.2 Electrical .......................................................................................................................................................................................................6
4.3 Wiring diagram ..............................................................................................................................................................................................7
5Settings .................................................................................................................................................................................................................7
5.1 General settings list........................................................................................................................................................................................8
5.2 Advanced settings list.....................................................................................................................................................................................8
5.3 Ventilation level .............................................................................................................................................................................................9
5.4 Bandwidth compensation ..............................................................................................................................................................................11
5.5 Air inlet flap .................................................................................................................................................................................................12
5.6 Heating.......................................................................................................................................................................................................12
5.7 Manual control.............................................................................................................................................................................................12
5.8 Empty room.................................................................................................................................................................................................12
5.9 Temperature alarms.....................................................................................................................................................................................13
6Operation.............................................................................................................................................................................................................13
6.1 Alarm..........................................................................................................................................................................................................13
7Maintenance.........................................................................................................................................................................................................14
8Troubleshooting...................................................................................................................................................................................................14
9End of life ............................................................................................................................................................................................................14
Glossary ..............................................................................................................................................................................................................15
IMPORTANT: READ THESE INSTRUCTIONS CAREFULLY BEFORE USE
KEEP THESE INSTRUCTIONS FOR FUTURE REFERENCE
These instructions are a part of this product and must be passed on to any subsequent owner and/or user.
Contact your supplier if there are parts of these instructions that you do not understand. Compliance with these instructions will ensure a safe and correct use of
this product.
Legal notice / Disclaimer
The scope of delivery may vary from product images shown. This document was created with all due care. The information, instructions and parts listed are
current on the date this document was issued.
Improper use
No liability is accepted for damages resulting from improper use.
Packaging
If packaging materials are no longer required, dispose of them in accordance with regulations that apply in your area.
Table of Contents
1 Introduction
NOTICE
This product is for professional use only.

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Original instructions
INS00110-A
Manufacturer:
This product is manufactured for Vostermans Ventilation B.V. by:
es-electronic UG
Brandenburger Straße 7
D-89287 Bellenberg
Germany
es-electronic UG is legally the manufacturer.
Safety messages
Your safety and the safety of others are very important. Important safety messages are provided in these instructions.
READ THESE MESSAGES CAREFULLY
A safety message alerts you to potential hazards that could hurt you or others. Each safety message is preceded by a safety symbol and one of four signal
words: DANGER, WARNING, CAUTION or NOTICE.
Explanation of the signal words used in these instructions
DANGER : You will be killed or seriously hurt if you do not follow instructions.
WARNING : You can be killed or seriously hurt if you do not follow instructions.
CAUTION : You can be hurt if you do not follow instructions.
NOTICE : Is used to address practices not related to physical injury.
Explanation of the safety symbols used
General warning symbol
Warning for electricity
Warning for hot surfaces
Warning for automatic activation
Warning for explosive materials
General mandatory action sign
2 Safety

MASTER-5N
INS00110-A
Original instructions
ENGLISH | 5
Value of the selected setting Status bar Ventilation level shown in status bar
Air inlet flap opening shown in status bar
This LED is not used.
Selected setting Heater
Bandwith compensation
General settings list Alarm
Setting selection buttons Adjust setting value
MASTER- 5N
The settings list on the controller is default in English. Labels to change the settings list to Dutch, German or French are included with the controller. The
controller display language is English and this cannot be changed.
The MASTER-5N is a room temperature controller. The MASTER-5N controls room temperature by controlling ventilation, heating and air inlet flaps. Ventilation,
heating and air inlet flaps are controlled using 0-10 V outputs to be connected to external control units.
General
Power supply 230 VAC 50/60 Hz ±10%
Power consumption 25 VA no load
Fuse T 200 mA
Ambient operating temperature range -10 °C < x < 40 °C
Ambient relative humidity ≤95% non-condensing
Degree of Ingress Protection IP54
Weight / Dimensions 2.0 kg / 267 x 225 x 104 mm
Inputs
Temperature sensors KTY81/110 PTC (1KΩ @ 25°C)
Relay outputs
Alarm relay contact (SPDT) Max. 2 A - 250 VAC / Min. 12 V - 10 mA
Ventilation output 2 relay contact (SPDT) Max. 2 A - 250 VAC / Min. 12 V - 10 mA
Heating relay contact (SPDT) Max. 2 A - 250 VAC / Min. 12 V - 10 mA
Analogue outputs
Ventilation output 1 0-10 V / 10-0 V Max. 10 mA
Ventilation output 2 0-10 V / 10-0 V Max. 10 mA
Air inlet flap output 0-10 V / 10-0 V Max. 10 mA
Heating output 0-10 V / 10-0 V Max. 10 mA
3 Information
3.1 Overview
3.2 Intended use
DANGER
Do not use this product in explosive or potentially explosive atmospheres .
DANGER
Where the health and well-being of humans and/or animals is dependent on the functioning of this controller, an appropriate backup system
must be provided such that in the event of failure of the controller, sufficient air renewal is guaranteed to preserve the health and well-being
of the humans and/or animals.
3.3 Technical Information

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Original instructions
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►Before commencing installation
1. Check the product after you have received it and make sure it has not been damaged during transport.
2. Check all the information on the rating plate and verify that this product is suitable for the intended application.
4.1 Mechanical
NOTICE
This product must be installed on a non-flammable surface
NOTICE
This product must be installed vertically with the cable entry openings pointing downwards
NOTICE
To ensure adequate cooling of the controller, make sure there is at least 100mm clearance around the controller.
NOTICE
Do not install this product inside an electrical enclosure.
NOTICE
To avoid damage by corrosive gasses: When used in livestock buildings, do not install this product directly inside the rooms where animals
and/or manure are present.
Check the rating plate and verify that this product is suitable for the available power supply.
Use the cable grommets supplied with this product.
Isolator
This product is supplied without an electrical isolator. An electrical isolator must be provided to facilitate safe maintenance and troubleshooting.
Grounding
This product must be grounded.
4 Installation
Electrical
4.2
NOTICE
Electrical connection must be carried out by a qualified electrician. Electrical connections must be made in accordance with local regula-
tions.
WARNING
Even when the controller itself is isolated from the power supply, there can still be power on the terminals where the external equipment is
connected.

MASTER-5N
INS00110-A
Original instructions
ENGLISH | 7
Illustration 1: Wiring diagram
The analogue ventilation output 2 and ventilation output 2 relay contact, are together referred to as ‘ventilation output 2”.
NOTICE! The relay contacts have no overcurrent protection.
Alarm relay contact
The alarm relay contact is active during normal operation (COM-NO closed). When there is an alarm or a power failure to the controller, the relay contact is
inactive (COM-NC closed).
There are two groups of settings, general settings and advanced settings. The general settings are for regular use. NOTICE! The advanced settings are
not for regular use, but are usually only needed during the installation of the controller.
General settings
The general settings are grouped in three subgroups and are listed on the control panel:
E - Temperature Settings
L - Ventilation settings
C –Heating and alarm settings
►Selecting and modifying a general setting:
1. Press the HAND button underneath the group until the required setting is shown in the MODE display.
2. Change the value of the setting which is shown in the PARAMETER display, by using the ARROW UP and ARROW DOWN buttons.
Advanced settings
The advanced settings are grouped in two subgroups:
H –Settings related to sensors and heating
P –Settings related to fans and air inlet flaps
►Selecting and modifying an advanced setting of group H:
1. Press and hold the HAND button underneath the temperature group.
2. Press the HAND button underneath the alarm group until the required setting is shown in the MODE display.
3. Change the value of the setting which is shown in the PARAMETER display, by using the ARROW UP and ARROW DOWN buttons.
►Selecting and modifying an advanced setting of group P:
1. Press and hold the HAND button underneath the temperature group.
2. Press the HAND button underneath the ventilation group until the required setting is shown in the MODE display.
4.3 Wiring diagram
NL
1~ 230 V 50/60 Hz
"Ventilation output 1"
"Ventilation output 2"
Room temperature sensor
Outside temperature sensor
0-10 V
GND
0-10 V
GND
Analogue ventilation output 1
Analogue air inlet flap output
0-10 V
GND
0-10 V
GND
Analogue ventilation output 2
Analogue heating output
Alarm contact
Heating contact
Ventilation output 2 relay contact
5 Settings

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Original instructions
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3. Change the value of the setting which is shown in the PARAMETER display, by using the ARROW UP and ARROW DOWN buttons.
Display
When there has been no user interaction for one minute, the displays return to the default view showing the room temperature.
If there is an alarm, the displays show the alarm code instead of the room temperature.
Setting
Description
Selection range
Default value
E1
Room temperature
E2
Outside temperature
E3
Setpoint temperature
0 –40°C
20.0°C
E4
Bandwidth
2 –12 K
5 K
E5
“Minimum ventilation stop“ temperature
OFF/ -25 –0 K
OFF
E6
Bandwidth compensation
ON / OFF
OFF
L1
Minimum ventilation level
0 –50%
0%
L2
Maximum ventilation level
50 –100%
100%
L3
Ventilation output 2
OFF / 20 –80% / ON
OFF
L4
Air inlet flap minimum opening
0 –50%
0%
L5
Air inlet flap maximum opening
50 –100%
100%
L6
Automatic or manual control
Auto / Hand 0 –100%
Auto
L7
Select if ventilation level or air inlet flap opening is shown in the status bar
Ventilation level
L8
Empty room function
Auto / OFF
Auto
C1
Heating
OFF / -15 –0 K
OFF
C2
High temperature alarm
OFF / 0 –25 K
OFF
C3
Outside temperature alarm compensation
OFF / 0 –20 K
OFF
C4
Low temperature alarm
OFF / -20 –0 K
OFF
C5
Alarm reset
OFF / ALARM CODE
OFF
Setting
Description
Selection range
Default value
H1
Correction to the measured value of the room temperature sensor
±10 K
0 K
H2
Correction to the measured value of the outside temperature sensor
± 10 K
0 K
H3
Hysteresis of the ON-OFF heating contact
0.5 –10.0 K
1.0 K
H4
Minimum output level of the analogue heating output
0 –50%
(=0 –5 V or 5 –0 V)
0%
H5
Maximum output level of the analogue heating output
50 –100%
(=5 –10 V or 10 –5 V)
100%
H6
Bandwidth of the analogue heating output
0.5 K –6.0 K
2.0 K
H7
Inverting the analogue heating output
0 –10 V
10 –0 V
0 - 10 V
H8
This setting is not used.
H9
This setting is not used.
HA
Minimum ventilation cycle timer ON time
1 –100%
100%
P1
Minimum level of ventilation output 1 and 2
0 –30%
15%
For the analogue ventilation
output this is 1,5 V or 8,5 V
(inverted)
P2
Maximum level of ventilation output 1 and 2
70 –100%
100%
P3
Minimum output level of the air inlet flap analogue output
0 –30% (= 0 –3 V)
0%
P4
Maximum output level of the air inlet flap analogue output
70 –100% (= 7 –10 V)
100%
P5
This setting is not used.
P6
Inverting the analogue ventilation output 1
0 –10 V
10 –0 V
0 –10 V
5.1 General settings list
5.2 Advanced settings list

MASTER-5N
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Original instructions
ENGLISH | 9
Setting
Description
Selection range
Default value
P7
Inverting the analogue ventilation output 2
0 –10 V
10 –0 V
0 –10 V
P8
Inverting the analogue air inlet flap output
0 –10 V
10 –0 V
0 –10 V
P9
Offset between ventilation level and air inlet flap control
-99 –99% of bandwidth E4
0%
PC1
Low supply voltage alarm
ON/OFF
ON
1Available in software version 5.16 and higher
P1 - Minimum output voltage
With setting P1 the minimum output voltage of the analogue outputs is set.
When using electronic speed control (TRIAC), fans manufactured by Vostermans Ventilation B.V. must not be run at voltages lower than 40% of their rated
voltage. Adjust P1 so that fans manufactured by Vostermans Ventilation B.V. will operate at least at 40% of their rated voltage (92 Vrms at 230 V).
►To adjust P1 and set the required minimum output voltage, ventilation level must be temporarily set to minimum ventilation level:
►Note the values of settings L1, E5 and E3.
1. Set L1 to 0%
2. Set E5 to OFF
3. Set E3 > E1
 Ventilation level is now at minimum ventilation level.
4. Adjust P1 until the required minimum output voltage is reached.
5. Restore L1, E5 and E3 to their original values.
P2 –Maximum output voltage
With setting P2 the maximum output voltage of the analogue outputs is set.
►To adjust P2 and set the required maximum output voltage, ventilation level must be temporarily set to maximum ventilation level:
►Note the values of settings L2 and E3.
1. Set L2 to 100%
2. Set E3 < ( E1 - E4 )
 Ventilation level is now at maximum ventilation level.
3. Adjust P2 until the required maximum output voltage is reached.
4. Restore L2 and E3 to their original values.
100%
L2
L1 - Minimum ventilation level
L2 - Maximum ventilation level
hysteresis 0.5K E3 - Setpoint temperature
L1 E4 - Bandwidth
0% E5 - "Minimum ventilation stop" temperature
E5 E4
E3
Illustration 2: Ventilation level
Ventilation is based on the room temperature. With settings L1 and L2 minimum and maximum ventilation level are set. Setting E4 is the bandwidth over which
the ventilation increases from minimum L1 to maximum L2.
E5 –Minimum ventilation stop
Using setting E5, ventilation can be stopped completely if the room temperature drops too far below the setpoint temperature. E5 sets the negative offset to the
setpoint temperature at which ventilation must stop completely.
5.3 Ventilation level

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Original instructions
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HA –Minimum ventilation cycle timer
NOTICE! The minimum ventilation cycle timer is available in devices with software version 5.11 or higher. The software
version is indicated on the rating plate and is briefly displayed when the device is switched on.
Minimum ventilation can run on a cycle timer cycling between L1 (ON) and 0% (OFF). This can be used to further reduce the minimum ventilation level for
example in a situation where the minimum fan speed is too high for the required ventilation level.
The total cycle time is 10 min / 600 s and this cannot be changed. With setting HA the ON time is set in % of the total cycle time. 1 % = 6 s.
The cycle timer is operating when HA = 1 - 99 and the room temperature is between E5 (“minimum ventilation stop” temperature) and E3 (setpoint temperature).
When HA = 100 and the room temperature is between E5 and E3 the cycle timer is not operating.
When E5 = 0 K the cycle timer is not operating.
The ventilation LED blinks when the cycle timer is operating.
10 min
L1 - Minimum ventilation level
HA
HA - Cycle ON time (1 % = 6 s)
L1 (ON)
0% (OFF)
t
Illustration 3: Minimum ventilation cycle timer
L3 - Ventilation output 2
100%
L2 L1 - Minimum ventilation level
L2 - Maximum ventilation level
L3 - Ventilation output 2
L1 Ventilation output 1 - L3 = 20 - 80%
0% E3 - Setpoint temperature
E4 - Bandwidth
E4
E3 L3 x E4
100%
L2 L1 - Minimum ventilation level
L2 - Maximum ventilation level
L3 - Ventilation output 2
Analogue ventilation output 2 - L3 = 20 - 80%
L1
0% E3 - Setpoint temperature
E4 - Bandwidth
E4
E3 L3 x E4
ON
OFF Relay contact ventilation output 2 - L3 = 20 - 80%
E4
E3 L3 x E4
Illustration 4: Ventilation output 2 - [20 - 80%]
An additional analogue output and relay contact for ventilation are present. Setting L3 can be set to ON, OFF or a percentage of the bandwidth E4 from 20 -
80%.
When setting L3 is set to OFF the relay contact will always be inactive. When setting L3 is set to ON, the relay contact will be active when the required
ventilation level is 0% or higher. Ventilation output 1 and 2 will follow the bandwidth E4.
When a percentage of the bandwidth E4 from 20 –80% is set, ventilation will be according to the graph above.