Ridder HortiMaX-Go User manual

HortiMaX-Go!
Installation Manual
SV 1.2 24/08/2018
160211MAN060
96000000

Ridder Growing Solutions B.V. Mailing address
Honderdland 131 P/O box 33
2676 LT Maasdijk 2676 ZG, Maasdijk
The Netherlands The Netherlands
Tel: [phone] Website: www.ridder.com
E-mail: [e-mail], [e-mail],
[e-mail]
All efforts have been made to ensure the accuracy of the contents of this manual.
Should any errors be discovered, however, Ridder Growing Solutions B.V. would
greatly appreciate being informed of them. The above notwithstanding, Ridder
Growing Solutions B.V. can assume no responsibility for any errors in this
manual or their possible consequences.
This product is subject to the General Conditions of Ridder Growing Solutions
B.V.
This document may not be copied or made public by means of print, photocopy,
microfilm or any other process, without the written permission of Ridder Growing
Solutions B.V.
Publication date: 24/08/2018 11:33 160211MAN060 Item code: 96000000

Contents
1 Introduction to this manual 5
1.1 Introduction 5
1.2 Purpose 5
1.3 Target group 5
1.4 Symbols and method of notation 5
1.4.1 Symbols 5
1.4.2 Method of notation 6
1.5 Documentation overview 6
1.6 Disclaimer 6
2 Product information 7
2.1 What is the HortiMaX-Go!? 7
2.2 Associated components 7
2.3 System architecture 9
2.4 Storage and transport 10
2.5 Removal 11
3 Installation 12
3.1 Requirements 12
3.2 Step-by-step installation and configuration instructions 12
3.3 HortiMaX-Go! control cabinet 13
3.3.1 Location and connection requirements 14
3.3.2 Connecting supply voltage (power supply) 14
3.3.3 Fieldbus 15
3.4 Smart Switches 15
3.4.1 DIP switch 16
3.4.2 LED indicators for bus communication 17
3.4.3 LED indicators for operation 18
3.4.4 Location and connection requirements 19
3.4.5 Connecting equipment and contacts 19
3.5 MTV-Go! 20
3.5.1 Installation instructions 20
3.5.2 Representative location 21
3.6 Meteo-Go! 21
3.6.1 Location 22
3.6.2 Sharing a weather station 22
3.6.3 Network connection 23
4 Configuration 24
4.1 System settings 24
4.1.1 New start 24
4.1.2 Scanning 25
4.2 Configuration settings 26
4.2.1 System time 27
4.2.2 Location 28
4.2.3 Network address 29
4.2.4 Physical components 29
4.3 Climate settings 30
4.3.1 Run times 30
4.3.2 Opening direction 31
4.4 Irrigation settings 31
4.4.1 Assigning valves to valve groups 31

4.4.2 Valves simultaneously 32
4.4.3 Calibrating the EC and pH sensors 32
4.4.4 Setting up flow sensor 34
Appendix A: HortiMaX-Go!-Pro touchscreen Controller 35
5.1 Panel pc 1 36
5.2 Panel pc 2 37
Appendix B: Settings overview 38
6.1 Alarm settings 38
6.2 Climate settings 38
6.2.1 Standard zone measurements 38
6.2.2 Leeward side 38
6.2.3 Windward side 39
6.2.4 Side ventilation 39
6.2.5 Screen 39
6.2.6 Hot air heater 40
6.2.7 Central heating 40
6.2.8 CO2 valve 40
6.2.9 Humidification (fogging) 40
6.2.10 Pad and fan 41
6.2.11 Pad valve 41
6.2.12 Cooling 41
6.2.13 Recirculation fan 41
6.2.14 Inflation fan 42
6.2.15 Cyclic program 42
6.2.16 Supplementary lighting 42
6.3 Irrigation settings 42
6.3.1 EC pre-blending 42
6.3.2 Fertilizer dosing (irrigation) 43
6.3.3 Acid dosing 43
6.3.4 Valve group 43
6.3.5 Fertilizer dosing (valve group) 43
6.4 System settings 43

1 Introduction to this manual
Welcome to the Installation Manual for the HortiMaX-Go!. This manual was originally
published in Dutch and English.
1.1 Introduction
The HortiMaX-Go! is an easy-to-use and affordable control computer designed
specifically for the horticultural sector. With the HortiMaX-Go!, you can control both
the climate and irrigation inside your greenhouse. The HortiMaX-Go! is easy to
customize by selecting the ‘Smart Switches’ that meet your individual needs. These
Switches provide simple plug-and-play installation.
The HortiMaX-Go! is also a breeze to operate using its touchscreen display. By using
the CloudBox and the HortiMaX-Go! app, you can even operate the HortiMaX-Go!
remotely with your smartphone. You can manage your Cloudboxes, controllers and
app users on our CloudPortal.
1.2 Purpose
The purpose of this manual is to instruct you on how to install the HortiMaX-Go!.
1.3 Target group
This manual is intended for dealers and installers.
1.4 Symbols and method of notation
This manual uses specific symbols and methods of notation. This section explains the
main symbols and methods of notation used.
1.4.1 Symbols
This document may contain the following symbols:
Note: This notice provides important information or a warning. Ignoring this
information may result in product damage or personal injury.
Note: This notice provides important information or a warning.
Information: This notice provides additional information or a brief
explanation.
Tip: A tip provides a useful suggestion, such as a preference setting or a
recommended course of action.
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1.4.2 Method of notation
The following method of notation is used in the user instructions:
A button is indicated as follows: the Start button.
A field is indicated as follows: the Connect string field.
A setting is indicated as follows: the Current time zone setting.
A window is indicated as follows: the Log On window.
1.5 Documentation overview
For more information, please consult the online help or the following manuals:
HortiMaX-Go! User Manual
CloudPortal User Manual
CloudBox Quick Start Guide
Smart Switch wiring diagrams
Smart Switch inserts
The OEM (Original Equipment Manufacturer) documentation provided
Scan the QR code to access the online help.
help.hortimax-go.com
1.6 Disclaimer
Ridder Growing Solutions has done its best to include up-to-date images and
screenshots in this manual. However, the images and screenshots used may differ
from the actual ones shown.
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2 Product information
This chapter contains more information about the HortiMaX-Go!.
2.1 What is the HortiMaX-Go!?
The HortiMaX-Go! is an easy-to-use and affordable control computer designed
specifically for the horticultural sector. With the HortiMaX-Go!, you can control both
the irrigation and the climate inside your greenhouse. The HortiMaX-Go! is easy to
customize by choosing unique ‘Smart Switches’ that can be installed in a plug-and-
play manner.
2.2 Associated components
This sections provides an overview of the various components of the HortiMaX-Go!.
HortiMaX-Go! control cabinet
Panel cabinet with a built-in HortiMaX-Go!
panel PC, which runs the controller
software.
FertiMiX-Go!
Dosing unit for mixing fertilizers,
including HortiMaX-Go! control cabinet.
HortiMaX-Go!
Individual HortiMaX-Go! panel PC running
the controller software. Installation
dimensions: H118 x W196 mm.
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HortiMaX-Go! Smart Switch
Switch for the automatic (computerized)
control and manual control of connected
equipment. Various versions available.
Meteo-Go!
All-in-one weather station for measuring
the solar radiation, outside temperature,
outside humidity, wind direction and wind
speed. It is also capable of detecting rain
and its GPS location.
MTV-Go!
Sensor unit for measuring the ambient
temperature and humidity inside the
greenhouse.
MTV-Go! Smart Switch
Individual sensor unit board for MTV-Go!.
HortiMaX-Go! CloudBox
The HortiMaX-Go! CloudBox enables you
to link your controllers to the Internet.
Terminal resistor
120Ω resistor for closing the fieldbus.
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Motor control boxes (MCB)
Switch boxes for increasing the power
level of motors and other equipment or
devices. May contain various versions of
Smart Switches.
Product insert
The insert included with the product. This
contains essential information about the
correct use of the product.
Address list
List allowing you to specify which Smart
Switches have been assigned to which
addresses in the system.
2.3 System architecture
The HortiMaX-Go! features a modular design. Every system is different in terms of
the number and types of Smart Switches as well as the number of HortiMaX-Go!
controllers. The FertiMiX-Go! is always equipped with a dedicated controller.
The illustration below is an example of a HortiMaX-Go! configuration that includes a
limited number of Smart Switches.
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No. Description
1 HortiMaX-Go! controller
2 Meteo-Go!/Alarm Smart Switch
3 Meteo-Go! weather station
4 MTV-Go! sensor unit for measuring the temperature and humidity level
5 Ventilation Smart Switch
6 Ventilation motor
7 Heating Smart Switch
8 Pipe heating
9 Router with DHCP
10 HortiMaX-Go! CloudBox
11 CloudPortal
12 Tablet device or mobile phone running the HortiMaX-Go! app
A Fieldbus network (RS485)
B Local network - LAN Backbone
2.4 Storage and transport
Ridder Growing Solutions takes the utmost care to deliver the purchased product to
you in perfect condition. In rare cases, however, damage may occur during shipping.
That is why you should always check the packaging and the product for damage or
signs of rough handling. Please report any damage to the carrier and Ridder Growing
Solutions.
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Store the unit and any separate components in a dry and dust-free place. Do not
expose products to direct sunlight. Keep the various components in their original
packaging for as long as possible.
2.5 Removal
At the end of its useful life, please return the HortiMaX-Go! to Ridder Growing
Solutions or dispose of the HortiMaX-Go! in accordance with local regulations.
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3 Installation
This chapter contains more information about the installation process. This includes
information on the installation requirements, step-by-step instructions on how to
install and configure the HortiMaX-Go!, and finally instructions on how to install the
main HortiMaX-Go! cabinet, the Smart Switches, the MTV-Go! and the Meteo-Go!.
3.1 Requirements
The following components are required to install the HortiMaX-Go!:
I. HortiMaX-Go! controller.
II. HortiMaX-Go! Smart Switches.
III. 2x 120Ω terminal resistor.
IV. Bus cable, type: Cat5e.
V. Cables between the system and Smart Switches. Cable diameter: AWG 24.
VI. Supply voltage: 110V-230V 50-60hz with ground (earth) connection.
VII. Power source(s): DC24V.
VIII. 1x MTV-Go! sensor unit per zone and one Meteo-Go! weather station (locally or
in the network).
IX. Local network with DHCP router for shared weather data and Internet con-
nection.
X. If applicable, calibration solutions for the EC and pH sensors.
XI. Required screwdrivers:
a. Phillips screwdriver PH1 for the sensor unit
b. Flat-blade screwdriver VDE flat 4.0 mm for unlocking terminals.
(Included with the MTV-Go! or FertiMiX-Go!.)
To install the control cabinets (switch cabinets), motor control boxes (MCBs) and
other equipment: cables, mounting materials and various tools.
3.2 Step-by-step installation and configuration
instructions
You need to complete steps 1 to 7 in order to install the HortiMaX-Go!. You then need
to complete steps 8 to 14 in order to carry out the configuration.
Step Description
1 Unpack the required materials and check for defects.
2 Examine the descriptions included with the equipment.
3 Assign addresses to all Smart Switches using the instructions provided on the
address list, zone and product stickers.
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Step Description
4 Install the motor control boxes (MCBs), and then mount the Smart Switches
in the desired locations.
5 Use the bus cable (type: Cat 5E ) to connect the Smart Switches and the
controller in series. Install terminal resistors on the first Smart Switch and
the last one.
6 Connect the DC24V power supply (or supplies). Connect the 'signal ground' to
the earth (ground) of the control cabinet.
7 Activate the HortiMaX-Go! and the Smart Switches by switching the supply
voltage on.
8 When the HortiMaX-Go! is configured for the first time, the display will show
start menu. Select the desired language and unit of measurement. Tap
confirm ‘ '.
9 On the scanning screen, tap the Scan button ‘ '. The system will detect the
connected Smart Switches automatically.
10 Check whether all the connected Smart Switches are in the address list and
there are no address conflicts or other problems.
11 Disable any valves and start contacts that are not connected, then disable
any valve groups that are not required.
12 Configure the system settings, such as location, time and IP address.
13 Configure all the connected 'open-close' systems by entering the required
settings, such as the run times and opening directions.
14 Calibrate the EC and pH sensors using the calibration solution provided.
Follow the instructions on the display.
3.3 HortiMaX-Go! control cabinet
See "Appendix A: HortiMaX-Go!-Pro touchscreen Controller" on page35 for
the wiring diagram.
The HortiMaX-Go! control cabinet houses a panel PC (controller), a Smart Switch with
an alarm output, and a connection for the weather station.
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Figure 3-1: Front view of HortiMaX-Go!
3.3.1 Location and connection requirements
Bear in mind the following when choosing a location for the control cabinet:
1. Make sure that the cabinet is easy to access.
2. Keep the cabinet out of direct sunlight, so the display is easy to read. Keep out
of reach of rain, condensation water and sprinkler irrigation.
3. Do not exceed the maximum field bus length (500 metres).
3.3.2 Connecting supply voltage (power supply)
The connection value of the cabinet's supply voltage is 110-230V, 50-60Hz. Proper
grounding (earthing) is required. The power supply voltage of the cabinet is DC24V
with 1.8A.
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Figure 3-2: Front view without cabinet door and flow chart
3.3.3 Fieldbus
Communication with and between the Smart Switches occurs via a fieldbus. In order
to prevent communication problems, the cables must be connected correctly. Use
CAT5e cables to interconnect the Smart Switches as follows:
When connecting the Smart Switches in series, there should be no branches in the bus
communication. Use the orange wire for connection 'A', and the orange-white wire for
connection 'B'. Never use two twisted pairs of wires on the same bus terminal.
If using two or more power sources, no potential difference may arise. Connect the
blue/blue-white pair of twisted wires on V- to avoid any potential difference. Connect
the V- of the control cabinet to earth (ground).
Never increase the supply voltage of the Smart Switches above DC24V, as
this will inevitably cause damage. Install additional power supplies if the
distance between Smart Switches is too great and/or more power is required.
3.4 Smart Switches
Smart Switches are the manual control switches used for the HortiMaX-Go!. These
switches feature an electrical circuit, a processor and software. The Smart Switches
perform specific control actions for the equipment connected to them. The switches
are advanced control devices that can process a wide range of information, such as
status and position detection, and run and operating times. The installation engineer
can also connect various contacts to the switches, such as end contacts, emergency
stop contacts and thermal cut-out contacts (also called 'thermal protector contacts').
The Smart Switches can use the collected status information to control the equipment
in your greenhouse, and can relay also that information to the central HortiMaX-Go!
controller. This greatly enhances the reliability of the system. For example, the
system will generate an alarm instantly should something go wrong with your
equipment.
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The main components of the Smart Switches are:
1. DIP switch for setting the Smart Switch address
2. LED indicators for bus communication
3. Manual control knob (optional)
4. LED indicators for control actions active
5. Power supply and bus connections
6. Connection for peripheral equipment
3.4.1 DIP switch
Up to 32 Smart Switches can be connected to the HortiMaX-Go!. To install Smart
Switches, you first need to assign addresses to the Smart Switches. Each Smart
Switch requires a unique address. This address is set with the DIP switch. By moving
the small toggle switches (or 'DIPs') up or down, you can set a binary number that
will be used as the Smart Switch address. Using the address list provided, you can set
a unique address or DIP switch position for each Smart Switch.
Every system includes an alarm/weather Smart Switch with address 0, or all 'DIPs'
down. The other switches in the system need to be assigned to a particular climate
zone. Every zone (or compartment) in the greenhouse is equipped with an MTV-Go!
sensor unit. DIP switches 1, 2 and 3 determine which zone the Smart Switch belongs
to. This means that there can be more than one Smart Switch in the same zone.
Figure 3-3: DIP switch
DIP switches 4, 5, 6, 7 and 8 determine the unique address or ID number of the Smart
Switch (called 'DIP switch position’ in the software). Each ID number may only occur
once for a particular HortiMaX-Go! system.
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Setting the DIP switch address
Place the product sticker, included with the Smart Switch, in an empty spot on
the wiring list.
Determine up to which zone the Smart Switch belongs (1 - 8). On the wiring list,
place the relevant 'zone sticker' on the line of the Smart Switch next to the ID
number.
Set the DIP switch on the Smart Switch to the DIP switch position shown on the
wiring list.
If two Smart Switches are assigned the same address, one or both Smart
Switches may not be detected during scanning. Even if one of the Smart
Switches is detected, the system will be unable to use it because the system
is also receiving data from the other Smart Switch. The scanning screen will
display 'address conflict'.
3.4.2 LED indicators for bus communication
The switches are connected to each other using a 'fieldbus system'. The fieldbus
system enables digital communication between the switches and the controller via a
network cable.
When the LED is lit green, it indicates that communication is occurring. When the LED
is lit red continuously, it indicates that no communication is possible. This may have
various causes:
Controller failure
Broken cable
Wrong cable used
Power failure at one of the connected switches
Failure of one or more switches
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Disruption by an external factor such as a frequency controller or high-voltage
cable
Incorrect ID address (DIP switch position)
Incorrect or duplicate terminal resistance installed.
When the LED is lit red, check whether a connection can be made.
Communication problems due to incorrect installation may sometimes only arise after
some time or following a system expansion. To avoid such problems, make sure to
follow the installation instructions carefully.
3.4.3 LED indicators for operation
The Smart Switches feature two types of LEDs on the bottom circuit board and the
switch covers. Listed below are the meanings of the different LED indications:
1: Green
continuous
Communication has
been established
with the HortiMaX-
Go!.
1: Red
continuous
No communication has been
established with the
HortiMaX-Go!. Check whether
a connection can be made.
1: Green
flashing
Smart Switch control
is active. The Smart
Switch is controlling
the device in
question.
1: Red
flashing
Smart Switch control is
active, but the connected
device has generated an
alarm. Check the device and
remedy the fault.
2: Green The Smart Switch is
receiving data via
the bus.
2: Red The Smart Switch is sending
data via the bus.
3: Green
continuous
The open output is
active. (For
example, a vent is
being opened.)
4: Red
continuous
The close output is active.
(For example, a vent is being
closed.)
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3: Green
flashing
The open end
position has been
reached. (For
example: a vent is
100% open.)
4: Red
flashing
The close end position has
been reached. (For example,
the vent is closed.)
5: Green
continuous
The output is active.
(For example: the
pump is switched
on.)
3,4: Green
and Red
flashing
Emergency contact (normally
closed contact) active.
(Example: Vent emergency
stop.)
3.4.4 Location and connection requirements
Smart Switches are not moisture-resistant and have an IP rating of 20. Install the
Smart Switch in a sealed cabinet that will protect the Smart Switch from moisture
(IP65). Avoid direct sunlight on the Smart Switch cabinets. Ensure that the
temperature remains between -10°C and 50°C. Ensure that the humidity level
remains between 5% and 95% (no condensation).
The connection terminals are spring terminals.
Wiring requirements:
I. Use ferrules if stranded wires are used.
II. Use wires with a minimum diameter of 0.14 mm² and a maximum diameter of
2.5 mm². AWG 28-14.
III. The desired length of a stripped wire is 6.0 mm.
IV. Use the screwdriver provided (VDE, flat, 4.0 mm) to unlock a spring terminal.
3.4.5 Connecting equipment and contacts
Terminals 1-14 on the underside of the Smart Switch are the connections for inputs
and outputs. The control signals and various contacts of the existing equipment are
connected to these input and output connections.
Always follow the connection instructions that are provided with the equipment. The
Smart Switch outputs can send a plus or minus DC24V control signal, depending on
whether the connection to the common is plus or minus.
Before connecting the limit contacts, remove the wire bridges. This functionality
needs to be set up on the controller.
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Most equipment is protected by a PKZ thermal cut-out (also called a 'thermal
protector'). Most PKZ cut-outs are equipped with an auxiliary contact that is
connected to the controller I/Os. Remove the wire bridge and connect the output of
the PKZ cut-out. The controller will generate an alarm alert if a thermal cut-out is
tripped. You can also connect the PKZ alarm outputs of multiple devices in series (as
a 'daisy chain'), in which case the alarm will also apply for the group of connected
devices. In the event of an alarm, climate and irrigation control will remain active.
However, the power supply to the equipment causing the alarm will be interrupted.
Use auxiliary relays if multiple devices need to be connected to one output or
an AC control current is required. The maximum power level that can be
controlled is 5 Watts.
3.5 MTV-Go!
The MTV-Go! is the indoor sensor unit of the HortiMaX-Go!. The MTV-Go! is a special
Smart Switch, enclosed in a naturally ventilated dual housing, that measures both the
temperature and humidity levels inside the greenhouse. The electronic humidity
sensor is located at one end (the bottom end) of the printed circuit board (PCB); the
power supply and bus connections are located at the other end (the top end). The top
end is installed in a moisture-resistant inner housing.
Figure 3-4: MTV-Go! and Smart Switch MTV-Go!.
3.5.1 Installation instructions
Step Description
1 To install the sensor unit, first detach the entire outer tube from the top
cover.
2 Then detach the inner housing from the top cover and screw it open. Do this
using a Phillips screwdriver PH11.
3 Set the DIP switch address, as described in "Setting the DIP switch address"
on page17.
4 Insert the cables through the cable gland and connect them, preferably using
matching ferrules. To remove wires, use the flat-blade screwdriver provided
(4.0 mm).
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