Munters TRIO User And Installation Manual

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User and Installation Manual

TRIO

Poultry Controller

Ag/MIS/UmEn-2777-08/20 Rev 1.9

P/N: 116825

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Page 1 TRIO Poultry Controller User and Installation Manual TRIO Poultry Controller Ag/MIS/UmEn-2777-08/20 Rev 1.9 P/N: 116825...
Page 2 Munters reserves the right to effect modifications to the apparatus in accordance with technical and legal developments. © Munters AB, 2020...
Page 3 Digital Devices ........................... 3.4.6 Analog Input Devices ......................................... 3.4.6.1 CO2 Sensor Wiring 3.4.6.2 Temperature Sensor Wiring ................3.4.6.3 Humidity Sensor Wiring ..................3.4.6.4 Potentiometer Wiring ..................3.4.6.5 Ammonia Sensor Wiring ................... 3.4.6.6 Light Sensor Wiring .................... © Munters AB, 2020...
Page 4 4.1 Hardware ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 4.1.1 Internet Infrastructure ....................... 4.1.2 Topology ............................4.2 Network Information ------------------------------------------------------------------------------------------------------------------------------------------------------ 4.3 Using TRIO Air App and Website ------------------------------------------------------------------------------------------------------------------------- 4.4 TRIO Air Accounts ----------------------------------------------------------------------------------------------------------------------------------------------------------- 4.4.1 Opening an Account ....................... 4.4.2 Editing the Page ......................... 4.5 Pairing a TRIO ------------------------------------------------------------------------------------------------------------------------------------------------------------------- 4.6 Users...
Page 5: Table Of Contents
7.15.1 Mapping the Bird Scales ....................... 7.15.2 Calibrating the Bird Scales ....................7.15.3 Testing the Bird Scale ......................7.16 Defining the TRIO RPS --------------------------------------------------------------------------------------------------------------------------------------------------- 7.16.1 Define the Sensor ........................7.16.2 Static Pressure Calibration ..................... FLOCK MANAGEMENT -------------------------------------------------------------------------------------------------------------------------- 95 8.1 Defining the General Settings ---------------------------------------------------------------------------------------------------------------------------------- 8.1.1...
Page 6 12.2.2.2 Fans (Efficiency Fan) ..................12.2.2.3 Fan Rotation ...................... 12.2.3 Inlet and Curtain Ventilation ....................12.2.3.1 Level Control ..................... 12.2.3.2 Static Pressure Control ..................12.3 Extra Ventilation ------------------------------------------------------------------------------------------------------------------------------------------------------------ 12.3.1 Introduction to Extra Ventilation ..................12.3.2 Defining Extra Ventilation ....................© Munters AB, 2020...
Page 7 DEFINING THE EXPECTED BIRD WEIGHT -------------------------------------------------------------------------------------- 154 18.1 Reference Bird Curve ------------------------------------------------------------------------------------------------------------------------------------------------- 18.1.1 Curve Enabled ........................18.1.2 Curve Disabled ........................18.2 Male/Female Weighing ------------------------------------------------------------------------------------------------------------------------------------------ 18.2.1 Gender Separated Weighing ................... 18.2.2 Non-Separated Weighing ....................AIR QUALITY --------------------------------------------------------------------------------------------------------------------------------------------- 159 © Munters AB, 2020...
Page 8 Electronic Components ......................25.3 Spare Parts ---------------------------------------------------------------------------------------------------------------------------------------------------------------------- 25.3.1 Preliminary Information ......................25.3.2 TRIO 20 Container Spare Parts ..................25.3.3 TRIO 20 Door Card Spare Parts ..................25.3.4 TRIO 20 Main Container Spare Parts ................25.3.5 Additional Options ........................ 25.3.6 Cards ............................
Page 9 26.8 Expansion Spare Parts ---------------------------------------------------------------------------------------------------------------------------------------------- 26.8.1 Preliminary Information ......................26.8.2 TRIO 10 Expansion Container Spare Parts ..............26.8.3 TRIO 10 Expansion Main Container Spare Parts ............26.8.4 Main Container Card Spare Parts ................... WARRANTY ----------------------------------------------------------------------------------------------------------------------------------------------- 205 © Munters AB, 2020...
Page 10 The information contained herein has been prepared by qualified experts within Munters. While we believe the information is accurate and complete, we make no warranty or representation for any particular purposes. The information is offered in good faith and with the understanding that any use of the units or accessories in breach of the directions and warnings in this document is at the sole discretion and risk of the user.
Page 11 In particular verify: That the cable shielding between the inverter and any motor meets industry standards • Proper grounding of the inverter's chassis and motor power cable • © Munters AB, 2020...
Page 12 Proper grounding of low voltage cable shield wire • That the controller and inverter cables are kept in separate conduits or wire bundles • 1. Controller 2. Inverter 3. Place the controller at least five meters from the inverter © Munters AB, 2020...
Page 13 3 Unit Installation The following sections detail how to mount and wire the TRIO. NOTE Munters recommends that a trained technician perform the following operations. Preliminary Information • Mounting the Unit • Layout • Wiring Diagrams • Pressure Sensor Hoses •...
Page 14 NOCKOUTS 1. Using the supplied clips and screws, mount the TRIO. 2. On the bottom the TRIO are knockouts used to route the low and high voltage cables. Figure 1: T RIO Knockouts and PG Size o Using a screwdriver and a hammer, gently apply pressure to the knockouts.
Page 15 CAUTION Munters strongly recommends that you seal all entry spots with RTV silicon. Failure to do so can lead to damage to the unit. 5. After installation is completed, operate the TRIO for a few hours and re- check for proper operation.
Page 16 Power ports Ground strip Ethernet port 20 relays Dipswitches Alarm relay TRIO Scale Card Figure 3: Dipswitches, expanded One dipswitch only in each set is raised. • Only raise a dipswitch if a device is wired to an S port. •...
Page 17 Analog Input Devices • TRIO RPS • Bird Scales • Silo Wiring • 3.4.1 H OLTAGE ELAYS Figure 4: High voltage devices (examples) Example of devices NOTE The relays control motors and heating devices via contactors, not directly. © Munters AB, 2020...
Page 19 3.4.2 A LARMS AND OWER Figure 7: Alarm relay and power ports Alarm relay Power ports Connect the light or siren device to the alarm relay. • © Munters AB, 2020...
Page 20 3.4.3 I NTERNET ONNECTION Figure 8: Ethernet port CAUTION Connect the internet cable to port 2. Do not connect the cable to port 1. Internal port (do not use this port) Ethernet port RJ-45 cable © Munters AB, 2020...
Page 21 3.4.4 A NALOG UTPUT EVICES TRIO supports analog control over a variety of devices. Figure 9: Analog Output devices (examples) Figure 10: Light Dimmer devices Connect analog output devices to an AO and a COM port. Ground these devices! © Munters AB, 2020...
Page 22 Figure 11: Analog Device Wiring Schematic 3.4.5 D IGITAL EVICES TRIO supports water meters and auxiliary inputs. Figure 12: Digital Input devices (examples) Connect digital devices to a D port and a DCOM port. • Figure 13: Digital Device Wiring Schematic...
Page 23 Ammonia Sensor Wiring • Light Sensor Wiring • 3.4.6.1 CO2 Sensor Wiring Figure 14: CO2 Sensor Wiring Number Function S port COM port Shield wire Brown wire: phase Blue wire: neutral Red wire: +12VDC Black wire: -12VDC © Munters AB, 2020...
Page 24 Figure 15: CO2 Sensor Wiring Schematic Connect the CO2 device to: • o Controller:  S port. In the corresponding dipswitch, raise dipswitch 4 (4-20 mA).  COM port o Power supply  +12V  -12V © Munters AB, 2020...
Page 25 3.4.6.2 Temperature Sensor Wiring Figure 16: RTS Wiring Number Function COM port (black wire) T port (red wire) Figure 17: RTS Wiring Schematic Connect each RTS sensor to a: • o T port o COM port o Grounding strip! © Munters AB, 2020...
Page 26 Shield wire Figure 19: RHS+ Sensor Wiring Schematic Connect each RHS+ sensor to a: • o S port. In the corresponding dipswitch, raise dipswitch 3 (analog input). o COM port. o 12VDC port. o Grounding strip! © Munters AB, 2020...
Page 27 3.4.6.4 Potentiometer Wiring Figure 20: Potentiometer Wiring Figure 21: Potentiometer Wiring Schematic Connect each potentiometer to a: • o S port. In the corresponding dipswitch, raise dipswitch 2 (potentiometer). o COM port. o 3.3V port. © Munters AB, 2020...
Page 28 20.3 kohm resistor (Note: The resistor comes supplied with the sensor but must be installed on- site) Quick connector Figure 23: Ammonia Wiring Schematic Connect an ammonia sensor to a: • o S port. In the corresponding dipswitch, raise dipswitch 3 (analog input). © Munters AB, 2020...
Page 29 Function S port (black wire) 12V (red wire) Shield wire Connect each RLS sensor to a: • o S port. In the corresponding dipswitch, raise dipswitch 4 (4 -20 mA). o 12VDC port. o Grounding strip! © Munters AB, 2020...
Page 30 TRIO RPS serves as a second static pressure sensor for the TRIO Controller. The following section details the installation. TRIO supports up to two static pressure sensors, one built in and one external. Install the RPS in the second room.
Page 32 3.4.8 B CALES If you install a scale card, perform a cold start. Refer to Cold Start, page 171. Figure 28: Scale Card wiring to Power Supply and Bird Scale © Munters AB, 2020...
Page 33 3.4.9 S IRING Wire the TRIO to an RJB-4 Junction Box and power supply. For details on how to wire the Junction Box to the load cells, refer to the RJB-4 manual. RJB Wire RSC Ports Green 2, 5, 8 (Upper)
Page 34 3.5 Pressure Sensor Hoses Figure 29: Static pressure hoses 3.6 Key Ensure that the unit remains locked to prevent unauthorized access to internal components. Figure 30: TRIO Lock © Munters AB, 2020...
Page 35 : Caution! Hazardous voltage : Caution: Refer to the manual : Main Protective Earthing Terminal CAUTION IF THE UNIT IS USED IN A MANNER NOT SPECIFIED BY THE MANUFACTURER, THE PROTECTION PROVIDED BY THE EQUIPMENT MAY BE IMPAIRED. © Munters AB, 2020...
Page 36 4.1.1 I NTERNET NFRASTRUCTURE Required cable: CAT5E or CAT6, shield cable • Maximum distance between the TRIO and router/switch: 100 meters (330 feet) • 4.1.2 T OPOLOGY Figure 31: Example topology Topology is point to point, from the router. All addressing is automatic.
Page 37 Support ID: Use this address when contacting technical support or when connecting to the TRIO via TeamViewer. o Munters ID: Use this to pair the unit to a farm. Refer to Using TRIO Air App and Website. 4.3 Using TRIO Air App and Website The following section describes how to control and manage the units via the TRIO Air app or via a web browser.
Page 38 CCOUNT In order to manage and control your farm, including all TRIO units in these farms, set up an account on the trioair.net website. Once an account is setup, you can manage the farms and users from this site or from the TrioAir app.
Page 39 5. Type in and confirm your password. 6. Click Create. An account is created. 4.4.2 E DITING THE Click the circle in the upper right corner. The following options appears. • o Reset Password: Change your password. © Munters AB, 2020...
Page 40 Pairing a TRIO unit to an account enables connecting to the unit via the web/app and managing it remotely. Each TRIO unit has a unique ID code (a QR code). This code is used to register the device and pair it to an account. This procedure explains how to pair the device to an account.
Page 41 3. Using the TrioAir App (Scan New Device) or a QR reader, scan the QR code. The TRIO AIR sign in page appears. 4. Following the on line instructions, sign in or create a new account. After signing in, the TRIO Air app or web site opens.
Page 42 6. Click on an existing account (if there are) or click Add New Farm (follow the online instructions for creating a new farm). NOTE The person who creates a new farm is automatically defined as the owner. Munters recommends that the person responsible for the farm create the account, and then invite and assign roles to other people.
Page 43 7. Click Register. The TRIO unit is now paired with an account. 4.6 Users Permission Levels • Inviting Users • 4.6.1 P ERMISSION EVELS There are four permission levels: Owner: The person who creates the farm. There can be one owner only. The owner: •...
Page 44 4.6.2 I NVITING SERS Once a farm is set up, you can invite people to connect to the farm using the TRIO Air app (only). 1. Press down on the farm name. The Setting popup appears. 2. Click Settings. © Munters AB, 2020...
Page 45 Once a person accepts the invitation, the user can go to the website or app, see the relevant farms, and perform any permitted operations. o An invitation are valid for three days; at that point it expires. o An owner can resend an expired invitation. © Munters AB, 2020...
Page 46 (according to the user’s permission level). Click on the room category (Broiler in the above picture) to go to the Comparison Page. This • page summarizes the rooms’ data Place the cursor the items to view details. © Munters AB, 2020...
Page 47 Main Supply Voltage: Permanently connect the controller to the mains in accordance with the • relevant national code. Provide fixed wiring inside a flexible conduit. Relays must be suitably protected against overcurrent, using a circuit breaker rated at 10A. © Munters AB, 2020...
Page 48 6 Using the TRIO Touch Screen Icons • Dashboard • 6.1 Icons Go back to the previous screen View the Main menus Choose language Network settings View alarms Go back to the main screen Settings icon Edit parameters Phone App...
Page 49 6.2 Dashboard The Dashboard gives an overview of all TRIO functions. Click on the in each section to go to the relevant control page. • Click on Ventilation, Temperature, or Devices squares to view the hot screen for those functions.
Page 50 • 7.1 Mapping Devices After wiring devices to the TRIO, each device must be mapped and then defined. Mapping and defining devices enables the system software to control each device’s functionality. CAUTION Mapping MUST match the physical wiring! An error message appears if the physical device is not wired to the relay or port as defined on the mapping screen..
Page 51 To map the devices: 1. Go to System > Device and Sensors. This screen displays the relays and analog/digital ports. At this point all, icons are undefined. 2. Click © Munters AB, 2020...
Page 52 4. Click on the relays and/or ports that you wired to heaters. TRIO automatically numbers the devices. • TRIO enables selecting up to the maximum number of each device. • Devices having opening and closing relays require mapping both relays.
Page 53 6. After mapping all installed devices, click NOTE To un-map a device, click on the required device and hold the icon down. NOTE If you map a sensor that is not physically connected to the TRIO, an error symbol appears on the designated analog port.
Page 54 APPING THE EMPERATURE ENSORS Calculating the temperature data, TRIO takes the following into consideration: Tunnel temperature: Select a sensor or a group of sensors to determine the tunnel temperature • readings or select if the tunnel run according to the average temperature reading.
Page 55 NABLING A EATHER TATION To say costs on temperature sensors, one outdoor temperature sensor can provide data to the entire TRIO network. NOTE Install and map one outdoor sensor only. 1. In System > Device and Sensors, define one sensor as Outside Temperature.
Page 56 Define up to 20 relays or analog output ports as On/Off or 0 – 10 V fans, respectively (refer to Mapping Devices, page 50). On-Off Fans • 0 – 10 Volt Fans • 7.3.1.1 On-Off Fans 1. On the Device and Sensors screen, click a fan relay. 2. Click © Munters AB, 2020...
Page 57 3. Edit the parameters. o Capacity: Enter the fan capacity. o KWh: This field displays the amount of kilowatts used. Read-only. o Operation: Select if the relay is normally open or normally close. 4. Click Save. © Munters AB, 2020...
Page 58 KWh: This field displays the amount of kilowatts used. Read-only. o Boost Time: During this amount of time, the controller applied full power to the fan motor (100%). 4. Click Save. 5. To test in the minimal and maximum voltages, click Test. © Munters AB, 2020...
Page 59 • 7.3.2.1 On Off Stir Fan Define: • o KWh: This field displays the amount of kilowatts used. Read-only. o Operation: Define the relay mode. The status shows if the stir fan is currently operating. • © Munters AB, 2020...
Page 60 7.3.2.2 0 – 10 Volt Stir Fan o Minimum/Maximum Voltage: Enter the minimal and maximal voltage used to calibrate the fan speed. o KWh: This field displays the amount of kilowatts used. Read-only. © Munters AB, 2020...
Page 61 Define one analog input port as an ammonia sensor (refer to Mapping Devices, page 50). Define: • o Offset: This is an optional correction for the ammonia sensor. Range: -10 to +10 ppm o Enable Mode: Enable/disable the sensor. The ammonia reading shows the measured amount, including the offset. • © Munters AB, 2020...
Page 62: Defining The Co2 Sensor
Define one analog input port as a CO2 port (refer to Mapping Devices, page 50). Define: • o Offset: This is an optional correction for the CO2 sensor. Range: -500 to +500 ppm o Enable Mode: Enables/disables the sensor. The CO2 reading shows the measured amount, including the offset. • © Munters AB, 2020...
Page 63: Defining The Humidity Sensor
Define one analog input port as a humidity sensor (refer to Mapping Devices, page 50). Define: • o Offset: This is an optional correction for the humidity sensor. Range: -10 to +10% o Enable Mode: Enables/disables the sensor. The humidity reading shows the measured level, including the offset. • © Munters AB, 2020...
Page 64: Defining The Water Meter Sensor
Quan/Pulse: Set the water meter’s water flow per pulse. Range: 0.0 to 99.9 (unit depends on the Defining the Preferences, page 95.) o Meter input: Chose drinking water or cooling. o Enable Mode: Enable/disable the sensor. © Munters AB, 2020...
Page 65: Heating Devices
Zone heater will enable the assignment of temperature sensor/s in temperature definition. o Operation: Define the relay mode. o Operation Modes  Continues (default): The heater start to operate continuously  Cycle: This option enables the operation of heater in cycles. © Munters AB, 2020...
Page 66: Defining The Variable Heaters
 Enable: Zone Heater, the heater output has its own target set-point and its own sensors assign to it. Zone heater enables the assignment of temperature sensor/s in temperature definition. o KWh: This field displays the amount of kilowatts used. Read-only. © Munters AB, 2020...
Page 67: Defining The Cooling Devices
Define up to two relays as cooling devices (refer to Mapping Devices, page 50). Define: • o KWh: This field displays the amount of kilowatts used. Read-only. o Operation: Define the relay mode. The status shows if the cooling device is currently operating. • © Munters AB, 2020...
Page 68: Inlets, Tunnel Doors, Outlets
 Potentiometer o Auto Calib.: Enable automatic calibration.. o Power up calibration: Enable this parameter to calibrate inlets each time that TRIO is turned on. o Open/Close Time: Enter the amount of time required to fully open or fully close the inlet.
Page 69: Defining The Outlet
Min./Max Voltage: Define the voltage in the analogue output port that corresponds to the 0% and 100% output, respectively. o Open/Close Time: Enter the amount of time required to fully open or fully close the inlet. © Munters AB, 2020...
Page 70: Defining The Same As Relays
Define: • o Related: Define which relay number to follow. Range: 1 – 20 o KWh: This field displays the amount of kilowatts used. Read-only. o Operation: Define the relay mode. © Munters AB, 2020...
Page 71: Defining The Same As Analog Ports
Relays can be mapped to eight specific ports only. Define: • o Related Chanel: Define which port number to follow. Port Number Related Channel o KWh: This field displays the amount of kilowatts used. Read-only. o Operation: Define the relay mode. © Munters AB, 2020...
Page 72: Defining The Timer
7.10 Defining the Timer  Define up to five relays as timers (refer to Mapping Devices, page 50). Define: • o KWh: This field displays the amount of kilowatts used. Read-only. o Operation: Define the relay mode. © Munters AB, 2020...
Page 73: Defining The Auxiliary Input
7.11 Defining the Auxiliary Input  Define up to four relays as auxiliary inputs (refer to Mapping Devices, page 50). Define: • o Operation: Define the relay mode. o Enable Mode: Enable/disable the input. © Munters AB, 2020...
Page 74: Lighting Devices
Define up to four relays or analog ports as light relays and one sensor as a light sensor (refer to Mapping Devices, page 50). Defining the On/Off Lights • Defining the Variable Lights • Defining the Light Sensor • 7.12.1 D EFINING THE IGHTS Define: • o Operation: Define the relay mode. © Munters AB, 2020...
Page 75: Defining The Variable Lights
7.12.2 D EFINING THE ARIABLE IGHTS o Minimum/Maximum Voltage: Enter the minimal and maximal voltage used to calibrate the light strength. © Munters AB, 2020...
Page 76: Defining The Light Sensor
Feeder 1 active is associated to feeder 1 relay, feeder 2 active to feeder 2 relay, etc. Defining the Auger Relays • Defining the Auger Active Sensors • Defining the Feeder Relays • Defining the Feeder Active Sensors • © Munters AB, 2020...
Page 77: Defining The Auger Relays
EFINING THE UGER ELAYS  Define up to two relays as augers (refer to Mapping Devices, page 50). Define: • o KWh: This field displays the amount of kilowatts used. Read-only. o Operation: Define the relay mode. © Munters AB, 2020...
Page 78: Defining The Auger Active Sensors
• o Operation: Select if the relay is normally open or normally close. o Quantity Per Minute: Define the amount (weight per minute) of feed to be distributed. o Enable Mode: Enable or disable this sensor. © Munters AB, 2020...
Page 79: Defining The Feeder Relays
Define up to four relays as feeders (refer to Mapping Devices, page 50). o KWh: This field displays the amount of kilowatts used. Read-only. o Operation: Select if the relay is normally open or normally close. © Munters AB, 2020...
Page 80: Defining The Feeder Active Sensors
Define up to four digital ports as feeder active (refer to Mapping Devices, page 50). o Operation: Select if the relay is normally open or normally close. o Enable Mode: Enable/disable the sensor. 7.14 Defining the Silos Mapping the Silo Scales • Configuring the Silo Scale • © Munters AB, 2020...
Page 81: Mapping The Silo Scales
7.14.1 M APPING THE CALES TRIO can support up to two silo scales.  This function requires a scale card. 1. On the Devices & Sensors screen, click Silo. The Scale icon turns brown. 2. Click the Scale icon. 3. Select up to two channels and click Save.
Page 82: Configuring The Silo Scale
ONFIGURING THE CALE The following procedure details how to “zero out” the TRIO silo scales. Zeroing out is way to ensure that the unit’s A2D number is accurate (shown in the Silo Icon; 430 in the picture below). To summarize the procedure: The user enters the correct amount of feed in the silo while calibrating the silo scale.
Page 83 1. Define each silo’s storage capacity. 2. Click on the silo icon and click Calibrate. The following screen appears: 3. Click Other. The following screen appears: © Munters AB, 2020...
Page 84 4. Fill up the silo with a known amount of feed. In this example, the silo contains 100 kilos of feed. 5. Enter the amount of feed in the silo and press Continue. The following screen should appear. 6. Go to Flock > Silo Management. © Munters AB, 2020...
Page 85 7. Click and change the feed weight to 0. 8. Click Save. The TRIO now displays an accurate A2D number on the silo icon screen. © Munters AB, 2020...
Page 87: Defining The Bird Scales
Mapping the Bird Scales • Calibrating the Bird Scales • Testing the Bird Scale • TRIO can support up to two bird scales. 7.15.1 M APPING THE CALES  Install a scale card. 1. On the Devices & Sensors screen, click Bird Scale. The Scale icon turns brown.
Page 89: Calibrating The Bird Scales
2. Remove everything from the scale and press Zero. In the following screen enter the weight being used to calibrate the scale; minimum is 1.0 kilogram. Click Next. 3. Place a known weight on the scale (1.5 kilograms in the below example) and press Next. © Munters AB, 2020...
Page 90: Testing The Bird Scale
The following screen should appear: 7.15.3 T ESTING THE CALE 1. Click Test. © Munters AB, 2020...
Page 91: Defining The Trio Rps
2. Place a known weight on the bird scale and click Done. The result should be fairly close to the true weight. 7.16 Defining the TRIO RPS The following section details how to configure the RPS device. Define the Sensor •...
Page 92: Static Pressure Calibration
CAUTION DO NOT blow the air into the hose to see of the pressure changes! The sensor is sensitive and blowing air can cause irreparable damage. To calibrate the Static Pressure Sensor: 1. Disconnect the air hoses. System > Device & Sensors > Pressure 2. Go to © Munters AB, 2020...
Page 93 4. If the A/D count is 100 +/- 30 (70 to 130), click Calibrate. 5. If the A/D count is less than 70 or greater than 130: a. Check for blocked air hoses or wind interference. b. Open the Trio. On the Main Board, find the Static Pressure Sensor. © Munters AB, 2020...
Page 94 Adjust the zero pressure reading to approximately 100 by turning the calibration screw. d. When the A/D count is within the permitted range, press Calibrate. © Munters AB, 2020...
Page 95: Flock Management
Pressure (Pascal/Inches of Water) o Weight (Kilogram/Pounds) o Air Flow: Cubic Meter/Hour or Cubic Feet/Minute 3. Enable/disable Pin Code Access: Pin Code Access is a security measure. Anyone wanting to edit the settings must have this code. © Munters AB, 2020...
Page 96: Defining The Time/Date
 Date and Time Set: Manually enter the date and time. o Time Zone: Select the zone from the drop down list. CAUTION Set the time zone even if you enable automatic date and time adjustment. © Munters AB, 2020...
Page 97: Defining The House Setting
Flock Settings are data points used to define each flock. Define these settings at the beginning of a growth cycle. Flock settings include: Growth day (used in various system algorithms) • Flock number enables tracking each flock’s production • Defining the Flock Settings Parameters • Defining House Modes • © Munters AB, 2020...
Page 98: Defining The Flock Settings Parameters
(1) at midnight. When editing the growth day, you can increase the number; you cannot decrease the number. TRIO increases the growth day at midnight. Range: 0 - 999 o Birds placed: Set the number of birds that are in the beginning of a flock.
Page 99: Defining House Modes
Temp Low/High Alarm: Set the temperature below/above which the controller activates a temperature alarm. o Timer: Enable or disable. Define which timers operate in this mode. Refer to Defining the Timer, page 72 and Timers, page 162 for details on mapping and defining the Timers. © Munters AB, 2020...
Page 100: Adjusting The Bird Count
Click Moved Birds to enter the number of live birds removed from the house. This number is used when calculating the total number of birds, but not the mortality. The Dashboard summarizes this screens data, showing the current total number of birds and the mortality rate. © Munters AB, 2020...
Page 101: Tech Support Information
8.4 Tech Support Information To view information on your unit go to System > General Settings > Network . You will need this information when speaking with technical support. © Munters AB, 2020...
Page 102: Temperature Settings
For example, if on day 1 the target temperature is 95° F and on day 5 the target temperature is 86° F, TRIO adjusts the target temperature on days 2 to 4 so that it approaches the day 5 setting.
Page 103: Configuring The Temperature Curve
50). Tunnel appears if Tunnel Ventilation is enabled in Ventilation Settings (page 129). o Low/High Temperature Alarm: These parameters are differentials from the target temperature at which TRIO sends an alarm. Range:  Low Temp Alarm: -40°- Target  High Temp Alarm: Target - 90°C/194⁰ F 4.
Page 104: Defining Temperature Curve Settings
9.3 Emergency Temperature Control In the event that TRIO fails to receive a signal from the temperature sensor for an extended period of time, an alarm is triggered. Between the time that TRIO stops receiving a signal and when an alarm is triggered, ventilation remains at the current level.
Page 105: Introduction To Ventilation
Scheme: Defining the fans/ventilation determines how much air • the fans provide and which fans provide the air. In addition, TRIO controls the inlets and tunnel doors.. There are two ways to control the inlets • and tunnel doors: o Static pressure: Based on the difference in the interior and exterior air pressures, TRIO continually calculates the inlets’/doors’...
Page 106: Defining The Fans/Ventilation Scheme
(the user can define less than 10 if desired). Each level represents a 10% increase in ventilation, with TRIO precisely adjusting the fan speeds and combinations to ensure that exactly the right amount of air is being provided. .At each level, the user defines what combination of fans provide the required level of ventilation.
Page 107: Extra Ventilation
UNNEL ENTILATION If enabled, once the temperature reaches the Tunnel Set Point, TRIO turns on the tunnel fans and opens the tunnel doors. As in Basic Ventilation, you define the fans to be used in each level. However, there is no curve between levels.
Page 108 Refer to Tunnel Ventilation, page 129 for more details. Refer to Defining the Wind Chill Factor, page 132 for details on factoring in the wind chill factor in tunnel mode. © Munters AB, 2020...
Page 109: Minimum And Maximum Ventilation
The following sections detail how to configure the minimum and maximum ventilation levels by growth day. As the temperature rises above the target temperature, TRIO gradually increases ventilation level using a combination of increased fan speeds, cycle times, opening the inlets and more.
Page 110: Defining Basic Ventilation
Day: Set the growth day for the required min/max set points. Each day must have a unique number. Add up to ten lines. o Min/Max Level: Define the minimum and maximum ventilation levels. TRIO will automatically adjust the ventilation as the temperature changes.
Page 111: Defining Dynamic Ventilation
Ventilation by Weight o Adding a Curve 11.2.1 D EFINING YNAMIC ENTILATION Dynamic Ventilation means that at extreme temperatures (which the user defines), ventilation can be increased or decreased. 1. Go to System > Control Strategy > Ventilation © Munters AB, 2020...
Page 112 Cold Min.: When the outside temperature reaches the Dynamic Minimum Cold Outside Temperature, Minimum Ventilation is reduced by this amount. o Warm Min: When the outside temperature reaches the Dynamic Minimum Warm Outside Temperature, Minimum Ventilation is increased by this amount. © Munters AB, 2020...
Page 113: Ventilation By Weight
After calculating how much air is required based on these factors, TRIO determines the required ventilation level to supply the air. Anytime that one of the factors changes, TRIO recalculates the ventilation (to prevent changing the ventilation too frequently any change must be larger than a user-defined amount).
Page 114: Adding A Curve
The following section shows have to configure your fans to increase in a curve between the days defined in the Min Max Ventilation Screen. 1. Go to System > Control Strategy > Ventilation 2. Enable Curve Status. Ventilation now increases in a curve. © Munters AB, 2020...
Page 115: Levels Of Ventilation
CAUTION Munters recommends leaving this function at the default. o Min Cycle Off Time (sec.): When using cycle time, TRIO automatically adjusts the ON time set in the main screen. This parameter defines the minimum cycle off time. Range: 0 –...
Page 116: Basic Ventilation
EFINING ASIC ENTILATION In this configuration, TRIO raises the minimum ventilation from 10% at Level One to 100% at Level 10.  In Mapping and Defining the Input Output Devices, page 50 map relays and analog output ports to fans, inlets, and stir fans as required. Only mapped devices show up in the following screens.
Page 118: Fan Options
Fan runs at a maximum speed percentage defined by the user. • Fan Rotation: Different fans running in Minimum Ventilation Cycle can be designated to run in • rotation. 12.2.2.1 Minimum Ventilation Cycle 1. Go to System > Control Strategy > Ventilation © Munters AB, 2020...
Page 119 2. Enable Minimum Ventilation Cycle. 3. Go to Climate > Ventilation. The (Fan) On time appears on the screen. 4. To run a fan in cycles: a. Click b. Click a fan. The symbol appears. © Munters AB, 2020...
Page 120: Fans (Efficiency Fan)
In this example, at Level 4 Fan 1 runs in cycles (100 seconds on) and Fan 2 runs continuously. 12.2.2.2 Fans (Efficiency Fan) 1. Click an analog output controlled fan. 1) A box appears around the fan. 2) A fan appears in the upper right. © Munters AB, 2020...
Page 121 2. Click the fan in the upper right. Both fans turn blue. A percentage appears under the fan. 3. Click . This icon and the fan icon turn green. 4. In the percentage, enter the fan’s maximum speed (in percentage). © Munters AB, 2020...
Page 122: Fan Rotation
Using the same fan or a limited number of fans exclusively can lead to mechanical wear and tear, for example to the drive belt. To minimize this damage, TRIO enables “rotating” between fans. The rotation function switches between cycle fans in the same stage.
Page 123: Inlet And Curtain Ventilation
In the above example, at level 0 Fan 1 rotates with Fan 2. At level 2, Fan 1 and 2 rotate while Fan 3 remains constant. 12.2.3 I NLET AND URTAIN ENTILATION In Basic Ventilation, TRIO enables control over the inlets using one of two methods: Level Control • Static Pressure Control • NOTE Outlet control is by level only.
Page 124: Level Control
2. Under Inlet Operation Mode, select Level or Pressure. 12.2.3.1 Level Control 1. Go to Climate > Ventilation. 2. Click © Munters AB, 2020...
Page 125: Static Pressure Control
Curtain Levels screen). Maintaining the proper pressure enables air to enter the rooms at the right speed and direction and ensures efficient air exchange. Note that the TRIO will adjust the inlets' opening only if one or more fan is operating.
Page 126 Static Pressure in Minimum Ventilation or Extra Ventilation In minimum/extra ventilation the target pressure is adjusted as a function of the outside temperature. TRIO calculates the pressure target according to a curve between low and high temperature target pressure set- points.
Page 127: Extra Ventilation
If the static pressure is above the target level, inlets continue to open until they reach the maximum position. In the situation where static pressure is above the target and all inlets are open, TRIO enters a High Static Pressure Alarm state. In this situation: TRIO triggers a High Pressure Compensation event that is recorded.
Page 128: Introduction To Extra Ventilation
XTRA ENTILATION 1. Go to System > Control Strategy > Ventilation 2. Under Ventilation, enable Extra Level. 3. Go to Climate > Ventilation and click the Extra Ventilation Tab. 4. Click 5. On each level, define: © Munters AB, 2020...
Page 129 Defining the Tunnel Ventilation Settings • Tunnel Doors • Defining the Wind Chill Factor • 12.4.1 D EFINING THE UNNEL ENTILATION ARAMETERS 1. Go to System > Control Strategy > Ventilation 2. Under Ventilation, enable Tunnel. © Munters AB, 2020...
Page 130 Extra Ventilation begins. Range: 0.0°C >10.0°C. NOTE Each differential must be equal to or higher than the previous level’s differential. o Fan Status. Refer to Defining Basic Ventilation, page 116 on how to configure fans. © Munters AB, 2020...
Page 131 UNNEL OORS In Tunnel Ventilation, TRIO enables control over the tunnel doors using control by level or control by static pressure. Control of these doors is the same as control over inlets. Refer to these sections for details. Inlet and Curtain Ventilation •...
Page 132 HILL ACTOR TRIO can take into account the tunnel wind speed. The effect of this speed is the wind chill factor. When taken into account, the ventilation is adjusted to reflect the effective temperature according to a built-in algorithm. The algorithm takes into account the wind velocity, house dimensions, and growth day. If there is a humidity sensor installed, the algorithm also factor the relative humidity into the calculation (starting from 40% RH).
Page 133 1. Go to System > Control Strategy > Ventilation 2. Click 3. Define: o Enable Calibration: Select 24 hours a day or define a specific time frame. o Number of steps: Set up the number of steps (number of movements). © Munters AB, 2020...
Page 134 3. Option: Define the stir fan cycle time (refer to Minimum Ventilation Cycle, page 118) 4. If the ventilation fans are running in a cycle, go to Climate > Ventilations > Settings. 5. Define when the stir fan operates, during the cycle On or Off time. © Munters AB, 2020...
Page 135 Invalid humidity sensor readings are not taken into consideration. • To avoid causing the animals undo heat stress during periods of high relative humidity, TRIO employs the following rules: When the temperature reaches the Target Temperature plus the Temperature Difference, •...
Page 136 3. Go to Climate > Cooling. The screen that appears depends on the operation mode chosen. o Continuous Cooling o Cycle Cooling o Ramping Cooling 13.2.1 C ONTINUOUS OOLING Define: • o Growth days at which the settings change. © Munters AB, 2020...
Page 137 Enable from ventilation Level: Select the level (ventilation output) to enable cooling operation. (Default 1). o ON/OFF Time: Define the amount of time the cycle is ON and OFF, respectively. o Humidity Limit: Enable stopping cooling at a certain humidity level. © Munters AB, 2020...
Page 138 ON time. o Ramping Range T°: Sets a temperature range to modulate the cooling device cycle. o Humidity Limit: Enable stopping cooling at a certain humidity level. © Munters AB, 2020...
Page 139 14 Heating Functions TRIO supports up to six (6) on/off heating devices and variable heaters. To control the heat, TRIO has two different programs, one to maintain the target temperature in the entire house and one program that controls separate heating zones. In the case of the latter, each heater has a dedicated sensor and unique target temperature.
Page 140 14.2.2 D EFINING ARIABLE EATERS 1. Go to Climate > Zone Heaters. 2. Click 3. Define: o On Temp Diff: This is a differential. When the temperature reaches the target temperature minus this amount, heating begins. © Munters AB, 2020...
Page 141 Off Temp Diff. This is a differential. When the temperature reaches the target temperature minus this amount, heating stops. o Max Heat Temp: Set the temperature under which the heaters work at their maximum output. o Min/Max Output: Set the voltage output for minimum and maximum. © Munters AB, 2020...
Page 142 15 Brood Area Chicks require extra heat during the first few weeks of their lives. To reduce energy costs, TRIO enables designating a certain area as a brooding area; that specific area can be kept extra warm. At a certain point in the chicks’...
Page 143 (next step). 2. Go to Flock > Flock Settings. 3. In Growing Stage, select Brooding. 4. Go to System > Temperature Definition (temperature sensors must be defined). 5. Map temperature sensor(s) to the brooding area. © Munters AB, 2020...
Page 144 TRIO receives inputs from the augers and hoppers that enable controlling the feed distribution (start and stop signals). In addition, the user enable am alarm if the run time exceeds the defined parameters.
Page 145 (Defining the Auger Active Sensors, page 78) should generate an alarm.  Auger under-time alarm: Under time alarms occur when the auger motor has been off for longer than the under time parameter. © Munters AB, 2020...
Page 146 The screen displays the amount of feed remaining in each silo, in quantity and percentage of the total capacity. 2. Enter the amount of feed in each silo. Range: 0 – 50000 kgs. 3. To specify the feed type, click Feed Supply. Click Feed Type and select the type. © Munters AB, 2020...
Page 147 Minimum Filling Detection Amount: Define the minimum amount of feed to be delivered to be recorded. Range 50 – 5000 kg. o Silo Low Storage Alarm: Enabling this alarm allows generating an alarm when the amount of feed in the silo drops to this percentage of the capacity. © Munters AB, 2020...
Page 148 17 Lighting Program TRIO supports on/off (non-dimmable) lights and dimmable lights. In setting up the program, the following options have to be defined: On/Off and/or 0 – 10 Volt Variable Lights (defined in Lighting Devices, page 74). A system •...
Page 149 7. Add additional programming lines to define when the light lines go off and then on. Repeat for each growth day. 8. Click Save. In this scenario, all lights go on at 6:00, turn off at 7:00, and turn on at 8:00. © Munters AB, 2020...
Page 150 7:30, light line 3 goes on along with light line 1. 17.2 0 --- - 10 Volt Variable Lights 1. To enable multi line control, go to Control > Light > Settings and enable Multi Line Control (option). 2. Go to Control > Light. © Munters AB, 2020...
Page 151 7. Under each light icon, define the light intensity. 8. Under Dim Time, define the amount of time before the next lighting event that the lights begin to change their intensity. 9. Add additional programming lines. Repeat for each growth day. 10. Click Save. © Munters AB, 2020...
Page 152 In this scenario, light line 1 and light line 4 begin to turn on at 5:50. At 6:00, light line 1 reaches 25% and light line 4 reaches 45%. At 7:00, light line 1 and light line 4 turn off. Light line 2 and light line 3 reach 25% and 45%, respectively. © Munters AB, 2020...
Page 153 This function requires a light sensor. Refer to Mapping Devices, page 50. 1. Go to Control > Light > Settings and enable Light intensity alarm. 2. Define the minimum light intensity that lights must achieve. Below this level, TRIO generates an alarm.
Page 154 Devices & Sensors. Two bird scales are required for weighing male and female bird separately. 18.1 Reference Bird Curve As an option, TRIO provides a default growth curve. If required, you can edit the growth days and bird weights. Curve Enabled •...
Page 155 Industry standard curve o Blank. This option enables manually defining a growth curve. 4. Click Next and confirm your choice. 5. If required, edit the curve and save. 6. Go to Flock > Bird Weight. © Munters AB, 2020...
Page 156 ISABLED 1. To disable a bird curve, go to System > Control Strategy > Scales 2. Verify that the curve is disabled. 3. Go to Flock > Bird Weight. 4. Click to edit the reference weight. © Munters AB, 2020...
Page 157 Gender Separated Weighing • Non-Separated Weighing • 18.2.1 G ENDER EPARATED EIGHING 1. Go to System > Control Strategy > Flock 2. Click and enable Separate Male/Female. 3. Go to System > Control Strategy > Scales © Munters AB, 2020...
Page 158 3. Go to System > Control Strategy > Scales o Weight Range: These parameters define the bands above and below the reference weights. If a bird weight is above or below this band, it is not included in the data. © Munters AB, 2020...
Page 159: Defining The Air Quality Parameters
19 Air Quality Ensuring air quality means configuring the TRIO relative humidity, CO2, and ammonia sensors. Each of these factors are independent, and require a sensor. When any of these factors rise above the user defined levels, TRIO compensates by increasing the ventilation rate or by increasing the heat.
Page 160: Defining The Air Quality Settings
Range: 1% to 100% o RH Shutoff Differential: (%): Below this level, humidity treatment ceases. Range: 0% to o High RH Alarm Threshold (%): TRIO sends an alarm when the humidity level rises above this level. Range: 0% to 100%...
Page 161 Co2 Shutoff Differential: (ppm): When CO2 levels are below the target level by this amount, all CO2 treatment stops. Range: 0 to 500 ppm High Co2 Alarm threshold (ppm): TRIO sends an alarm when the CO2 level rises above this level. Range: 0 to 5000 ppm o NH3 Shutoff Differential: (ppm): When ammonia levels are below the target level by this amount, all ammonia treatment stop.
Page 162: Timers
Timers provide an additional method of controlling relay devices, namely setting a time table in which the device can operate. In addition to the time table, TRIO enables setting up time cycles and temperature ranges in which a device can operate.
Page 163: Alarms
This prevents sending alarms for short deviations. Range: 0 – 999 seconds. Alarm Reminder: TRIO will resend an alarm after this amount of time if the alarm is not • acknowledged. Range: 0 – 999 minutes.
Page 164: Viewing The Alarms
(normally open, normally close). If the relay is not in its defined state, TRIO sends an alarm. You can define the auxiliary alarms to operate during specific time periods. Use this alarm for those relays controlling important functions.
Page 165: Sending A General Alarm
Define the relay being monitored. When this relay is no longer in its defined state (normally open, normally closed) an alarm is sent. 21.4 Sending a General Alarm 1. Go to System > Device and Sensors. 2. Click An alarm is sent to everyone on the contact list. © Munters AB, 2020...
Page 166: History
Co2 History: Records the average, minimum and maximum Co2 for each growth day every • hour. Ammonia History: Records the average, minimum and maximum ammonia for each growth day • every hour. Click the clock symbol ( ) to view the hourly breakdown. • © Munters AB, 2020...
Page 167: Alarms And Events
Go to this screen to view the last 999 alarms and events. Alarms history can display the following alarms. NOTE Performing a Cold Start or Starting a new group clears the Alarm History. 1. Go to Flock > History > 2. Click the relevant tab. © Munters AB, 2020...
Page 168: Water And Feed History
NOTE Water, auger, feeder relays or sensors must be enabled to see these screens. 1. Go to Flock > History > Water 2. Click the relevant tab to see its history. NOTE Click the clock symbol to view the hourly breakdown. © Munters AB, 2020...
Page 169: Devices History
• NOTE History displays installed devices only. 22.5 Bird Weight History TRIO provides the history of the average weight, daily gain, and uniformity. In addition, data from one or both scales is provided. Go to Flock > History > •...
Page 171: Resetting, Saving And Loading Settings, Updating Software
23 Resetting, Saving and Loading Settings, Updating Software Resetting means erasing the tables and current product definitions. Once the settings have been erased, the user can manually reconfigure the TRIO or load settings from a USB device. Cold Start •...
Page 172: Saving Or Loading The Settings
2. Click Choose Operation and select Load Settings or Save Settings. 3. Follow the instructions. NOTE In Choose Operation, you can also delete a backed up file. 23.3 Viewing the Log The log displays which tables were successfully saved. © Munters AB, 2020...
Page 173: Updating The Software
23.4 Updating the Software CAUTION Do not disconnect the power while resetting the unit. Any disconnection can cause severe hardware damage. To update the TRIO Software: 1. Go to System > General Settings. 2. Click . 3. In Software Version, click Update.
Page 174: Appendix A: External Device Specifications
Table 1: Output Devices Device type Maximum Number of Number of Relay Devices Number of Analog Devices Devices Cooling Heaters Inlets Outlets Tunnel Doors/Curtains Fans Exhaust/Tunnel Stir Fan Lights Timer Auger Feeder Lighting As Relay As Analog Out Alarm © Munters AB, 2020...
Page 175 Table 2: Sensors Device type Analog Sensors Digital Sensors Temperature Sensors Humidity Sensors CO2 Sensors Ammonia Sensors Pressure Sensors Potentiometers Bird Weighing Silo Weighing Lux Meter (light intensity) Water Meters Aux. Input Auger Sensor Feeder Line Sensor © Munters AB, 2020...
Page 176: Appendix B: Service Manual
• the PCBs. If these issues appear, it means that: o the TRIO is installed in an environment with high humidity, ammonia content, or some other destructive agent. o There is a lack of (silicon) sealing or that the sealing has degraded.
Page 177: Trouble Shooting
1. Go to System > General Settings > Network Screen. Verify that there is an IP address. 2. Check the cable connections between the switch and the TRIO. 3. Verify that the unit is powered. © Munters AB, 2020...
Page 178: Electronic Components
4. Verify that the flat cable connecting the I/O board and the display board is in place. 5. Verify that the Green Status LED is flashing. 6. On the TRIO display board, verify that the: o RED Status LED is flashing o Display’s flat cable is firmly hooked up to its connector.
Page 179: Spare Parts
1. Check the Internet cable, going from RJ-45 connector (marked as Ethernet-2). Verify that the connector’s LEDs are flashing. 2. Check the Internet cable, going from the power card to the TRIO display’s card RJ-45 connector (marked as Ethernet-1). Verify that the connector’s LEDs are flashing.
Page 181 Description Order Catalog Number A1.1 TRIO-20 FRONT DOOR TOUCH PLASTIC PART MPN: 940-99-00005 DPN: A1.2 TRIO-20 PLASTIC BOX BASE MPN: 940-99-00007 DPN: A1.3 TRIO HINGE PLASTIC PIN V1.0.0 (SP-207128) MPN: 940-99-00019 DPN: TRIO-20 PLASTIC BLUE PANEL (MUNTERS LOGO) MPN: 940-99-00001 DPN: A3.1...
Page 183 ID No. Description Order Catalog Note Number TRIO-20 LCD KIT (DISPLAY + LVDS CARD), [+ USB MPN: 940-99-00002 CABLE *] DPN: B2.1 TRIO 20 -POU- DISPLAY CARD AND SOM MPN: 940-99-00034 VARISCITE CARD WITH HEATSINK AND FAN DPN: B2.2 TRIO 20 -POU-CN- DISPLAY CARD AND SOM...
Page 185 SWPS LPV-60-12 Mean Well 100-240V 12V 60W MPN: 900-99-00264 (SP-370193) DPN: TRIO-20 POU SETRA PRESSURE CARD MPN: 901-99-00013 DPN: C3.1 MPN: 940-99-00013 OR TRIO 20 SCALE CARD 2SCL (TRIO-RSC-2) DPN: C3.2 TRIO 20 SCALE CARD 2SCL (TRIO-RSC-6) MPN: 940-99-00014 DPN: © Munters AB, 2020...
Page 186 ID No. Description Order Catalog Remarks Number BAT COIN 3V FOR SOCKET(SP-450009) MPN: 999-99-00386 DPN: © Munters AB, 2020...
Page 187: Additional Options
MPN: 901-99-00025 DPN: ADO 3.a TUBES AND FILTERS FOR RPS (NO RPS CARD) MPN: 999-99-00503 DPN: TRIO 20 SCALE CARD 2SCL WITH 230V POWER ADO 4.1 MPN: 940-99-00015 OR SUPPLY DPN: ADO 4.2 TRIO 20 SCALE CARD 6SCL WITH 230V POWER...
Page 188: Cards
250061: LCD TFT 940-99- 10.1' VT101C-KC17- 00002 B07A Vitek 1024600O2TMQW- TA0H Ampire TWS2101RBTV20C APEX 140672: USB CABLE 940-99- FOR Vitek\Ampire 00027 DISPLAY TRIO 20 -POU- 940-99- DISPLAY CARD AND 00034 SOM VARISCITE CARD WITH HEATSINK AND © Munters AB, 2020...
Page 189 TRIO 20 -POU-CN- 940-99- DISPLAY CARD AND 00032 SOM VARISCITE CARD WITH HEATSINK AND Note: China Only R-TRIO-DISPLAY: 940-99- 00004 MUNTERS ROTEM MIDDLE RANGE 2 TRIO 20 -POU- SOM 940-99- VARISCITE CARD 00008 WITH HEATSINK AND FAN © Munters AB, 2020...
Page 190 Card Description Munters Ordering Number TRIO 20 -POU-CN- 940-99- SOM VARISCITE 00044 CARD WITH HEATSINK AND Note: China Only TRIO 20 HEATSINK 940-99- AND FAN FOR SOM 00026 CARD 204152: FAN FOR 940-99- SOM CARD 00025 HEATSINK 491009: ANTENNA 940-99-...
Page 191: Main Container Cards
25.3.6.2 Main Container Cards Card Description Munters Ordering Number R-TRIO-20-MAIN: 940-99- MUNTERS ROTEM 00003 MIDDLE RANGE 2 370193: SWPS 900-99- LPV-60-12 Mean 00264 Well 100-240V 12V 60W STATIC PRESSURE 901-99- SET - 00025 AC3G/SE/PL/TRIO -POU © Munters AB, 2020...
Page 192 Card Description Munters Ordering Number TUBES AND 999-99- FILTERS FOR RPS 00503 (NO RPS CARD) R-TRIO-RSC-2: TRIO 940-99- 20 SCALE CARD 00013 R-TRIO-RSC-6: TRIO 940-99- 20 SCALE CARD 00014 © Munters AB, 2020...
Page 193: Appendix C: Trio Expansion
26 Appendix C: TRIO Expansion 10 Expansion Layout • Expansion Wiring Diagrams • TRIO / TRIO Expansion Termination • • Product Symbols • Mapping Devices in Expansion • Expansion Specifications • Expansion Spare Parts • 26.1 Expansion Layout Figure 33: Board layout...
Page 194 26.2 Expansion Wiring Diagrams TRIO to TRIO Expansion Wiring • High Voltage Relays • Alarms and Power • 26.2.1 TRIO TRIO E XPANSION IRING Figure 34: Wiring diagram The cable between the controller and the expansion unit should be a 4 wire twisted shielded •...
Page 195 26.2.2 H OLTAGE ELAYS Figure 35: High voltage devices (examples) Example of devices NOTE The relays control motors and heating devices via contactors, not directly. © Munters AB, 2020...
Page 197 26.3 TRIO / TRIO Expansion Termination When TRIO is wired to a TRIO Expansion unit, the termination dipswitch in both units must be set to ON. NOTE When the TRIO is not wired to an Expansion device, the termination dipswitch position is irrelevant.
Page 198 : Caution! Hazardous voltage : Caution: Refer to the manual : Main Protective Earthing Terminal CAUTION IF THE UNIT IS USED IN A MANNER NOT SPECIFIED BY THE MANUFACTURER, THE PROTECTION PROVIDED BY THE EQUIPMENT MAY BE IMPAIRED. © Munters AB, 2020...
Page 199 To map the devices: 1. Go to System > Device and Sensors. 2. Click Expansion. 3. Map the devices as detailed in the TRIO manual. Refer to Mapping Devices, page 50 for more information. © Munters AB, 2020...
Page 200 10A. 26.8 Expansion Spare Parts Preliminary Information • TRIO 20 Container Spare Parts • TRIO 20 Main Container Spare Parts • Main Container Card Spare Parts • © Munters AB, 2020...
Page 201 26.8.1 P RELIMINARY NFORMATION TRIO 10 EXP Container Main Container Cards Munters Part Number Dealer Part Number 26.8.2 TRIO 10 E XPANSION ONTAINER PARE ARTS © Munters AB, 2020...
Page 202 Description Order Catalog Number A1.1 TRIO FRONT DOOR EXP PLASTIC PART V1.0.0 (SP : 207129) MPN: 940-99-00028 DPN: A1.2 TRIO-20 PLASTIC BOX BASE MPN: 940-99-00007 DPN: A1.3 TRIO HINGE PLASTIC PIN V1.0.0 (SP-207128) MPN: 940-99-00019 DPN: TRIO-20 PLASTIC BLUE PANEL (MUNTERS LOGO)
Page 203 26.8.3 TRIO 10 E XPANSION ONTAINER PARE ARTS ID No. Description Order Catalog Number TRIO-EXP 10 CARD (SP: R-TRIO-EXP10) MPN: 940-99-00029 DPN: B1.1 SWPS APV-16-12 Mean Well 115V/230V 12V 16W MPN: 999-99-00338 (SP: 370153) DPN: © Munters AB, 2020...
Page 204 26.8.4 M ONTAINER PARE ARTS Card Description Munters Ordering Number R-TRIO-EXP10: TRIO EXP 940-99- 10 CARD 00029 370153: SWPS APV-16- 999-99- 12 Mean Well 00338 115V/230V 12V 16W © Munters AB, 2020...
Page 205 12 months of the delivery of the defective product. Munters has thirty days from the date of receipt in which to take action, and has the right to examine the product at the customer’s premises or at its own plant (carriage cost to be borne by the customer).
Page 206 The liability of the manufacturer Munters ceases in the event of: • dismantling the safety devices; • use of unauthorised materials; • inadequate maintenance; • use of non-original spare parts and accessories. Barring specific contractual terms, the following are directly at the user’s expense: •...

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