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BACnet Certified Product MT Multi-Trans Measure, Sum, & Report up to 3 Systems (i.e. SA/RA/OA); up to 10 points Measure up to 4 DP Points such as Pre & Final Filters Connects to Piezometer Rings/Pressure Taps User Friendly Touchscreen & Menus Get a Quote Multi-Trans Smart Ecosystem Digital Airflow/Pressure Signal Processor SE Smart Ecosystem Field Configuration Available with Intuitive Setup Wizard Single Point Power and Network Connections

Multi-Trans Smart Ecosystem Overview

The Multi-Trans Smart Ecosystem (MTSE) has been engineered to provide a cost effective solution for accurate (±0.25%F.S.) airflow measurement of up to three systems; perfect for air handling or rooftop units requiring supply fan array, return fan array, and outside air intake monitoring. The MTSE can receive pressure signals from each fan’s existing piezometer ring airflow measurement sensors provided by the fan manufacturer or from field installed airflow sensors. The MTSE can simultaneously measure up to four differential pressure points such as pressure drop across filters to aid in HVAC filter replacement, duct static pressure, and plenum pressure.

The summed (total) airflow rate of the individual arrays and the outside air intake ventilation rate is indicated on a 3.5-inch, Human-Machine-Interface (HMI) touch screen; individual airflow rate of each fan in an array is also accessible via touchscreen menus. The total airflow rate of each array is available to the Building Management System (BMS) via dedicated field selectable 0 to 10 VDC or 4 to 20 mA analog outputs and via field selectable BACnet®-MS/TP Master or Modbus® RTU Slave network communications.

The MTSE can accept a temperature input signal for each system (up to 3 total) for air temperature indication and air density compensation for standard or actual airflow calculations.

The MTSE can be configured at the factory for plug and play installation or can be field configured using the Setup Wizard. Available menus include flow measurement configuration using the “Super-K” which is based on known fan quantity and the balancing agents reading, eliminating time spent supplying system configuration parameters for setup (such as area factors, piezometer constants, etc.)

Specifications 
Accuracy±0.25% of Full Scale
Flow SummationUp to (3) Unique Systems (i.e. SA/RA/OA)
Flow Sensing PointsUp to (10) Unique Transducers
Pressure Sensing PointsUp to 4 Transducers (i.e. Filter Loading)
Power Supply20-28 VAC/DC
EnlcosureNEMA4x (Standard)
Display3 1/2" Capacitive Color Touchscreen
CommunicationBACnet MS/TP or Modbus RTU (Field Selectable)
ZeroingMenu Based (Standard)
Auto-Zero (Optional)
Temperature LimitsOperating: -4°F to 158°F (-20°C to 70°C)
Storage Temperature -40°F to 257°F (-40°C to 125°C)
Analog Outputs(4) 16-bit Analog Outputs
Field Selectable 0-10V and 4-20mA
Overvoltage and Overcurrent Protected
Analog Inputs(4) 12-bit Analog Inputs
Field Selectable 0-5V, 0-10v and 4-20mA
Digital Outputs(2) Open Collector Digital Outputs
Digital Inputs(2) Dry Contact Digital Inputs
Power Consumption8.5 Watts, 15.3VA Max
Multi-Trans Smart Ecosystem Digital Airflow/Pressure Signal Processor

MTSE
Multi-Trans Smart Ecosystem

Documentation
Overview

Measure, sum, and report up to 3 systems (i.e. supply, return, and outside air) using 1 MTSE with up to 10 flow transducers and simultaneously measure up to 4 differential pressure points such as filter loading, pressure drop across heat wheels, coils, plenum pressure, etc.; perfect for smaller rooftop and air handling units.