Shipping And Storage; Symbio 210 Features - Trane Symbio 210 Installation, Operation And Maintenance Manual

Shipping and Storage

Each VAV order ships with service literature. When unpacking, ensure that the literature is not lost
or discarded with the packing material.
Important:
If storing any component of the VAV system and/or field installed accessories for a period of time
prior to installation, those components must be protected from the elements. Refer to
Specifications and Dimensions," p. 7
ranges.
Important:

Symbio 210 Features

Table 2
Table 2. Symbio 210 Features
Feature
Controller Interface Flexibility:
Flow Tracking:
Ventilation Flow Control with
Tempering:
Auto-commissioning Sequence:
Automatic Calibration:
Local Versus Remote Reheat
Flexibility:
Spare Inputs/Outputs:
Expansion
Wireless Zone Sensors:
Drive Min/Max from Zone
Sensor:
Ventilation Flexibility:
BAS-SVX084A-EN
Visually inspect the individual components for obvious defects or damage. All
components are thoroughly inspected before leaving the factory. Any claims for
damage incurred during shipment must be filed with the carrier.
The warranty will not cover damage to the VAV or controls due to negligence during
storage. A controlled indoor environment must be used for storage.
provides information about the features of the Symbio 210 controller.
Description
The Symbio 210 controller allows VAV units to communicate on a BACnet MS/TP, BACnet IP, or BACnet Zigbee (Air-FI) link and is
compatible with the latest generation of Trane controls. This controller can operate in standalone mode, peer-to-peer with one or
more other units, or when connected to a Tracer SC+ or a 3rd party building automation system that supports BACnet.
The Symbio 210 controller is designed with the ability to be applied in flow tracking applications. This allows the controller to be paired
with one of its peers to mirror the flow of the lead unit, with or without an offset (positive or negative static pressure as desired).
The Symbio 210 controller is designed with the ability to be applied in ventilation flow control applications. These applications combine
a fresh air unit with ventilation boxes to provide fresh (tempered) air to a zone. This feature also includes a freeze protection sequence
to protect the hot water reheat coil from low supply air temperatures.
The Symbio 210 controller is designed with an auto-commissioning sequence. With a discharge air temperature sensor, this feature
exercises the air valve, fan, and heat in the box and records the temperature before/after the action. This allows the installer to easily
verify the operation of the unit and commission by exception. An auto-commissioning report can be generated with Tracer TU service
tool.
The Symbio 210 controller is designed to automatically calibrate the flow transducer each time the unit transitions to unoccupied.
This eliminates the need to initiate/schedule calibration for most installations. The exception is 24/7 sites, in which case, the Tracer
SC+ or another BAS can be used to initiate/schedule calibration.
The controller can be configured to have local and/or remote heat. In addition, provided configuration flexibility allows the installer
to select priority for either local or remote heat has.
The Symbio 210 controller has spare I/Os that are not used by the VAV applications. These spare I/Os can be programmed using
the Tracer Graphical Programming editor (by means of the Tracer TU service tool) to measure and/or control ancillary devices such
exhaust fans, second air valve for dual duct VAV, or sensing relative humidity.
The Symbio 210 controller can be expanded with an additional eight (8) I/O points. This expansion allows up to two (2) XM30 or
XM32 expansions modules to be added to a Symbio 210 controller.
The Symbio 210 controller is compatible with the latest technology available from Trane. Wireless zone sensors provide flexibility of
sensor location and re-location as well as reducing the cost of installation. Wireless zone sensor receivers are available as a factory
or field installed option.
When applied with a Trane zone sensor module, that includes a thumbwheel setpoint or a LCD display, the Symbio 210 controller
can easily be overridden to minimum and maximum flow. By simply turning the thumbwheel to * or increasing the setpoint to
maximum on display sensors (end of range in one direction), the controller drives the air valve to the minimum flow setpoint. Likewise,
turning the thumbwheel to the ** or decreasing the setpoint to minimum on display sensors (end of range in the other direction)
the controller drives the air valve to the maximum flow setpoint. This feature can be disabled by putting Airflow Override Local,
Multistate Input 2, and Out of Service using Tracer TU.
Ventilation can be managed in the following ways:
• Fixed occupancy ventilation setpoint
• Scheduled (calculated) ventilation setpoint
• Occupancy sensor to switch between normal and reduced ventilation
• CO sensor for demand-controlled ventilation
2
for storage location temperature and the relative humidity
Overview
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