NuAire EcoSmart Connect Control User Manual

1
15. 02. 22. Document Number 672040
Nuaire | Western Industrial Estate | Caerphilly | CF83 1NA | nuaire.co.uk
EcoSmart Connect Control
Operation Manual
1.0 CONTROLS
The system incorporates a preconfigured BACnet MS/TP enabled
controller.
1
Connect Controller
1.1 Controllable Items
•Supply Fan
•Extract Fan
•Heat Recovery Bypass Damper (if applicable).
•Thermal Wheel (if applicable).
•Heating Coil (if fitted).
•Cooling Coil (if fitted).
•DX coil (If fitted).
•Inlet Damper (If fitted).
•Exhaust Damper (If fitted).
•Recirculation damper (If fitted).
1.2 Enable Signal
The unit can be enabled via the following methods:
•Software switch (ENABLE) via local display or network.
•Volt free input contacts.
•Night Cooling / Summer free-cooling strategy.
•Scheduled via weekly calendar (Schedules are accessed and
adjusted via the ESCO-LCD or the MAP gateway device).
•Fan speed override.
•Room module PIR sensor.
•Room module 3-fan speed button (While in low, med or high
state).
When the enable signal is removed, the unit will run on for a time
defined by the run-on setpoint.
If auto run-on is enabled, the unit will measure each enable period and
set a dynamic run-on time proportionally to this value. Auto Run-on
Scale Factor” and limited by the input “Auto Run-on Max Time.
1.3 Occupancy Control
Ecosmart Connect control allows the connection of multiple
Room Modules which are automatically detected and connect to
the controller via a SA (Sensor Actuator) MS/TP bus. See Network
Accessory section for more connection details.
1.3.1 PIR Room Sensor
When a Room Module PIR sensor is connected via the SA bus, the
control will automatically use this as an enable signal by default. There
is a non-adjustable minimum run-on time of 15mins for Room Module
PIR's. This is in addition to any software run-on times.
1.3.2 RM 3-Speed Fan Override (ESCO-TDFS Only)
When a RM fan speed override is available it will override fan speed
functions. This function overrides any run-on time (except for electric
heater heat dissipation). While in override mode, the unit will ignore
return air temperature and set the supply air to the setpoint. Multiple
fan override sensors are supported with the highest demand taking
priority. Whenever a fan-speed override Room Module is connected,
the display will automatically show the fan speed status at all times.
A timeout can be set for the fan mode to revert back to auto after a
predetermined time period. The setting Fan Override Operation and Fan
Override Timeout can be adjusted to achieve this.
Mode Operation Display
“Auto” The Controller will ignore the
fan speed override. Current Fan
speed will still be displayed.
“Off” The controller will override all
functions and stop the fans.
“Low” The fans run at low speed.
“Medium” The fans run at medium speed.
“High” The fans run at high speed.
1.3.3 RM Occupancy Display
If an RM sensor with occupancy display is connected, it will
automatically display the occupancy state as follows.
State Description RM Display
Occupied An enable signal is present
i.e. Fans are running.
Unoccupied No enable & no trickle
i.e. Fans are stopped.
Standby No enable signal but fans are
trickling.

NuAire EcoSmart Connect Control Specifications

General

Brand	NuAire
Model	EcoSmart Connect Control
Category	Controller
Language	English

Summary

1.0 Controls

1.1 Connect Controller

Describes the main controller for the system.

1.2 Enable Signal

Explains the various methods to enable the unit's operation.

1.3 Occupancy Control

Details occupancy control features like PIR sensors and overrides.

1.4 Multiple Sensors

1.5 Auxiliary Inputs & 0-10V

Details auxiliary input functions and 0-10V signal scaling.

1.7 CO2 & Humidity Control

Describes CO2 and humidity sensor integration and control.

1.9 Constant Pressure Control

Details the operation of constant pressure control.

1.11 Configurable Mode

Explains configurable input functions for various operational modes.

1.12 Temperature Control

1.12.1 Supply Temp Control

Details the default supply temperature control logic.

1.12.2 Room Temp Control

Describes how the system controls room air temperature.

1.13 Trickle Mode

1.14 Frost Protection

1.15 Reverse Cycle DX

1.21 Alarms

1.21.1 Critical Alarm (Latching)

Details critical alarm behaviour and how it latches.

1.22 Configurable Analogue Output (OUT4)

1.24 Fire Alarm

1.25 BACnet Overview

1.26 Writing Values

1.27 Basic Commissioning & Operation

1.30 Priority Array Storage

1.32 Objects

1.34 Writing Of Values (Priority Array)

1.35 Inter-Networking

1.35.1 Example BACnet Network

Illustrates a typical BACnet network connection setup.

1.36 BACnet Object List (By Category)

2.0 FC BUS DEVICES

2.1 Networking Connection Example

Diagram showing a typical FC bus network connection.

2.2 FAC Controller

2.3 BACnet IP To MS/TP Router

2.5 Touch Screen ESCO-LCD

2.5 ESCO-LCD Navigation

2.6 Quick Setup

2.6.1 Selecting Target Object

Procedure for selecting target devices and objects within the network.

2.6.2 Setting Default Home Page

2.6.3 Setting Favourites

2.7 Security

2.7.1 Setting User Password

Setting a user password for restricted access to features.

2.7.2 Setting Service Password

Setting a service password for configuration and settings access.

2.7.5 Setting Schedule

2.7.6 Alarm Log

2.9 Controller Wiring

2.10 Setting Pages

2.10.1 Network Settings Page

Configuring network parameters and discovering devices.

2.10.2 Display Settings Page

Configuring display behaviour, backlight, and standby modes.

2.10.3 Selecting Target Device Page

3.0 SA BUS DEVICES

3.1 Room Module

Details on Room Module sensors, features, and functionality.

3.3 Installation

3.3.3 Room Module Wiring

Instructions for wiring Room Modules using various connection methods.

3.4 Available Room Modules

3.5 Sensor Addressing

3.6 Room Module Technical Specifications

3.7 Interconnection

3.7.1 Modular Cable (Up To 30m)

Specifications for modular RJ12 connection cables.

3.7.2 Plain Cable (30 - 150m)

Specifications for plain-ended cables for longer runs.