Swegon IQlogic+ Function Manual Download Page 1

GB.BlueBox.180415

Swegon reserves the right to alter specifications.

www.swegon.com     1

GOLD version E/F, Function Guide,  
SMART Link/AQUA Link

1. General

The 

SMART Link 

function is intended for use in controlling 

the times, temperatures, etc. as well as reading the alarms 
and settings of a Swegon chiller/heat pump via a hand-
held micro terminal and web page in a GOLD air handling 
unit.
For electrical wiring and functionality at connection with 
Nestor, see separate documentation.

1.1 Energy-saving functions

1.1.1 Control of the supply air temperature/supply 
flow temperature

By comparing the supply air temperature downstream of 
the fan with the supply flow temperature to the coil, the 
equipment makes sure that the valve for the coil opens 
only if the water has a temperature that conveys energy to 
the air.
This means that if there is a heat load and the water tem-
perature is lower than the supply air temperature, which 
can occur during defrosting cycles, the valve is not allowed 
to open. If there is a cooling load, the reverse applies.

1.1.2 Optimisation function

A cooling unit/heat pump will be more effective if the dif-
ference between the outdoor temperature and the water 
temperature is as small as possible. This reduces energy 
consumption.
The supply air energy to a water coil is controlled by a 
valve. Optimisation of the valve position so that it always 
strives to be fully open, and instead control the water 
temperature, saves energy.

1.1.3 AQUA Link

The AQUA Link provides both air handling units and 
comfort modules with cooling power. Even here energy 
savings are obtainable by allowing the need to control the 
water temperature.
Depending on whatever the specific need is (dehumidifi-
cation, cooling of the supply air, cooling of the room via 
comfort modules), the temperature of the chilled water 
can be varied and the control system ensures that the 
chiller will not produce chilled water that is colder than 
necessary.

1.1 Installation

The installation work is fast and simple compared with 
that of other systems. It requires only hydraulic and elec-
tric connection between the GOLD unit, chiller/heat pump 
and possible AQUA Link. 
All the necessary control functions are ready to activate. 
One supplier of all the equipment.
The IQlogic

+

 module TBIQ-3-1 is included in the AQUA 

Link equipment cubical.

2. Material Specification

Air handling unit 

GOLD RX/PX/CX/SD

Cable adapter 

TBLZ-1-64

IQlogic

+

 module,  

extra regulation sequence (SMART link) 

TBIQ-3-2

Chiller/heat pump manufactured by Swegon that uses 
glycolic water as cooling or heating media (not evapora-
tive media).

Other equipment to the extent required:
Set of valves, air heater, air cooler, dual-purpose coil, 
AQUA Link.

Summary of Contents for IQlogic+

Page 1: ...nsumption The supply air energy to a water coil is controlled by a valve Optimisation of the valve position so that it always strives to be fully open and instead control the water temperature saves e...

Page 2: ...egulate the flow If the temperature by temperature sensor BT50 is higher than the temperature by temperature sensor BT30 the function does not allow valve MF2 to regulate the flow forces it to close O...

Page 3: ...nsor BT50 is higher than the temperature by temperature sensor BT30 the function allows valve MF1 to regulate the flow If the temperature by temperature sensor BT50 is lower than the temperature by te...

Page 4: ...y open 100 the controller decreases the refriger ant temperature setpoint at a rate of 0 3K minute If the optimisation function is allowed and valve MF1 is open less than 80 the controller increases t...

Page 5: ...emperature by temperature sensor BT50 is higher than the temperature by temperature sensor BT30 the function does not allow valve MF2 to regulate the flow forces it to close If dehumification is activ...

Page 6: ...BT1 calls for heating the function transmits a start signal and heating medium setpoint 40 C to the heat pump via Modbus If the temperature by temperature sensor BT50 is higher than the temperature by...

Page 7: ...on is allowed If the optimisation function is allowed and valve MF1 is fully open 100 the controller decreases the refriger ant temperature setpoint at a rate of 0 3K minute If the optimisation functi...

Page 8: ...Links cubicle The chiller s water temperature setpoint is controlled by the GOLD unit and is determined by the cooling load in the ventilation system The temperature setpoint from the AYC function is...

Page 9: ...us contact on the cable adapter The communication cable between the chiller heat pump control equipment and TBLZ 64 cable adapter should be wired according to one of the alternatives below The cables...

Page 10: ...external SMART Link communications interface Wiring terminals SMART Link communications interface Wiring terminals for the TBLZ 64 cable adapter 1 2 3 4 Wiring terminals junction box chiller heat pum...

Page 11: ...Connection via built in SMART Link communications interface Wiring terminals for the TBLZ 64 cable adapter 1 2 3 4 A4 A2 Wiring terminals SMART Link communications interface Communications interface...

Page 12: ...m 4 1 4 Alternative 4 Connection via internal iPro link communications interface ASM1 iPro link SERI1 485 TTL A2 IC208CX Wiring terminals for the cable adapter 1 2 3 4 SERI1 A2 ASM1 Cable adapter TBLZ...

Page 13: ...ight to alter specifications www swegon com 13 4 1 5 Alternative 5 Connection via external A2 com munications interface RS485 slave Wiring terminals for the TBLZ 64 cable adapter 1 2 3 4 A2 A2 RS485 s...

Page 14: ...19 Heat Cool 20 C 21 NO 22 C 23 NO 24 C 25 NO 26 C 27 NO 28 P 29 G 30 G0 31 G 32 G0 24V AC Sensor 1 Sensor 2 Sensor 4 Sensor 3 Com 6 Com 7 Com 8 Com 9 Com 10 Com 11 33 34 G 35 G0 36 Y 37 U 38 39 40 2...

Page 15: ...temperature of the refrig erant and heating medium returning to the chiller heat pump Set the limit for the outdoor temperature mini mum permitted operating temperature The function for the optimizati...

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