background image

Holding register

4x0001

Component Name ID

GIL_N_DEVICE_ID_S16

4x0002

Component name

GIL_ASCII_NAME_1_S16

4x0003

Component name

GIL_ASCII_NAME_2_S16

4x0004

Component name

GIL_ASCII_NAME_3_S16

4x0005

Component name

GIL_ASCII_NAME_4_S16

4x0006

Component name

GIL_ASCII_NAME_5_S16

4x0007

Component name

GIL_ASCII_NAME_6_S16

4x0008

Component name

GIL_ASCII_NAME_7_S16

4x0009

Component name

GIL_ASCII_NAME_8_S16

4x0010

Component name

GIL_ASCII_NAME_9_S16

4x0011

Component name

GIL_ASCII_NAME_10_S16

4x0012

Component name

GIL_ASCII_NAME_11_S16

4x0013

Component name

GIL_ASCII_NAME_12_S16

4x0014

Component name

GIL_ASCII_NAME_13_S16

4x0015

Component name

GIL_ASCII_NAME_14_S16

4x0016

Component name

GIL_ASCII_NAME_15_S16

4x0017

Component name

GIL_ASCII_NAME_16_S16

4x0018

Application ID

GIL_N_APPLICATION_ID_S16

4x0019

Controller Modbus address

GIL_N_BMS_MODBUS_ID_S16

4x0020

Baud rate

GIL_E_BMS_BAUDRATE_S16

4x0021

Parity

GIL_E_BMS_PARITY_S16

4x0022

Stop bits

GIL_N_BMS_STOPBITS_S16

4x0023

Slave id

GIL_N_SLAVE_ID_S16

4x0024

Identification number

GIL_N_IDENTIFICATION_S16

4x0025

Controller type

GIL_E_CONTROLLER_TYPE_S16

4x0026

App AO1

GIL_E_ANA_OUT_1_APP_S16

4x0027

App AO2

GIL_E_ANA_OUT_2_APP_S16

4x0028

App AO3

GIL_E_ANA_OUT_3_APP_S16

4x0029

App DO1

GIL_E_DIG_OUT_1_APP_S16

4x0030

App DO2

GIL_E_DIG_OUT_2_APP_S16

4x0031

App DO3

GIL_E_DIG_OUT_3_APP_S16

4x0032

Input 1 usage

GIL_E_IN1USE_S16

4x0033

Input 3 usage

GIL_E_IN3USE_S16

4x0034

Input 4 usage

GIL_E_IN4USE_S16

4x0035

Room temperature sensor use.

GIL_E_ROOM_TEMP_SENS_USE_S16

4x0036

Occ mode

GIL_E_OCC_MODE_S16

4x0037

Occ off delay

GIL_S_OCC_OFF_DELAY_S16

4x0038

Occ on delay

GIL_S_OCC_ON_DELAY_S16

4x0039

Occupancy trig level

GIL_N_PIR_LEVEL_S16

4x0040

Commissioning mode.

GIL_E_COMMISSIONINGMODE_S16

4x0041

Commissioning max time

GIL_H_MAXCOMMISSIONING_S16

4x0042

Setpoint Cool Occ

GIL_DEGC_SP_HI_OCC_S16

38

ADAPT Parasol b

Swegon reserves the right to alter specifications. 

25/11/2014 

www.swegon.com

Summary of Contents for ADAPT Parasol b

Page 1: ...om Technical description System technology ProSelect Heating with ADAPT Parasol Air quality sensor Change over system Lighting control Start up and Zero point calibration Two stage cooling two stage h...

Page 2: ...rview 15 Regulator outputs 16 Regulator inputs 17 Regulator s Modbus connections 18 System technology 19 Duct system 19 2 step optimisation in WISE 22 Master Slaves 24 Display in Super Wise 25 ProSele...

Page 3: ...and start up Instruction about how the different settings are made Changing the project Swegon reserves the right to make changes to both the manual and to the product without prior notice Safety Inst...

Page 4: ...res are permitted to deviate further from the room s setpoint and a signal from a master system is required Heating and cooling are controlled in sequence to avoid simultaneous cooling and heating How...

Page 5: ...ch is the mini mum airflow in the room when someone is present The temperature is now allowed to deviate less from the setpoint value than in unoccupied mode Different things can happen during the day...

Page 6: ...one time is 30 l s the 600 will give approx 12 l s and the 1200 about 18 l s Had both been identical they would have given 15 l s each The extract air constantly receives a signal from the master a si...

Page 7: ...y Conference room Min Occupancy Office Max Occupancy Conference room Max Occupancy 21 l s 60 l s 120l s 7 l s 20 l s 40 l s 7 l s 20 l s 40 l s 7 l s 20 l s 40 l s 5 l s 15 l s 30 l s 5 l s 15 l s 30...

Page 8: ...point MAX Airflow setpoint HOLIDAY Min cooling Pressure ADAPT EA analogue min ADAPT analogue max ADAPT EA offset 51 416 50 40 200 320 200 200 400 0 k 100 k 100 l s 10 l s 10 l s 10 l s 10 dpa l s 10 l...

Page 9: ...aster K factor for ADAPT Parasol slave should be set in the slave controller ADAPT Parasol Tilluft Master ADAPT Parasol Tilluft Slav ADAPT Damper Fr nluft Slav ADAPT Parasol Tilluft Master ADAPT Paras...

Page 10: ...o cal pressure sensor Airflow setpoint HOLIDAY Airflow setpoint UNOOCC Airflow setpoint OCC Airflow setpoint MAX Min cooling Pressure ADAPT EA analogue min ADAPT EA analogue max ADAPT EA offset 51 416...

Page 11: ...m pressure that permits the cooling valve to open 3 The cooling valve is permitted to open 4 Cooling valve fully open but there is still a cooling demand in the room air damper opens to cool with more...

Page 12: ...sol Sequence Air quality 1 Occupancy CO2 VOC content rises 2 CO2 VOC content reaches the permitted upper limit value air damper opens variably 3 Air damper fully open 4 CO2 VOC content reaches the per...

Page 13: ...slaves included can be con nected to each master regulator Each one must then have its own address 0 9 7 Switch for termination resistance Switch 1 is set to On on the last device in a circuit Sensor...

Page 14: ...t of the room temperature In SWICCT it is possible to state how you wish to measure the temperature in the room Mean value of sensor modules In cases where multiple sensor modules are connected to the...

Page 15: ...24V G0 G grey black blue US black brown US white brown US white blue US black 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 2 2 2 3 2 4 2 5 black brown blue black white brown white R o H S 1...

Page 16: ...oling heating demand Water change over 4 pipe For 6 way valve 0 5V cooling 5 10V heating Water cooling primary sequence Cooling sequence 0 50 0 10V Water cooling secondary sequence Cooling sequence 50...

Page 17: ...d Input 3 usage Not used Not used CO2 0 10V CO2 sensor with 0 10 V control range CO2 2 10V CO2 sensor with 2 10 V control range Input 4 usage Not used Not used Keycard switch NO Keycard switch normall...

Page 18: ...ion between slave units ADAPT Parasol and to connect the sensor module pressure sensor VOC sensor etc Note that 22 and 23 are parallel same function and 24 and 25 are parallel Important to distinguish...

Page 19: ...ncy flow in a smart way in the software you also compensate for the duct pressure drop and con trol measurement is easier see page 20 21 The software manages the flows but beware of the noise However...

Page 20: ...9 Pa 86 Pa 83 Pa 80 Pa 77 Pa 74 Pa 71 Pa 68 Pa 27 m 40 m 3 m In SWICCT or by configuring ADAPT Parasol in ProWISE limits can also be set for unoccupied and occupancy max flow note the product s absolu...

Page 21: ...previous example 80 Pa and now we see that the first unit in the duct branch will have 31 6 l s and a pressure of 134 Pa This flow gives a slightly higher noise level but as before lowering the maxim...

Page 22: ...between 70 90 open If the most open room damper is open more than 90 the airflow in the zone is not sufficient In this case the zone damper will be opened until the most open room damper is open to l...

Page 23: ...ed for room dampers The unit s pressure setpoint is increased decreased depending on the needs of the zones The router simulates a zone damper and always shows the most open room product for supply ai...

Page 24: ...ISE room with air products that can be supply air or extract air products Zone Room 1 Room 2 Master Mb id 4 Slave Mb id 5 Slave Mb id 6 Slave Mb id 7 Master Mb id 8 Slave Mb id 9 Slave Mb id 10 Slave...

Page 25: ...3 Slave Slave Id 4 M S S If you wish to see the supply air flow in more detail highlight ADAPT Parasol in the menu tree and the flow for all 5 underlying slaves will be shown Airflow actual values Tot...

Page 26: ...nly the current selection is shown on the calculation page 3 Nozzle settings can be made just like for a standard Parasol to influence the airflow and direction but it should be remembered that at the...

Page 27: ...m of the page with a clearer explanation text Clicking on the accessory button opens the dialogue box to select accessories both loose and as shown below the factory fitted 27 ADAPT Parasol b Swegon r...

Page 28: ...tion is blocked in heating situation Heat type Water actuator means the heat is controlled as usual with ADAPT Parasols heating coil and the actuator there Cold draught protection Cold draught protect...

Page 29: ...to release more air at the equivalent of 600 ppm in the room and continues variably up to 1200 ppm max flow VOC use Auto means that the control automatically detects whether the sensor is connected OF...

Page 30: ...he change in one of these places either under Input configuration or External temperature sensor use Irrespective of where you make the change the other changes automatically The input s function can...

Page 31: ...intelligence for lighting control is connected to this For more information and assistance with connections contact the factory Start up and Zero point cali bration During initial start up after a po...

Page 32: ...n be regulated according to the two step principle when the same outputs are used The corresponding settings can be made on the analogue outputs for e g 0 10V actuators Water cooling primary sequence...

Page 33: ...iscrete air hatch Parasol slave GIL_B_DISCAIR_PARASOL 1x0005 Air flow forced GIL_B_AIRFLOW_FORCE 1x0006 Vent boost active GIL_B_VENTILATION_BOOST 1x0007 Valve exercise active GIL_B_WAT_VALVE_EXERCISE...

Page 34: ..._B_ALARM_18 1x1020 Pressure sensor comm error GIL_B_ALARM_19 1x1021 VOC sensor comm error GIL_B_ALARM_20 1x1022 No master request slave GIL_B_ALARM_21 1x1023 Slave incompatible version GIL_B_ALARM_22...

Page 35: ...16 3x0004 HW revision GIL_N_HW_REV_S16 3x0005 Serial number 1 GIL_N_SNR_1 3x0006 Serial number 2 GIL_N_SNR_2 3x0007 Serial number 3 GIL_N_SNR_3 3x0008 Serial number 4 GIL_N_SNR_4 3x0009 Serial number...

Page 36: ..._PCT_ANA_OUT_1_S16 3x0051 Analogue output 2 GIL_PCT_ANA_OUT_2_S16 3x0052 Analogue output 3 GIL_PCT_ANA_OUT_3_S16 3x0053 Room temp GIL_DEGC_ROOM_S16 3x0054 Room temp setpoint GIL_DEGC_ROOM_SP_S16 3x005...

Page 37: ...Modbus sensor lps 10 GIL_LPS_AIRFLOW_MB_S16 3x0096 Water cooling regulator signal GIL_PCT_WAT_COOLING_S16 3x0097 Water heating regulator signal GIL_PCT_WAT_HEATING_S16 3x0098 Airflow demand signal GI...

Page 38: ...te GIL_E_BMS_BAUDRATE_S16 4x0021 Parity GIL_E_BMS_PARITY_S16 4x0022 Stop bits GIL_N_BMS_STOPBITS_S16 4x0023 Slave id GIL_N_SLAVE_ID_S16 4x0024 Identification number GIL_N_IDENTIFICATION_S16 4x0025 Con...

Page 39: ...6 4x0063 Vent boost delay GIL_H_VENT_BOOST_DELAY_S16 4x0064 Vent boost time GIL_MIN_VENT_BOOST_S16 4x0065 Valve exercise interval GIL_H_VALVE_EXC_INT_S16 4x0066 Min pressure for cooling GIL_DPA_MIN_CO...

Page 40: ...low demand min GIL_LPS_FLOWDEMAND_MIN_S16 4x0104 Airflow demand max GIL_LPS_FLOWDEMAND_MAX_S16 4x0105 EA offset GIL_PCT_EA_OFFSET_S16 4x0106 Digital out 1 option GIL_E_DIG_OUT_1_OPTION_S16 4x0107 Digi...

Page 41: ...mm error VOC sensor not connected Alarm 21 No master request slave The slave unit cannot find a Master to relate to Alarm 22 Slave incompatible version Software version in slave unit is different to t...

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