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GOLD generation E (RX/PX/CX/SD) BACnet IP

Air handling unit controller · BACnet points list

Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP BACnet points list

Updated 28 October 2026

Short answer

The built-in IQlogic controller in Swegon GOLD generation E air handlers is a native BACnet IP device (B-AAC profile) with no gateway needed. It publishes over 1,400 objects: fan airflow/pressure readings and setpoints, temperatures and regulation levels, heat-exchanger and coil data, accessory functions (Xzone, SMART Link, AYC, MIRU, COOL DX), one binary input per alarm, plus calendars, a schedule and notification classes for intrinsic alarming. The unit is started, stopped and speed-selected from the BMS through a single multistate value.

This page lists 1452 BACnet objects for the Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP — 525 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Swegon’s own free documentation, linked below.

Manufacturer: Swegon
Model: GOLD generation E (RX/PX/CX/SD) BACnet IP
Equipment: Air handling unit controller
Equipment type: Rooftop units, AHUs & DOAS
BACnet objects: 1452 (525 writable)
Transport: BACnet IP
Firmware: Program version 1.10 or later (driver in PV 1.16)
Also known as: GOLD E, GOLD RX, GOLD PX, GOLD CX, GOLD SD, IQlogic, GOLD_E_BACnet_150316
Source document: BACnet IP GOLD RX/PX/CX/SD, Generation E · GOLD_E_BACnet_150316 · rev. 2015-03-16

Download CSV 1452 rows Download EDE B.I.G.-EU JSON Manufacturer PDF ↗ Download Easy BACnet Mobile App Google Play

BMS integration notes: Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP

Integration in brief

Command the unit with MV-793 Communication operation level (Auto lets the internal time channel run it; other states force stop, low or high speed) and read back MI-592 Operation level plus the low/high speed BIs. Adjust the main temperature setpoints (AV-132 supply, AV-135 extract/room) and airflow or pressure setpoints for low and high speed, and monitor BI-13/14 for A/B alarms with BV-1 to reset. The object summary on page 3 of the source lists these as the key points.

Minimum points to map

The short list most integrators start with — enough to run the unit from a BMS. Map more as the job needs.

Object	Name	Why	Access
MV 793	Communication operation level	BMS start/stop and speed command	Write
AV 132	SA temperature set point	Supply air temperature setpoint	Write
AV 135	EA/Room temperature set point	Extract/room temperature setpoint	Write
BV 1	Alarm reset	Resets all active alarms	Write
MI 592	Operation level	Actual operating state and who stopped the unit	Read
AI 64	SA Temperature	Supply air temperature	Read
AI 66	EA Temperature	Extract air temperature	Read
AI 73	Outdoor temperature	Outdoor air temp measured by the unit, °C	Read
BI 13	A-alarm active	Any A-class alarm	Read
BI 14	B-alarm active	Any B-class alarm	Read

Enable & remote start

MV-793 Communication operation level: 1=Auto (unit follows its own time channel), 2=Total stop, 3=Low speed, 4=High speed, 5=Normal stop, 6=Extended normal stop. MI-592 shows whether a stop came from communication, the hand terminal, a digital input, the time channel or an alarm.

Sensors & values from the BMS

Room temperature can come from the BMS by enabling BV-167 'External room temp from BMS function' and writing AV-168; outdoor temperature likewise via BV-177 and AV-178. Each has an 'alarm time' AV in minutes (AV-169, AV-179; AV-179 defaults to 5). Xzone has its own BMS room temperature (BV-379, AV-380, AV-381).

Network setup

BACnet IP only; the device is a B-AAC with intrinsic alarming (notification classes NC-0, 1, 3, 10, 11).
Swegon also publishes a BACnet PICS and an EDE file for GOLD; device instance and IP settings are not given in this document.

Watch out for

Calibration BVs (29-56) trigger pressure-sensor zero calibration.
Setpoints are split by low and high speed (e.g. AV-3/5 SA airflow, AV-19/21 SA duct pressure); write the one for the active speed.
Many objects only mean something when the related accessory or heat exchanger type (RX/PX/CX/SD) is installed.
Schedule #1 values are 1-5 (total stop to extended normal stop) with up to 6 time-values a day.

Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP BACnet objects

Type: AI, AO, AV, BI, BO, BV, MI/MO/MV (multi-state) · Access: Read read-only, Write writable, Command writable with a priority array.

1452 of 1452 shown

Type

Access

Units

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Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP BACnet Points List
			Description			States
AI	1	Component name			Read	25=IQlogic
AI	4	SA Air flow	Present supply air flow.	l/s	Read
AI	5	SA Air flow regulator	Present supply air flow regulator set point.	l/s	Read
AI	6	EA Air flow	Present extract air flow.	l/s	Read
AI	7	EA Air flow regulator	Present extract air flow regulator set point.	l/s	Read
AI	8	SA Duct pressure	Present supply air duct pressure.	Pa	Read
AI	9	SA Duct pressure regulator	Present supply air duct pressure regulator set point.	Pa	Read
AI	10	EA Duct pressure	Present extract air duct pressure.	Pa	Read
AI	11	EA Duct pressure regulator	Present extract air duct pressure regulator set point.	Pa	Read
AI	12	Demand input level	Present input signal for demand regulation.	%	Read
AI	13	Demand regulator	Present demand regulator set point.	%	Read
AI	14	SA Air flow pressure	Present air flow pressure in the supply air fan inlet.	Pa	Read
AI	15	EA Air flow pressure	Present air flow pressure in the extract air fan inlet.	Pa	Read
AI	23	SA Pre-filter pressure level	Present supply air pre-filter pressure drop.	Pa	Read
AI	24	SA Pre-filter pressure alarm limit	Present supply air pre-filter pressure alarm limit.	Pa	Read
AI	25	EA Pre-filter pressure level	Present extract air pre-filter pressure drop.	Pa	Read
AI	26	EA Pre-filter pressure alarm limit	Present extract air pre-filter pressure alarm limit.	Pa	Read
AI	27	SA AHU filter pressure level	Present supply air filter pressure drop.	Pa	Read
AI	28	SA AHU filter pressure alarm limit	Present supply air filter pressure alarm limit.	Pa	Read
AI	29	EA AHU filter pressure level	Present extract air filter pressure drop.	Pa	Read
AI	30	EA AHU filter pressure alarm limit	Present extract air filter pressure alarm limit.	Pa	Read
AI	31	SA End-filter pressure level	Present supply air end-filter pressure drop.	Pa	Read
AI	32	SA End-filter pressure alarm limit	Present supply air end-filter pressure alarm limit.	Pa	Read
AI	37	SA Fan level	Present fan speed level of the supply air fan.	%	Read
AI	38	EA Fan level	Present fan speed level of the extract air fan.	%	Read
AI	39	SA Fan speed	Present fan speed level of the supply air fan.	rpm	Read
AI	40	EA Fan speed	Present fan speed level of the extract air fan.	rpm	Read
AI	41	SA Voltage	Present voltage level of the supply air fan.	V	Read
AI	42	EA Voltage	Present voltage level of the extract air fan.	V	Read
AI	43	SA Fan current	Present current level of the supply air fans.	A	Read
AI	44	EA Fan current	Present current level of the extract air fans.	A	Read
AI	45	SA Fan power	Present power level of the supply air fans.	kW	Read
AI	46	EA Fan power	Present power consumption level of the extract air fans.	kW	Read
AI	47	SA Fan kWh	Total power consumption of the supply air fans.	kWh	Read
AI	48	EA Fan kWh	Total power consumption level of the extract air fans.	kWh	Read
AI	49	SA Fan MWh	Total power consumption of the supply air fans.	MWh	Read
AI	50	EA Fan MWh	Total power consumption level of the extract air fans.	MWh	Read
AI	51	SA Fan operation time	Total operation time of the supply air fan presented in days (24h).	days	Read
AI	52	EA Fan operation time	Total operation time of the extract air fan presented in days (24h).	days	Read
AI	55	SA Fan min air flow	Supply air AHU min air flow	l/s	Read
AI	56	EA Fan min air flow	Extract air AHU min air flow	l/s	Read
AI	57	SA Fan max air flow	Supply air AHU max air flow	l/s	Read
AI	58	EA Fan max air flow	Extract air AHU max air flow	l/s	Read
AI	63	SFP	Calculated SFP level.	kW/m3/s	Read
AImin	64	SA Temperature	Present supply air temperature.	°C	Read
AI	65	SA-D Temperature	Present supply air density temperature.	°C	Read
AImin	66	EA Temperature	Present extract air temperature in the unit.	°C	Read
AI	67	EA-D Temperature	Present extract air density temperature.	°C	Read
AI	68	EA Regulation temperature	Present extract air temperature used for regulation.	°C	Read
AI	69	EA Temperature PX/CX	Present extract air temperature in the unit (only AHU type PX/CX).	°C	Read
AI	70	EA Temperature SD	Present extract air temperature in the unit (only AHU type SD).	°C	Read
AI	72	Outdoor temperature COOL DX	Present outdoor air temperature in the COOL DX unit.	°C	Read
AImin	73	Outdoor temperature	Present outdoor air temperature in the unit.	°C	Read
AI	74	Outdoor regulation temperature	Present outdoor air temperature used for regulation.	°C	Read
AI	75	External outdoor temperature 1	Present external outdoor temperature of sensor 1.	°C	Read
AI	76	External outdoor temperature 2	Present external outdoor temperature of sensor 2.	°C	Read
AI	77	External outdoor temperature 3	Present external outdoor temperature of sensor 3.	°C	Read
AI	78	External outdoor temperature 4	Present external outdoor temperature of sensor 4.	°C	Read
AI	79	External outdoor temperature min/max/average	Present calculated min, max or average	°C	Read
AI	80	EA Duct temperature	Present extract air duct air temperature.	°C	Read
AI	81	Room temperature 1	Present room temperature of sensor 1.	°C	Read
AI	82	Room temperature 2	Present room temperature of sensor 2.	°C	Read
AI	83	Room temperature 3	Present room temperature of sensor 3.	°C	Read
AI	84	Room temperature 4	Present room temperature of sensor 4.	°C	Read
AI	85	Room temperature min/max/average	Present calculated min, max or average	°C	Read
AI	87	SA Temp regulator	Present supply air temperature regulator set point.	°C	Read
AI	88	EA Temp regulator	Present extract air temperature regulator set point.	°C	Read
AI	90	Cool exchanger regulator level	Present operation level of cool recovery.	%	Read
AI	91	Heat exchanger regulator level	Present operation level of heat recovery.	%	Read
AI	92	Extra regulation sequence 1 heat regulator level	Present level of extra regulation heat.	%	Read
AI	93	Extra regulation sequence 1 heat output level		%	Read
AI	94	Reheat regulator level	Present level of reheat.	%	Read
AI	95	Reheat output level		%	Read
AI	96	ReCO2 heat level	Present level of ReCO2 heat.	%	Read
AI	97	Down regulation level	Present level of fan down regulation.	%	Read
AI	98	Heating boost level	Present level of heating boost.	%	Read
AI	99	Extra regulation sequence 1 cool regulator level	Present level of extra regulation cool.	%	Read
AI	100	Extra regulation sequence 1 cool output level	Present level of extra regulation cool.	%	Read
AI	101	Cool regulator level	Present level of cooling.	%	Read
AI	102	Cool output level	Present level of cooling.	%	Read
AI	103	ReCO2 cool level	Present level of ReCO2 heat.	%	Read
AI	104	Cooling boost level	Present level of cooling boost.	%	Read
AI	105	RHX operation level	Present speed level of the rotary heat exchanger.	%	Read
AI	106	RHX efficiency	Calculated level of rotary heat exchanger efficiency.	%	Read
AI	107	RHX defrost pressure level	Present pressure drop for the rotary heat exchanger.	Pa	Read
AI	108	RHX defrost pressure alarm limit	Present pressure drop alarm limit for the	Pa	Read
AI	109	RHX carry over control pressure level	Present pressure difference for the rotary heat exchangers purging sector.	Pa	Read
AI	111	RHX operation time	Total operation time of the rotary heat exchanger presented in days (24h).	Days	Read
AI	116	PX defrost pressure level	PHX-2/3: Present pressure drop for the plate heat exchanger.	Pa	Read
AI	117	PHX-3D Bypass output	PHX-1: Present level of plate heat exchanger bypass output.	%	Read
AI	118	PHX-3D Bypass input	PHX-1: Present level of plate heat exchanger bypass input.	%	Read
AI	119	PHX-3D Bypass temperature 1	PHX-1: Present bypass temperature sensor 1 in plate heat exchanger.	°C	Read
AI	120	PHX-3D Bypass temperature 2	PHX-1: Present bypass temperature sensor 2 in plate heat exchanger.	°C	Read
AI	121	PX exchanger damper 1 output	PHX-2: Present level of plate heat exchanger damper 1 output.	%	Read
AI	122	PHX-2 Damper 1 input	Present level of plate heat exchanger damper 1 input.	%	Read
AI	123	PX exchanger damper 2 output	PHX-2: Present level of plate heat exchanger damper 2 output.	%	Read
AI	124	PHX-2 Damper 2 input	Present level of plate heat exchanger damper 2 input.	%	Read
AI	125	PX exchanger bypass output	PHX-2: Present level of plate heat exchanger bypass output.	%	Read
AI	126	PX exchanger bypass feedback	PHX-2: Present level of plate heat exchanger bypass input.	%	Read
AI	127	CHX Valve output	Present level of coil heat exchanger valve output.	%	Read
AI	128	CHX Valve input	Present level of coil heat exchanger valve input.	%	Read
AI	129	CHX Return water temperature	Present return water temperature for coil heat exchanger.	°C	Read
AI	130	PHX/CHX operation time	Total operation time of the coil heat exchanger presented in days (24h).	Days	Read
AI	132	PHX-1D Bypass output	PHX-3: Present level of plate heat exchanger bypass output.	%	Read
AI	133	PHX-1D Bypass input	PHX-3: Present level of plate heat exchanger bypass input.	%	Read
AI	136	PHX/CHX Humidity level	PHX-1/2: Present level of air-humidity for calculation of bypass/valve	%	Read
AI	141	Extra regulation sequence 1 anti frost temp/overheat input	Present extra regulation anti frost temperature for water	°C	Read
AI	143	Extra regulation sequence 2 anti frost temp/overheat input	Present extra regulation anti frost temperature for water	°C	Read
AI	146	Extra regulation sequence 1 input level		%	Read
AI	147	Extra regulation sequence 1 heat operation time	Total operation time of extra regulation heat presented in days (24h).	Days	Read
AI	148	Extra regulation sequence 1 cool operation time	Total operation time of extra regulation cool presented in days (24h).	Days	Read
AI	149	Extra regulation sequence 2 input level		%	Read
AI	150	Extra regulation sequence 2 heat operation time	Total operation time of extra regulation heat presented in days (24h).	Days	Read
AI	151	Extra regulation sequence 2 cool operation time	Total operation time of extra regulation cool presented in days (24h).	Days	Read
AI	153	Re-heat anti frost temp/overheat input	Present anti frost temperature for water	°C	Read
AI	158	Re-heat input level		%	Read
AI	159	Re-heat operation time	Total operation time of re-heat presented in days (24h).	Days	Read
AI	164	Cool water temperature	Present cool water temperature for water cool coil.	°C	Read
AI	168	Cool input level		%	Read
AI	169	Cool operation time	Total operation time of cool presented in days (24h).	Days	Read
AI	174	Xzone SA temperature	Present supply air temperature.	°C	Read
AI	175	Xzone EA temperature	Present extract air temperature in the unit.	°C	Read
AI	176	Xzone EA regulation temperature	Present extract air temperature used for regulation.	°C	Read
AI	177	Xzone Room temperature 1	Present room temperature of sensor 1.	°C	Read
AI	178	Xzone Room temperature 2	Present room temperature of sensor 2.	°C	Read
AI	179	Xzone Room temperature 3	Present room temperature of sensor 3.	°C	Read
AI	180	Xzone Room temperature 4	Present room temperature of sensor 4.	°C	Read
AI	181	Xzone Room temperature min/max/average	Present calculated min, max or average	°C	Read
AI	186	Xzone SA Temp regulator	Present supply air temperature regulator set point.	°C	Read
AI	187	Xzone EA Temp regulator	Present extract air temperature regulator set point.	°C	Read
AI	190	Xzone re-heat regulator level		%	Read
AI	193	Xzone cool regulator level		%	Read
AI	199	Xzone heat, anti frost temp/overheat input	Present Xzone heat anti frost temperature for water	°C	Read
AI	203	Xzone heat, output level	Present level of Xzone heat output.	%	Read
AI	204	Xzone heat, input level	Present Xzone heat input.	%	Read
AI	205	Xzone heat, operation time	Total operation time of Xzone heat presented in days (24h).	Days	Read
AI	210	Xzone cool, water temperature		°C	Read
AI	214	Xzone cool, output level	Present level of Xzone cool.	%	Read
AI	215	Xzone cool, input level	Present Xzone cool valve position.	%	Read
AI	216	Xzone cool, operation time	Total operation time of Xzone cool presented in days (24h).	Days	Read
AI	220	Pre-heat temperature	Present pre-heat temperature.	°C	Read
AI	221	Pre-heat temp regulator set point	Present pre-heat temperature regulator set point.	°C	Read
AI	222	Pre-heat temp regulator level			Read
AI	225	Pre-heat anti frost temp/overheat input	Present pre-heat anti frost temperature for water	°C	Read
AI	228	Pre-heat output level	Present pre-heat output level.	%	Read
AI	229	Pre-heat input level	Present pre-heat input level.	%	Read
AI	230	Pre-heat operation time	Total operation time of pre-heat presented in days (24h).	Days	Read
AI	233	ReCO2 recirculation damper output	Present output signal to the recirculation damper.	%	Read
AI	234	ReCO2 recirculation damper input	Present input signal from the recirculation damper.	%	Read
AI	235	ReCO2 outdoor damper output	Present output signal to the outdoor air damper.	%	Read
AI	236	ReCO2 outdoor damper input	Present input signal from the outdoor air damper.	%	Read
AI	237	ReCO2 outdoor air flow	Present outdoor air flow level.	l/s	Read
AI	238	ReCO2 outdoor air flow regulator set point	Present outdoor air flow regulator set point.	l/s	Read
AI	244	SA humidity level	Present level of supply air humidity	%RH	Read
AI	245	SA humidity temperature	Present temperature inside the supply air humidity sensor.	°C	Read
AI	246	SA dew point	Calculated supply air dew point.	°C	Read
AI	247	EA humidity level	Present level of extract air humidity.	%RH	Read
AI	248	EA humidity temperature	Present temperature inside the extract air humidity sensor.	°C	Read
AI	249	EA dew point	Calculated extract air dew point.	°C	Read
AI	251	Dehumidifying SA dew point regulator set point	Present supply air dew point regulator point.	°C	Read
AI	252	Dehumidifying output level	Present level of the dehumidifying output.	%	Read
AI	254	Humidifying SA regulator set point		%RH	Read
AI	255	Humidifying output level	Present level of the dehumidifying output.	%	Read
AI	266	VOC level	Present level of VOC	ppm	Read
AI	271	COOL DX, unit power size			Read
AI	274	COOL DX, compressor 1 low pressure level		Bar	Read
AI	275	COOL DX, compressor 1 high pressure level		Bar	Read
AI	276	COOL DX, compressor 2 low pressure level		Bar	Read
AI	277	COOL DX, compressor 2 high pressure level		Bar	Read
AI	289	SMART Link, WB outlet water 1		°C	Read
AI	290	SMART Link, WB outlet water 2		°C	Read
AI	291	SMART Link, WB outlet water 3		°C	Read
AI	292	SMART Link, WB outlet water 4		°C	Read
AI	293	SMART Link, WB outlet water average		°C	Read
AI	294	SMART Link, WB return water		°C	Read
AI	297	SMART Link WB, heated water set point		°C	Read
AI	298	SMART Link WB, chilled water set point		°C	Read
AI	299	SMART Link WB, Min heated water set point		°C	Read
AI	300	SMART Link WB, Max heated water set point		°C	Read
AI	301	SMART Link WB, Min chilled water set point		°C	Read
AI	302	SMART Link WB, Max chilled water set point		°C	Read
AI	327	SMART Link, DX unit 1 power level set point		%	Read
AI	328	SMART Link, DX unit 1 power level		%	Read
AI	329	SMART Link, DX unit 1 operation time		Days	Read
AI	338	SMART Link, DX unit 2 power level set point		%	Read
AI	339	SMART Link, DX unit 2 power level		%	Read
AI	340	SMART Link, DX unit 2 operation time		Days	Read
AI	349	SMART Link, DX unit 3 power level set point		%	Read
AI	350	SMART Link, DX unit 3 power level		%	Read
AI	351	SMART Link, DX unit 3 operation time		Days	Read
AI	360	SMART Link, DX unit 4 power level set point		%	Read
AI	361	SMART Link, DX unit 4 power level		%	Read
AI	362	SMART Link, DX unit 4 operation time		Days	Read
AI	374	AYC Heat, heated water	Present heat temperature.	°C	Read
AI	375	AYC Heated water set point	Present heat temperature regulator set point.	°C	Read
AI	376	AYC Heat, valve output	Present level of the heat valve output.	%	Read
AI	377	AYC Heat, valve input	Present level of the heat valve input.	%	Read
AI	378	AYC Heat, operation time	Total operation time of AYC heat presented in days (24h).	Days	Read
AI	379	AYC Heated water heat demand		%	Read
AI	387	AYC Cool, chilled water	Present cool temperature.	°C	Read
AI	388	AYC Chilled water set point	Present cool temperature regulator set point.	°C	Read
AI	389	AYC Cool, valve output	Present cool of the heat valve output.	%	Read
AI	390	AYC Cool, valve input	Present cool of the heat valve input.	%	Read
AI	391	AYC Cool, operation time	Total operation time of AYC cool presented in days (24h).	Days	Read
AI	392	AYC Chilled water cool demand		%	Read
AI	400	MIRU Control 1 Min air flow	Min possible air flow setting	l/s	Read
AI	401	MIRU Control 1 Max air flow	Max possible air flow setting	l/s	Read
AI	402	MIRU Control 1 Air flow	Present air flow.	l/s	Read
AI	403	MIRU Control 1 Air flow set point	Present air flow regulator set point.	l/s	Read
AI	404	MIRU Control 1 Pressure	Present duct pressure.	Pa	Read
AI	405	MIRU Control 1 Pressure set point	Present duct pressure regulator set point.	Pa	Read
AI	406	MIRU Control 1 External temperature	Present external temperature.	°C	Read
AI	407	MIRU Control 1 Operation time	Present operation time, present in days (24h).	Days	Read
AI	408	MIRU Control 1 Fan level	Present running level of the fan.	%	Read
AI	409	MIRU Control 1 Fan power	Present power consumption level of the fan.	W	Read
AI	410	MIRU Control 1 SFP	Present SFP value.	kW/m3/s	Read
AI	411	MIRU Control 1 kWh	kWh value.	kWh	Read
AI	412	MIRU Control 1 MWh	MWh value.	MWh	Read
AI	417	MIRU Control 2 Min air flow	Min possible air flow setting	l/s	Read
AI	418	MIRU Control 2 Max air flow	Max possible air flow setting	l/s	Read
AI	419	MIRU Control 2 Air flow	Present air flow.	l/s	Read
AI	420	MIRU Control 2 Air flow set point	Present air flow regulator set point.	l/s	Read
AI	421	MIRU Control 2 Pressure	Present duct pressure.	Pa	Read
AI	422	MIRU Control 2 Pressure set point	Present duct pressure regulator set point.	Pa	Read
AI	423	MIRU Control 2 External temperature	Present external temperature.	°C	Read
AI	424	MIRU Control 2 Operation time	Present operation time, present in days (24h).	Days	Read
AI	425	MIRU Control 2 Fan level	Present running level of the fan.	%	Read
AI	426	MIRU Control 2 Fan power	Present power consumption level of the fan.	W	Read
AI	427	MIRU Control 2 SFP	Present SFP value.	kW/m3/s	Read
AI	428	MIRU Control 2 kWh	kWh value.	kWh	Read
AI	429	MIRU Control 2 MWh	MWh value.	MWh	Read
AI	434	MIRU Control 3 Min air flow	Min possible air flow setting	l/s	Read
AI	435	MIRU Control 3 Max air flow	Max possible air flow setting	l/s	Read
AI	436	MIRU Control 3 Air flow	Present air flow.	l/s	Read
AI	437	MIRU Control 3 Air flow set point	Present air flow regulator set point.	l/s	Read
AI	438	MIRU Control 3 Pressure	Present duct pressure.	Pa	Read
AI	439	MIRU Control 3 Pressure set point	Present duct pressure regulator set point.	Pa	Read
AI	440	MIRU Control 3 External temperature	Present external temperature.	°C	Read
AI	441	MIRU Control 3 Operation time	Present operation time, present in days (24h).	Days	Read
AI	442	MIRU Control 3 Fan level	Present running level of the fan.	%	Read
AI	443	MIRU Control 3 Fan power	Present power consumption level of the fan.	W	Read
AI	444	MIRU Control 3 SFP	Present SFP value.	kW/m3/s	Read
AI	445	MIRU Control 3 kWh	kWh value.	kWh	Read
AI	446	MIRU Control 3 MWh	MWh value.	MWh	Read
AI	451	MIRU Control 4 Min air flow	Min possible air flow setting	l/s	Read
AI	452	MIRU Control 4 Max air flow	Max possible air flow setting	l/s	Read
AI	453	MIRU Control 4 Air flow	Present air flow.	l/s	Read
AI	454	MIRU Control 4 Air flow set point	Present air flow regulator set point.	l/s	Read
AI	455	MIRU Control 4 Pressure	Present duct pressure.	Pa	Read
AI	456	MIRU Control 4 Pressure set point	Present duct pressure regulator set point.	Pa	Read
AI	457	MIRU Control 4 External temperature	Present external temperature.	°C	Read
AI	458	MIRU Control 4 Operation time	Present operation time, present in days (24h).	Days	Read
AI	459	MIRU Control 4 Fan level	Present running level of the fan.	%	Read
AI	460	MIRU Control 4 Fan power	Present power consumption level of the fan.	W	Read
AI	461	MIRU Control 4 SFP	Present SFP value.	kW/m3/s	Read
AI	462	MIRU Control 4 kWh	kWh value.	kWh	Read
AI	463	MIRU Control 4 MWh	MWh value.	MWh	Read
AI	468	MIRU Control 5 Min air flow	Min possible air flow setting	l/s	Read
AI	469	MIRU Control 5 Max air flow	Max possible air flow setting	l/s	Read
AI	470	MIRU Control 5 Air flow	Present air flow.	l/s	Read
AI	471	MIRU Control 5 Air flow set point	Present air flow regulator set point.	l/s	Read
AI	472	MIRU Control 5 Pressure	Present duct pressure.	Pa	Read
AI	473	MIRU Control 5 Pressure set point	Present duct pressure regulator set point.	Pa	Read
AI	474	MIRU Control 5 External temperature	Present external temperature.	°C	Read
AI	475	MIRU Control 5 Operation time	Present operation time, present in days (24h).	Days	Read
AI	476	MIRU Control 5 Fan level	Present running level of the fan.	%	Read
AI	477	MIRU Control 5 Fan power	Present power consumption level of the fan.	W	Read
AI	478	MIRU Control 5 SFP	Present SFP value.	kW/m3/s	Read
AI	479	MIRU Control 5 kWh	kWh value.	kWh	Read
AI	480	MIRU Control 5 MWh	MWh value.	MWh	Read
AI	485	MIRU Control 6 Min air flow	Min possible air flow setting	l/s	Read
AI	486	MIRU Control 6 Max air flow	Max possible air flow setting	l/s	Read
AI	487	MIRU Control 6 Air flow	Present air flow.	l/s	Read
AI	488	MIRU Control 6 Air flow set point	Present air flow regulator set point.	l/s	Read
AI	489	MIRU Control 6 Pressure	Present duct pressure.	Pa	Read
AI	490	MIRU Control 6 Pressure set point	Present duct pressure regulator set point.	Pa	Read
AI	491	MIRU Control 6 External temperature	Present external temperature.	°C	Read
AI	492	MIRU Control 6 Operation time	Present operation time, present in days (24h).	Days	Read
AI	493	MIRU Control 6 Fan level	Present running level of the fan.	%	Read
AI	494	MIRU Control 6 Fan power	Present power consumption level of the fan.	W	Read
AI	495	MIRU Control 6 SFP	Present SFP value.	kW/m3/s	Read
AI	496	MIRU Control 6 kWh	kWh value.	kWh	Read
AI	497	MIRU Control 6 MWh	MWh value.	MWh	Read
AI	502	MIRU Control 7 Min air flow	Min possible air flow setting	l/s	Read
AI	503	MIRU Control 7 Max air flow	Max possible air flow setting	l/s	Read
AI	504	MIRU Control 7 Air flow	Present air flow.	l/s	Read
AI	505	MIRU Control 7 Air flow set point	Present air flow regulator set point.	l/s	Read
AI	506	MIRU Control 7 Pressure	Present duct pressure.	Pa	Read
AI	507	MIRU Control 7 Pressure set point	Present duct pressure regulator set point.	Pa	Read
AI	508	MIRU Control 7 External temperature	Present external temperature.	°C	Read
AI	509	MIRU Control 7 Operation time	Present operation time, present in days (24h).	Days	Read
AI	510	MIRU Control 7 Fan level	Present running level of the fan.	%	Read
AI	511	MIRU Control 7 Fan power	Present power consumption level of the fan.	W	Read
AI	512	MIRU Control 7 SFP	Present SFP value.	kW/m3/s	Read
AI	513	MIRU Control 7 kWh	kWh value.	kWh	Read
AI	514	MIRU Control 7 MWh	MWh value.	MWh	Read
AI	519	MIRU Control 8 Min air flow	Min possible air flow setting	l/s	Read
AI	520	MIRU Control 8 Max air flow	Max possible air flow setting	l/s	Read
AI	521	MIRU Control 8 Air flow	Present air flow.	l/s	Read
AI	522	MIRU Control 8 Air flow set point	Present air flow regulator set point.	l/s	Read
AI	523	MIRU Control 8 Pressure	Present duct pressure.	Pa	Read
AI	524	MIRU Control 8 Pressure set point	Present duct pressure regulator set point.	Pa	Read
AI	525	MIRU Control 8 External temperature	Present external temperature.	°C	Read
AI	526	MIRU Control 8 Operation time	Present operation time, present in days (24h).	Days	Read
AI	527	MIRU Control 8 Fan level	Present running level of the fan.	%	Read
AI	528	MIRU Control 8 Fan power	Present power consumption level of the fan.	W	Read
AI	529	MIRU Control 8 SFP	Present SFP value.	kW/m3/s	Read
AI	530	MIRU Control 8 kWh	kWh value.	kWh	Read
AI	531	MIRU Control 8 MWh	MWh value.	MWh	Read
AI	536	MIRU Control 9 Min air flow	Min possible air flow setting	l/s	Read
AI	537	MIRU Control 9 Max air flow	Max possible air flow setting	l/s	Read
AI	538	MIRU Control 9 Air flow	Present air flow.	l/s	Read
AI	539	MIRU Control 9 Air flow set point	Present air flow regulator set point.	l/s	Read
AI	540	MIRU Control 9 Pressure	Present duct pressure.	Pa	Read
AI	541	MIRU Control 9 Pressure set point	Present duct pressure regulator set point.	Pa	Read
AI	542	MIRU Control 9 External temperature	Present external temperature.	°C	Read
AI	543	MIRU Control 9 Operation time	Present operation time, present in days (24h).	Days	Read
AI	544	MIRU Control 9 Fan level	Present running level of the fan.	%	Read
AI	545	MIRU Control 9 Fan power	Present power consumption level of the fan.	W	Read
AI	546	MIRU Control 9 SFP	Present SFP value.	kW/m3/s	Read
AI	547	MIRU Control 9 kWh	kWh value.	kWh	Read
AI	548	MIRU Control 9 MWh	MWh value.	MWh	Read
AI	553	MIRU Control 10 Min air flow	Min possible air flow setting	l/s	Read
AI	554	MIRU Control 10 Max air flow	Max possible air flow setting	l/s	Read
AI	555	MIRU Control 10 Air flow	Present air flow.	l/s	Read
AI	556	MIRU Control 10 Air flow set point	Present air flow regulator set point.	l/s	Read
AI	557	MIRU Control 10 Pressure	Present duct pressure.	Pa	Read
AI	558	MIRU Control 10 Pressure set point	Present duct pressure regulator set point.	Pa	Read
AI	559	MIRU Control 10 External temperature	Present external temperature.	°C	Read
AI	560	MIRU Control 10 Operation time	Present operation time, present in days (24h).	Days	Read
AI	561	MIRU Control 10 Fan level	Present running level of the fan.	%	Read
AI	562	MIRU Control 10 Fan power	Present power consumption level of the fan.	W	Read
AI	563	MIRU Control 10 SFP	Present SFP value.	kW/m3/s	Read
AI	564	MIRU Control 10 kWh	kWh value.	kWh	Read
AI	565	MIRU Control 10 MWh	MWh value.	MWh	Read
AI	570	IQlogic software version	Present controller software version		Read
AI	604	Triggered alarm #1	((Alarm group - 1) x 15) + alarm number in group=Triggered alarm		Read
AI	605	Triggered alarm #2			Read
AI	606	Triggered alarm #3			Read
AI	607	Triggered alarm #4			Read
AI	608	Triggered alarm #5			Read
AI	609	Triggered alarm #6			Read
AI	610	Triggered alarm #7			Read
AI	611	Triggered alarm #8			Read
AI	612	Triggered alarm #9			Read
AI	613	Triggered alarm #10			Read
AI	614	Triggered alarm group #1	Zero if no triggered alarm group.		Read
AI	615	Triggered alarm group #2			Read
AI	616	Triggered alarm group #3			Read
AI	617	Triggered alarm group #4			Read
AI	618	Triggered alarm group #5			Read
AI	619	Triggered alarm group #6			Read
AI	620	Triggered alarm group #7			Read
AI	621	Triggered alarm group #8			Read
AI	622	Triggered alarm group #9			Read
AI	623	Triggered alarm group #10			Read
AO	1	Extract air start up	Extract air start up flow.	l/s	Write
AV	3	SA low speed air flow set point	Supply air flow set point for the unit when running in low	l/s	Write
AV	4	EA low speed air flow set point	Extract air flow set point for the unit when running in low	l/s	Write
AV	5	SA high speed air flow set point	Supply air flow set point for the unit when running in high	l/s	Write
AV	6	EA high speed air flow set point	Extract air flow set point for the unit when running in high	l/s	Write
AV	7	SA max speed air flow set point	Supply air flow max. limit for the unit when the low/high speed	l/s	Write
AV	8	EA max speed air flow set point	Extract air flow max. limit for the unit when the low/high speed	l/s	Write
AV	9	SA regulation zone	Supply air flow regulation zone setting in % of the present air	%	Write
AV	10	EA regulation zone	Extract air flow regulation zone setting in % of the present air	%	Write
AV	11	SA regulation I-time	Supply air flow regulator affection setting.	s	Write
AV	12	EA regulation I-time	Extract air flow regulator affection setting.	s	Write
AV	19	SA low speed pressure set point	Supply air duct pressure set point for the unit when running in	Pa	Write
AV	20	EA low speed pressure set point	Extract air duct pressure set point for the unit when running in	Pa	Write
AV	21	SA high speed pressure set point	Supply air duct pressure for the unit when running in high speed	Pa	Write
AV	22	EA high speed pressure set point	Extract air duct pressure set point for the unit when running in	Pa	Write
AV	23	SA max speed pressure set point	Supply air duct pressure max. limit for the unit when the low/high	Pa	Write
AV	24	EA max speed pressure set point	Extract air duct pressure max. limit for the unit when the low/high	Pa	Write
AV	25	SA max speed output signal	Max. limit for the supply air fan speed when running in pressure	%	Write
AV	26	EA max speed output signal	Max. limit for the extract air fan speed when running in pressure	%	Write
AV	27	SA pressure regulation zone	Supply air pressure regulation zone setting in % of the present duct	%	Write
AV	28	EA pressure regulation zone	Extract air pressure regulation zone setting in % of the present duct	%	Write
AV	29	SA pressure I-time	Supply air pressure regulator affection setting.	s	Write
AV	30	EA pressure I-time	Extract air pressure regulator affection setting.	s	Write
AV	37	Demand low speed demand set point	Set point for the 0..10V input signal for the unit when running	%	Write
AV	38	Demand high speed demand set point	Set point for the 0..10V input signal for the unit when running	%	Write
AV	39	SA min speed air flow set point	Supply air flow min. limit for the unit when the low/high speed	l/s	Write
AV	40	EA min speed air flow set point	Extract air flow min. limit for the unit when the low/high speed	l/s	Write
AV	41	SA max speed air flow set point	Supply air flow max limit for the unit when the low/high speed	l/s	Write
AV	42	EA max speed air flow set point	Extract air flow max. limit for the unit when the low/high speed	l/s	Write
AV	43	SA demand P-band	Supply air demand regulator P-band setting.	%	Write
AV	44	SA demand I-time	Supply air demand regulator affection setting.	s	Write
AV	50	Slave offset factor		%	Write
AV	54	Outdoor temp compensation X1		°C	Write
AV	55	Outdoor temp compensation X2		°C	Write
AV	56	Outdoor temp compensation X3		°C	Write
AV	57	Outdoor temp compensation X4		°C	Write
AV	58	Outdoor temp compensation Y1 SA air flow		l/s	Write
AV	59	Outdoor temp compensation Y2 SA air flow		l/s	Write
AV	60	Outdoor temp compensation Y3 SA air flow		l/s	Write
AV	61	Outdoor temp compensation Y4 SA air flow		l/s	Write
AV	62	Outdoor temp compensation Y1 EA air flow		l/s	Write
AV	63	Outdoor temp compensation Y2 EA air flow		l/s	Write
AV	64	Outdoor temp compensation Y3 EA air flow		l/s	Write
AV	65	Outdoor temp compensation Y4 EA air flow		l/s	Write
AV	66	Outdoor temp compensation Y1 SA pressure		Pa	Write
AV	67	Outdoor temp compensation Y2 SA pressure		Pa	Write
AV	68	Outdoor temp compensation Y3 SA pressure		Pa	Write
AV	69	Outdoor temp compensation Y4 SA pressure		Pa	Write
AV	70	Outdoor temp compensation Y1 EA pressure		Pa	Write
AV	71	Outdoor temp compensation Y2 EA pressure		Pa	Write
AV	72	Outdoor temp compensation Y3 EA pressure		Pa	Write
AV	73	Outdoor temp compensation Y4 EA pressure		Pa	Write
AV	79	Down regulation neutralzone		K	Write
AV	80	Down regulation P-band		K	Write
AV	81	Down regulation I-time		s	Write
AV	85	SA fan speed at fire alarm 1		%	Write
AV	86	EA fan speed at fire alarm 1		%	Write
AV	88	SA fan speed at fire alarm 2		%	Write
AV	89	EA fan speed at fire alarm 2		%	Write
AV	91	SA fan speed at internal fire alarm		%	Write
AV	92	EA fan speed at internal fire alarm		%	Write
AV	97	SA pre-filter alarm limit		Pa	Write
AV	98	EA pre-filter alarm limit		Pa	Write
AV	103	SA AHU-filter alarm limit		Pa	Write
AV	104	EA AHU-filter alarm limit		Pa	Write
AV	109	SA end-filter alarm limit		Pa	Write
AV	117	ERS 1 step	Curve setting according to the diagram for ERS 1.		Write
AV	118	ERS 1 diff	Supply air temp difference setting according to the diagram for ERS 1.	K	Write
AV	119	ERS 1 breakpoint	Breakpoint temp setting according to the diagram for ERS 1.	°C	Write
AV	122	ERS 2 breakpoint X1	Breakpoint X1 setting according to the diagram for ERS 2.	°C	Write
AV	123	ERS 2 breakpoint X2	Breakpoint X2 setting according to the diagram for ERS 2.	°C	Write
AV	124	ERS 2 breakpoint X3	Breakpoint X3 setting according to the diagram for ERS 2.	°C	Write
AV	125	ERS 2 breakpoint X4	Breakpoint X4 setting according to the diagram for ERS 2.	°C	Write
AV	126	ERS 2 breakpoint Y1	Breakpoint Y1 setting according to the diagram for ERS 2.	°C	Write
AV	127	ERS 2 breakpoint Y2	Breakpoint Y2 setting according to the diagram for ERS 2.	°C	Write
AV	128	ERS 2 breakpoint Y3	Breakpoint Y3 setting according to the diagram for ERS 2.	°C	Write
AV	129	ERS 2 breakpoint Y4	Breakpoint Y4 setting according to the diagram for ERS 2.	°C	Write
AVmin	132	SA temperature set point	Supply air temperature setting	°C	Write
AVmin	135	EA/Room temperature set point	Extract air/room temperature setting	°C	Write
AV	136	SA min temp set point	Supply air min. set point during EA/room	°C	Write
AV	137	SA max temp set point	Supply air max. set point during EA/room	°C	Write
AV	138	EA regultaion P-band		K	Write
AV	139	EA regultaion I-time		s	Write
AV	142	ORS breakpoint X1	Breakpoint X1 setting according to the diagram for ORS.	°C	Write
AV	143	ORS breakpoint X2	Breakpoint X2 setting according to the diagram for ORS.	°C	Write
AV	144	ORS breakpoint X3	Breakpoint X3 setting according to the diagram for ORS.	°C	Write
AV	145	ORS breakpoint X4	Breakpoint X4 setting according to the diagram for ORS.	°C	Write
AV	146	ORS breakpoint Y1	Breakpoint Y1 setting according to the diagram for ORS.	°C	Write
AV	147	ORS breakpoint Y2	Breakpoint Y2 setting according to the diagram for ORS.	°C	Write
AV	148	ORS breakpoint Y3	Breakpoint Y3 setting according to the diagram for ORS.	°C	Write
AV	149	ORS breakpoint Y4	Breakpoint Y4 setting according to the diagram for ORS.	°C	Write
AV	152	ORE breakpoint X1	Breakpoint X1 setting according to the diagram for ORE.	°C	Write
AV	153	ORE breakpoint X2	Breakpoint X2 setting according to the diagram for ORE.	°C	Write
AV	154	ORE breakpoint X3	Breakpoint X3 setting according to the diagram for ORE.	°C	Write
AV	155	ORE breakpoint X4	Breakpoint X4 setting according to the diagram for ORE.	°C	Write
AV	156	ORE breakpoint Y1	Breakpoint Y1 setting according to the diagram for ORE.	°C	Write
AV	157	ORE breakpoint Y2	Breakpoint Y2 setting according to the diagram for ORE.	°C	Write
AV	158	ORE breakpoint Y3	Breakpoint Y3 setting according to the diagram for ORE.	°C	Write
AV	159	ORE breakpoint Y4	Breakpoint Y4 setting according to the diagram for ORE.	°C	Write
AV	168	External room temp from BMS		°C	Write
AV	169	External room temp from BMS alarm time		min	Write
AV	178	External OA temp from BMS		°C	Write
AV	179	External OA temp from BMS alarm time		min	Write
AV	184	RHX defrost start limit		Pa	Write
AV	188	RHX sorption rotor function	Moved to Multistate Value 188		Write
AV	191	RHX min exhaust air temp set point		°C	Write
AV	192	RHX min exhaust air temp P-band		K	Write
AV	193	RHX min exhaust air temp I-time		s	Write
AV	199	PHX periodic operation interval		h	Write
AV	200	PHX periodic operation time		min	Write
AV	207	CHX periodic operation interval		h	Write
AV	208	CHX periodic operation time		min	Write
AV	213	PHX/CHX Bypass defrost limit	PHX is default 3°C, CHX is default 5°C.	°C	Write
AV	214	PHX/CHX Bypass defrost P-band		K	Write
AV	215	PHX/CHX Bypass defrost I-time		s	Write
AV	220	Heat exchange temperature regulation P-band		K	Write
AV	221	Heat exchange temperature regulation I-time		s	Write
AV	222	Cool exchange temperature regulation P-band		K	Write
AV	223	Cool exchange temperature regulation I-time		s	Write
AV	226	Re-heat P-band		K	Write
AV	227	Re-heat I-time		s	Write
AV	230	Re-heat periodic operation interval		h	Write
AV	231	Re-heat periodic operation time		min	Write
AV	239	Extra regulation sequence 1 heat max output signal	Maximum output signal setting for the extra regulation sequence.	%	Write
AV	240	Extra regulation sequence 1 cool max output signal	Maximum output signal setting for the extra regulation sequence.	%	Write
AV	241	Extra regulation sequence 1 heat P-band		K	Write
AV	242	Extra regulation sequence 1 heat I-time		s	Write
AV	243	Extra regulation sequence 1 cool P-band		K	Write
AV	244	Extra regulation sequence 1 cool I-time		s	Write
AV	247	Extra regulation 1 periodic operation interval		h	Write
AV	248	Extra regulation 1 periodic operation time		min	Write
AV	252	Extra regulation 1 temperature protection temperature		°C	Write
AV	253	Extra regulation 1 temperature protection alarm delay		min	Write
AV	258	Cool step 1 min supply air flow limit		l/s	Write
AV	259	Cool step 2 min supply air flow limit		l/s	Write
AV	260	Cool step 3 min supply air flow limit		l/s	Write
AV	262	Cool SA neutral zone		K	Write
AV	263	Cool EA neutral zone		K	Write
AV	264	Cool outdoor temp limit 1		°C	Write
AV	265	Cool outdoor temp limit 2		°C	Write
AV	266	Cool outdoor temp limit 3		°C	Write
AV	267	Cool 0-10V min supply air flow limit		l/s	Write
AV	268	Cool 0-10V min extract air flow limit		l/s	Write
AV	269	Cool restart time	Setting of cool restart time between start-start.	min	Write
AV	270	Cool step up delay time	Setting of on/off cooling and COOL DX time delay between steps.	min	Write
AV	271	Cool stand still time	Setting of on/off cooling and COOL DX time delay before stop-start	min	Write
AV	272	Cool P-band		K	Write
AV	273	Cool I-time		s	Write
AV	277	Cool periodic operation interval		h	Write
AV	278	Cool periodic operation time		min	Write
AV	279	Cool step 1 min extract air flow limit		l/s	Write
AV	280	Cool step 2 min extract air flow limit		l/s	Write
AV	281	Cool step 3 min extract air flow limit		l/s	Write
AV	285	Summer night cool start time (hour)		h	Write
AV	286	Summer night cool start time (minute)		min	Write
AV	287	Summer night cool stop time (hour)		h	Write
AV	288	Summer night cool stop time (minute)		min	Write
AV	289	Summer night cool OA temp start limit		°C	Write
AV	290	Summer night cool EA temp start limit		°C	Write
AV	291	Summer night cool EA temp stop limit		°C	Write
AV	292	Summer night cool SA temp set point		°C	Write
AV	297	Intermittent night heat SA flow set point		l/s	Write
AV	298	Intermittent night heat SA duct pressure set point		Pa	Write
AV	299	Intermittent night heat EA temp start limit		°C	Write
AV	300	Intermittent night heat EA temp stop limit		°C	Write
AV	301	Intermittent night heat SA temp set point		°C	Write
AV	303	Intermittent night heat EA flow set point		l/s	Write
AV	304	Intermittent night heat EA duct pressure set point		Pa	Write
AV	306	Morning boost start time (hour)		h	Write
AV	307	Morning boost start time (minute)		min	Write
AV	308	Morning boost air flow set point		l/s	Write
AV	309	Morning boost duct pressure set point		Pa	Write
AV	314	Cooling boost comfort start limit		K	Write
AV	315	Cooling boost comfort regulation speed		%/s	Write
AV	316	Cooling boost economy P-band		K	Write
AV	317	Cooling boost economy I-time		s	Write
AV	321	Heating boost comfort start limit		K	Write
AV	322	Heating boost comfort regulation speed		%/s	Write
AV	331	Xzone ERS 1 step	Curve setting according to the diagram for ERS 1.		Write
AV	332	Xzone ERS 1 diff	Supply air temp differental setting according to the diagram for ERS 1.	K	Write
AV	333	Xzone ERS 1 breakpoint	Breakpoint temp setting according to the diagram for ERS 1.	°C	Write
AV	336	Xzone ERS 2 breakpoint X1	Breakpoint X1 setting according to the diagram for ERS 2.	°C	Write
AV	337	Xzone ERS 2 breakpoint X2	Breakpoint X2 setting according to the diagram for ERS 2.	°C	Write
AV	338	Xzone ERS 2 breakpoint X3	Breakpoint X3 setting according to the diagram for ERS 2.	°C	Write
AV	339	Xzone ERS 2 breakpoint X4	Breakpoint X4 setting according to the diagram for ERS 2.	°C	Write
AV	340	Xzone ERS 2 breakpoint Y1	Breakpoint Y1 setting according to the diagram for ERS 2.	°C	Write
AV	341	Xzone ERS 2 breakpoint Y2	Breakpoint Y2 setting according to the diagram for ERS 2.	°C	Write
AV	342	Xzone ERS 2 breakpoint Y3	Breakpoint Y3 setting according to the diagram for ERS 2.	°C	Write
AV	343	Xzone ERS 2 breakpoint Y4	Breakpoint Y4 setting according to the diagram for ERS 2.	°C	Write
AV	346	Xzone SA temperature set point	Supply air temperature setting, for supply air temp regulation mode.	°C	Write
AV	349	Xzone EA/Room temperature set point	Extract air/room temperature setting	°C	Write
AV	350	Xzone SA min temp set point	Supply air min. set point during EA/room	°C	Write
AV	351	Xzone SA max temp set point	Supply air max. set point during EA/room	°C	Write
AV	352	Xzone EA regultaion P-band		K	Write
AV	353	Xzone EA regultaion I-time		s	Write
AV	354	Xzone ORS breakpoint X1	Breakpoint X1 setting according to the diagram for ORS.	°C	Write
AV	355	Xzone ORS breakpoint X2	Breakpoint X2 setting according to the diagram for ORS.	°C	Write
AV	356	Xzone ORS breakpoint X3	Breakpoint X3 setting according to the diagram for ORS.	°C	Write
AV	357	Xzone ORS breakpoint X4	Breakpoint X4 setting according to the diagram for ORS.	°C	Write
AV	358	Xzone ORS breakpoint Y1	Breakpoint Y1 setting according to the diagram for ORS.	°C	Write
AV	359	Xzone ORS breakpoint Y2	Breakpoint Y2 setting according to the diagram for ORS.	°C	Write
AV	360	Xzone ORS breakpoint Y3	Breakpoint Y3 setting according to the diagram for ORS.	°C	Write
AV	361	Xzone ORS breakpoint Y4	Breakpoint Y4 setting according to the diagram for ORS.	°C	Write
AV	364	Xzone ORE breakpoint X1	Breakpoint X1 setting according to the diagram for ORE.	°C	Write
AV	365	Xzone ORE breakpoint X2	Breakpoint X2 setting according to the diagram for ORE.	°C	Write
AV	366	Xzone ORE breakpoint X3	Breakpoint X3 setting according to the diagram for ORE.	°C	Write
AV	367	Xzone ORE breakpoint X4	Breakpoint X4 setting according to the diagram for ORE.	°C	Write
AV	368	Xzone ORE breakpoint Y1	Breakpoint Y1 setting according to the diagram for ORE.	°C	Write
AV	369	Xzone ORE breakpoint Y2	Breakpoint Y2 setting according to the diagram for ORE.	°C	Write
AV	370	Xzone ORE breakpoint Y3	Breakpoint Y3 setting according to the diagram for ORE.	°C	Write
AV	371	Xzone ORE breakpoint Y4		°C	Write
AV	380	Xzone external room temp from BMS		°C	Write
AV	381	Xzone external room temp from BMS alarm time		min	Write
AV	384	Xzone reheat P-band		K	Write
AV	385	Xzone reheat I-time		s	Write
AV	388	Xzone reheat periodic operation interval		h	Write
AV	389	Xzone reheat periodic operation time		min	Write
AV	396	Xzone Cool SA neutral zone		K	Write
AV	397	Xzone Cool EA neutral zone		K	Write
AV	398	Xzone Cool P-band		K	Write
AV	399	Xzone Cool I-time		s	Write
AV	403	Xzone Cool periodic operation interval		h	Write
AV	404	Xzone Cool periodic operation time		min	Write
AV	411	Pre-heat temperature set point		°C	Write
AV	412	Pre-heat P-band		K	Write
AV	413	Pre-heat I-time		s	Write
AV	416	Pre-heat periodic operation interval		h	Write
AV	417	Pre-heat periodic operation time		min	Write
AV	426	ReCO2-CO2 set point		%	Write
AV	427	ReCO2 min. outdoor air		l/s	Write
AV	428	ReCO2 min. exhaust air		l/s	Write
AV	429	ReCO2-CO2 P-band		%	Write
AV	430	ReCO2-CO2 I-time		s	Write
AV	431	ReCO2-CO2 air flow boost reg. P-band		%	Write
AV	432	ReCO2-CO2 air flow boost reg. I-time		s	Write
AV	433	ReCO2 heat P-band		K	Write
AV	434	ReCO2 heat I-time		s	Write
AV	435	ReCO2 cool P-band		K	Write
AV	436	ReCO2 cool I-time		s	Write
AV	443	Humidifying on/off start level		%RH	Write
AV	444	Humidifying on/off stop level		%RH	Write
AV	448	Humidifying 0-10V set point		%RH	Write
AV	449	Humidifying 0-10V SA max set point		%RH	Write
AV	450	Humidifying 0-10V SA P-band		%RH	Write
AV	451	Humidifying 0-10V SA I-time		s	Write
AV	452	Humidifying 0-10V EA P-band		%RH	Write
AV	453	Humidifying 0-10V EA I-time		s	Write
AV	458	Dehumidifying set point		%RH	Write
AV	470	COOL DX Low pressure stop limit		Bar	Write
AV	471	COOL DX High pressure stop limit		Bar	Write
AV	472	COOL DX Restart time	Time setting between start - start	min	Write
AV	482	SMART Link WB Heat temperature set point		°C	Write
AV	483	SMART Link WB Heat temperature heat zone		K	Write
AV	484	SMART Link WB Cool temperature set point		°C	Write
AV	485	SMART Link WB Cool temperature heat zone		K	Write
AV	491	SMART Link WB Optimize valve upper limit		%	Write
AV	492	SMART Link WB Optimize valve lower limit		%	Write
AV	493	SMART Link WB Optimize time delay		s	Write
AV	494	SMART Link WB Optimize heat regulation speed		K/s	Write
AV	495	SMART Link WB Optimize cool regulation speed		K/s	Write
AV	510	SMART Link DX Amount of units			Write
AV	519	SMART Link OA temp limit		°C	Write
AV	524	AYC Heated water temp set point		°C	Write
AV	526	AYC Heated water OA temp for start of pump		°C	Write
AV	527	AYC Heated water OA temp for stop of pump		°C	Write
AV	532	AYC Heated water periodic operation interval		h	Write
AV	533	AYC Heated water periodic operation time		min	Write
AV	537	AYC Heated water OA temp compensation X1		°C	Write
AV	538	AYC Heated water OA temp compensation X2		°C	Write
AV	539	AYC Heated water OA temp compensation X3		°C	Write
AV	540	AYC Heated water OA temp compensation X4		°C	Write
AV	541	AYC Heated water OA temp compensation Y1		°C	Write
AV	542	AYC Heated water OA temp compensation Y2		°C	Write
AV	543	AYC Heated water OA temp compensation Y3		°C	Write
AV	544	AYC Heated water OA temp compensation Y4		°C	Write
AV	549	AYC Heated water room temp compensation temperature		°C	Write
AV	550	AYC Heated water room temp compensation P-band		K	Write
AV	554	AYC Heated water night temp compensation temp		K	Write
AV	556	AYC Heated water night temp compensation start time 1 (hour)		h	Write
AV	557	AYC Heated water night temp compensation start time 1 (minutes)		min	Write
AV	558	AYC Heated water night temp compensation stop time 1 (hour)		h	Write
AV	559	AYC Heated water night temp compensation stop time 1 (minutes)		min	Write
AV	563	AYC Heated water night temp compensation start time 2 (hour)		h	Write
AV	564	AYC Heated water night temp compensation start time 2 (minutes)		min	Write
AV	565	AYC Heated water night temp compensation stop time 2 (hour)		h	Write
AV	566	AYC Heated water night temp compensation stop time 2 (minutes)		min	Write
AV	569	AYC Heated water P-band		K	Write
AV	570	AYC Heated water I-time		s	Write
AV	572	AYC Chilled water temp set point		°C	Write
AV	575	AYC Chilled water OA temp for start of pump		°C	Write
AV	576	AYC Chilled water OA temp for stop of pump		°C	Write
AV	581	AYC Chilled water periodic operation interval		h	Write
AV	582	AYC Chilled water periodic operation time		min	Write
AV	586	AYC Chilled water OA temp compensation X1		°C	Write
AV	587	AYC Chilled water OA temp compensation X2		°C	Write
AV	588	AYC Chilled water OA temp compensation X3		°C	Write
AV	589	AYC Chilled water OA temp compensation X4		°C	Write
AV	590	AYC Chilled water OA temp compensation Y1		°C	Write
AV	591	AYC Chilled water OA temp compensation Y2		°C	Write
AV	592	AYC Chilled water OA temp compensation Y3		°C	Write
AV	593	AYC Chilled water OA temp compensation Y4		°C	Write
AV	598	AYC Chilledwater room temp compensation temperature		°C	Write
AV	599	AYC Chilled water room temp compensation P-band		K	Write
AV	603	AYC Chilled water night temp compensation temp		K	Write
AV	605	AYC Chilled water night temp compensation start time 1 (hour)		h	Write
AV	606	AYC Chilled water night temp compensation start time 1 (minutes)		min	Write
AV	607	AYC Chilled water night temp compensation stop time 1 (hour)		h	Write
AV	608	AYC Chilled water night temp compensation stop time 1 (minutes)		min	Write
AV	612	AYC Chilled water night temp compensation start time 2 (hour)		h	Write
AV	613	AYC Chilled water night temp compensation start time 2 (minutes)		min	Write
AV	614	AYC Chilledwater night temp compensation stop time 2 (hour)		h	Write
AV	615	AYC Chilled water night temp compensation stop time 2 (minutes)		min	Write
AV	619	AYC Chilled water dew point compensation neutral zone		K	Write
AV	620	AYC Chilled water dew point compensation regulation speed	Percent air flow boost of each increased chilled water set point.	%/K	Write
AV	623	AYC Chilled water P-band		K	Write
AV	624	AYC Chilled water I-time		s	Write
AV	638	Optimize SA pressure set point		Pa	Write
AV	639	Optimize EA pressure set point		Pa	Write
AV	672	MIRU Control 1 Low speed duct pressure set point		Pa	Write
AV	673	MIRU Control 1 High speed duct pressure set point		Pa	Write
AV	674	MIRU Control 1 Low speed air flow set point		l/s	Write
AV	675	MIRU Control 1 High speed air flow set point		l/s	Write
AV	680	MIRU Control 2 Low speed duct pressure set point		Pa	Write
AV	681	MIRU Control 2 High speed duct pressure set point		Pa	Write
AV	682	MIRU Control 2 Low speed air flow set point		l/s	Write
AV	683	MIRU Control 2 High speed air flow set point		l/s	Write
AV	688	MIRU Control 3 Low speed duct pressure set point		Pa	Write
AV	689	MIRU Control 3 High speed duct pressure set point		Pa	Write
AV	690	MIRU Control 3 Low speed air flow set point		l/s	Write
AV	691	MIRU Control 3 High speed air flow set point		l/s	Write
AV	696	MIRU Control 4 Low speed duct pressure set point		Pa	Write
AV	697	MIRU Control 4 High speed duct pressure set point		Pa	Write
AV	698	MIRU Control 4 Low speed air flow set point		l/s	Write
AV	699	MIRU Control 4 High speed air flow set point		l/s	Write
AV	704	MIRU Control 5 Low speed duct pressure set point		Pa	Write
AV	705	MIRU Control 5 High speed duct pressure set point		Pa	Write
AV	706	MIRU Control 5 Low speed air flow set point		l/s	Write
AV	707	MIRU Control 5 High speed air flow set point		l/s	Write
AV	712	MIRU Control 6 Low speed duct pressure set point		Pa	Write
AV	713	MIRU Control 6 High speed duct pressure set point		Pa	Write
AV	714	MIRU Control 6 Low speed air flow set point		l/s	Write
AV	715	MIRU Control 6 High speed air flow set point		l/s	Write
AV	720	MIRU Control 7 Low speed duct pressure set point		Pa	Write
AV	721	MIRU Control 7 High speed duct pressure set point		Pa	Write
AV	722	MIRU Control 7 Low speed air flow set point		l/s	Write
AV	723	MIRU Control 7 High speed air flow set point		l/s	Write
AV	728	MIRU Control 8 Low speed duct pressure set point		Pa	Write
AV	729	MIRU Control 8 High speed duct pressure set point		Pa	Write
AV	730	MIRU Control 8 Low speed air flow set point		l/s	Write
AV	731	MIRU Control 8 High speed air flow set point		l/s	Write
AV	736	MIRU Control 9 Low speed duct pressure set point		Pa	Write
AV	737	MIRU Control 9 High speed duct pressure set point		Pa	Write
AV	738	MIRU Control 9 Low speed air flow set point		l/s	Write
AV	739	MIRU Control 9 High speed air flow set point		l/s	Write
AV	744	MIRU Control 10 Low speed duct pressure set point		Pa	Write
AV	745	MIRU Control 10 High speed duct pressure set point		Pa	Write
AV	746	MIRU Control 10 Low speed air flow set point		l/s	Write
AV	747	MIRU Control 10 High speed air flow set point		l/s	Write
BI	1	Operation active	Relay output status		Read
BI	2	Damper operation active	Relay output status		Read
BI	3	Low speed operation active	Low speed operation status		Read
BI	4	High speed operation active	High speed operation status		Read
BI	5	Intermittent night heat active			Read
BI	6	Morning boost active			Read
BI	7	Heating boost active			Read
BI	8	Cooling boost active			Read
BI	9	Summer night cool active			Read
BImin	13	A-alarm active	Any alarm with priority class A active		Read
BImin	14	B-alarm active	Any alarm with priority class B active		Read
BI	17	HX operation active	HX status		Read
BI	18	HX cool recovery active	HX cool recovery status		Read
BI	19	HX defrost active	HX defrost status		Read
BI	22	RHX speed monitor signal	RHX speed monitor status		Read
BI	27	CHX pump output	Relay output status		Read
BI	28	CHX pump input	Digital input status		Read
BI	31	Season heat, extra regulation sequence allowed			Read
BI	32	Season heat, re-heat allowed			Read
BI	33	Extra regulation sequence 1, output	Relay output status		Read
BI	34	Extra regulation sequence 1, power reduction active			Read
BI	35	Extra regulation sequence 1, anti-frost regulation active			Read
BI	38	Re-heat output	Relay output status		Read
BI	39	Re-heat power reduction active			Read
BI	40	Re-heat anti-frost regulation active			Read
BI	43	Cool output 1	Relay output status		Read
BI	44	Cool output 2	Relay output status		Read
BI	48	Extra regulation sequence 2, output	Relay output status		Read
BI	49	Extra regulation sequence 2, power reduction active			Read
BI	50	Extra regulation sequence 2, anti-frost regulation active			Read
BI	51	Pre-heat output	Relay output status		Read
BI	52	Pre-heat power reduction active			Read
BI	53	Pre-heat anti-frost regulation active			Read
BI	56	Xzone heat output	Relay output status		Read
BI	57	Xzone heat power reduction active			Read
BI	58	Xzone heat anti-frost regulation active			Read
BI	63	Xzone cool output 1	Relay output status		Read
BI	64	Xzone cool output 2	Relay output status		Read
BI	99	AYC heat pump output	Relay output status		Read
BI	100	AYC heat pump input	Digital input status		Read
BI	104	Max. limit for the supply air fan speed when running in pressure regulation mo	Relay output status		Read
BI	105	AYC cool pump input	Digital input status		Read
BI	109	COOL DX compressor 1 output	Relay output status		Read
BI	110	COOL DX compressor 1 input	Digital input status		Read
BI	115	COOL DX compressor 2 output	Relay output status		Read
BI	116	COOL DX compressor 2 input	Digital input status		Read
BI	319	SMART Link, DX operation			Read
BI	323	SMART Link, DX unit 1 operation			Read
BI	324	SMART Link, DX unit 1 cool mode			Read
BI	325	SMART Link, DX unit 1 defrost request			Read
BI	326	SMART Link, DX unit 1 defrost active			Read
BI	334	SMART Link, DX unit 2 operation			Read
BI	335	SMART Link, DX unit 2 cool mode			Read
BI	336	SMART Link, DX unit 2 defrost request			Read
BI	337	SMART Link, DX unit 2 defrost active			Read
BI	345	SMART Link, DX unit 3 operation			Read
BI	346	SMART Link, DX unit 3 cool mode			Read
BI	347	SMART Link, DX unit 3 defrost request			Read
BI	348	SMART Link, DX unit 3 defrost active			Read
BI	356	SMART Link, DX unit 4 operation			Read
BI	357	SMART Link, DX unit 4 cool mode			Read
BI	358	SMART Link, DX unit 4 defrost request			Read
BI	359	SMART Link, DX unit 4 power defrost active			Read
BI	501	Alarm 1:1 External fire alarm no. 1 tripped			Read
BI	502	Alarm 1:2 External fire alarm no. 2 tripped			Read
BI	503	Alarm 1:3 Internal fire alarm tripped			Read
BI	516	Alarm 2:1 External alarm no. 1 tripped			Read
BI	517	Alarm 2:2 External alarm no. 2 tripped			Read
BI	531	Alarm 3:1 Pre-heat I/O-module no. 9 com. error			Read
BI	532	Alarm 3:2 Pre-heat electrical heater overheat protection tripped			Read
BI	533	Alarm 3:3 Pre-heat frost protection tripped			Read
BI	534	Alarm 3:4 Pre-heat frost protection temperature sensor defective			Read
BI	535	Alarm 3:5 Pre-heat temperature sensor defective			Read
BI	536	Alarm 3:6 Pre-heat valve monitoring tripped			Read
BI	537	Alarm 3:7 Pre-heat temperature below set point alarm limit			Read
BI	538	Alarm 3:8 Pre-heat alarm input tripped			Read
BI	546	Alarm 4:1 Extra reg. sequence 1 I/O-module no. E com. error			Read
BI	547	Alarm 4:2 Extra reg. sequence 1 electrical heater overheat protection tripped			Read
BI	548	Alarm 4:3 Extra reg. sequence 1 frost protection tripped			Read
BI	549	Alarm 4:4 Extra reg. sequence 1 frost protection temperature sensor			Read
BI	550	Alarm 4:5 Extra reg. sequence 1 valve monitoring tripped			Read
BI	551	Alarm 4:6 Extra reg. sequence 1 alarm input tripped			Read
BI	552	Alarm 4:7 Extra reg. sequence 1 temperature protection from com. Error			Read
BI	554	Alarm 4:9 Extra reg. sequence 2 I/O-module no. F com. error			Read
BI	555	Alarm 4:10 Extra reg. sequence 2 electrical heater overheat protection tripped			Read
BI	556	Alarm 4:11 Extra reg. sequence 2 frost protection tripped			Read
BI	557	Alarm 4:12 Extra reg. sequence 2 frost protection temperature sensor			Read
BI	558	Alarm 4:13 Extra reg. sequence 2 valve monitoring tripped			Read
BI	559	Alarm 4:14 Extra reg. sequence 2 alarm input tripped			Read
BI	561	Alarm 5:1 Re-heat electrical heater over heat protection tripped			Read
BI	562	Alarm 5:2 Re-heat frost protection tripped			Read
BI	563	Alarm 5:3 Re-heat frost protection temperature sensor defective			Read
BI	564	Alarm 5:4 Re-heat heat valve monitoring tripped			Read
BI	576	Alarm 6:1 Xzone I/O-module no. A com. error			Read
BI	577	Alarm 6:2 Xzone electrical heater overheat protection tripped			Read
BI	578	Alarm 6:3 Xzone frost protection tripped			Read
BI	579	Alarm 6:4 Xzone frost protection temperature sensor defective			Read
BI	580	Alarm 6:5 Xzone supply air temperature sensor defective			Read
BI	581	Alarm 6:6 Xzone heat valve monitoring tripped			Read
BI	582	Alarm 6:7 Xzone supply air temperature below set point alarm limit			Read
BI	583	Alarm 6:8 Xzone supply air temperature above set point alarm limit			Read
BI	584	Alarm 6:9 Xzone heat alarm input tripped			Read
BI	591	Alarm 7:1 Xzone I/O-module no. B com. error			Read
BI	592	Alarm 7:2 Xzone extract air temperature sensor defective			Read
BI	593	Alarm 7:3 Xzone cool valve monitoring tripped			Read
BI	594	Alarm 7:4 Xzone extract air temperature below set point alarm limit			Read
BI	595	Alarm 7:5 Xzone cool alarm input 1 tripped			Read
BI	596	Alarm 7:6 Xzone cool alarm input 2 tripped			Read
BI	610	Alarm 8:5 Cool valve monitoring tripped			Read
BI	636	Alarm 10:1 Supply air temperature sensor defective			Read
BI	637	Alarm 10:2 Supply air temperature sensor for density compensation defective			Read
BI	638	Alarm 10:3 Extract air temperature sensor defective			Read
BI	639	Alarm 10:4 Extract air temperature sensor for density compensation defective			Read
BI	640	Alarm 10:5 Extract air temperature sensor for heat exchanger defrosting def.			Read
BI	641	Alarm 10:6 Extract air temp. sensor for density compensation in SD AHU def.			Read
BI	642	Alarm 10:7 Extract air duct temperature sensor defective			Read
BI	645	Alarm 10:10 Outdoor air temperature sensor defective			Read
BI	651	Alarm 11:1 Room temperature sensor no. 1 defective			Read
BI	652	Alarm 11:2 Room temperature sensor no. 2 defective			Read
BI	653	Alarm 11:3 Room temperature sensor no. 3 defective			Read
BI	654	Alarm 11:4 Room temperature sensor no. 4 defective			Read
BI	655	Alarm 11:5 Xzone room temperature sensor no. 5 defective			Read
BI	656	Alarm 11:6 Xzone room temperature sensor no. 6 defective			Read
BI	657	Alarm 11:7 Xzone room temperature sensor no. 7 defective			Read
BI	658	Alarm 11:8 Xzone room temperature sensor no. 8 defective			Read
BI	659	Alarm 11:9 Outdoor temperature sensor no. A defective			Read
BI	660	Alarm 11:10 Outdoor temperature sensor no. B defective			Read
BI	661	Alarm 11:11 Outdoor temperature sensor no. C defective			Read
BI	662	Alarm 11:12 Outdoor temperature sensor no. D defective			Read
BI	663	Alarm 11:13 Room temperature from com. error			Read
BI	664	Alarm 11:14 Xzone room temperature from com. error			Read
BI	665	Alarm 11:15 Outdoor temperature from com. error			Read
BI	666	Alarm 12:1 Supply air temperature below set point alarm limit			Read
BI	667	Alarm 12:2 Supply air temperature above set point alarm limit			Read
BI	671	Alarm 12:6 Extract air temperature below alarm limit			Read
BI	676	Alarm 12:11 Temperature guard below alarm limit			Read
BI	681	Alarm 13:1 Humidification I/O-module no. 4 com. error			Read
BI	682	Alarm 13:2 Supply air humidity sensor defective			Read
BI	683	Alarm 13:3 Extract air humidity sensor defective			Read
BI	689	Alarm 13:9 Humidifier alarm output tripped			Read
BI	691	Alarm 13:11 VOC sensor com. error			Read
BI	692	Alarm 13:12 VOC sensor internal com. error			Read
BI	693	Alarm 13:13 VOC sensor internal error			Read
BI	694	Alarm 13:14 VOC sensor level below/above set point alarm limit			Read
BI	711	Alarm 15:1 Plate heat exchanger I/O-module no. 2 com. error			Read
BI	712	Alarm 15:2 Plate heat exchanger temperature sensor no. 1 defective			Read
BI	713	Alarm 15:3 Plate heat exchanger temperature sensor no. 2 defective			Read
BI	714	Alarm 15:4 Plate heat exchanger damper monitor tripped			Read
BI	717	Alarm 15:7 Plate heat exchanger I/O-module no. 3 com. error			Read
BI	718	Alarm 15:8 Plate heat exchanger bypass damper monitor tripped			Read
BI	719	Alarm 15:9 Plate heat exchanger damper no. 1 monitor tripped			Read
BI	720	Alarm 15:10 Plate heat exchanger damper no. 2 monitor tripped			Read
BI	721	Alarm 15:11 Plate heat exchanger I/O-module no. 3 com. error			Read
BI	722	Alarm 15:12 Plate heat exchanger bypass damper monitor tripped			Read
BI	724	Alarm 15:14 Plate heat exchanger defrost pressure sensor no. C com. error			Read
BI	725	Alarm 15:15 Plate heat exchanger defrost pressure above alarm limit			Read
BI	726	Alarm 16:1 Coil heat exchanger I/O-module no. 1 com. error			Read
BI	727	Alarm 16:2 Coil heat exchanger temperature sensor defective			Read
BI	728	Alarm 16:3 Coil heat exchanger valve monitor tripped			Read
BI	729	Alarm 16:4 Coil heat exchanger pump monitor tripped			Read
BI	741	Alarm 17:1 Rotary heat exchanger motor controller com. error			Read
BI	742	Alarm 17:2 Rotary heat exchanger defrost pressure sensor no. 7 com. error			Read
BI	743	Alarm 17:3 Rotary heat exchanger defrost pressure above alarm limit			Read
BI	744	Alarm 17:4 Rotary heat exchanger speed monitor tripped			Read
BI	745	Alarm 17:5 Rotary heat exchanger motor controller over current			Read
BI	746	Alarm 17:6 Rotary heat exchanger motor controller under voltage			Read
BI	747	Alarm 17:7 Rotary heat exchanger motor controller over voltage			Read
BI	748	Alarm 17:8 Rotary heat exchanger motor controller over temperature			Read
BI	749	Alarm 17:9 Rotary heat exchanger motor controller start error			Read
BI	756	Alarm 18:1 AYC I/O-module no. 7 com. error			Read
BI	757	Alarm 18:2 AYC heat temperature sensor defective			Read
BI	758	Alarm 18:3 AYC heat valve monitor tripped			Read
BI	759	Alarm 18:4 AYC heat pump monitor tripped			Read
BI	760	Alarm 18:5 AYC heat temperature below set point alarm limit			Read
BI	761	Alarm 18:6 AYC heat temperature above set point alarm limit			Read
BI	764	Alarm 18:9 AYC cool temperature sensor defective			Read
BI	765	Alarm 18:10 AYC cool valve monitor tripped			Read
BI	766	Alarm 18:11 AYC cool pump monitor tripped			Read
BI	767	Alarm 18:12 AYC cool temperature below set point alarm limit			Read
BI	768	Alarm 18:13 AYC cool temperature above set point alarm limit			Read
BI	801	Alarm 21:1 COOL DX I/O-module no. 2 com. error			Read
BI	802	Alarm 21:2 COOL DX compressor no. 1 low pressure sensor defective			Read
BI	803	Alarm 21:3 COOL DX compressor no. 1 low pressure below alarm limit			Read
BI	804	Alarm 21:4 COOL DX compressor no. 1 high pressure sensor defective			Read
BI	805	Alarm 21:5 COOL DX compressor no. 1 high pressure above alarm limit			Read
BI	806	Alarm 21:6 COOL DX compressor no. 1 monitor tripped			Read
BI	807	Alarm 21:7 COOL DX compressor no. 1 restart error			Read
BI	808	Alarm 21:8 COOL DX compressor no. 2 low pressure sensor defective			Read
BI	809	Alarm 21:9 COOL DX compressor no. 2 low pressure below alarm limit			Read
BI	810	Alarm 21:10 COOL DX compressor no. 2 high pressure sensor defective			Read
BI	811	Alarm 21:11 COOL DX compressor no. 2 high pressure above alarm limit			Read
BI	812	Alarm 21:12 COOL DX compressor no. 2 monitor tripped			Read
BI	813	Alarm 21:13 COOL DX compressor no. 2 restart error			Read
BI	814	Alarm 21:14 COOL DX outdoor air temperature sensor defective			Read
BI	815	Alarm 21:15 COOL DX phase sequence error			Read
BI	831	Alarm 23:1 SMART Link com. error			Read
BI	832	Alarm 23:2 SMART Link alarm level 1 tripped			Read
BI	833	Alarm 23:3 SMART Link alarm level 2 tripped			Read
BI	834	Alarm 23:4 SMART Link alarm level 3 tripped			Read
BI	840	Alarm 23:10 AQUA Link I/O-module no. 5 com. error			Read
BI	841	Alarm 23:11 AQUA Link pump monitor tripped			Read
BI	846	Alarm 24:1 SMART Link no. 1 com. error			Read
BI	847	Alarm 24:2 SMART Link no. 1 alarm tripped			Read
BI	849	Alarm 24:4 SMART Link no. 2 com. error			Read
BI	850	Alarm 24:5 SMART Link no. 2 alarm tripped			Read
BI	852	Alarm 24:7 SMART Link no. 3 com. error			Read
BI	853	Alarm 24:8 SMART Link no. 3 alarm tripped			Read
BI	855	Alarm 24:10 SMART Link no. 4 com. error			Read
BI	856	Alarm 24:11 SMART Link no. 4 alarm tripped			Read
BI	876	Alarm 26:1 Pre-filter supply air pressure sensor no.8 com. error			Read
BI	877	Alarm 26:2 Pre-filter supply air dirty			Read
BI	882	Alarm 26:7 Pre-filter extract air pressure sensor no.9 com. error			Read
BI	883	Alarm 26:8 Pre-filter extract air dirty			Read
BI	891	Alarm 27:1 AHU filter supply air pressure sensor no. 3/4 com. error			Read
BI	892	Alarm 27:2 AHU filter supply air dirty			Read
BI	897	Alarm 27:7 AHU filter extract air pressure sensor no. 3/4 com. error			Read
BI	898	Alarm 27:8 AHU filter extract air dirty			Read
BI	906	Alarm 28:1 End filter supply air pressure sensor no. A com. error			Read
BI	907	Alarm 28:2 End filter supply air dirty			Read
BI	936	Alarm 30:1 Air flow measurement supply air pressure sensor no. 1/2 com.			Read
BI	937	Alarm 30:2 Air flow measurement supply air flow below set point alarm limit			Read
BI	938	Alarm 30:3 Air flow measurement supply air flow above set point alarm limit			Read
BI	941	Alarm 30:6 Air flow measurement extract air pressure sensor no. 1/2 com.			Read
BI	942	Alarm 30:7 Air flow measurement extract air flow below set point alarm limit			Read
BI	943	Alarm 30:8 Air flow measurement extract air flow above set point alarm limit			Read
BI	946	Alarm 30:11 Air flow meas. carry over control press. sensor no. B com. error			Read
BI	951	Alarm 31:1 Pressure regulation supply air pressure sensor no. 5 com. error			Read
BI	952	Alarm 31:2 Pressure regulation supply air pressure below set point alarm limit			Read
BI	953	Alarm 31:3 Pressure regulation supply air pressure above set point alarm			Read
BI	956	Alarm 31:6 Pressure regulation extract air pressure sensor no. 6 com. error			Read
BI	957	Alarm 31:7 Pressure regulation extract air press. below set point alarm limit			Read
BI	958	Alarm 31:8 Pressure regulation extract air press. above set point alarm limit			Read
BI	966	Alarm 32:1 ReCO2 I/O-module no. 0 com. error			Read
BI	967	Alarm 32:2 ReCO2 pressure sensor no. 0 com. error			Read
BI	968	Alarm 32:3 ReCO2 recirculation damper monitoring tripped			Read
BI	969	Alarm 32:4 ReCO2 outdoor air damper monitoring tripped			Read
BI	981	Alarm 33:1 Service period above alarm limit			Read
BI	995	Alarm 33:15 Lock function tripped			Read
BI	996	Alarm 34:1 External control I/O-module no. 3 com. error			Read
BI	997	Alarm 34:2 External control I/O-module no. 6 com. error			Read
BI	1011	Alarm 35:1 Booster diffusers I/O-module no. 8 com. error			Read
BI	1056	Alarm 38:1 MIRU 1 com. error			Read
BI	1057	Alarm 38:2 MIRU 1 motor controller alarm tripped			Read
BI	1058	Alarm 38:3 MIRU 1 motor controller com. error			Read
BI	1059	Alarm 38:4 MIRU 1 air flow pressure sensor no. 0 com. error			Read
BI	1060	Alarm 38:5 MIRU 1 pressure regulation sensor no. 1 com. error			Read
BI	1061	Alarm 38:6 MIRU 1 temperature sensor defective			Read
BI	1062	Alarm 38:7 MIRU 1 air flow/pressure set point deviation from alarm limit			Read
BI	1071	Alarm 39:1 MIRU 2 com. error			Read
BI	1072	Alarm 39:2 MIRU 2 motor controller alarm tripped			Read
BI	1073	Alarm 39:3 MIRU 2 motor controller com. error			Read
BI	1074	Alarm 39:4 MIRU 2 air flow pressure sensor no. 0 com. error			Read
BI	1075	Alarm 39:5 MIRU 2 pressure regulation sensor no. 1 com. error			Read
BI	1076	Alarm 39:6 MIRU 2 temperature sensor defective			Read
BI	1077	Alarm 39:7 MIRU 2 air flow/pressure set point deviation from alarm limit			Read
BI	1086	Alarm 40:1 MIRU 3 com. error			Read
BI	1087	Alarm 40:2 MIRU 3 motor controller alarm tripped			Read
BI	1088	Alarm 40:3 MIRU 3 motor controller com. error			Read
BI	1089	Alarm 40:4 MIRU 3 air flow pressure sensor no. 0 com. error			Read
BI	1090	Alarm 40:5 MIRU 3 pressure regulation sensor no. 1 com. error			Read
BI	1091	Alarm 40:6 MIRU 3 temperature sensor defective			Read
BI	1092	Alarm 40:7 MIRU 3 air flow/pressure set point deviation from alarm limit			Read
BI	1101	Alarm 41:1 MIRU 4 com. error			Read
BI	1102	Alarm 41:2 MIRU 4 motor controller alarm tripped			Read
BI	1103	Alarm 41:3 MIRU 4 motor controller com. error			Read
BI	1104	Alarm 41:4 MIRU 4 air flow pressure sensor no. 0 com. error			Read
BI	1105	Alarm 41:5 MIRU 4 pressure regulation sensor no. 1 com. error			Read
BI	1106	Alarm 41:6 MIRU 4 temperature sensor defective			Read
BI	1107	Alarm 41:7 MIRU 4 air flow/pressure set point deviation from alarm limit			Read
BI	1116	Alarm 42:1 MIRU 5 com. error			Read
BI	1117	Alarm 42:2 MIRU 5 motor controller alarm tripped			Read
BI	1118	Alarm 42:3 MIRU 5 motor controller com. error			Read
BI	1119	Alarm 42:4 MIRU 5 air flow pressure sensor no. 0 com. error			Read
BI	1120	Alarm 42:5 MIRU 5 pressure regulation sensor no. 1 com. error			Read
BI	1121	Alarm 42:6 MIRU 5 temperature sensor defective			Read
BI	1122	Alarm 42:7 MIRU 5 air flow/pressure set point deviation from alarm limit			Read
BI	1131	Alarm 43:1 MIRU 6 com. error			Read
BI	1132	Alarm 43:2 MIRU 6 motor controller alarm tripped			Read
BI	1133	Alarm 43:3 MIRU 6 motor controller com. error			Read
BI	1134	Alarm 43:4 MIRU 6 air flow pressure sensor no. 0 com. error			Read
BI	1135	Alarm 43:5 MIRU 6 pressure regulation sensor no. 1 com. error			Read
BI	1136	Alarm 43:6 MIRU 6 temperature sensor defective			Read
BI	1137	Alarm 43:7 MIRU 6 air flow/pressure set point deviation from alarm limit			Read
BI	1146	Alarm 44:1 MIRU 7 com. error			Read
BI	1147	Alarm 44:2 MIRU 7 motor controller alarm tripped			Read
BI	1148	Alarm 44:3 MIRU 7 motor controller com. error			Read
BI	1149	Alarm 44:4 MIRU 7 air flow pressure sensor no. 0 com. error			Read
BI	1150	Alarm 44:5 MIRU 7 pressure regulation sensor no. 1 com. error			Read
BI	1151	Alarm 44:6 MIRU 7 temperature sensor defective			Read
BI	1152	Alarm 44:7 MIRU 7 air flow/pressure set point deviation from alarm limit			Read
BI	1161	Alarm 45:1 MIRU 8 com. error			Read
BI	1162	Alarm 45:2 MIRU 8 motor controller alarm tripped			Read
BI	1163	Alarm 45:3 MIRU 8 motor controller com. error			Read
BI	1164	Alarm 45:4 MIRU 8 air flow pressure sensor no. 0 com. error			Read
BI	1165	Alarm 45:5 MIRU 8 pressure regulation sensor no. 1 com. error			Read
BI	1166	Alarm 45:6 MIRU 8 temperature sensor defective			Read
BI	1167	Alarm 45:7 MIRU 8 air flow/pressure set point deviation from alarm limit			Read
BI	1176	Alarm 46:1 MIRU 9 com. error			Read
BI	1177	Alarm 46:2 MIRU 9 motor controller alarm tripped			Read
BI	1178	Alarm 46:3 MIRU 9 motor controller com. error			Read
BI	1179	Alarm 46:4 MIRU 9 air flow pressure sensor no. 0 com. error			Read
BI	1180	Alarm 46:5 MIRU 9 pressure regulation sensor no. 1 com. error			Read
BI	1181	Alarm 46:6 MIRU 9 temperature sensor defective			Read
BI	1182	Alarm 46:7 MIRU 9 air flow/pressure set point deviation from alarm limit			Read
BI	1191	Alarm 47:1 MIRU 10 com. error			Read
BI	1192	Alarm 47:2 MIRU 10 motor controller alarm tripped			Read
BI	1193	Alarm 47:3 MIRU 10 motor controller com. error			Read
BI	1194	Alarm 47:4 MIRU 10 air flow pressure sensor no. 0 com. error			Read
BI	1195	Alarm 47:5 MIRU 10 pressure regulation sensor no. 1 com. error			Read
BI	1196	Alarm 47:6 MIRU 10 temperature sensor defective			Read
BI	1197	Alarm 47:7 MIRU 10 air flow/pressure set point deviation from alarm limit			Read
BI	1221	Alarm 49:1 Supply air fan no. 1A com. error			Read
BI	1222	Alarm 49:2 Supply air fan no. 1A motor controller over current			Read
BI	1223	Alarm 49:3 Supply air fan no. 1A motor controller under voltage			Read
BI	1224	Alarm 49:4 Supply air fan no. 1A motor controller over voltage			Read
BI	1225	Alarm 49:5 Supply air fan no. 1A motor controller over temperature			Read
BI	1226	Alarm 49:6 Supply air fan no. 1A motor controller start error			Read
BI	1227	Alarm 49:7 Supply air fan no. 1A motor controller ripple error			Read
BI	1228	Alarm 49:8 Supply air fan no. 1A motor controller phase error			Read
BI	1229	Alarm 49:9 Supply air fan no. 1A motor controller internal memory error			Read
BI	1230	Alarm 49:10 Supply air fan no. 1A motor controller current reduction			Read
BI	1236	Alarm 50:1 Supply air fan no. 2A com. error			Read
BI	1237	Alarm 50:2 Supply air fan no. 2A motor controller over current			Read
BI	1238	Alarm 50:3 Supply air fan no. 2A motor controller under voltage			Read
BI	1239	Alarm 50:4 Supply air fan no. 2A motor controller over voltage			Read
BI	1240	Alarm 50:5 Supply air fan no. 2A motor controller over temperature			Read
BI	1241	Alarm 50:6 Supply air fan no. 2A motor controller start error			Read
BI	1242	Alarm 50:7 Supply air fan no. 2A motor controller ripple error			Read
BI	1243	Alarm 50:8 Supply air fan no. 2A motor controller phase error			Read
BI	1244	Alarm 50:9 Supply air fan no. 2A motor controller internal memory error			Read
BI	1245	Alarm 50:10 Supply air fan no. 2A motor controller current reduction			Read
BI	1251	Alarm 51:1 Supply air fan no. 3A com. error			Read
BI	1252	Alarm 51:2 Supply air fan no. 3A motor controller over current			Read
BI	1253	Alarm 51:3 Supply air fan no. 3A motor controller under voltage			Read
BI	1254	Alarm 51:4 Supply air fan no. 3A motor controller over voltage			Read
BI	1255	Alarm 51:5 Supply air fan no. 3A motor controller over temperature			Read
BI	1256	Alarm 51:6 Supply air fan no. 3A motor controller start error			Read
BI	1257	Alarm 51:7 Supply air fan no. 3A motor controller ripple error			Read
BI	1258	Alarm 51:8 Supply air fan no. 3A motor controller phase error			Read
BI	1259	Alarm 51:9 Supply air fan no. 3A motor controller internal memory error			Read
BI	1260	Alarm 51:10 Supply air fan no. 3A motor controller current reduction			Read
BI	1266	Alarm 52:1 Supply air fan no. 1B com. error			Read
BI	1267	Alarm 52:2 Supply air fan no. 1B motor controller over current			Read
BI	1268	Alarm 52:3 Supply air fan no. 1B motor controller under voltage			Read
BI	1269	Alarm 52:4 Supply air fan no. 1B motor controller over voltage			Read
BI	1270	Alarm 52:5 Supply air fan no. 1B motor controller over temperature			Read
BI	1271	Alarm 52:6 Supply air fan no. 1B motor controller start error			Read
BI	1272	Alarm 52:7 Supply air fan no. 1B motor controller ripple error			Read
BI	1273	Alarm 52:8 Supply air fan no. 1B motor controller phase error			Read
BI	1274	Alarm 52:9 Supply air fan no. 1B motor controller internal memory error			Read
BI	1275	Alarm 52:10 Supply air fan no. 1B motor controller current reduction			Read
BI	1281	Alarm 53:1 Supply air fan no. 2B com. error			Read
BI	1282	Alarm 53:2 Supply air fan no. 2B motor controller over current			Read
BI	1283	Alarm 53:3 Supply air fan no. 2B motor controller under voltage			Read
BI	1284	Alarm 53:4 Supply air fan no. 2B motor controller over voltage			Read
BI	1285	Alarm 53:5 Supply air fan no. 2B motor controller over temperature			Read
BI	1286	Alarm 53:6 Supply air fan no. 2B motor controller start error			Read
BI	1287	Alarm 53:7 Supply air fan no. 2B motor controller ripple error			Read
BI	1288	Alarm 53:8 Supply air fan no. 2B motor controller phase error			Read
BI	1289	Alarm 53:9 Supply air fan no. 2B motor controller internal memory error			Read
BI	1290	Alarm 53:10 Supply air fan no. 2B motor controller current reduction			Read
BI	1296	Alarm 54:1 Supply air fan no. 3B com. error			Read
BI	1297	Alarm 54:2 Supply air fan no. 3B motor controller over current			Read
BI	1298	Alarm 54:3 Supply air fan no. 3B motor controller under voltage			Read
BI	1299	Alarm 54:4 Supply air fan no. 3B motor controller over voltage			Read
BI	1300	Alarm 54:5 Supply air fan no. 3B motor controller over temperature			Read
BI	1301	Alarm 54:6 Supply air fan no. 3B motor controller start error			Read
BI	1302	Alarm 54:7 Supply air fan no. 3B motor controller ripple error			Read
BI	1303	Alarm 54:8 Supply air fan no. 3B motor controller phase error			Read
BI	1304	Alarm 54:9 Supply air fan no. 3B motor controller internal memory error			Read
BI	1305	Alarm 54:10 Supply air fan no. 3B motor controller current reduction			Read
BI	1311	Alarm 55:1 Extract air fan no. 1A com. error			Read
BI	1312	Alarm 55:2 Extract air fan no. 1A motor controller over current			Read
BI	1313	Alarm 55:3 Extract air fan no. 1A motor controller under voltage			Read
BI	1314	Alarm 55:4 Extract air fan no. 1A motor controller over voltage			Read
BI	1315	Alarm 55:5 Extract air fan no. 1A motor controller over temperature			Read
BI	1316	Alarm 55:6 Extract air fan no. 1A motor controller start error			Read
BI	1317	Alarm 55:7 Extract air fan no. 1A motor controller ripple error			Read
BI	1318	Alarm 55:8 Extract air fan no. 1A motor controller phase error			Read
BI	1319	Alarm 55:9 Extract air fan no. 1A motor controller internal memory error			Read
BI	1320	Alarm 55:10 Extract air fan no. 1A motor controller current reduction			Read
BI	1326	Alarm 56:1 Extract air fan no. 2A com. error			Read
BI	1327	Alarm 56:2 Extract air fan no. 2A motor controller over current			Read
BI	1328	Alarm 56:3 Extract air fan no. 2A motor controller under voltage			Read
BI	1329	Alarm 56:4 Extract air fan no. 2A motor controller over voltage			Read
BI	1330	Alarm 56:5 Extract air fan no. 2A motor controller over temperature			Read
BI	1331	Alarm 56:6 Extract air fan no. 2A motor controller start error			Read
BI	1332	Alarm 56:7 Extract air fan no. 2A motor controller ripple error			Read
BI	1333	Alarm 56:8 Extract air fan no. 2A motor controller phase error			Read
BI	1334	Alarm 56:9 Extract air fan no. 2A motor controller internal memory error			Read
BI	1335	Alarm 56:10 Extract air fan no. 2A motor controller current reduction			Read
BI	1341	Alarm 57:1 Extract air fan no. 3A com. error			Read
BI	1342	Alarm 57:2 Extract air fan no. 3A motor controller over current			Read
BI	1343	Alarm 57:3 Extract air fan no. 3A motor controller under voltage			Read
BI	1344	Alarm 57:4 Extract air fan no. 3A motor controller over voltage			Read
BI	1345	Alarm 57:5 Extract air fan no. 3A motor controller over temperature			Read
BI	1346	Alarm 57:6 Extract air fan no. 3A motor controller start error			Read
BI	1347	Alarm 57:7 Extract air fan no. 3A motor controller ripple error			Read
BI	1348	Alarm 57:8 Extract air fan no. 3A motor controller phase error			Read
BI	1349	Alarm 57:9 Extract air fan no. 3A motor controller internal memory error			Read
BI	1350	Alarm 57:10 Extract air fan no. 3A motor controller current reduction			Read
BI	1356	Alarm 58:1 Extract air fan no. 1B com. error			Read
BI	1357	Alarm 58:2 Extract air fan no. 1B motor controller over current			Read
BI	1358	Alarm 58:3 Extract air fan no. 1B motor controller under voltage			Read
BI	1359	Alarm 58:4 Extract air fan no. 1B motor controller over voltage			Read
BI	1360	Alarm 58:5 Extract air fan no. 1B motor controller over temperature			Read
BI	1361	Alarm 58:6 Extract air fan no. 1B motor controller start error			Read
BI	1362	Alarm 58:7 Extract air fan no. 1B motor controller ripple error			Read
BI	1363	Alarm 58:8 Extract air fan no. 1B motor controller phase error			Read
BI	1364	Alarm 58:9 Extract air fan no. 1B motor controller internal memory error			Read
BI	1365	Alarm 58:10 Extract air fan no. 1B motor controller current reduction			Read
BI	1371	Alarm 59:1 Extract air fan no. 2B com. error			Read
BI	1372	Alarm 59:2 Extract air fan no. 2B motor controller over current			Read
BI	1373	Alarm 59:3 Extract air fan no. 2B motor controller under voltage			Read
BI	1374	Alarm 59:4 Extract air fan no. 2B motor controller over voltage			Read
BI	1375	Alarm 59:5 Extract air fan no. 2B motor controller over temperature			Read
BI	1376	Alarm 59:6 Extract air fan no. 2B motor controller start error			Read
BI	1377	Alarm 59:7 Extract air fan no. 2B motor controller ripple error			Read
BI	1378	Alarm 59:8 Extract air fan no. 2B motor controller phase error			Read
BI	1379	Alarm 59:9 Extract air fan no. 2B motor controller internal memory error			Read
BI	1380	Alarm 59:10 Extract air fan no. 2B motor controller current reduction			Read
BI	1386	Alarm 60:1 Extract air fan no. 3B com. error			Read
BI	1387	Alarm 60:2 Extract air fan no. 3B motor controller over current			Read
BI	1388	Alarm 60:3 Extract air fan no. 3B motor controller under voltage			Read
BI	1389	Alarm 60:4 Extract air fan no. 3B motor controller over voltage			Read
BI	1390	Alarm 60:5 Extract air fan no. 3B motor controller over temperature			Read
BI	1391	Alarm 60:6 Extract air fan no. 3B motor controller start error			Read
BI	1392	Alarm 60:7 Extract air fan no. 3B motor controller ripple error			Read
BI	1393	Alarm 60:8 Extract air fan no. 3B motor controller phase error			Read
BI	1394	Alarm 60:9 Extract air fan no. 3B motor controller internal memory error			Read
BI	1395	Alarm 60:10 Extract air fan no. 3B motor controller current reduction			Read
BI	1952	Info 97:12 Plate heat exchanger bypass optimization not performed			Read
BI	1953	Info 97:13 Plate heat exchanger bypass optimization not approved			Read
BI	1954	Info 97:14 Plate heat exchanger defrost calibration not performed			Read
BI	1955	Info 97:15 Plate heat exchanger defrost calibration not approved			Read
BI	1956	Info 98:1 Supply air pre-filter calibration not performed			Read
BI	1957	Info 98:2 Supply air pre-filter calibration not approved			Read
BI	1958	Info 98:3 Extract air pre-filter calibration not performed			Read
BI	1959	Info 98:4 Extract air pre-filter calibration not approved			Read
BI	1960	Info 98:5 Supply air air handling unit filter calibration not performed			Read
BI	1961	Info 98:6 Supply air air handling unit filter calibration not approved			Read
BI	1962	Info 98:7 Extract air air handling unit filter calibration not performed			Read
BI	1963	Info 98:8 Extract air air handling unit filter calibration not approved			Read
BI	1964	Info 98:9 Supply air end filter calibration not performed			Read
BI	1965	Info 98:10 Supply air end filter calibration not approved			Read
BI	1966	Info 98:11 Rotary heat exchanger defrost calibration not performed			Read
BI	1967	Info 98:12 Rotary heat exchanger defrost calibration not approved			Read
BI	1968	Info 98:13 ReCO2 calibration not performed			Read
BI	1969	Info 98:14 ReCO2 calibration not approved			Read
BI	1970	Info 98:15 ReCO2 incorrect setting			Read
BI	1971	Info 99:1 E-mail error			Read
BI	1977	Info 99:7 SD card memory soon full. Oldest log data will soon be deleted			Read
BI	1978	Info 99:8 SD card memory full. Oldest log data deleted			Read
BI	1984	Info 99:14 Internal serial memory error CPU 1			Read
BI	1985	Info 99:15 Clock circuit defective			Read
BI	2001	Active alarm group 1			Read
BI	2002	Active alarm group 2			Read
BI	2003	Active alarm group 3			Read
BI	2004	Active alarm group 4			Read
BI	2005	Active alarm group 5			Read
BI	2006	Active alarm group 6			Read
BI	2007	Active alarm group 7			Read
BI	2008	Active alarm group 8			Read
BI	2009	Active alarm group 9			Read
BI	2010	Active alarm group 10			Read
BI	2011	Active alarm group 11			Read
BI	2012	Active alarm group 12			Read
BI	2013	Active alarm group 13			Read
BI	2014	Active alarm group 14			Read
BI	2015	Active alarm group 15			Read
BI	2016	Active alarm group 16			Read
BI	2017	Active alarm group 17			Read
BI	2018	Active alarm group 18			Read
BI	2019	Active alarm group 19			Read
BI	2020	Active alarm group 20			Read
BI	2021	Active alarm group 21			Read
BI	2022	Active alarm group 22			Read
BI	2023	Active alarm group 23			Read
BI	2024	Active alarm group 24			Read
BI	2025	Active alarm group 25			Read
BI	2026	Active alarm group 26			Read
BI	2027	Active alarm group 27			Read
BI	2028	Active alarm group 28			Read
BI	2029	Active alarm group 29			Read
BI	2030	Active alarm group 30			Read
BI	2031	Active alarm group 31			Read
BI	2032	Active alarm group 32			Read
BI	2033	Active alarm group 33			Read
BI	2034	Active alarm group 34			Read
BI	2035	Active alarm group 35			Read
BI	2036	Active alarm group 36			Read
BI	2037	Active alarm group 37			Read
BI	2038	Active alarm group 38			Read
BI	2039	Active alarm group 39			Read
BI	2040	Active alarm group 40			Read
BI	2041	Active alarm group 41			Read
BI	2042	Active alarm group 42			Read
BI	2043	Active alarm group 43			Read
BI	2044	Active alarm group 44			Read
BI	2045	Active alarm group 45			Read
BI	2046	Active alarm group 46			Read
BI	2047	Active alarm group 47			Read
BI	2048	Active alarm group 48			Read
BI	2049	Active alarm group 49			Read
BI	2050	Active alarm group 50			Read
BI	2051	Active alarm group 51			Read
BI	2052	Active alarm group 52			Read
BI	2053	Active alarm group 53			Read
BI	2054	Active alarm group 54			Read
BI	2055	Active alarm group 55			Read
BI	2056	Active alarm group 56			Read
BI	2057	Active alarm group 57			Read
BI	2058	Active alarm group 58			Read
BI	2059	Active alarm group 59			Read
BI	2060	Active alarm group 60			Read
BI	2061	Active alarm group 61			Read
BI	2062	Active alarm group 62			Read
BI	2063	Active alarm group 63			Read
BI	2064	Active alarm group 64			Read
BI	2065	Active alarm group 65			Read
BI	2066	Active alarm group 66			Read
BI	2067	Active alarm group 67			Read
BI	2068	Active alarm group 68			Read
BI	2069	Active alarm group 69			Read
BI	2070	Active alarm group 70			Read
BI	2071	Active alarm group 71			Read
BI	2072	Active alarm group 72			Read
BI	2073	Active alarm group 73			Read
BI	2074	Active alarm group 74			Read
BI	2075	Active alarm group 75			Read
BI	2076	Active alarm group 76			Read
BI	2077	Active alarm group 77			Read
BI	2078	Active alarm group 78			Read
BI	2079	Active alarm group 79			Read
BI	2080	Active alarm group 80			Read
BI	2081	Active alarm group 81			Read
BI	2082	Active alarm group 82			Read
BI	2083	Active alarm group 83			Read
BI	2084	Active alarm group 84			Read
BI	2085	Active alarm group 85			Read
BI	2086	Active alarm group 86			Read
BI	2087	Active alarm group 87			Read
BI	2088	Active alarm group 88			Read
BI	2089	Active alarm group 89			Read
BI	2090	Active alarm group 90			Read
BI	2091	Active alarm group 91			Read
BI	2092	Active alarm group 92			Read
BI	2093	Active alarm group 93			Read
BI	2094	Active alarm group 94			Read
BI	2095	Active alarm group 95			Read
BI	2096	Active alarm group 96			Read
BI	2097	Active alarm group 97			Read
BI	2098	Active alarm group 98			Read
BI	2099	Active alarm group 99			Read
BO	1	Booster diffusers	Booster diffusers function.		Write
BVmin	1	Alarm reset	Resets all active alarms		Write
BV	3	Internal fire alarm function			Write
BV	29	SA flow pressure sensor auto zero calibration			Write
BV	30	EA flow pressure sensor auto zero calibration			Write
BV	31	SA duct pressure sensor auto zero calibration			Write
BV	32	EA duct pressure sensor auto zero calibration			Write
BV	33	ReCO2 pressure sensor auto zero calibration			Write
BV	34	RHX defrost pressure sensor auto calibration			Write
BV	35	Carry over control pressure sensor auto calibration			Write
BV	36	SA filter pressure sensor auto zero calibration			Write
BV	37	EA filter pressure sensor auto zero calibration			Write
BV	38	SA pre-filter pressure sensor auto zero calibration			Write
BV	39	EA pre-filter pressure sensor auto zero calibration			Write
BV	40	SA end-filter pressure sensor auto zero calibration			Write
BV	46	SA flow pressure sensor activate zero calibration	If value is set to 1 for min 1s calibration will be		Write
BV	47	EA flow pressure sensor activate zero calibration			Write
BV	48	SA duct pressure sensor activate zero calibration			Write
BV	49	EA duct pressure sensor activate zero calibration			Write
BV	50	ReCO2 pressure sensor activate calibration			Write
BV	51	RHX Defrost pressure sensor activate calibration			Write
BV	52	Carry over control pressure sensor activate zero calibration			Write
BV	53	SA filter pressure sensor activate zero calibration			Write
BV	54	EA filter pressure sensor activate zero calibration			Write
BV	55	SA pre-filter pressure sensor activate zero calibration			Write
BV	56	EA pre-filter pressure sensor activate zero calibration			Write
BV	57	SA end-filter pressure sensor activate zero calibration			Write
BV	162	External room sensor 1 function			Write
BV	163	External room sensor 2 function			Write
BV	164	External room sensor 3 function			Write
BV	165	External room sensor 4 function			Write
BV	167	External room temp from BMS function			Write
BV	172	External OA sensor 1 function			Write
BV	173	External OA sensor 2 function			Write
BV	174	External OA sensor 3 function			Write
BV	175	External OA sensor 4 function			Write
BV	177	External OA temp from BMS function			Write
BV	182	RHX defrost function	Setting for activating the defrost function for the rotary heat		Write
BV	183	RHX defrost calibration			Write
BV	187	RHX carry over control function	Setting for activating the carry over control function for the rotary heat		Write
BV	190	RHX min exhaust air temp function			Write
BV	198	PHX periodic operation of bypass damper function			Write
BV	201	PX bypass optimize			Write
BV	205	CHX periodic operation of pump function			Write
BV	206	CHX periodic operation of valve function			Write
BV	228	Re-heat periodic operation of pump function			Write
BV	229	Re-heat periodic operation of valve function			Write
BV	245	Extra regulation 1 periodic operation of pump function			Write
BV	246	Extra regulation 1 periodic operation of valve function			Write
BV	274	Cool relay 1 periodic operation of pump function			Write
BV	275	Cool relay 2 periodic operation of pump function			Write
BV	276	Cool periodic operation of valve function			Write
BV	284	Summer night cool function			Write
BV	296	Intermittent night heat function			Write
BV	302	Intermittent night heat recirculation function			Write
BV	305	Morning boost function			Write
BV	320	Heating boost function			Write
BV	325	Xzone heat function			Write
BV	327	Xzone cool function			Write
BV	374	Xzone external room sensor 1 function			Write
BV	375	Xzone external room sensor 2 function			Write
BV	376	Xzone external room sensor 3 function			Write
BV	377	Xzone external room sensor 4 function			Write
BV	379	Xzone external room temp from BMS function			Write
BV	386	Xzone reheat periodic operation of pump function			Write
BV	387	Xzone reheat periodic operation of valve function			Write
BV	400	Xzone Cool relay 1 periodic operation of pump function			Write
BV	401	Xzone Cool relay 2 periodic operation of pump function			Write
BV	402	Xzone Cool periodic operation of valve function			Write
BV	410	Pre-heat function			Write
BV	414	Pre-heat periodic operation of pump function			Write
BV	415	Pre-heat periodic operation of valve function			Write
BV	425	ReCO2 Calibration			Write
BV	457	Dehumidifying function	Moved to Multistate Value 457		Write
BV	459	Heat exchange active in dehumidifying sequence			Write
BV	465	VOC sensor function			Write
BV	490	SMART Link WB Optimize function			Write
BV	504	AQUA Link Function			Write
BV	530	AYC Heated water periodic operation of pump			Write
BV	531	AYC Heated water periodic operation of valve			Write
BV	536	AYC Heated water OA temp compensation			Write
BV	547	AYC Heated water room temp compensation function			Write
BV	548	AYC Heated water room temp compensation at night			Write	0=Enabled during night, 1=Disabled during night
BV	553	AYC Heated water night temp compensation function			Write
BV	579	AYC Chilled water periodic operation of pump			Write
BV	580	AYC Chilled water periodic operation of valve			Write
BV	585	AYC Chilled water OA temp compensation			Write
BV	596	AYC Chilled water room temp compensation function			Write
BV	597	AYC Chilled water room temp compensation at night			Write	0=Enabled during night, 1=Disabled during night
BV	602	AYC Chilled water night temp compensation function			Write
BV	618	AYC Chilled water dew point compensation air flow boost			Write
BV	637	Optimize function			Write
MI	2	Application id/AHU Type			Read	1=GOLD RX, 2=GOLD PX, 3=GOLD CX, 4=GOLD SD/SA, 5=GOLD SD/EA, 6=GOLD SD/SA+CX, 7=GOLD SD/SA+EA, 8=GOLD SD/SA+EA+CX
MI	3	Air flow direction			Read	1=Fan no.2 as SA, 2=Fan no.1 as SA
MI	115	PHX type			Read	1=PHX-1 1D HS (one damper and humidity sensor), 2=PHX-2 3D (three dampers), 3=PHX-3 1D 1PS (one damper and pressure sensor)
MI	140	Extra regulation sequence 1 coil type			Read	1=None, 2=1 Electric, 3=2 Electric, 4=3 Electric, 5=4 Electric, 6=5 Electric, 7=6 Electric, 8=7 Electric, 9=8 Electric, 10=9 Water, 11=10 Water, 12=11 Electric, 13=12 Electric, 14=13 Electric, 15=14 Electric, 16=15 Electric
MI	142	Extra regulation sequence 2 coil type			Read	1=None, 2=1 Electric, 3=2 Electric, 4=3 Electric, 5=4 Electric, 6=5 Electric, 7=6 Electric, 8=7 Electric, 9=8 Electric, 10=9 Water, 11=10 Water, 12=11 Electric, 13=12 Electric, 14=13 Electric, 15=14 Electric, 16=15 Electric
MI	152	Re-heat coil type			Read	1=None, 2=1 Electric, 3=2 Electric, 4=3 Electric, 5=4 Electric, 6=5 Electric, 7=6 Electric, 8=7 Electric, 9=8 Electric, 10=9 Water, 11=10 Water, 12=11 Electric, 13=12 Electric, 14=13 Electric, 15=14 Electric, 16=15 Electric
MI	163	Cool coil type			Read	1=None, 2=1 Electric, 3=2 Electric, 4=3 Electric, 5=4 Electric, 6=5 Electric, 7=6 Electric, 8=7 Electric, 9=8 Electric, 10=9 Water, 11=10 Water, 12=11 Electric, 13=12 Electric, 14=13 Electric, 15=14 Electric, 16=15 Electric
MI	198	Xzone heat, coil type			Read	1=None, 2=1 Electric, 3=2 Electric, 4=3 Electric, 5=4 Electric, 6=5 Electric, 7=6 Electric, 8=7 Electric, 9=8 Electric, 10=9 Water, 11=10 Water, 12=11 Electric, 13=12 Electric, 14=13 Electric, 15=14 Electric, 16=15 Electric
MI	209	Xzone cool, coil type			Read	1=None, 2=1 Not used, 3=2 Not used, 4=3 Not used, 5=4 Not used, 6=5 Not used, 7=6 Not used, 8=7 Not used, 9=8 Not used, 10=9 Water, 11=10 Water, 12=11 Not used, 13=12 Not used, 14=13 Not used, 15=14 Not used, 16=15 Not used
MI	224	Pre-heat coil type			Read	1=None, 2=1 Electric, 3=2 Electric, 4=3 Electric, 5=4 Electric, 6=5 Electric, 7=6 Electric, 8=7 Electric, 9=8 Electric, 10=9 Water, 11=10 Water, 12=11 Electric, 13=12 Electric, 14=13 Electric, 15=14 Electric, 16=15 Electric
MI	320	SMART Link, DX cool mode			Read	1=Heat, 2=Cool
MImin	592	Operation level			Read	1=Fan not available, 2=Alarm stop, 3=Manual total stop (on hand terminal), 4=External total stop (digital input), 5=Communication total stop, 6=Communication normal stop, 7=Communication extended normal stop, 8=Time channel total stop, 9=Time channel normal stop, 10=Time channel extended normal stop, 11=Low speed=normal stop, 12=SA Fan starting up, 13=Fan regulation blocked, 14=ReCO2 100% recirculation(1.11), 15=Morning boost stop(1.11), 16=Intermittent night heat stop(1.11), 17=After cooling electric heater, 18=COOL DX switch off delay, 19=Damper switch off delay, 20=Manual low speed (on hand terminal), 21=External low speed (digital input), 22=Extended external low speed, 23=Communication low speed, 24=Time channel low speed, 25=Morning boost low speed, 26=Intermittent night heat low speed, 27=Manual high speed (on hand terminal), 28=External high speed (digital input), 29=Extended external high speed, 30=Communication high speed, 31=Time channel high speed, 32=Summer night cooling high speed, 33=Filter calibration, 34=RHX Defrost calibration, 35=ReCO2 calibration, 36=AHU start up, 37=Re-heat ramp down, 38=HX ramp down, 39=Air adjustment, 40=Fans in operation with active fire alarm, 41=PX bypass damper adjustment(1.12)
MO	1	Boost Supply air			Write	1=Off, 2=On
MO	2	Boost Extract air			Write	1=Off, 2=On
MV	1	SA Fan regulation mode	Setting of regulation type for the supply air fan.		Write	1=Air flow reg., 2=Pressure reg., 3=Demand reg., 4=Slave controlled by EA fan
MV	2	EA Fan regulation mode	Setting of regulation type for the extract air fan.		Write	1=Air flow reg., 2=Pressure reg., 3=Demand reg., 4=Slave controlled by SA fan
MV	4	Internal fire alarm reset function			Write	1=Manual reset, 2=Auto reset
MV	7	External fire alarm no. 1 reset function			Write	1=Manual reset, 2=Auto reset
MV	8	External fire alarm no. 2 reset function			Write	1=Manual reset, 2=Auto reset
MV	11	External alarm no. 1 reset function			Write	1=Manual reset, 2=Auto reset
MV	12	External alarm no. 2 reset function			Write	1=Manual reset, 2=Auto reset
MV	15	External alarm no. 1 input function			Write	1=Alarm at closed contact, 2=Alarm at open contact
MV	16	External alarm no. 2 input function			Write	1=Alarm at closed contact, 2=Alarm at open contact
MV	53	Outdoor temp compensation function			Write	1=Inactive, 2=Active at low speed, 3=Active at high speed, 4=Active at low and high speed
MV	78	Down regulation function			Write	1=Inactive, 2=SA, 3=SA and EA
MV	84	Fans in operation at fire alarm 1 function			Write	1=Inactive, 2=SA, 3=EA, 4=SA and EA
MV	87	Fans in operation at fire alarm 2 function			Write	1=Inactive, 2=SA, 3=EA, 4=SA and EA
MV	90	Fans in operation at internal fire alarm function			Write	1=Inactive, 2=SA, 3=EA, 4=SA and EA
MV	95	Pre-filter function			Write	1=Inactive, 2=SA, 3=EA, 4=SA and EA
MV	96	Pre-filter calibration			Write	1=Inactive, 2=SA, 3=EA, 4=SA and EA
MV	101	AHU filter function			Write	1=Inactive, 2=SA, 3=EA, 4=SA and EA
MV	102	AHU filter calibration			Write	1=Inactive, 2=SA, 3=EA, 4=SA and EA
MV	107	SA end filter function			Write	1=Inactive, 2=SA
MV	108	SA end filter calibration			Write	1=Inactive, 2=SA
MV	115	Temperature regulation mode			Write	1=Inactive, 2=ERS-1, 3=ERS-2, 4=SA, 5=EA, 6=ORS, 7=ORE
MV	166	External room sensors measurement function			Write	1=Average, 2=Min, 3=Max
MV	176	External OA sensors measurement function			Write	1=Average, 2=Min, 3=Max
MV	188	RHX sorption rotor function	Setting for activating the sorption rotor control function for the rotary heat		Write	1=Inactive, 2=Sorption max at cool, 3=Sorption always max
MV	237	Extra regulation sequence 1 function	State text		Write	1=Inactive, 2=Heat, 3=Cool, 4=Heat and Cool
MV	238	Extra regulation sequence 1 output function			Write	1=0-10V, 2=10-0V
MV	251	Extra regulation 1 temperature protection function			Write	1=Inactive, 2=Active
MV	254	Season heat function			Write	1=Inactive, 2=Extra regulation sequence at closed input, 3=Extra regulation sequence at open input, 4=Manual mode
MV	255	Season heat manual setting			Write	1=Re-heat, 2=Extra regulation sequence
MV	261	Cool on/off regulation function			Write	1=Inactive, 2=1 step, 3=2 steps, 4=3 steps
MV	313	Cooling boost function			Write	1=Inactive, 2=Comfort, 3=Economy, 4=Sequence, 5=Comfort and Economy, 6=Economy and Sequence
MV	329	Xzone temperature regulation mode			Write	1=Inactive, 2=ERS-1, 3=ERS-2, 4=SA, 5=EA, 6=ORS, 7=ORE
MV	378	Xzone external room sensors measurement function			Write	1=Average, 2=Min, 3=Max
MV	395	Xzone Cool on/off regulation function			Write	1=Inactive, 2=1 step, 3=2 steps, 4=3 steps
MV	423	ReCO2-CO2 function			Write	1=Inactive, 2=CO2, 3=CO2 and air flow boost
MV	424	ReCO2 temperature regulation sequence function			Write	1=Inactive, 2=Heat, 3=Cool, 4=Heat and Cool
MV	441	Humidifying function			Write	1=Inactive, 2=On/Off, 3=0-10V
MV	442	Humidifying sensor			Write	1=SA, 2=EA
MV	457	DeHumidifying function			Write	0=Inactive, 1=SA, 2=EA
MV	469	COOL DX Function			Write	1=Inactive, 2=Economy, 3=Comfort, 4=Top
MV	481	SMART Link Function			Write	1=Inactive, 2=Water based heat pump, 3=Water based chiller, 4=Water based reversible, 5=DX based heat pump, 6=DX based chiller, 7=DX based reversible
MV	505	AQUA Link Pump alarm function			Write	1=Inactive, 2=Alarm at closed contact, 3=Alarm at open contact, 4=Alarm when in -and output are unequal (contactor function)
MV	521	AYC Function			Write	1=Inactive, 2=Chilled water, 3=Heated water, 4=Chilled and heated water
MV	528	AYC Heated water signal monitor function for pump			Write	1=Inactive, 2=Alarm at open contact, 3=Alarm at closed contact, 4=Contactor function
MV	555	AYC Heated water night temp compensation time 1 (days)			Write	1=Inactive, 2=Monday, 3=Tuesday, 4=Wednesday, 5=Thursday, 6=Friday, 7=Saturday, 8=Sunday, 9=Monday to Friday, 10= Monday to Sunday, 11=Saturday to Sunday
MV	562	AYC Heated water night temp compensation time 2 (days)			Write	1=Inactive, 2=Monday, 3=Tuesday, 4=Wednesday, 5=Thursday, 6=Friday, 7=Saturday, 8=Sunday, 9=Monday to Friday, 10= Monday to Sunday, 11=Saturday to Sunday
MV	577	AYC Chilled water signal monitor function for pump			Write	1=Inactive, 2=Alarm at open contact, 3=Alarm at closed contact, 4=Contactor function
MV	604	AYC Chilled water night temp compensation time 1 (days)			Write	1=Inactive, 2=Monday, 3=Tuesday, 4=Wednesday, 5=Thursday, 6=Friday, 7=Saturday, 8=Sunday, 9=Monday to Friday, 10= Monday to Sunday, 11=Saturday to Sunday
MV	611	AYC Chilled water night temp compensation time 2 (days)			Write	1=Inactive, 2=Monday, 3=Tuesday, 4=Wednesday, 5=Thursday, 6=Friday, 7=Saturday, 8=Sunday, 9=Monday to Friday, 10= Monday to Sunday, 11=Saturday to Sunday
MV	660	MIRU Control 1 function			Write	1=Inactive, 2=Parallel start, 3=Parallel low / high speed, 4=Parallel start and Low / high speed
MV	661	MIRU Control 2 function			Write	1=Inactive, 2=Parallel start, 3=Parallel low / high speed, 4=Parallel start and Low / high speed
MV	662	MIRU Control 3 function			Write	1=Inactive, 2=Parallel start, 3=Parallel low / high speed, 4=Parallel start and Low / high speed
MV	663	MIRU Control 4 function			Write	1=Inactive, 2=Parallel start, 3=Parallel low / high speed, 4=Parallel start and Low / high speed
MV	664	MIRU Control 5 function			Write	1=Inactive, 2=Parallel start, 3=Parallel low / high speed, 4=Parallel start and Low / high speed
MV	665	MIRU Control 6 function			Write	1=Inactive, 2=Parallel start, 3=Parallel low / high speed, 4=Parallel start and Low / high speed
MV	666	MIRU Control 7 function			Write	1=Inactive, 2=Parallel start, 3=Parallel low / high speed, 4=Parallel start and Low / high speed
MV	667	MIRU Control 8 function			Write	1=Inactive, 2=Parallel start, 3=Parallel low / high speed, 4=Parallel start and Low / high speed
MV	668	MIRU Control 9 function			Write	1=Inactive, 2=Parallel start, 3=Parallel low / high speed, 4=Parallel start and Low / high speed
MV	669	MIRU Control 10 function			Write	1=Inactive, 2=Parallel start, 3=Parallel low / high speed, 4=Parallel start and Low / high speed
MV	671	MIRU Control 1 Balanced air flow function			Write	1=Inactive, 2=SA, 3=EA
MV	679	MIRU Control 2 Balanced air flow function			Write	1=Inactive, 2=SA, 3=EA
MV	687	MIRU Control 3 Balanced air flow function			Write	1=Inactive, 2=SA, 3=EA
MV	695	MIRU Control 4 Balanced air flow function			Write	1=Inactive, 2=SA, 3=EA
MV	703	MIRU Control 5 Balanced air flow function			Write	1=Inactive, 2=SA, 3=EA
MV	711	MIRU Control 6 Balanced air flow function			Write	1=Inactive, 2=SA, 3=EA
MV	719	MIRU Control 7 Balanced air flow function			Write	1=Inactive, 2=SA, 3=EA
MV	727	MIRU Control 8 Balanced air flow function			Write	1=Inactive, 2=SA, 3=EA
MV	735	MIRU Control 9 Balanced air flow function			Write	1=Inactive, 2=SA, 3=EA
MV	743	MIRU Control 10 Balanced air flow function			Write	1=Inactive, 2=SA, 3=EA
MVmin	793	Communication operation level			Write	1=Auto, 2=Total stop, 3=Low speed, 4=High speed, 5=Normal stop, 6=Extended normal stop
CAL	0	Calendar #1	Date list, up to 10 dates		Write
CAL	1	Calendar #2	Date list, up to 10 dates		Write
NC	0	NC 00 A-Alarm	Notification class for AHU A-alarms		Read
NC	1	NC 01 B-Alarm	Notification class for AHU B-alarms		Read
NC	3	NC 03 Alarms specified in BACnet	Notification class for alarms set in BACnet objects		Read
NC	10	NC 10 Info message	Notification class for AHU info messages		Read
NC	11	NC 11 Events specified in BACnet	Notification class for events set in BACnet objects		Read
SCH	0	Schedule #1	Weekly schedule, 6 time-values per day, 2 exceptions		Write	1=Total stop, 2=Low speed, 3=High speed, 4=Normal stop, 5=Extended normal stop

Integration notes

Object tables are the same on every unit; points for accessories or heat-exchanger types not fitted read zero or inactive.
The Misc column in the source marks the program version (1.11-1.13) that added some objects.
Most alarms appear as individual BIs named 'Alarm <group>:<number> ...'; BI-13/14 summarize A- and B-class alarms.
Airflows are in l/s and temperatures in °C as published.
BI-104's object name is printed truncated in the source (a pressure-limit sentence) and is kept as printed.
BV-457 Dehumidifying function is marked as moved to MV-457.

Check it against the live device. A points list tells you what the controller can expose; the unit in front of you may differ by firmware or installed options. Easy BACnet scans a network for BACnet IP devices from an Android phone, reads every object on the GOLD generation E (RX/PX/CX/SD) BACnet IP and exports what it actually has to Excel — free. New to BACnet? Start with what a BACnet points list is and what the object types mean.

Questions about the Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP

How many BACnet points does the Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP have?

This list has 1452 BACnet objects: 356 analog inputs, 1 analog output, 357 analog values, 554 binary inputs, 1 binary output, 91 binary values, 2 calendars, 12 multi-state inputs, 2 multi-state outputs, 5 notification classs, 1 schedule, 70 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP BACnet points are writable?

525 of the 1452 objects accept a write. Points marked Command have a priority array: a write holds until it is released, so release it back to automatic when you are done.

Where is the official Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP BACnet documentation?

The source is BACnet IP GOLD RX/PX/CX/SD, Generation E (GOLD_E_BACnet_150316), revision 2015-03-16, published free by Swegon at https://www.swegon.com/siteassets/_products-documents-archive/air-handling-units/gold-version-e-2013-2017/functions/_en/gold_e_bacnet_150316.pdf.

What are the minimum BACnet points to integrate the Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP?

Start with MV 793 Communication operation level (BMS start/stop and speed command); AV 132 SA temperature set point (Supply air temperature setpoint); AV 135 EA/Room temperature set point (Extract/room temperature setpoint); BV 1 Alarm reset (Resets all active alarms); MI 592 Operation level (Actual operating state and who stopped the unit); AI 64 SA Temperature (Supply air temperature); AI 66 EA Temperature (Extract air temperature); AI 73 Outdoor temperature (Outdoor air temp measured by the unit, °C); BI 13 A-alarm active (Any A-class alarm); BI 14 B-alarm active (Any B-class alarm).

How do I enable BMS control of the Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP?

Can the BMS supply sensor values to the Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP?

How do I check these points on the real GOLD generation E (RX/PX/CX/SD) BACnet IP?

Scan the network with a BACnet IP browser such as Easy BACnet, open the device and compare its object list with this table. Anything missing is usually an option that isn't installed or a point that is disabled in the controller's configuration.

More Swegon BACnet points lists

Air handling unit controller
Swegon Compact / GOLD LP BACnet IP (PV 2.01+)
Swegon COMPACT and GOLD LP air handling units with controller program version 2.01 or later.
600 objects · 401 writable · GB.BACnet480.100129
Also known as: COMPACT Air, GOLD LP, Compact/GOLD LP, GB.BACnet480.100129, BACnet480

Source: BACnet IP GOLD RX/PX/CX/SD, Generation E · GOLD_E_BACnet_150316 · rev. 2015-03-16. Object names, instances and units are reproduced as published; descriptions are our own.

Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP BACnet points list

BMS integration notes: Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP

Minimum points to map

Enable & remote start

Sensors & values from the BMS

Network setup

Watch out for

Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP BACnet objects

Integration notes

Questions about the Swegon GOLD generation E (RX/PX/CX/SD) BACnet IP

More Swegon BACnet points lists

Swegon Compact / GOLD LP BACnet IP (PV 2.01+)