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Page

BACNET
OBJECT
ID

BACNET OBJECT NAME

READ/

WRITE

MODBUS

NOTE

BV43

Clock display No =0,Yes=1

0 RW

C43
(HMI)

BV44

PPM display

No =0,Yes=1

0 R

C44
(HMI)

For

EY-

RU305F7003W

BV45

RPM display

No =0,Yes=1

0 RW

C45
(HMI)

BV46

BV-46

Internal Use

C46

BV47

BV-47

Internal Use

C47

BV48

BV-48

Internal Use

C48

BV49

CO2 control

0=ai1 co2 sensor, 1=HMI
co2 sensor

0 -

C49

BV50

BV-50

Internal Use

C50

BV51

VAV/CAV
mode select

0=VAV,1=CAV

0 -

C51

BV52

BV-52

Arithmetic Operation-Off
delay 160 sec after BV55

C52

BV53

BV-53

Arithmetic

Operation-

BV104

!BV52

C53

BV54

BV-54

Arithmetic

Operation-

AV113

within

AV122~AV123

C54

BV55

BV-55

Arithmetic Operation- On
delay 5sec after BO54

C55

BV56

BV-56

Arithmetic

Operation-

BV62 & BV38

C56

BV57

BV-57

Arithmetic

Operation-

AV33 changes>.1

C57

BV58

BV-58

Arithmetic

Operation-

AV34 changes>.1

C58

BV59

Pow er off
min
open/min f
low select

0 min VAV open position,1
Vmin

0 -

C59

BV60

Ai1control
mode
disable/
enable

10VDC

0 Disable,1 Enable.

0 -

C60

BV61

BV-61

Arithmetic

Operation-

AV35 changes>.1

C61

Summary of Contents for ASV3

Page 1: ...Page 1 of 45 MANUAL SAUTER ASV3 ...

Page 2: ...Page 2 of 45 ...

Page 3: ...ting of Angle of Rotations and Limits 9 3 1 1 Mechanical Limiting Angle of Rotation 9 3 2 Mounting on A VAV Terminal Box 9 3 3 Connecting an Airflow Sensor 10 3 4 Connecting Inputs and Outputs 11 3 5 Connecting to Room Thermostats 11 3 6 Connecting Power 11 3 7 Analog Input 12 3 8 Digital Outputs 12 3 9 Analog Outputs 12 4 Configuration the VAV Box and Actuators 13 4 1 Maintenance 13 4 2 Changing ...

Page 4: ...es 24 5 4 EY RU305F700XW Series Room Thermostats 25 6 Room Set points 25 6 1 Room Set points 25 6 2 Active Set Point 25 6 3 Occupied 25 6 4 Unoccupied 26 6 5 Damper Operation 26 7 System Integration and Networking 26 7 1 System Integration and Networking 26 7 2 Connecting to an MS TP Network 27 7 3 Connections and Wiring 28 7 4 Network Bulbs 28 7 5 Setting Up Networking Communications 28 7 6 BACne...

Page 5: ...C address and Baud rate can be easily be set from the EY RU305F700XW Series Thermostats and ASV305BF7XXXW itself without any special tools or software 2 2 Specifications All our inputs and outputs are factory programmed and application specific No field configuration is needed unless its needed for offset For details listing our input and output of object list please see BACnet object list page 30...

Page 6: ...d as BACnet analog input object Measuring Range up to 500 Pa 2 inH2O Span accuracy of 5 Zero point accuracy 0 1pa Tube connections for 1 4 inch FR tubing 2 2 6Memory Programs and program parameters are stored in non volatile memory Auto restart on power failure 2 2 7Certification Federal Communications Commission FCC CE Certified BACnet Testing Laboratory BTL listed as an application specific cont...

Page 7: ... 75s to 85s 5 Nm 2 AI 2 DO 0 AO ASV305BF720 2W 0 500 Pa 75s to 85s 5 Nm 2 AI 0 DO 2 AO ASV305BF722 2W 0 500 Pa 75s to 85s 5 Nm 2 AI 2 DO 2 AO 2 4 Accessories and Replacement Parts Following accessories and replacement parts are available from SAUTER Type Description EY RU305F7001W Room unit with LCD display and temperature sensor EY RU305F7002W Room unit with LCD display humidity and temperature s...

Page 8: ...perature 20 70 C Admissible humidity 5 to 95 rh non condensing Inputs outputs Analogue inputs Dry contact for any kind input Thermistor 10k Analogue outputs 0 10V 4 20mA 12 bits resolution Interfaces and communication RS 485 not electrically isolated 9600 76800 BPS 1200 Meters Communication protocols BACNET MS TP RS485 9600 76800 BPS 1200 Meters BACnet BTL certification BACnet Application Specific...

Page 9: ...e To maintain the specifications of the wiring its recommended to use either shield cables or enclose all cables in the conduit Mount the controller directly over the shaft with a min length of 45mm The shaft dimensions must be 06 to 15 mm if round and 5 to 10 5mm if square in shape Mount the controller as follows 1 Manually rotate the damper on the VAV box to fully open position 2 On the ASV305BF...

Page 10: ...n Airflow Sensor An airflow sensor is one of the inputs on the controller Connect the tubing from the pitot assembly of the airflow sensors input to the VAV terminal box differential pressure plug Our airflow sensor is uni direction ...

Page 11: ...red to function EY RU305F7001W EY RU305F7002W EY RU305F7003W Connect the ASV305BF7XXXW VAV controller to the EY RU305F700XW room thermostats using a standard RJ 11 cable up to 35M long See the installation guide for more info 3 6 Connecting Power The ASV305BF7XXXW VAV controller requires a 24VAC or 100 277VAC power supply Use the following guidelines when choosing the wiring transformers to its co...

Page 12: ... pressure sensor for additional application 3 8 Digital Outputs ASV305BF7XXXW VAV controller specific models with 2 Digital Output DO DO0 1 24 VAC 10 The DO can be used for on off control heating valve fan control 2 stage electric duct heater as well as to power other field devices such as temperature sensor or differential pressure sensor which needs 24VAC supply 3 9 Analog Outputs ASV305BF7XXXW ...

Page 13: ...ssword to enter 4 3 Configuring the VAV Box Options The configurations of the functions that are accessible through an EY RU305F700XW series room thermostat The values and setting that are entered during the installation and commissioning of a VAV terminal unit can be set via 3 ways Typically most of the functions do not need to change after the installation and commissioning process To set up the...

Page 14: ...ns together and hold for 3 secs 3 If password is not changed the password is 100 4 If display ERR the password is wrong 5 If display COFG you have successfully entered the admin mode Screen on password Incorrect Password Successfully entered admin mode 2 Select a configuration function 1 Choose COFG for more configuration setting 2 Choose ACTu for BACnet instance ID configuration 3 Choose Exit to ...

Page 15: ... Lock Level Once the following procedure is set please select Save or else the controller will not capture the configuration NO PROCEDURE DETAIL STEPS SENSOR DISPLAY 1 Set Temperature setpoint 1 Use the arrow to SETP Press the power button to select it SEtp on screen 2 Set Max temp setpoint 1 Adjustable using up and down button from 0 to 100 value 2 Press power button to move on to the next functi...

Page 16: ...ge 16 of 45 4 Celsius or Fahrenheit selection 1 Adjustable using up and down button to either F Fahrenheit or C Celsius 2 Press power button to move on to the next function To choose Fahrenheit or Celsius ...

Page 17: ...nction Options for CFM LPS or CMH 6 Temperature Dis play Present Value or Set Value 1 Adjustable using up and down button to either SV set value or PV present value 2 Press power button to move on to the next function Set Value or Present Value 7 Lock Level 1 Adjustable using up and down button to choose lock level 0 Unlock or 1 Lock temperature setting or 2 Lock Occupancy mode temperature setting...

Page 18: ...PLAY 1 Enter VAV box configuration 1 Use the arrow to VAV Press the power button to select it VAV on screen 2 Set Primary K factor 1 Once you press the power button on the VAV you should enter K factor 2 Adjustable using up and down button from 0 to 1000 value 3 Press power button to move on to the next function K factor 3 Set VAV inlet diameter 1 Adjustable using up and down button from 0 to 400 ...

Page 19: ... it FL p on screen 2 Set Max Air flow for cooling mode 1 Once you press the power button on the FL p you should enter FL C 2 Adjustable using up and down button from 0 to 9999 value 3 Press power button to move on to the next function Max Airflow for cooling 3 Set Mom Air flow for cooling mode 1 Adjustable using up and down button from 0 to 9999 value 2 Press power button to move on to the next fu...

Page 20: ...l setpoint 1 Once you press the power button on the FL u you should enter FL s 2 Adjustable using up and down button from 0 to 9999 value 3 Press power button to move on to double confirm on the airflow override Press button after choosing your option 1 Yes 0 No Airflow set point Confirmation of set point 3 View Present airflow value 1 After confirming the airflow override this function will let y...

Page 21: ...er position 1 Once you press the power button on the dAPP you should enter dAPS 2 Adjustable using up and down button from 0 to 100 value Value in 3 Press power button to move on to double confirm on the damper position override Press button after choosing your option 1 Yes 0 No Damper position Confirmation of set point 3 View Present Damper position value 1 After confirming the damper position ov...

Page 22: ...ss the power button on the CALI IAQ you should enter CALI 2 Adjustable using up and down button from 10 to 10 value 3 Press power button to move on to the next function Temp Calibration 2 Set Humidity calibration 1 Adjustable using up and down button from 10 to 10 value 2 Press power button to move on to the next function Humidity Calibration 3 Set CO2 calibration 1 Use the arrow to CAL The value ...

Page 23: ...he changes made 4 13 Configuring the Instance ID The Instance ID can be changed via Room Thermostats setting NO PROCEDURE DETAIL STEPS SENSOR DISPLAY 1 Choose Actuator Information 1 Use the arrow to ACTU Press the power button to select it Actuator info on screen 2 Set Instance ID 1 Once you press the power button on the ACTU you should enter B ID 2 Adjustable using up and down button from 0 to 99...

Page 24: ...t us or visit SAUTER controls com 5 2 Sequences of Operation This topic will cover the sequences of operation for our ASV305BF7XXXW series controllers These sequences of operation are descriptions of each major component of ASV305BF7XXXW programming They are provided as an aid to understand how our ASV305BF7XXXW controllers work and operate 5 3 Input Sources The ASV305BF7XXXW Controllers require s...

Page 25: ...emperature Humidity and Carbon Dioxide senor 6 Room Set points 6 1 Room Set points There are four temperature set points each for heating and cooling for a total of 5 set points 1 Active Set point 2 Occupied cooling 3 Unoccupied cooling 4 Occupied heating 5 Unoccupied heating 6 2 Active Set Point The active set point is the current set point set by the user The active set point is determined by th...

Page 26: ... the ASV305BF7XXXW VAV controllers into a Building automation network These are advanced reference topics and are recommended to control for technicians and engineers ASV305BF7XXXW VAV controller can be installed as a standalone controller or they can be connected to a BACnet MS TP network environment The topics in this section are reference material for technicians or engineers who are planning i...

Page 27: ...o an MS TP Network ASV305BF7XXXW VAV controllers are BACnet MS TP listed controllers Connect them only to a BACnet MS TP network To enter the BACnet device instance Mac address and network baud please see chapter 7 6 and 7 7 page 29 ...

Page 28: ...of line termination return switch on for proper network operation 1 For controllers at the end of the networking set the Terminal Return to ON 2 For the start or mid of controllers set the Terminal Return to OFF 7 4 Network Bulbs ASV305BF7XXXW VAV controllers include 3 status bulbs on the left hand side of the controller The MS TP status bulb serves three functions 1 Flashing transmitting of data ...

Page 29: ...t is mean terminating resistor for last device on MS TP SW4 S4 Changing Direction of Rotation Factory set OFF the direction of rotation is CW The direction of rotation can be changed by the CW CCW switch Slide 4 of SW4 9600 Baud S1 OFF S2 OFF 19 200 Baud S1 ON S2 OFF 38 400 Baud S1 OFF S2 ON 76 800 Baud S1 ON S2 ON 7 7 Mac Address Our mac address can be set directly on top of the ASV305BF7XXXW VAV...

Page 30: ... Internal Use Pa Analog Input R BACNET OBJECT ID BACNET OBJECT NAME DESCRIPTION UNIT OBJECT TYPE READ WRITE NOTE AI13 Air Flow For VAV box airflow Internal Use LPS Analog Input R AO14 AO0 Ao0 For 0 10VDC Heating Valve Output Analog Output RW Selected Model only AO15 AO1 Ao1 for 0 10VDC Vtg Analog Output RW Selected Model only BI4 Over Current Actuator DC motor over current Internal Use Digital Inp...

Page 31: ... number 0 9999 1000 R R0 HMI The value in PC configuration software must be divided by 10 AV1 DDC Program Version 0 999999999 R R1 AV2 VAV box K factor 0 1000 100 RW R2 HMI AV3 VAV box inlet diameter mm 100 4 125 5 150 6 200 8 250 10 300 12 350 14 400 16 mm 150 RW R3 HMI AV4 Current VAV airflow 0 9999 LPS CFM CMH R R4 HMI AV5 VAV demand airflow 0 9999 LPS CFM CMH RW R5 AV6 Forced airflow control 0...

Page 32: ... 3276 C F 50 RW R15 AV16 Cooling PID parameter Ki 0 3276 C 0 RW R16 AV17 Heating PID parameter Kp 0 3276 C F 50 RW R17 AV18 Heating PID parameter Ki 0 3276 C 0 RW R18 AV19 Dead band for temperature control 0 3276 C F 1 RW R19 AV20 HMI Temperature sensor display Pressure display PA 0 100 C Pa R R20 HMI AV21 HMI Humidity sensor display ID address 0 100 RH R R21 HMI For EY RU305F7002W H and EY RU305F...

Page 33: ...5 C F RW R33 HMI AV34 Cooling set point high limit av35 9999 C F 30 RW R34 HMI AV35 Cooling set point low limit 0 av34 C F RW R35 HMI AV36 set up dow n step 0 1 0 2 0 5 1 C F 0 5 R R36 AV37 Heating set point AV39 38 C F 20 RW R37 AV38 Heating set point high limit AV39 9999 C F 30 RW R38 AV39 Heating set point low limit 0 AV39 C F 0 RW R39 AV40 HMI Version R R40 AV41 HMI Passw ord 0 199 10 HMI 100 ...

Page 34: ...Vtg AV51 AV52 R R50 AV51 ai1 for Co2 sensor or Temperature input scale min 0 AV52 PPM 40 RW R51 AV52 ai1 for Co2 sensor or Temperature input scale max AV52 9999 PPM 200 RW R52 AV57 Air f low PID output Internal use R R57 AV58 Cooling temp setpoint DB Internal use R R58 AV59 heating temp setpoint DB Internal use R R59 AV60 Ai0 mode select 0 not use 1 Occupied Unoccupied2 NTC thermistor 0 R R60 AV61...

Page 35: ...e LPS AV69 Heating mode select 0 5 0 AV70 Cooling PID out 0 100 AV71 Airflow correction value Internal Use AV72 AV 72 Internal Use AV73 Cooling maximum airflow Internal Use R AV74 Cooling minimum airflow Internal Use R AV75 AV 75 Buffer Setpoint for airflow PID R AV76 AV 76 Buffer Damper Position Calculation stage 1 R AV77 Airflow PID parameter Kp Internal Use 2 RW AV78 Airflow PID parameter Ki In...

Page 36: ...rflow Heating maximum airflow LPS R AV90 Heating temp setpoint Internal Use 0 RW AV91 Heating min airflow Internal Use LPS R AV92 AV 92 Buffer travel time counter A RW AV93 AV 93 Buffer cooling demand airflow R AV94 AV 94 Buffer heating demand airflow R AV95 AV 95 Buffer Damper travel time A RW AV96 AV 96 Buffer travel time counter B RW AV97 AV 97 Buffer Damper travel time B RW AV98 AV 98 Buffer M...

Page 37: ...temp setpoint RW AV109 AV 109 Cooling output for airflow PID calculation R AV111 AV 111 Setpoint Value for Cooling temperature PID C R AV112 AV 112 Present Value for Cooling Temperature PID C R AV113 AV 113 Actual airflow filtered LPS R AV114 AV 114 Not use AV115 AV 115 Counter 0 AV117 R AV116 AV 116 Not use AV117 AV 117 Output sampling 2 2sec 2 2 RW AV118 Demand VAV Position VAV position control ...

Page 38: ...l integer Present Value 3276 8 3276 7 correspond to 32768 32767 If AV default value is in the value is fixed and can only be changed in DDC programming 8 3 TABLE 3 BACNET OBJECT LIST FOR BINARY VALUES BACNET OBJECT ID BACNET OBJECT NAME READ WRITE MODBUS ID NOTE BV0 Master Slave Mode Slave 0 Master 1 RW C0 BV1 VAV box Occupied unoccupied Unoccupied 0 Occupied 1 RW C1 HMI BV2 Cool Heat mode Cooling...

Page 39: ...low achieve for more than 300 Sec Cooling Mode No 0 Yes 1 R C12 BV13 Alarm for 90 of the airf low achieve for more than 300 Sec Heating Mode No 0 Yes 1 R C13 BV14 BV 14 Internal Use C14 BV15 BV 15 Internal Use C15 BV16 BV 16 Internal Use C16 BV17 BV 17 Internal Use C17 BV18 BV 18 Internal Use C18 BV19 BV 19 Internal Use C19 BV20 Alarm icon No 0 Yes 1 0 RW C20 HMI BV21 Lock icon No 0 Yes 1 0 R C21 ...

Page 40: ... BV33 ON OFF is allow ed Allow 0 Prohibit 1 0 R C33 HMI BV34 HMI Temperature setting is allow ed Allow 0 Prohibit 1 0 R C34 HMI BV35 BV 35 HMI humidity setting is allow ed Allow 0 Prohibit 1 0 RW C35 HMI For EY RU305F7002W BV36 BV 36 HMI CO2 setting is allow ed Allow 0 Prohibit 1 0 RW C36 HMI For EY RU305F7003W BV37 BV 37 HMI pressure setting is allow ed Allow 0 Prohibit 1 0 RW C37 HMI BV38 Deg C ...

Page 41: ...select 0 VAV 1 CAV 0 C51 BV52 BV 52 Arithmetic Operation Off delay 160 sec after BV55 C52 BV53 BV 53 Arithmetic Operation BV104 BV52 C53 BV54 BV 54 Arithmetic Operation AV113 is within AV122 AV123 C54 BV55 BV 55 Arithmetic Operation On delay 5sec after BO54 C55 BV56 BV 56 Arithmetic Operation BV62 BV38 C56 BV57 BV 57 Arithmetic Operation AV33 changes 1 C57 BV58 BV 58 Arithmetic Operation AV34 chan...

Page 42: ...Arithmetic Operation one shot BO6 BV70 BV 70 Arithmetic Operation BV68 or BV80 BV71 BV 71 Arithmetic Operation Ondelay 1sec after BO7 BV72 BV 72 Arithmetic Operation V95 2 BV73 BV 73 Arithmetic Operation AV99 1 BV74 BV 74 Arithmetic Operation BV73 BV71 BV75 BV 75 Arithmetic Operation Off delay 160 sec after Initial BV76 BV 76 Arithmetic Operation one shot bv63 BV77 BV 77 Arithmetic Operation Count...

Page 43: ...thmetic Operation BV2 BV84 BV89 BV 89 Arithmetic Operation BV83 BV81 BV90 BV 90 Internal Use BV91 BV 91 Internal Use BV92 BV 92 Internal Use BV93 BV 93 Internal Use BV94 BV 94 Internal Use BV95 BV 95 Internal Use BV96 BV 96 Internal Use BV97 BV 97 Internal Use BV98 BV 98 Internal Use BV99 BV 99 Internal Use BV100 BV 100 Internal Use BV101 BV 101 Internal Use BV102 BV 102 Internal Use BV103 BV 103 ...

Page 44: ...111 BV 111 Arithmetic Operation BV103 BV110 BV112 BV 112 Internal Use BV113 Stage 1 Heating Internal use Not active 0 Active 1 BV114 Stage 2 Heating Internal useNot active 0 Active 1 BV115 BV 115 Internal use BV116 BV 116 Internal use BV117 BV 117 Internal use BV118 Stage 3 Heating Internal use Not active 0 Active 1 BV119 Stage heating Bo8 Off 0 On 1 Active Bo8 after 60 sec when On BV120 Stage hea...

Page 45: ...Page 45 of 45 BACNET OBJECT ID BACNET OBJECT NAME READ WRITE MODBUS ID NOTE BV125 BV 125 Not use BV126 BV 126 Not use BV127 BV 127 Internal Use ...

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