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EFCB Series Controller 

 

Page  | 17 

 

ID

7

 Name 

Description 

Writable  
Property 

EF

CB

12

-G

Rx

 

EF

CB

1x

 

EF

CB

1x

-O

E1

 

EF

CB

1x

Q1

 

EF

CB

1x

Q1-

O

E

1

 

EF

CB

1x

Q2

 

EF

CB

1x

Q2-

O

E

1

 

EF

CB

1x

Q3

 

EF

CB

1x

Q4

 

EF

CB

1x

Q4-

O

E

1

 

Notes 

MSV.51 

Contact2Signal 

Ramp that control digital output 2

 

Present Value 

 

 

 

 

x

x  x

x  x 

1= Off 
2= ChangeOverWithFan 
3= CoolingWithFan 
4= HeatingWithFan 
5= Loc.HeatWithFan 
6= Loc.Heat 
7= HumidiWithFan (only when connected with a TFLH-

EXT or a TFLH-INT | not available with GRx) 

MSV.52 

Contact3Signal 

Ramp that control digital output 3

 

Present Value 

x       x

1= Off 
2= ChangeOverWithFan 
3= CoolingWithFan 
4= HeatingWithFan 
5= Loc.HeatWithFan 
6= Loc.Heat 
7= HumidiWithFan (only when connected with a TFLH-

EXT or a TFLH-INT | not available with GRx) 

MSV.53 

Contact4Signal 

Ramp that control digital output 4

 

Present Value 

x        x 

1= Off 
2= ChangeOverWithFan 
3= CoolingWithFan 
4= HeatingWithFan 
5= Loc.HeatWithFan 
6= Loc.Heat 
7= HumidiWithFan (only when connected with a TFLH-

EXT or a TFLH-INT | not available with GRx) 

MSV.87

52

 

FanModeNoOcc.Night 

NSB or No Occupancy mode fan speed 

Present Value 

   x  x  x     x 

1= Low 
2= Medium 
3= High 
4= Auto 

                                                      

52

 

Only in version 1.28 and above.

 

Summary of Contents for EFCB Series

Page 1: ...EFCB Series Controller BACnet Communication Module User Guide EFCB SERIES BACNET USER GUIDE EFCB 130429 EUL doc ...

Page 2: ......

Page 3: ...le of Contents Introduction 2 BACnet Overview 2 Getting Started 3 Quick Setup 3 Manual Setup 3 Copy Config 4 MAC address and Max_Master 4 Device Object Properties 5 Object Types Supported 6 Out of Service 6 EFCB Series Objects Table 7 ...

Page 4: ... refert to the Getting Started section on page 3 For more information on the thermostat menu please refer to the controller s Specification Installation Manual for more details BIBB Support The controller generally behaves as a B ASC type profile server The following specific BIBBs are supported per their relevant definitions in Annex K to BACnet DS RP B DS RPM B DS WP B DS WPM B DM DDB B DM DOB B...

Page 5: ...increase network efficiency or if there are less than 127 devices on the network the Max_Master value can be configured through WriteProperty service to the Device Object Max_Master For more information refer to the MAC address and Max_Master section on page 4 Device Object Object_Name Name of device for example EVFB11WQ4 This value can be configured through WriteProperty service to the Device Obj...

Page 6: ... due to lost time polling for masters that are not present Unless there are 126 other units on the MS TP network the default Max_Master of 127 is not the most efficient choice for the controller The Max_Master default of 127 was selected to ensure that any master specifically a BACnet client can be found when the controller is first started Example 1 This example is slow and inefficient because ev...

Page 7: ...0x02 0x60 i e a bitstring in BACnet order writeProperty readProperty writePropertyMultiple readPropertyMultiple deviceCommunicationControl unconfirmedPrivateTransfer who Is who Has Protocol_Object_Types_Supported Always 0x00 0xB4 0x80 0x10 i e a bitstring in BACnet order analog input analog value binary input binary value device multi state value Object_List Per the standard Because of restriction...

Page 8: ...ion Reliability States_Text Present_Value 6 N A Out of Service Neptronic controllers offer the use of the Out of Service writable property When set to true this property disconnects the object from the physical input enabling you to input other values This could be useful for special applications or when troubleshooting For example you can ignore the temperature read from a sensor and input the de...

Page 9: ...olt or 40 100ºC or 40 212ºF Resolution 0 01Volt or 0 01ºC 0 02ºF AI 15 AnalogInput5 12 Analog input 5 mode selected by dipswitch on EFCB Out of service x x x x x x x x x x 0 10Volt or 40 100ºC or 40 212ºF Resolution 0 01Volt or 0 01ºC 0 02ºF AI 16 AnalogInput6 13 Analog input 6 mode selected by dipswitch on EFCB Out of service x x x x x x x x x x 0 10Volt or 40 100ºC or 40 212ºF Resolution 0 01Vol...

Page 10: ...V 31 FloatingMotorTiming Floating time Present Value x x x x x x x x x 15 250 seconds AV 36 Dehumid Demand 14 Dehumidification demand x x x x x x x x x 0 100 AV 37 HumiditySetPoint 15 Humidification Dehumidification set point Present Value x x x x x x x x x 10 0 65 0 RH Resolution 0 5 RH AV 38 Intern HumidityOffset 16 Internal humidity sensor offset Present Value x x x x x x x x x 5 0 RH Resolutio...

Page 11: ...3 Percentage of demand to close TO2 Present Value x x x x x x x x x 15 80 Resolution 1 AV 88 TO3OnPos 24 Percentage of demand to close TO3 Present Value x x x x x x x x x 15 80 Resolution 1 AV 90 TO1OffPos 25 Percentage of demand to open TO1 Present Value x x x x x x x x x 0 AV 86 4 Resolution 1 AV 91 TO2OffPos 26 Percentage of demand to open TO2 Present Value x x x x x x x x x 0 AV 87 4 Resolutio...

Page 12: ... x x x x x x 0 Enable 1 Disable BV 6 ControlTemper Source Temperature sensor used for control internal or external Present Value x x x x x x x x x x 0 Intern Sensor 1 Extern Sensor BV 7 ChangeOverMode Change over mode status Out of service x x x x x x x x x x 0 Cooling 1 Heating BV 8 HumidityControlSource 34 Humidity sensor used for control internal or external Present Value x x x x x x x x x 0 In...

Page 13: ...ff 1 On BV 31 OnOffOutput3 44 TO3 output status Present Value x x x x x x x x x 0 Off 1 On BV 33 DigitalInput1Mode Flow switch normally open or close Present Value x x x x x x x x x x 0 Norm Open 1 Norm Close BV 34 DigitalInput2Mode Dirty filter normally open or close Present Value x x x x x x x x x x 0 Norm Open 1 Norm Close BV 36 DirtyFilter Dirty filter status x x x x x x x x x x 0 No 1 Yes BV ...

Page 14: ... x x x 0 No 1 Yes BV 44 ChangeOverLock Change Over demand Locked Present Value x x x x x x x x x x 0 No 1 Yes BV 45 NightModeOFF Thermostat OFF in night mode Present Value x x x x x x x x x 0 No 1 Yes MSV 2 UserFanSpeed Fan speed status Present Value x x x x x x x x x x 1 Auto 2 Speed1_Low 3 Speed2_Med 4 Speed3_High MSV 3 UserControlMode Selected user control mode according to MSV 4 Present Value ...

Page 15: ...d control mode in programming mode Present Value x x x x x x x x x x 1 Auto 2 Heating 3 Cooling 4 HeatingOrCooling MSV 8 FanOutputSignal Number of fan contacts used Present Value x x x x x x x x x x 1 1Speed 2 2Speeds 3 3Speeds if MSV 17 is set to FAN not available on GR1 1 AnalogOutput2 MSV 9 NightSetBack Night SetBack status x x x x x x x x x 1 Day 2 Night 3 Override MSV 11 OccupancyInput Digita...

Page 16: ... 7 HumidiWithFan only when connected with a TFLH EXT or a TFLH INT not available with GRx MSV 17 AnalogOutput2Signal Ramp that control analog output 2 Present Value x x x x x x 1 Off 2 ChangeOverWithFan 3 CoolingWithFan 4 HeatingWithFan 5 Loc HeatWithFan 6 Loc Heat 7 Fan not available on GR1 AnalogOutput2Signal Ramp that control analog output 2 Present Value x x x x 1 Off 2 ChangeOverWithFan 3 Coo...

Page 17: ...Off 2 ChangeOverWithFan 3 CoolingWithFan 4 HeatingWithFan 5 Loc HeatWithFan 6 Loc Heat MSV 22 TO1Mode Signal output configuration for TRIAC output 1 Present Value x x x x x x x x x States available if MSV 18 is set to HeatingWithFan or ReheatWithFan or Reheat 1 Pulsing 2 On_Off 3 Floating States available if MSV 18 is set to ChangeOverWithFan or CoolingWithFan 1 On_Off 2 Floating States available ...

Page 18: ...ation 3 Humidification 4 Off MSV 36 Extern HumidityInput 51 External humidity sensor analog input Analog input selected should be in 0 10V HW dipswitch selection Present Value x x x x x x x x x 1 Off 2 AnalogInput3 3 AnalogInput4 4 AnalogInput5 5 AnalogInput6 MSV 50 Contact1Signal Ramp that control digital output 1 Present Value x x x x x x x x 1 Off 2 ChangeOverWithFan 3 CoolingWithFan 4 HeatingW...

Page 19: ...ontact3Signal Ramp that control digital output 3 Present Value x x x x 1 Off 2 ChangeOverWithFan 3 CoolingWithFan 4 HeatingWithFan 5 Loc HeatWithFan 6 Loc Heat 7 HumidiWithFan only when connected with a TFLH EXT or a TFLH INT not available with GRx MSV 53 Contact4Signal Ramp that control digital output 4 Present Value x x x 1 Off 2 ChangeOverWithFan 3 CoolingWithFan 4 HeatingWithFan 5 Loc HeatWith...

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