Controls 2012 V1

526 views
459 views

Published on

Neptronic\'s PPT controls presentation

0 Comments
0 Likes
Statistics
Notes
  • Be the first to comment

  • Be the first to like this

No Downloads
Views
Total views
526
On SlideShare
0
From Embeds
0
Number of Embeds
5
Actions
Shares
0
Downloads
2
Comments
0
Likes
0
Embeds 0
No embeds

No notes for slide
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Copyright 2012, National Environmental Products Ltd. All Rights Reserved.
  • Controls 2012 V1

    1. 1. • EVC Controllers• EFC Controllers• BACnet Controllers • Major Characteristics• Ancillary• What’s new
    2. 2. The EVC series is a VAV box controller combined with an actuator and a thermostat
    3. 3. • Available for pressure dependant or independent systems• Stand-alone or with BACnet® communication protocol• Up to 4 triac outputs• 70 in. lb. or 180 in. lb. actuator
    4. 4. The EVC thermostat (TRL) is needed to: •Access the configuration menus of the EVC •Do the balancing of the VAV box •Setpoint adjustments •Display the system status
    5. 5. •Available in 2x4 or 3x3 formats•USB port to tap into the BACnet® network locally•RJ45 or 3 wire cable connection to the EVC•Built-in temperature sensor 3x3 2x4
    6. 6. 1. Central Cooling & Terminal Reheat2. Central Heating/Cooling with Auto-Changeover3. Central Heating/Cooling with Auto-Changeover & Terminal reheat4. Dual Duct Master Slave5. Fan Powered Box with ECM motors
    7. 7. E V C 7 4 W IT 3 S TB1 XFO 1 2 3 4 1 2 3 4 5 6 7 8 1 2 3 1 2 3 1 COM L in e C e n tra l C o o lin g W ith v o lta g e COM Pow er 24 Vac T e rm in a l R e h e a t 24 Vac 24 Vac 2 4 V a c e x te rn a l- J P 1 (T O 1 /T O 2 ) TB2 TO1 T ria c O u tp u t S ig n a l s e le c to r fo r INT EXT COM 2 4 V a c tria c D u c t h e a te r 24 Vac (fo r JP 1 & JP 2 ) TO2 R 2 4 V a c e x te rn a l- J P 2 (T O 3 /T O 4 ) D u c t h e a te r D u c t h e a te r re la y TO3 T ria c O u tp u t h ig h v o lta g e COM 24 Vac pow er TO4 TB3 D I1 B a s e b o a rd B a s e b o a rd RB a s e b o a rd h ig h re la y COM D ig ita l In p u t v o lta g e p o w e r D I2 TB4 AO1 COM A n a lo g O u tp u t AO2 D u c t h e a te r TB5 A I1 COM A n a lo g In p u t 2 3 0 -1 0 V d c A I2 LD1 D u c t h e a te r P o w e r in d ic a tio n DS1* h ig h v o lta g e ON 12345678 LD2 C o m m u n ic a tio n pow er w ith th e rm o s ta t (1 -7 ) in d ic a tio n M A C A d d re s s S e le c tio n (8 ) 1 2 0 o h m te rm in a tio n (L a s t n o d e ) 1 2 3 4 5 1 2 3 TB6 IN A + IN B - COM N e tw o rk OUT A+ TRL OUT B- 1 2 3 TB7 COM T h e rm o s ta t PW R 3 w ire c a b le to T R L DATA L o w s ta tic H ig h to ta l p re s s u re p re s s u re C o n n e c t to th e c ro s s flo w
    8. 8. E V C 7 4 W IT 3 S XFO 1 2 3 4 1 2 3 4 5 6 7 8 1 2 3 1 2 3 1 TB1 COM L in e COM v o lta g e Pow er 24 Vac 24 Vac 24 Vac 2 4 V a c e x te rn a l- J P 1 (T O 1 /T O 2 ) TB2 TO1 T ria c O u tp u t S ig n a l s e le c to r fo r INT EXT COM 2 4 V a c tria c 24 Vac (fo r JP 1 & JP 2 )C e n tra l C o o lin g & H e a tin g TO2 W ith A u to C h a n g e o v e r 2 4 V a c e x te rn a l- J P 2 (T O 3 /T O 4 ) TO3 T ria c O u tp u t COM 24 Vac TO4 TB3 D I1 COM D ig ita l In p u t D I2 TB4 AO1 COM A n a lo g O u tp u t S T C 8 -1 1 AO2 TB5 C hangeover A I1 sensor COM A n a lo g In p u t 2 3 A I2 LD1 P o w e r in d ic a tio n DS1* ON 12345678 LD2 C o m m u n ic a tio n w ith th e rm o s ta t (1 -7 ) in d ic a tio n M A C A d d re s s S e le c tio n (8 ) 1 2 0 o h m te rm in a tio n (L a s t n o d e ) 1 2 3 4 5 1 2 3 TB6 IN A + IN B - COM N e tw o rk OUT A+ TRL OUT B- 1 2 3 TB7 COM T h e rm o s ta t PW R 3 w ire c a b le to T R L DATA L o w s ta tic H ig h to ta l p re s s u re p re s s u re C o n n e c t to th e c ro s s flo w
    9. 9. E V C 7 4 W IT 3 S TB1 XFO 1 2 3 4 1 2 3 4 5 6 7 8 1 2 3 1 2 3 1 COM C e n tra l C o o lin g & H e a tin g L in e v o lta g e COM Pow er 24 Vac W ith C h a n g e o v e r & 24 Vac 24 Vac T e rm in a l R e h e a t 2 4 V a c e x te rn a l- J P 1 (T O 1 /T O 2 ) TB2 TO1 T ria c O u tp u t S ig n a l s e le c to r fo r INT EXT COM 2 4 V a c tria c 24 Vac (fo r JP 1 & JP 2 ) TO2 B a s e b o a rd B a s e b o a rd R 2 4 V a c e x te rn a l- J P 2 (T O 3 /T O 4 )B a s e b o a rd h ig h re la y v o lta g e p o w e r TO3 T ria c O u tp u t COM 24 Vac TO4 TB3 D I1 D u c t h e a te r COM D ig ita l In p u t D I2 TB4 0 -1 0 V d c AO1 D u c t h e a te r h ig h v o lta g e COM A n a lo g O u tp u t pow er S T C 8 -1 1 AO2 TB5 A I1 C hangeover sensor COM A n a lo g In p u t 2 3 A I2 LD1 P o w e r in d ic a tio n DS1* ON 12345678 LD2 C o m m u n ic a tio n w ith th e rm o s ta t (1 -7 ) in d ic a tio n M A C A d d re s s S e le c tio n (8 ) 1 2 0 o h m te rm in a tio n (L a s t n o d e ) 1 2 3 4 5 1 2 3 TB6 IN A + IN B - COM N e tw o rk OUT A+ TRL OUT B- 1 2 3 TB7 COM T h e rm o s ta t PW R 3 w ire c a b le to T R L DATA L o w s ta tic H ig h to ta l p re s s u re p re s s u re C o n n e c t to th e c ro s s flo w
    10. 10. The EFC series package consist of 2 parts: fan coil controller and a thermostat
    11. 11. •Available in 24 Vac, 120 Vac & 240 Vac•Stand-alone or with BACnet® communication protocol•4AI/5UI sensor ded. 2AO/3TRIAC/3 Fan speed/4DO•Analog fan option
    12. 12. The EFC thermostat (TFL) is needed to:•Access the configuration menus of the EFC•Setpoint adjustments•Display the system status
    13. 13. •Available in 2x4 or 3x3 formats•USB port to tap into the BACnet® network locally•RJ45 or 3 wire cable connection to the EFC•Built-in temperature sensor•Optional humidity sensor 3x3 2x4
    14. 14. Programmable Analog Input Signal Selection (AI3 to AI6) Off: AI= Temp. sensor (10kohms) On: AI= Voltage (0-10Vdc) Fan coil Application DS1.1 linked to AI3 (8) 120 ohm termination DS1.2 linked to AI4 2 pipe modulating (Last node) (1-7) DS1.3 linked to AI5 MAC Address DS1.4 linked to AI6 + reheat on-off Selection TFL 1 2 3 4 5 6 7 8 1 2 3 4 6 COM TO3 EFC TB5 1 ON 1 DS2 DS1 COM 4 5 To TFL 24 Vdc 2 Thermostat 2 TO2 Triac Outputs COM.BUS 3 3 1 COM 2 3 TB6 IN A+ 3 TO1 IN B- 3 Duct heater 2 3 TB1 24 Vac Triac Input 1 Network3 COM 3 R OUT A+ 3 TRIAC 4 5 1 JP1 Duct heater OUT B- 3 high voltage EXT INT AO1 power TB7 Duct heater relay Analog Outputs COM 2Modulating valve AO2 3 1 0-10Vdc TB8 AI1 Analog Inputs (Fix) COM 2 DO43 4 Changeover sensor AI2 3 1 Ret. DO43 2 3 TB9 AI3 Ret. DO33 TB2 AI4 2 3 DO33 Digital 4 1 Analog Inputs (Programmable) COM DO23 Outputs3 AI5 4 5 1 3 Ret. DO2 2 3 AI6 Ret. DO13 TB3 TB10 DI1 DO13 6 1 DI2 2 3 Fan Low Digital Inputs COM Fan Medium Fan 4 5 DI3 Outputs 4 5 1 Fan High DI4 Fan Return 2 3 TB11 COM Return Low Voltage Power In1 120 Vac TB4 COM 2 3 Vac IN1 1 Outputs* (Inputs for EFCx10) 24 Vac F1 24 Vac Fuse 10A. 4
    15. 15. Programmable Analog Input Signal Selection (AI3 to AI6) Off: AI= Temp. sensor (10kohms) Fan coil Application On: AI= Voltage (0-10Vdc) DS1.1 linked to AI3 (8) 120 ohm termination 4 pipe modulating (Last node) (1-7) DS1.2 linked to AI4 DS1.3 linked to AI5 MAC Address DS1.4 linked to AI6 Selection TFL 1 2 3 4 5 6 7 8 1 2 3 4 6 COM TO3 EFC TB5 1 ON 1 DS2 DS1 COM 4 5 To TFL 24 Vdc 2 Thermostat 2 TO2 Triac Outputs COM.BUS 3 3 1 COM 2 3 TB6 3 IN A+ TO1 IN B- 3 2 3 TB1 24 Vac Triac Input 1 Network3 COM 3 OUT A+ 3 TRIAC 4 5 1 Modulating JP1Cooling valve OUT B- 3 EXT INT 0-10Vdc AO1 TB7 Analog Outputs COM 2 ModulatingHeating valve AO2 3 1 0-10Vdc TB8 AI1 Analog Inputs (Fix) COM 2 DO43 4 AI2 3 1 Ret. DO43 2 3 TB9 AI3 Ret. DO33 TB2 AI4 2 3 DO33 Digital 4 1 Analog Inputs (Programmable) COM DO23 Outputs3 AI5 4 5 1 Ret. DO23 2 3 AI6 Ret. DO13 TB3 TB10 DI1 DO13 6 1 DI2 2 3 Fan Low Digital Inputs COM Fan Medium Fan 4 5 DI3 Outputs 4 5 1 Fan High DI4 Fan Return 2 3 TB11 COM Return Low Voltage Power In1 120 Vac TB4 COM 2 3 Vac IN1 1 Outputs* (Inputs for EFCx10) 24 Vac F1 24 Vac Fuse 10A. 4
    16. 16. •We are active Member of BACnet® International•All Neptronic BACnet® products are certified to BTL (BACnet® Testing Laboratories)•We are BACnet® MS/TP over RS-485 2 wire cable, twisted-shielded (BACnet IP Summer 2012)•Baud rate can be set to one of the following: 9600, 19200, 38400 or 76800 bps
    17. 17. • Baud Rate – One device at a different baud rate than the controller or other devices will crash the trunk• MAC Address – Lots of time people will forget to change the factory default MAC to a unique address on their network (set at 0 by default)• T-taps – Too many T-taps will result in communication issues (max 65‘ per T-tap,130‘ total max)
    18. 18. Neptronics Major BACnet Characteristics ASC 1. Two MAC addressing options -Controller and/or Thermostat 2. Auto Device Instance Configuration 3. Auto baud rate 4. Copy configuration 5. Service Display Address (Service Display Address) EVC EFC
    19. 19. 1. Two MAC addressing options1-DIP switch Mac addressing is 2- Thermostatalways priority vs Thermostataddressing 1 2 4 8 16 32 64 EOL OFF ON
    20. 20. 2- Auto Device Instance Configuration All NEPTRONIC Controllers come with a default Device Instance (D.I.) value of 153 000 (153 is NEPTRONIC’s BACnet vendor ID number) To which a MAC address is automatically added to
    21. 21. 2- Auto device instance configuration As you set the MAC address, the Instance automatically set the Device Instance (D.I.) MAC Address: 21 Default Device Instance (D.I.): 153000 Automatic D.I. 153021
    22. 22. 3- Auto baud rate Controller « Listens » & identifies the networks baud rate and sets its speed accordingly (9,6/19,2/38,4/76,8Kb) MS/TP Network @ « X Kb » Speed
    23. 23. 4- Copy configuration: A Single profile or application can be pushed to similar Zone Controllers
    24. 24. 4- Copy configuration: Copies configuration VAV2 VAV3VAV 1 Profile type: VAV 41 Changeover Remote Sensor input1 Reheat on/off Output HW Valve VAV51 Reheat TPM Output (Duct heater) VAV6
    25. 25. 4- Copy configuration: Avantage: Push globally and not pull individually to similar information to identical controllers.
    26. 26. 5- Service Display Address: Helps you identify a specific controller on a given network
    27. 27. Neptronic’s BACnet® ControlsAdvantages: • Cuts labor costs • Increases your productivity • Flexibility that fits your needs
    28. 28. • Design to mount on most spring loaded valves• Delivers a minimum of 200N force• Modulating analog or digital control signal, Failsafe up or down• Easy installation (no tools)
    29. 29. • 10 Inputs and 10 Outputs (8UI-2AI/6DO-4AO)• 1 BACnet MS/TP and 1 MODbus Ports• Possibility to add 8 slave Tstats• Optional : LCD Display, RTC
    30. 30. Luis I. MelgaresProduct ManagerBusiness DevelopmentLuis@neptronic.com Luis melgaresNeptronic.com

    ×