Controls 2012 V1
38
Presented by: Luis I. Melgares Product Manager Presented to: Linkedin
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Neptronic\'s PPT controls presentation
Transcript of Controls 2012 V1
Presented by:Luis I. Melgares
Product Manager
Presented to:Linkedin
• EVC Controllers• EFC Controllers• BACnet Controllers
• Major Characteristics• Ancillary • What’s new
Agenda
EVC SeriesThe EVC series is a VAV box controller combined with an
actuator and a thermostat
EVC Series Features• 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
EVC Series ThermostatsThe 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
TRL Thermostats Features
•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
EVC Applications1. Central Cooling & Terminal Reheat2. Central Heating/Cooling with Auto-Changeover3. Central Heating/Cooling with Auto-Changeover &
Terminal reheat4. Dual Duct Master Slave 5. Fan Powered Box with ECM motors
D uct heaterh igh voltage
pow er
D uct heater
D uct heaterre lay
Baseboard h ighvoltage pow er
Baseboardre lay
Baseboard
EVC 74W IT3S
A nalog Input
A I1
C O M
A I2
D I1
C O M
D I2
C O M
C O M
24 Vac
24 Vac
1 2 3 4
TB1
1 2 3
TB3
24 Vac external-JP1(TO 1/TO 2)
TO 1
C O M
TO 2
24 Vac external-JP2(TO 3/TO 4)
TO 3
C O M
TO 4
1 2 3 4 5 6 7 8
TB2
1 2 3
TB4 A O 1
C O M
A O 2
1 2 3
TB5
A nalog O utput
D ig ita l Input
Pow er 24 Vac
Triac O utput24 Vac
Triac O utput24 Vac
Signal selector for24 Vac triac(for JP1 & JP2)
INT E
XT
R
R
TR L
1 2 3
Therm ostat
TB7
3 w ire cable to TR L
C O M
PW R
D A TA
1 2 3
Low staticpressure
H igh tota lpressure
C onnect to thecrossflow
LD1
TB6
LD2 C om m unication
w ith therm ostatindication
ON1 2 3 4 5 6 7 8
DS
1*
(8) 120 ohmterm ination(Last node)
(1-7)M AC AddressSelection
IN A +
IN B -
C O M
O U T A +
O U T B -
N etw ork
1 2 3 4 5
Pow er indicationD uct heaterh igh voltage
pow er
D uct heater
0-10Vdc
C entral C ooling W ithTerm inal R eheat
XFO
Linevoltage
STC 8-11
C hangeoversensor
EVC 74W IT3S
A nalog Input
A I1
C O M
A I2
D I1
C O M
D I2
C O M
C O M
24 Vac
24 Vac
1 2 3 4
TB1
1 2 3
TB3
24 Vac external-JP1(TO 1/TO 2)
TO 1
C O M
TO 2
24 Vac external-JP2(TO 3/TO 4)
TO 3
C O M
TO 4
1 2 3 4 5 6 7 8
TB2
1 2 3
TB4 A O 1
C O M
A O 2
1 2 3
TB5
A nalog O utput
D ig ita l Input
Pow er 24 Vac
Triac O utput24 V ac
Triac O utput24 V ac
S ignal se lector for24 Vac triac(fo r JP 1 & JP 2)
INT E
XT
TR L
1 2 3
Therm ostat
TB7
3 w ire cable to TR L
C O M
PW R
D A TA1 2 3
Low staticpressure
H igh to ta lpressure
C onnect to thecrossflow
LD1
TB6
LD2 C om m unication
w ith therm ostatind ication
ON1 2 3 4 5 6 7 8
DS
1*
(8) 120 ohmterm ination(Last node)
(1-7)M AC AddressSelection
IN A +
IN B -
C O M
O U T A +
O U T B -
N etw ork
1 2 3 4 5
Pow er ind ication
XFO
Linevoltage
C entral C ooling & H eatingW ith A uto C hangeover
B aseboard h ighvo ltage pow er
B aseboard
EVC74W IT3S
Analog Input
A I1
CO M
AI2
D I1
CO M
DI2
CO M
CO M
24 Vac
24 Vac
1 2 3 4
TB1
1 2 3
TB3
24 Vac external-JP 1(TO 1/TO 2)
TO 1
CO M
TO 2
24 Vac external-JP 2(TO 3/TO 4)
TO 3
CO M
TO 4
1 2 3 4 5 6 7 8
TB2
1 2 3
TB4 AO 1
CO M
AO 2
1 2 3
TB5
Analog O utput
D igital Input
Pow er 24 Vac
Triac O utput24 Vac
Triac O utput24 Vac
S ignal se lector for24 V ac triac(fo r JP1 & JP2)
INT EXT
TRL
1 2 3
Therm osta t
TB7
3 w ire cable to TRLCO M
PW R
DATA
1 2 3
Low sta ticpressure
H igh to ta lpressure
C onnect to thecrossflow
LD1
TB6
LD2 C om m unication
w ith therm ostatind ication
ON1 2 3 4 5 6 7 8
DS1*
(8) 120 ohmterm ination(Last node)
(1-7)M A C A ddressS election
IN A+
IN B -
CO M
O UT A+
O UT B-
Netw ork
1 2 3 4 5
P ow er ind ication
D uct heaterh igh vo ltage
pow er
D uct heater
0-10V dc
STC8-11
C hangeoversensor
X FO
Linevoltage
C entral C ooling & H eatingW ith C hangeover &
Term inal R eheat
RB aseboardre lay
EFC SeriesThe EFC series package consist of 2 parts: fan coil
controller and a thermostat
EFC Series Features
•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
EFC Series Thermostats
The EFC thermostat (TFL) is needed to:•Access the configuration menus of the EFC•Setpoint adjustments•Display the system status
TFL Thermostats Features
•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
ON
1 2 3 4 5 6 7 8
(1-7)MAC Address
Selection
1 2 3 4
AI1
COM
AI2
1 2 3
Programmable Analog Input Signal Selection (AI3 to AI6)Off: AI= Temp. sensor (10kohms)On: AI= Voltage (0-10Vdc)DS1.1 linked to AI3DS1.2 linked to AI4DS1.3 linked to AI5DS1.4 linked to AI6
DI1
DI2
COM
DI3
DI4
1 2 3 4 5
IN A+ 3
IN B- 3
COM 3
OUT A+ 3
OUT B- 3
1 2 3 4 51 2 3 4
24 Vac
24 Vac
AO1
COM
AO2
1 2 3
EFC
AI3
AI4
COM
AI5
AI6
1 2 3 4 5
TB
9T
B6
TB
7T
B8
DS2 DS1
TB
10T
B11
COM
COM
Fuse 10A.F1
DO43
Ret. DO43
Ret. DO33
DO33
DO23
Ret. DO23
Ret. DO13
DO13
1
2 3
4
1
2 3
4
Fan Low
Fan Medium
Fan High
Fan Return
Return
Vac IN11
2 3
4
5
6
TB
4T
B2
TB
3
COM
24 Vdc
COM.BUS
1 2 3
Analog Outputs
Analog Inputs (Fix)
Analog Inputs (Programmable)
Digital Inputs
Low VoltageOutputs*
(Inputs for EFCx10)
Network3
To TFL
TB
5
Digital Outputs3
Fan Outputs
Power In1
TO3
COM
TO2
COM
TO1
24 Vac1
2 3
4
5
6
TB
1 Triac Input
JP1
TR
IAC
INT
EX
T
Triac Outputs
(8) 120 ohm termination (Last node)
Changeover sensor
TFL
1 2 3
Thermostat
Modulating valve
0-10Vdc
Fan coil Application2 pipe modulating
+ reheat on-off
Duct heater high voltage power
Duct heater
Duct heater relay
R
120 Vac
2 Pipes
ON
1 2 3 4 5 6 7 8
(1-7)MAC Address
Selection
1 2 3 4
AI1
COM
AI2
1 2 3
Programmable Analog Input Signal Selection (AI3 to AI6)Off: AI= Temp. sensor (10kohms)On: AI= Voltage (0-10Vdc)DS1.1 linked to AI3DS1.2 linked to AI4DS1.3 linked to AI5DS1.4 linked to AI6
DI1
DI2
COM
DI3
DI4
1 2 3 4 5
IN A+ 3
IN B- 3
COM 3
OUT A+ 3
OUT B- 3
1 2 3 4 51 2 3 4
24 Vac
24 Vac
AO1
COM
AO2
1 2 3
EFC
AI3
AI4
COM
AI5
AI6
1 2 3 4 5
TB
9T
B6
TB
7T
B8
DS2 DS1
TB
10
TB
11
COM
COM
Fuse 10A.F1
DO43
Ret. DO43
Ret. DO33
DO33
DO23
Ret. DO23
Ret. DO13
DO13
1
2 3
4
1
2 3
4
Fan Low
Fan Medium
Fan High
Fan Return
Return
Vac IN11
2 3
4
5
6
TB
4T
B2
TB
3
COM
24 Vdc
COM.BUS
1 2 3
Analog Outputs
Analog Inputs (Fix)
Analog Inputs (Programmable)
Digital Inputs
Low VoltageOutputs*
(Inputs for EFCx10)
Network3
To TFL
TB
5
Digital Outputs3
Fan Outputs
Power In1
TO3
COM
TO2
COM
TO1
24 Vac1
2 3
4
5
6
TB
1 Triac Input
JP
1T
RIA
CIN
T
EX
T
Triac Outputs
(8) 120 ohm termination (Last node)
TFL
1 2 3
Thermostat
Modulating Heating valve
Modulating Cooling valve
0-10Vdc
0-10Vdc
Fan coil Application4 pipe modulating
120 Vac
4 Pipes
Lets talk BACnet®
and Neptronic…And the Common Problems we encounter with installations…
NEPTRONIC and BACnet®
•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
• 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)
BACnet® Common Problems
BACnet ASC Controllers
EVCB EFCB
1. Two MAC addressing options -Controller and/or Thermostat
2. Auto Device Instance Configuration
3. Auto baud rate
4. Copy configuration5. Service Display Address
(Service Display Address) EVC EFC
Neptronics Major BACnet Characteristics ASC
1. Two MAC addressing options
1-DIP switch Mac addressing is always priority vs Thermostataddressing
OFF ON
1 2 4
16 3264
8
EOL
2- Thermostat
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
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
3- Auto baud rateController « 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
4- Copy configuration:
A Single profile or application can be pushed to similar Zone Controllers
Copies configuration
VAV 1 Profile type:
1 Changeover Remote Sensor input1 Reheat on/off Output HW Valve1 Reheat TPM Output (Duct heater)
VAV2
VAV3
VAV 4
VAV5
VAV6
4- Copy configuration:
Avantage:
Push globally and not pull individually to similar information to identical controllers.
4- Copy configuration:
Helps you identify a specific controller on a given network
5- Service Display Address:
• Cuts labor costs• Increases your productivity• Flexibility that fits your needs
Neptronic’s BACnet® ControlsAdvantages:
Neptronic Controllers & Accessories
What’s on the way…
• 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)
X Series Actuator
• 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
CMMB Remote BACnet I/O Board card
In Conclusion…How can we help
Increase your business?
