Configuration Tables

Secondary Circuit Controller

Features new this issue are in RED text
Latest released version is 4e1

for Temperature Control of Cooling Circuits
with 3 x Triac Outputs (3T version)

with 2 x 0-10V DC Outputs (AOP version)

 

Configuration Parameters

Doorway / InSite Code

Label

Description

Units

Default Value

Range

C1
NOSP
Non Occupied Setpoint
Deg C
40
10 to 50
C2
MAXF
Maximum Flow Setpoint
Deg C
16
5 to 100
C3
MINF
Minimum Flow Setpoint
Deg C
11
1 to 100
C4
SACT
Sensor Action
0: Use ‘temp b’ sensor for control and optionally use ‘temp a’ sensor for monitoring or VFC using INMD
1: Use average of valid sensor values (INMD = 0)
2: Use maximum of valid sensor values (INMD = 0)
3: Use minimum of valid sensor values (INMD = 0)
-
0
0 to 3
C5
SCAL
Sensor Calibration
Deg C
0
-10 to +10
C6
SPTY
Setpoint Type (CTU type only)
0: Constant temperature setpoint (value set in MAXF)
-
0
0 to 2
 
 
Setpoint Type (VTU types only)
1: Setpoint varies linearly based on Maximum Demand Signal from Consumers
2: Setpoint varies linearly based on Average Demand Signal from Consumers
-
1
0 to 2
C7
INMD
Input Mode for input terminals 3 and 4 ‘temp a’
0: Additional temperature input for max, min, ave using SACT
1: External occupation (input linked = Occupied) AND with internal Occupation
2: External occupation (input linked = Occupied) OR with internal Occupation
3: External Occupation signal only
4: Alarm input
5: Pump alarm
-
0
0 to 5
C8
MIND
Minimum Demand
%
5
0 to 100
C9
MNAV
Minimum Average Demand
%
0
0 to 100
C10
MNOC
Minimum number of Occupied Zones
-
0
0 to 200
C11
MNDV
Minimum demand for driver, affects control of Fan or Pump
%
5
0 to 100
C12
GAIN
Flow Gain added to setpoint and sent to Cooling Provider
Deg C
2
0 to 20
C13
CPRD
Cooling Driver Stroke/Minimum On Time
Secs/10
18
1 to 240
C14
CDLY
Cooling Interlock Delay
Negative value opens valve before pump starts
Positive value runs pump on after valve shuts down
Mins
5 -
30 to 30
C15
FPRD
Not used in this application
Secs/10
12
1 to 240
C16
FRPT
Frost Protection Mode
0: No action
1: Open heating valve 50%
2: Open heating valve and run pump
3: Run pump only
-
2
0 to 3
C17
MANL
Manual Level, set by Doorway or InSite
%
0
-100 to 100
C18
CMDE
Control Mode
0: Control loop disabled, demand passed direct to outputs
1: Normal control
-
1
0 to 1
C19
ALRM
Alarm Mode
0: Ignore alarms
1: Report all alarms to Doorway/InSite,
no control action, no flashing Temp indicator
2: Report all alarms, shut down all outputs on local alarm
3: Report all alarms, shut down on STOP alarm or local alarm
4: Report all alarms, shut down on STOP alarm only
-
0
0 to 4
C20
ALST
Alarm report sense
0: Alarm if input = 0, pump running if input = 1
1: Alarm if input = 1, pump running if input = 0
-
1
0 to 1
C21
CLSC
Cool Source
-
0
0 to 9255
C22
OCDS
Occupation Destination
-
0
0 to 9255
C23
CLCT
Cooling Demand sent as CT
0: CLSC interconnects to Secondary Circuit, demand sent as %
1: CLSC interconnects to Chiller, demand sent as CT temp
-
1
0 to 1
C24
XCSC
Allows demand to be sent to an addtional cool source used primarily in Natural ventilation applications, leave at 0 to disable.
cool source number 1-25 send control demand
cool source +100 send Max Zone Demand
cool source +200 send Average incoming Demand
-
0
0 to 225

 

 

Monitoring Parameters

Doorway / InSite Code

Label

Description

Units

Default Value

Range

I1 (C30)
EXTI
External Input (function depends on INMD setting)
-
-
0 to 1
I2 (C31)
OCCD
Occupied
-
-
0 to 1
I3 (C32)
HTOR
Heating Override, when ON this controller has been overriden OFF by the interlocked Heating controller. See knob IHSC
-
-
0 to 1
I4 (C33)
COND
Condensation Alarm
-
-
0 to 1
I5 (C34)
COOL
Cooling Mode
-
-
0 to 1
I6 (C35)
RLYA
Triac A Status (for 3T types only
-
-
0 to 1
I7 (C36)
RLYB
Triac B Status (for 3T types only
-
-
0 to 1
I8 (C37)
RLYC
Triac C Status (for 3T types only
-
-
0 to 1
W1 (C38)
AUTO
Automatic/Manual Status
-
-
0 to 1
W2 (C39)
OVRD
Override
-
-
0 to 1
W3 (C40)
ILKP
Interlock Pump (PCO submodule)
-
-
0 to 1
W4 (C41)
ESTF
Establish Flow (PCO submodule)
-
-
0 to 1
W5 (C42)
HAND
Manual Hand; use with MANL to set output level
-
0
0 to 1
W6 (C43)
POT
Not used in this application
-
0
0 to 1
W7 (C44)
SERV
Service Pin Message (to Doorway and InSite, self resetting)
-
-
0 to 1
W8 (C45)
CGST
Configuration Mode Status
-
-
0 to 1
S1* (C50)
CTMP
Chilled Water Temperature
Deg C
-
-
S2* (C51)
DMND
Control Demand
%
-
-100 to 100
S3 (C52)
REQD
Controller current setpoint
Deg C
-
-
S4 (C53)
ZDMD
Highest demand from zones
%
-
-
S5 (C54)
AVDM
Average demand from zones
%
-
-
S6 (C55)
NOCC
Number of zones Occupied
-
-
-
S7 (C56)
FLOW
Flow Temperature
Deg C
-
-
S8 (C57)
RTRN
Return Temperature
Deg C
-
-
K1 (C60)
MAXF
Maximum Flow Setpoint (for VTU and CTU)
Deg C
16
10 to 100
K2 (C61)
MINF
Minimum Flow Setpoint (for VTU only)
Deg C
11
5 to 100
K3 (C62)
IHSC
Interlocked Heat Source, when set this points to the interlocked heating secondary controller and only the heating or the cooling controller can be active, the controller with the highest demand wins. Used to control the common meduim of Two Pipe systems.
-
-
0 to 8255
 
 
Engineering Parameters; only accessible via Doorway and InSite
 
 
 
C90
NOAL
No Alarms; all alarms cleared when set to 1
-
-
0 or 1
C91
SENF
Sensor Failed (when set to 1)
-
-
0 or 1
C92
EXTN
Volt-Free Contact alarm (when set to 1)
-
-
0 or 1
C93
CNDF
Condensation detected (when set to 1)
-
-
0 or 1
C94
PMPF
Pump Failed (when set to 1)
-
-
0 or 1
C95
STOP
STOP alarm received (when set to 1)
-
-
0 or 1
C180
DI A
Input 3-4 digital status
-
-
0 or 1
C181
DI B
Input 5-6 digital status
-
-
0 or 1
 
 
* 24 hour plots available for these values by default
 
 
 
 
 
Plotting interval and plotted variable changeable via Doorway or InSite
 
 
 

ENER-G Controls

ENER-G House
Daniel Adamson Road
Salford
Manchester
M5 2DT

phone 0161 7457450
fax 0161 7457457

www.energ.com
www.seachange.co.uk
www.smartkontrols.co.uk