Configuration Tables

DHW Controller
with 3 x Triac Outputs

Features new this issue are in RED text
version 4d1

DHW / DIN / 3T /...

 

Configuration Parameters

Doorway / InSite Code

Label

Description

Units

Default Value

Range

C1
SACT
Sensor Action
0: Use ’temp’ sensor for control, input 3-4 for high limit/VFC
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
C2
SCAL
Sensor Calibration
Deg C
0
-5 to 5
C3
SPMD
Midpoint of Setpoint Adjustment
Deg C
55
10 to 95
C4
SPRG
Setpoint Adjustment Range
Deg C
25
0 to 50
C5
SPTY
Setpoint Type
0: Setpoint set locally on parameter K1, occupancy supervised from a master Zone Controller using Time Schedule supervision
1: Setpoint (and occupancy) supervised from master Zone Controller using Setpoint Supervision
2: Setpoint set locally on parameter K1, occupancy controlled by multiple zone controllers using Occupancy Demand
-
1
0 to 2
C6
SUMR
Summer Immersion Heater Temperature
Immersion enabled if LOFL allows and Outside temp > SUMR
Deg C
15
0 to 30
C7
LOFL
Low Flow (used with SUMR)
Immersion enabled if SUMR allows and Boiler flow < LOFL
Deg C
30
10 to 70
C8
VMDE
DHW Control Valve Mode
0: DHW Valve closed until boiler flow temp > DHW temp
1: Boiler flow temp ignored
2: DHW heated from VT circuit (set HTSC Heat Source to 0)
-
1
 
C9
XHRS
Hours Extension when Override set from Dooway / InSite
-
1
0 to 8
C10
FRSE
Fabric/Frost Rise
Deg C
0
0 to 10
C11
INMD
Input Mode for input terminals 3 and 4
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
C12
MIND
Minimum Demand for occupation output to operate
0: When demand drops to zero, pump continues to run
MIND > 1: When demand drops to zero, pump stops
-
0
0 to 10
C13
OCCO
Occupied Only (select Optimum Start or Occupation Switch operation)
0: Occupancy starts at Optimum Start time
1: Occupancy starts at Occupation Start time
-
0
0 to 1
C14
HPRD
Heating Driver Stroke/Minimum On Time
Secs/10
Depends on driver
1 to 240
C15
HDLY
Heating Interlock Delay
Mins
0
-30 to 30
C16
CPRD
Electric Heating Minimum on Time
Secs/10
Depends on driver
1 to 240
C17
CDLY
Immersion Heater Interlock Delay
Negative value delays pump after immersion heater starts
Positive value runs pump on after immersion heater stops
Mins
0
-30 to 30
C18
FRPT
Frost Protection Mode
0: No action
1: Open DHW valve 50%
2: Open DHW valve and run pump
-
0
0 to 2
C19
MANL
Manual Level, set by Doorway and InSite
%
0
0 to 100
C20
STAT
Thermostatic control mode
0: Normal Fuzzy Logic Control
1: Thermostatic action with +/- 4 Deg C deadband
-
0
0 or 1
C21
AJST
Adjust Start Time. Offsets DHW start from supervising zone
Hrs
0.0
-10 to 10
C22
AJSP
Adjust Stop Time. Offsets DHW stop from supervising zone
Hrs
0.0
-10 to 10
C23
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 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
C24
ALST
Alarm report sense
0: Alarm if input = 0 (contact open), pump running if input = 1 (closed)
1: Alarm if input = 1 (contact closed), pump running if input = 0 (open)
-
0
0 to 1
C25
HTSC
Heat source
-
1
0 to 8255
C26
OCDS
Occupation Destination
-
0
0 to 8255
C27
HTCT
Heating Demand sent as CT
Deg C
70
0 to 100
C28
USEB
Use Flow temperature from the main Boiler rather than from own Heat Source when set to 1
-
0
0 to 1

Monitoring Parameters

Doorway / InSite Code

Label

Description

Units

Default Value

Range

I1 (C30)
FRST
Frost Protection Mode (SPNO violated)
-
-
0 to 1
I2 (C31)
OCC
Occupied
-
-
0 to 1
I3 (C32)
OSRT
Optimum Start in Operation
-
-
0 to 1
I4 (C33)
EXTI
External Input State
-
-
0 to 1
I5 (C34)
HILM
DHW High Limit exceeded
-
-
0 to 1
I6 (C35)
RLYA
Triac A Status
-
-
0 to 1
I7 (C36)
RLYB
Triac B Status
-
-
0 to 1
I8 (C37)
RLYC
Triac C Status
-
-
0 to 1
W1 (C38)
AUTO
Automatic/Manual Status
-
-
0 to 1
W2 (C39)
OVRD
Override
-
-
0 to 1
W3 (C40)
PTRN
Pasteurisation running
-
-
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 Msg (to Doorway +InSite, self resetting)
-
-
0 to 1
W8 (C45)
CGST
Configuration Mode Status
-
-
0 to 1
S1* (C50)
HWT
Hot Water Temperature
Deg C
-
0 to 95
S2* (C51)
DMND
Control Demand
%
-
0 to 100
S3 (C52)
HWSP
Hot Water Setpoint
Deg C
-
10 to 95
S4 (C53)
HTOP
Heating Output to actuator
%
-
0 to 100
S5 (C54)
OPST
Optimum Start Time
hours
-
0 to 24
S6 (C55)
OPOK
Optimum Start Completion
hours
-
0 to 24
S7 (C56)
HWT2
Hot Water Top Temperature
Deg C
-
0 to 95
K1 (C60)
SPOC
Occupation Setpoint
Deg C
55
10 to 95
K2 (C61)
SPNO
Non-Occupation Setpoint
Deg C
10
5 to 95
K3 (C62)
SPSV
Supervised Setpoint from Master Controller
Deg C
-
0 to 95
K4 (C63)
SPMX
Maximum Temperature high limit
Deg C
0
0 to 95
K5 (C64)
MXOS
Maximum Optimum Start time
hours
6
1 to 24
K6 (C65)
MXOF
Maximum Optimum Stop time
hours
2
0 to 4
 
 
Engineering Parameters; only accessible via Doorway and InSite
 
 
 
C83
MANL
Used with W5 HAND to position Valve manually
%
0
0 to 100
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
RPVF
not used in this application
-
-
0 or 1
C93
EXTN
Volt-Free Contact alarm (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
C96
PTCF
Pasteurisation Cycle Failed alarm sent(when set to 1)
-
-
0 or 1
C160
OPST
Optimum Start time
hours
-
0 to 24
C161
OPOK
Optimum Start Completion
hours
-
0 to 24
C162
MXOS
Maximum Optimum Start time
hours
6
1 to 24
C163
MXOF
Maximum Optimum Stop time
hours
2
0 to 4
C164
OPTE
Optimum start Error allowed
Deg C
1
0.5 to 5
C173
PTDW
Pasteurisation Day:day of week for pasturisation, monday 1: sunday 7
day
0
1 to 7
C174
PTST
Pasteurisation Start Time, 24 hour clock set to nearest tenth of an hour
hours
0.0
0.0 to 24.0
C175
PTPD
Pasteurisation Period: time in hours for which the water temperature needs to be pasturised
must be non zero to activate pasturisation
hours
0.0
0.0 to 4.0
C176
PTSP
Pasteurisation Temperature
must be non zero to activate pasturisation
°C
0
0 to 90
C177
PTOK
Pasteurisation completed correctly
-
0
read only
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