Slave Zone Controller
DIN Rail Mounting

Configuration Parameters

Doorway / InSite Code

Label

Description

Units

Default Value

Range

C1

SACT

Sensor Action; sets pre-processing for temperature input and selects external input modes.
0: use local sensor unless remote hardwired sensor connected (see use of nviRemoteTemp for Open systems)
1: average of valid sensor values
2: maximum of valid sensor values
3: minimum of valid sensor values
4: use remote sensor as Occupation input , VFC shorted is occupied
5: use networked temperature (nviRemoteTemp) if valid, else
remote hardwired if valid, else local
6: use remote sensor as Occupancy / standby input, VFC shorted is occupied with close control. open circuit is standby or non-occupied according to zone occupancy pattern
7: use remote sensor as Occupation input, internal occupancy AND external VFC shorted is occupied, external VFC open is non-occupied
8: use remote sensor as Holiday Override input; change to shorted overrides controller to permanent holiday (HDAY= -1 displays as OFF on Zone Controller); change to open circuit clears Holiday mode provided that HDAY is still equal to -1
9: use remote sensor as push-button override input, hold input closed for at least 10seconds. Use of a timed release button is recommended

10: use remote sensor as 'heating enabled', short circuit enables heating, open circuit disables heating. The IDLY timer can also be used to delay the application of the disable signal.

-

0

0 to 9

C2

SCAL

Calibrate sensor value

Deg C

0

-5.0 to 5.0

C3

SPMD

Midpoint of absolute setpoint adjustment range

Deg C

20

2 to 100

C4

SPRG

Range of absolute setpoint adjustment about midpoint

Deg C

5

0.0 to 25.0

C5

SPDB

Setpoint deadband between heating and cooling setpoints. If zero disables cooling

Deg C

0

0.0 to 10.0

C6

SBDB

Additional deadband used in Standby Mode and Optimum off

Deg C

2

0.0 to 10.0

C7

SPTY

Setpoint Type; (only in Slave Zone versions)
0: use local setpoint
1: use remote setpoint, disable local OSS

-

0

0 to 1

C8

TWOP

Two pipe control mode

-

0

0 to 2

C9

XHRS

Extension hours when override pressed outside occupation

Hrs

1

0.0 to 8.0

C10

FRSE

Fabric/Frost rise

Deg C

0

0.0 to 10.0

C11

MIND

Supply minimum demand, used for switching between heating and cooling

%

4

0 to 10

C12

OCCO

When set controller will only run during the occupied period

-

0

0 to 1

C13

HPRD

Heating valve period or minimum on time

secs/10

-

1 to 240

C14

HDLY

Interlock delay:
negative value delays fan after heating starts
positive value cause run on of fan after heating shuts down

Mins

0

-60.0 to 60.0

C15

CPRD

Cooling valve period or minimum on time

secs/10

-

1 to 240

C16

CDLY

Interlock delay
negative value delays fan after cooling starts
positive value cause run on of fan after cooling shuts down

Mins

0

-60.0 to 60.0

C17

FPRD

Fan period, minimum time to change fan speed steps (7R only)

secs/10

-

1 to 240

C18

SPDF

Update default setpoint when setpoint update recieved from MultiMaster controller or Lighting LCD plate

-

0

0 to 1

C19

ALRM

Alarm mode;
0: ignore alarms
1: report alarms
2: report alarms, shut down all outputs (i.e. Submodules) on alarm
3: report alarms, shut down all outputs (i.e. Submodules) on STOP alarm or sensor fail alarm

-

1

0 to 3

C20

ALST

Not used in this application

-

0

0 to 1

C21

MANL

Controller output when in Manual Hand mode

%

0

-100 to 100

C22

HTSC

Heat Source; points Energy Demand to source of Heating energy

-

1

0 to 8255

C23

CLSC

Cool Source; points Energy Demand to source of Cooling energy

-

0

0 to 8255

C24

OCDS

Occupation Destination; points Occupancy Demand at another controller

-

0

0 to 8255

C25

HTCT

Setpoint selector;
0: send Heating Demand signal as % (for VT Circuit Control)
1- 100: send this value as CT setpoint (for CT Circuit Control)

-

0

0 to 100

C26

CLCT

Not used in this application

-

0

0 to 20

C27

IDLY

Interlock Delay, delays activation of input interlock (SACT7)

mins

0

0 to 255

C28

SNDT

Set to enable own temperature reading to be sent to AHU (or Monitor module) as Return temperature

-

0

0 to 1

Monitoring Parameters

Doorway / InSite Code

Label

Description

Units

Default Value

Range

I1 (C30)

FRST

Frost or Fabric protection in operation

-

-

0 to 1

I2 (C31)

OCC

Occupied

-

-

0 to 1

I3 (C32)

OSRT

Optimum Start in operation

-

-

0 to 1

I4 (C33)

OOFF

Optimum Off in operation

-

-

0 to 1

I6 (C35)

RLYA

Output channel A

-

-

0 to 1

I7 (C36)

RLYB

Output channel B

-

-

0 to 1

I8 (C37)

RLYC

Output channel C

-

-

0 to 1

W1 (C38)

AUTO

Controller in automatic control

-

-

0 to 1

W2 (C39)

OVRD

Override W1 and W2 used together with Doorway Auto/manual dialog box

-

-

0 to 1

W3 (C40)

LCKB

Lock Buttons: if a MultiMaster controller is present on the system then the controllers buttons will be locked when the MultiMaster is Locked and this parameter is set, (only in slave versions)

-

-

0 to 1

W4 (C41)

MMDE

Master Mode, if set changes a slave controller to a Master in that it can be used to supervise setpoints and times schedules in slave registered to it. (only in Slave Zone versions)

-

-

0 to 1

W5 (C42)

HAND

Manual HAND Mode, when set controller output set by value of MANL

-

-

0 to 1

W7 (C44)

SERV

Set to force controller to send a registration message, clears auomatically

-

-

0 to 1

W8 (C45)

CGST

Configuration mode

-

-

0 to 1

S1* (C50)

ROOM

Controller measured temperature

Deg C

-

5 to 30

S2* (C51)

DMND

Controller output

%

-

-100 to 100

S3 (C52)

REQD

Controller current setpoint

Deg C

-

5 to 30

S4 (C53)

HTOP

Heating output

%

-

0 to 100

S5 (C54)

CLOP

Cooling output

%

-

0 to 100

S6 (C55)

RHUM

Relative Humidity (only valid if networked TRH sensor registered)

%RH

-

0 to 100

S7 (C56)

OPST

Last Optimum Start time

Hrs

-

0 to 24

S8 (C57)

OPOK

Last Optimum Start complete (OK)

Hrs

-

0 to 24

K1 (C60)

SPOC

Occupied setpoint

Deg C

20

10 to 30

K2 (C61)

SPNO

Non-occupied setpoint

Deg C

10

5 to 30

K3 (C62)

SPSV

Supervised setpoint, from master controller

Deg C

0

0 to 30

K4 (C63)

SPRH

Humidity protection setpoint

%RH

0

0 to 95

K5 (C64)

MXOS

Maximum Optimum Start time (hours)

Hrs

6

1 to 24

K6 (C65)

MXOF

Maximum Optimum Stop time (hours)

Hrs

2

0 to 4

K7 (C66)

NOSV

Non Occupied Supervised setpoint

Deg C

0

0 to 30

Engineering Parameters; only accessible via Doorway and InSite

C90

NOAL

No alarms

-

-

0 to 1

C91

SENF

Sensor fail alarm

-

-

0 to 1

C92

RPVF

Remote PV fail alarm

-

-

0 to 1

C93

CNDF

Condensation alarm

-

-

0 to 1

C94

STOP

Stop alarm received

-

-

0 to 1

C105

MXHT

Limit heat output from heating control loop to the driver

%

100

0 to 100

* 24 hour plots available for these values by default

Plotting interval and plotted variable changeable via Doorway or InSite