Honeywell Q7300H, T7300F CONFIGURATIONS

T7300F/Q7300H SERIES 2000 COMMERCIAL THERMOSTATS AND COMMUNICATING SUBBASES

63-4365 10

Approved cable types for LonWorks® Bus

communications wiring are Level IV, 22 AWG (0.34 sq

mm) plenum or non-plenum rated unshielded, twisted pair,

solid conductor wire. For nonplenum areas, use US part

AK3781 (one pair) or US part AK3782 (two pair). In

plenum areas, use US part AK3791 (one pair) or US part

AK3792 (two pair). Other Echelon approved cable may

also be used. Run communications wiring in a conduit, if

needed, with

non-switched

24 Vac or sensor wiring. The

Free Topology Transceiver (FTT) communications

LonWorks® Bus supports a polarity insensitive, free

topology wiring scheme that, in turn, supports star, loop,

and/or bus wiring.

LonMark® Functional Profile

The Q7300H supports the LonMark® Functional Profile

Number 8060,Thermostat Object (Type 09). See Fig. 4.

nv12

nv4 nvoSpaceTemp

SNVT_ temp_p

nv5 nvoUnitStatus

SNVT_hvac_status

nv11

nv3

nv2 nvoHeatOutput

SNVT_ lev_percent

nvoEffectSetpt

SNVT_ temp_p

nvoTerminalLoad

SNVT_ lev_percent

nvoCoolOutput

SNVT_ lev_percent

Hardware

Output

Thermostat Object

Type Number 09.

Mandatory

Network

Variables

Manufacturer

Defined

Section

Optional

Network

Variables

Hardware

Input

Configuration Properties

nv13 nvoTerminalfan

SNVT_switch

nv14 nvoEnergyHoldOff

SNVT_switch

nv9 nviSetptOffset

SNVT_ temp_p

nv6 nviSpaceTemp

SNVT_ temp_p

nv8 nviApplicMode

SNVT_hvac_mode

nv7

nv10

nviOccCmd

SNVT_occupancy

nviEnergyHoldOff

SNVT_switch

nviSetpoint

SNVT_temp_p

nv1

M16087A

SNVT_time_sec

SNVT_temp_p

SNVT_str_asc

SNVT_temp_setpt

SNVT_temp_p

(mandatory)

(optional)

(mandatory)

(optional)

nc49 - nciSndHrtBt

nc48 - nciRcvHrtBt

nc64 - nciMin Delta

nc17 - neiLocation

nc60 - nciSetPnts

nc79 - nciUpSPHeat

nc80 - nciLrSPHeat

nc76 - nciUpSPCool

nc77 - nciLrSPCool

Fig. 4. Functional Profile Number 8060LonMark®

Thermostat Object (Type 09).

(Thermostat profile variables not used are grayed).

NOTE: For additional information on the LonMark®

Functional Profile, see the LonMark® Application

Layer Interoperability Guidelines and the

LonMark® Functional Profile: Thermostat. Both

documents are available from LonMark® at

internet address: www.lonmark.org.

CONFIGURATIONS

General

The T7300F/Q7300H can be configured to perform a

variety of activities in which data is sent to and/or received

from other nodes on the LonWorks network.

Information that can be shared with other network devices

includes:

— Day-of-week and time-of-day

— System mode (HEAT, COOL, AUTO, OFF, EM HEAT)

— Current fan setting (ON, AUTO)

— Space temperature

— Current setpoint

— Occupied/Unoccupied schedule commands

— Current occupancy status

— Relay status (heat/cool stages and fan)

— Alarm status

— Alarm log

A network configuration tool is used to configure Q7300Hs

and other nodes with which the Q7300H interacts.

The following is a brief description of the configurable

features that can be commanded over the network:

•Day-of-Week/Time-of-Day:

When a T7300F Thermostat is designated as the

network time master, the current time of day and day of

week is synchronized across the network every minute.

Whenever the time of day or day of week of the time

master is changed, it automatically adjusts all the other

T7300Fs on the network. When a T7300F is controlled

by a time master, its time cannot be changed using its

keypad. If an attempt is made to change its time, the

controlled T7300F LED displays

LOC

•System Switch Settings:

System switch settings (HEAT, COOL, AUTO, OFF, EM

HEAT) can be designated by a remote T7300F, or if

configured to allow it, from the T7300F keypad.

•Fan Settings:

Fan settings (ON, AUTO) are selected as designated by

a remote T7300F, or from the T7300F keypad.

•Space Temperature:

If a valid space temperature value is received at the

Q7300H DestRmTemp network variable input, that

value will be used in the T7300F as the primary

controlled variable. In this case, the internal space

sensor of the T7300F is ignored.

•Current Setpoint:

If a valid setpoint value is received at Q7300H

DestSetPoint, that value will be used by the Q7300H as

the

center

setpoint. The heat and cool setpoints are

then calculated from this value and are used in the

T7300F as the occupied setpoints. During unoccupied

periods, DestSetPoint is ignored.