Honeywell TotalZone TZ-4 Manuel d'utilisation

PRODUCT DATA

68-0259-1

® U.S. Registered Trademark

TZ-4 TotalZone® Zone Control Panel

APPLICATION

The TZ-4 TotalZone Zone Control Panel controls single-stage,

multi-stage, conventional or heat pump heat/cool equipment.

It controls 2, 3 or 4 zones, and is expandable up to 32 zones

with optional TotalZone® Add-A-Zone™ Four Zone Control

Panel.

FEATURES

• Up to three stages heat and two stages cooling can be

controlled by thermostat, built-in timer, or based on

the percentage of zones calling.

• Controls single-stage, multi-stage, conventional, heat

pump or dual-fuel equipment.

• Controls up to four zones and can be expanded up to

32 zones with Add-A-Zone Control Panels.

• Uses Honeywell four-wire, single-stage, multi-stage, or

select heat pump thermostats.

• Zone-A-Lone central setback feature.

• Purge timer protects equipment between calls for heat

or cool with choice of panel or HVAC equipment

controlled fan.

• System and zone damper LEDs indicate system and

damper status.

• Individual zone fan control.

• Discharge Air Temperature Sensor for capacity control

with adjustable high and low limits.

• Thermal circuit breaker protects panel and transformer

from damage if miswired.

For Internet access:

www.honeywellzoning.com

For technical support, call 1-800-828-8367.

To download Zoning literature: http://hbctechlit.honeywell.com

Contents

Application......................................................................... 1

Features ............................................................................ 1

Specifications .................................................................... 2

Installation ......................................................................... 4

Startup and Checkout........................................................ 12

Operation........................................................................... 12

Troubleshooting................................................................. 17

TZ-4 TOTALZONE® ZONE CONTROL PANEL

68-0259-1 2

SPECIFICATIONS

Input Ratings:

Voltage: 20-30 Vac, 50/60 Hz.

Power: 13 VA, nominal.

Output Ratings:

1.5A run, 200,000 cycles (30 Vac). 3.5 inrush.

1.5A run, 100,000 cycles (30 Vac) 7.5A inrush.

Humidity Ratings:

5 to 90 percent RH, non-condensing.

Temperature Ratings:

Shipping: -20° to 120°F.

Operating: -40° to 150°F.

Dimensions: 10-3/4 in. H x 12-3/4 in. W x 1-7/8 in. D.

See Fig. 1.

Mounting: Mounts with four 1 in. no. 8 screws (provided)

through holes in cabinet back. Wall anchors are provided.

Wiring: 18-gauge wire for all equipment and system

connections.

Wiring Connections:

Thermostat: R, C, W1/E, W2, W3/AUX, Y1, Y2, G, L, O/B

Dampers: M6 (Closed); M4 (Open); M1 (Common).

Discharge Air Temperature Sensor (C7735A1000); DATS,

DATS.

Zone-A-Lone: OC, OC.

Outdoor Temperature: OT, OT.

Transformer 1: R (hot), C (common).

Transformer 2: T1 (hot), T2 (common).

Equipment: Rc-Rh, W1/E, W2, W3/AUX Y1, Y2, G, O/B.

Thermostats (See Table 1):

Most conventional four-wire (R,W,Y,G) thermostats can be

used to control conventional, heat pump, or multi-stage

equipment.

Manual or automatic changeover switching thermostats can

be used.

Multi-stage or select heat pump thermostats can also be

used.

Fig. 1. TZ-4 dimensions in in. (mm).

M20516

10-3/4

(273)

12-3/4

(273)

1-7/8

(47)

TZ-4 TOTALZONE® ZONE CONTROL PANEL

3 68-0259-1

aHeat pump thermostat with single Y first-stage terminals. See Heat Pump Thermostats section and Fig. 6.

bMulti-stage and heat pump thermostats are not required to control multi-stage and heat pump systems with TotalZone. They are

used only when second stage or emergency heat control from the zone thermostat is needed.

cThe Y594R1243 must be wired to the panel using the B terminal for changeover.

dCut thermostat second-stage variable heating anticipator wire (gray).

eCut thermostat first-stage fixed heating anticipator wire (bare) and second-stage variable heating anticipator wire (gray).

fCut thermostat second-stage cooling anticipator wire (lowest bare wire).

Recommended Dampers (See Table 2):

Ten ZD or ARD dampers maximum connected to each panel

and a maximum of five dampers per zone when using two

40 VA transformers.

Use SDCR and 40 VA transformer for additional dampers

required on one zone.

Dampers are connected to M1 Common, M4 Open, and M6

Closed (see Fig. 7-10 for hookups).

Accessories: For required accessories, see Table 3.

Table 1. Recommended Thermostats.

System Non-Programmable Programmable

Single Stage T87F1859/Q539A1014

T87F4010/Q539A4026

T8501D1046

T8400C1016

T8400C1040

T8400C1099

T8601D2027

T8600D2069

T8600D2028

T8601D2019

T8602D2018

T8602D2000

T8000C1002

T8000C1010

T8001C1019

PC8900/W8900A/C

Heat PumpbY594R1243a,c,d

Y594G1252a,e

T8411R1002

T8411R1028

T8611G2051

T8011R1006

T8011R1014

Multi-StagebY594D1347f

T8524D1015

T8624D2004

T8624D2012

Motor Terminal Damper Action

Common/M1 Common

Open/M4 Power Open

Closed/M6 Power Close

Table 2. Recommended Dampers.

Honeywell Damper Type Round Rectangular

Power-open/power-closed (for

systems > 2000 cfm)

MARD D643 using

ML6161

Motor

Actuator

Spring-open/power-closed (for

systems </= 2000 cfm)

ARD ZD

TZ-4 TOTALZONE® ZONE CONTROL PANEL

68-0259-1 4

INSTALLATION

Mounting

CAUTION

Equipment Damage Hazard.

Do not mount TZ-4 inside HVAC equipment

Mount only on wall or on cold air return.

Identifying DIP Switches

This panel has two banks of DIP switches, DIP switch 4 (S4)

and DIP switch 5 (S5), see Fig 15. Each bank has eight

individual switches that are identified by two numbers; the first

number is the bank number (4 or 5) and the second number

identifies the individual switch. For example, DIP 5-1 is bank

5, switch 1.

1. Mount the thermostats in each zone of the living space

using the installation instructions provided with each

thermostat.

2. Mount the dampers in the ductwork using the installa-

tion instructions provided with each damper.

3. Mount the TZ-4 zone panel near the HVAC equipment;

(on a wall or on the cold-air return). See Fig. 2.

4. Level the TZ-4 for appearance only.

Wiring

CAUTION

Voltage Hazard.

Can cause electrical shock or equipment damage.

Disconnect power before continuing installation.

Wiring must comply with applicable codes, ordinances, and

regulations.

1. Connect thermostats as shown in Fig. 3-6.

2. Connect dampers as shown in Fig. 7-10.

3. Connect C7735A Discharge Air Temperature Sensor

(not supplied) to the DATS terminals. The wires are not

polarized. See Fig. 13.

4. Connect Add-A-Zone panels (if used) to the AZ1 and

AZ2 terminals.

5. Connect the HVAC equipment to the EQUIP terminals

on the panel. See Fig. 15-21.

6. Connect a 40 VA, 24 volt transformer to R (hot) and C

(common). This must be a dedicated transformer and

each TAZ-4 board also requires a transformer. See Fig.

12.

7. The auxiliary 40 VA 24-volt transformer can be con-

nected to T1 and T2 if additional power for dampers is

required. This second transformer is not required; how-

ever, total power consumption of panel and damper is

limited to 40VA without it.

Fig. 2. TZ-4 mounting location.

Table 3. Required Accessories (Not Supplied).

Accessory Description Bypass Rating

(cfm)

40 VA

transformers

AT140D1046

(PMT-40)

—

Capacity

protector

C7735A1000 —

Outdoor

Temperature

Sensor

(Required for

dual-fuel

applications)

C7089B1000 —

Round static

pressure

regulator

damper

SPRD7

SPRD8

SPRD9

SPRD10

SPRD12

SPRD14

SPRD16

300

400

600

750

1200

1800

2400

Rectangular

static pressure

regulator

damper

SPRD12x8

SPRD12x10

SPRD12x12

SPRD20x8

SPRD20x10

SPRD20x12

1000

1200

1400

1600

2000

3000

M20517

WATER

HEATER

TZ-4

ELECTRONICAIRCLEANER

RETURN

AIR

TZ-4

OPTIONAL

LOCATION

FURNACE

OR BOILER

HIGH

EFFICIENCY

AIR CLEANER

TZ-4 TOTALZONE® ZONE CONTROL PANEL

5 68-0259-1

Wiring Diagrams (Fig. 3 and 4)

Conventional Thermostats

Conventional (RWYG) thermostats can be used to control

conventional, multi-stage, and heat pump equipment. If the

thermostat has a common terminal, it is wired to C on the

panel, see Fig. 3. A multi-stage thermostat is wired with the

second and third stage of heat to W2 and W3 on the panel

thermostat connections, and with the second stage of cooling

to Y2. Leave the zone O/B thermostat jumper on the TZ-4

disconnected. See Single and Multi-Stage Operation in the

Operation section for instructions on staging the TZ-4.

The PC8900 with the W8900A or W8900C can be used as a

zone thermostat. See Fig. 4 for hookup. This thermostat can

be used to control up to 2 heat and 2 cool stages of

conventional equipment. When used to control heat pump

equipment, the W8900A is recommended.

Connect a jumper on the W8900 from Rc to Rh as shown in

Fig. 4. Wire terminals R and C to a transformer. If the system

current draw is within specifications, the R and C on the

W8900 could alternately be connected to R and C on the

TZ-4. The PC8900/W8900 draws 5 VA.

Fig. 3. Typical single-stage thermostat wiring.

M20509B

COMMON (C) TERMINAL IS USED ONLY BY THERMOSTATS

THAT REQUIRE A COMMON WIRE.

MULI-STAGE THERMOSTATS ARE WIRED SIMILARLY BUT WITH

Y2 AND W2 USED FOR SECOND STAGE COOL AND HEAT.

THIRD STAGE OF HEAT (W3) CAN BE WIRED TO W3/AUX.

LEAVE O/B JUMPER ON TZ-4 DISCONNECTED.

TZ-4 THERMOSTA

CONNECTORS

TYPICAL SINGLE STAGE

THERMOSTAT WIRING

TZ-4 TOTALZONE® ZONE CONTROL PANEL

68-0259-1 6

Fig. 4. PC8900 with W8900A,C Thermostat wiring.

Heat Pump Thermostats

Select a heat pump thermostat from Table 1. If the thermostat

selected has a separate Y1 and W1 wire, as shown in Fig. 5,

leave the zone O/B thermostat type jumper on the TZ-4

disconnected, and wire as shown in Fig. 5.

If the PC8900/W8900 /Thermostat is used in a heat pump

application, use the W8900A, not the W8900B, and wire as

shown in Fig. 4.

M20508

W8900A/C IS RECOMMEDED FOR CONVENTIONAL AND HEAT PUMP APPLICATIONS. THE W8900B CANNOT

SWITCH THE PANEL TO EMERGENCY HEAT.

LEAVE O/B JUMPER ON TZ-4 DISCONNECTED.

TZ-4 THERMOSTA

CONNECTORS

OUT

LED

GND

HUM

VNT

W8900A,C

PC8900

CO2

1234

24 VAC

120 VAC

TZ-4 TOTALZONE® ZONE CONTROL PANEL

7 68-0259-1

Fig. 5. Heat pump thermostat with separate Y1 and W1

terminals and multi-stage thermostat wiring.

If the thermostat selected from Table 1has a single Y terminal

for first stage heat and cool, wire as shown in Fig. 6. Wire

either O or B (not both) from the thermostat to the O/B

terminal on the panel. Locate the O/B thermostat jumper on

the TZ-4 near each zone thermostat wiring terminal. Connect

the jumper if O was used or leave disconnected if B was used.

Connect second stage, auxiliary heat to W2.

When using two- or three-stage heat pump thermostats with

single Y first-stage hookup, place a jumper from W2 to Y2 on

the TZ-4 thermostat connections. See Fig. 7.

See Single and Multi-Stage Operation in the Operation

section for instructions on staging the TZ-4.

ARD or ZD Dampers

Wire the ARD or ZD Damper to the panel as shown in Fig. 8.

Multiple dampers can be wired in parallel. Use these dampers

on systems up to 2000 cfm.

AOBD Dampers

Wire the AOBD dampers to the panel as shown in Fig. 9. Two

AOBD can be wired in tandem as shown in Fig. 10. More than

two AOBD dampers require the Slave Damper Control Relay

(SDCR).

Fig. 6. Heat pump thermostat with single Y thermostat

wiring.

M20506

COMMON (C) TERMINAL IS USED ONLY BY THERMOSTATS

THAT REQUIRE A COMMON WIRE.

JUMP E TERMINAL TO W1 FOR EMERGENCY HEAT.

LEAVE O/B JUMPER ON TZ-4 DISCONNETED.

TZ-4 THERMOSTA

CONNECTORS

HEAT PUMP THERMOSTAT WITH

SEPARATE Y1 AND W1

THERMOSTAT WIRING

M20507

COMMON (C) TERMINAL IS USED ONLY BY THERMOSTATS

THAT REQUIRE A COMMON WIRE.

NORMALLY, CONNECT E ON THERMOSTAT TO W1 ON PANEL.

ALTERNATIVELY, INSTALL JUMPER FROM E TO Y1 ON

THERMOSTAT.

CONNECT O/B TERMOSTAT JUMPER ON TZ-4 PANEL IF

USING O FROM THERMOSTAT; DISCONNECT IF USING B.

TZ-4 THERMOSTA

CONNECTORS

HEAT PUMP THERMOSTAT WITH

SINGLE Y THERMOSTAT WIRING

TZ-4 TOTALZONE® ZONE CONTROL PANEL

68-0259-1 8

Fig. 7. Heat pump thermostat with 3-stage heat, 2-stage

cool single Y thermostat wiring.

Fig. 8. Wiring ARD or ZD damper to panel.

Fig. 9. Wiring AOBD damper to panel.

Fig. 10. Wiring two AOBD dampers in parallel.

MARD Dampers or Dampers Using an ML6161 Motor

Actuator

Wire the MARD Damper or ML6161 Actuator to the panel as

shown in Fig. 11. These are floating control actuators, but are

controlled as two-position devices on the TZ-4 panel. Multiple

dampers can be wired in parallel.

The ML6161 Motor causes the damper LED to illuminate

green constantly. WIre a relay as shown in Fig. 12 to restore

damper position indication.

Use the MARD or D643 with the ML6161 on systems above

2000 cfm..

Fig. 11. Wiring MARD Damper or ML6161 Actuator to

panel.

M20891

COMMON (C) TERMINAL IS USED ONLY ON THERMOSTATS

THAT REQUIRE A COMMON WIRE.

ALTERNATIVELY, JUMPER E THERMOSTAT TERMINAL TO Y1 FO

EMERGENCY HEAT.

CONNECT O/B JUMPER ON TZ-4 WHEN USING O OR DISCONNEC

WHEN USING B FOR CHANGEOVER.

FIELD INSTALLED JUMPER FROM Y2 TO W2 ON PANEL

THERMOSTAT CONNECTIONS.

TZ-4

THERMOSTAT

CONNECTORS

HEAT PUMP THERMOSTAT WITH

SINGLE Y THERMOSTAT WIRING

DAMPER

MOTOR TERMINALS

M4 M1

M1471

M6 M4 M1

5 6

123

DAMPER MOTOR

IELD JUMPER

M1906

MOTOR TERMINALS

M6 M4 M1

5 6

123

DAMPER MOTORS M1906

MOTOR TERMINAL

4 5 6

123

FIELD JUMPER

M1 M4

M20136A

ZONE PANEL

CONNECTION

COM

CCW

MARD

TZ-4 TOTALZONE® ZONE CONTROL PANEL

9 68-0259-1

Fig. 12. MARD or ML6161 Damper Motor Actuator using

R8222 Relay wiring.

Transformer

1. Wire the transformers to the panel as shown in Fig. 13.

One 40 VA, 24 Vac transformer controls up to five ARD

or ZD dampers.

2. Connect the transformer to terminals R and C.

3. Add the auxiliary transformer if six to ten ARD or ZD

dampers are used.

a. Wire auxiliary transformer to terminals T1 and T2.

b. It is important that these two transformers be wired

in phase. If they are wired out of phase, the internal

circuit breaker trips and the board de-powers. If this

occurs, remove power, correct the wiring and

restore power to the board.

IMPORTANT

If more than five dampers are required for one zone

or if more than ten dampers are used for the TZ-4,

use the Slave Damper Control Relay (SDCR).

Fig. 13. Wiring transformer(s) to panel.

Discharge Air and Outdoor Temperature Sensors

Wire the C7735A Discharge Air Temperature Sensor (DATS)

to the panel as shown in Fig. 14. The Purge LED (yellow)

flashes in all modes except purge if no DATS is connected to

the TZ-4 or if there is a problem with the DATS or the wiring.

For dual fuel applications, connect the C7089 Outdoor

Temperature Sensor as shown in Fig. 14.

Fig. 14. Wiring C7735A Discharge Air Temperature Sensor

(DATS) to panel.

Add-A-Zone Panel

Remove power from TZ-4 before connecting AZ-1 and AZ-2.

Wire the Add-A-Zone (TAZ-4) Panel to the TotalZone (TZ-4)

Panel as shown in Fig.15. Up to seven TAZ-4 Panels can be

wired to one TZ-4 panel to control up to 32 zones.

COM

CCW

ML6161

R8222 RELAY

ZONE CONTROL PANEL

DAMPER TERMINALS

M2054

M6 M4 M1 ZONE

THERMOSTAT

TERMINAL

24 VAC, 40 VA

Transformer

(Required if

more than

four dampers)

24 VAC, 40 VA

Transformer

DAMPER

XFRM

PANEL

XFRM

M20518

M20519

DATS

Sensor

TZ-4 TOTALZONE® ZONE CONTROL PANEL

68-0259-1 10

Fig. 15. TotalZone Add-A-Zone wiring.

Conventional Equipment

Wire the heating and cooling equipment to the equipment

terminals on the TZ-4 Panel as shown in Fig. 16.

Conventional Equipment: Set DIP switch 5-1 to on.

Electric Furnaces: Set DIP switch 5-6 to off to energize the fan

with a call for heat.

Hydro-Air: Wire the zone valve or circulator relay to the Rh

and W1 equipment terminals. (If the circulator relay has

powered terminals, remove the Rh Rc jumper.) Set DIP switch

5-6 to off to energize the fan with a call for heat.

Oil Heat: Wire the oil primary T, T terminals to the Rh and W

equipment terminals. (If the oil primary has powered

terminals, remove the Rh Rc jumper.)

Multi-Stage: Wire the equipment as shown in Fig. 16 using the

W2 and W3 terminals for second and third stages of heat.

Wire Y2 for second stage of cooling.

See Single and Multi-Stage Operation in the Operation

section to configure DIP switches 4-1, 4-2, 4-3, and 4-4.

M20362

TotalZone Panel

TotalZone

Add-A-Zone Panel

AZ1

DIP-SWITCHES

AZ2

AZ1

AZ2

AZ1

AZ2 TO NEXT

ADD-A-ZON

PANEL

54321

Table des matières

Autres manuels Honeywell Panneau de contrôle

Honeywell

Honeywell Notifier AFP-3030 Manuel utilisateur

Honeywell

Honeywell HPZC10 Series Manuel utilisateur

Honeywell

Honeywell NOTIFIER NFW-100X Manuel utilisateur

Honeywell

Honeywell HVC0001 Manuel utilisateur

Honeywell

Honeywell Gamewell GFANN-80 Manuel technique

Honeywell

Honeywell Notifier ST.PL4+ Manuel utilisateur

Honeywell

Honeywell Accenta Manuel utilisateur

Honeywell

Honeywell TrueZONE HZ432 Manuel utilisateur

Honeywell

Honeywell FCI Gamewell Flex 404 Manuel utilisateur

Honeywell

Honeywell NFS-3030 Instructions d'installation et d'utilisation

Honeywell

Honeywell MiniZone EMM-3U Manuel d'utilisation

Honeywell

Honeywell NOTIFIER SLC Manuel utilisateur

Honeywell

Honeywell 13270-01LB Manuel utilisateur

Honeywell

Honeywell nfs2-3030 Manuel du propriétaire

Honeywell

Honeywell TrueZONE HZ432 Manuel utilisateur

Honeywell

Honeywell NOTIFIER AM1000 Manuel utilisateur

Honeywell

Honeywell Galaxy 16 Manuel utilisateur

Honeywell

Honeywell nfs2-3030 Manuel du propriétaire

Honeywell

Honeywell LT-32 Manuel utilisateur

Honeywell

Honeywell TrueZONE HZ432K/U Manuel utilisateur

Honeywell

Honeywell MS-10UD Series Manuel utilisateur

Honeywell

Honeywell Galaxy Flex Manuel utilisateur

Honeywell

Honeywell W-MMF Manuel utilisateur

Honeywell

Honeywell Notifier RP-2001 Manuel utilisateur

Manuels Panneau de contrôle populaires d'autres marques

RDZ

RDZ PC-HRX Manuel utilisateur

STG-BEIKIRCH

STG-BEIKIRCH MZ3 Manuel technique

Efka

Efka Variocontrol V810 Manuel utilisateur

Cebora

Cebora 208-10 Manuel utilisateur

AMX

AMX AutoPatch CP-15 Manuel utilisateur

Satel

Satel CA-6 KLED-S Manuel utilisateur

Evolution

Evolution IQ plus 800 Manuel utilisateur

Fagor

Fagor 8040 TCO CNC Manuel utilisateur

Trane

Trane ComfortLink II XL950 Control Manuel utilisateur

AKO

AKO PROCool AKO-17635-2 Manuel utilisateur

ABB

ABB 6136/30M-101 Manuel utilisateur

Telikou

Telikou BK-603 Belt Pack Manuel utilisateur

Mapei

Mapei Mapeheat Thermo Touch Manuel utilisateur

Bosch

Bosch D9412GV4 Manuel utilisateur

Mitsubishi Heavy Industries

Mitsubishi Heavy Industries SC-SL4-AE2/1 Manuel utilisateur

Sminn

Sminn BOX L VF1L EI Manuel utilisateur

Balboa

Balboa TP600 Manuel utilisateur

Nice

Nice HSCU1 Caractéristiques techniques