Honeywell EXCEL 12 MODULES INSTALLATION INSTRUCTIONS

Excel 12

0

W7704

HONEYWELL EXCEL 5000 OPEN SYSTEM

INSTALLATION INSTRUCTIONS

GENERAL INFORMATION

Depending on your application's hardware requirements, you can choose between the following different Excel 12 models:

Table 1. Overview of Excel 12 models

W7704A1004*1 X X X X X X X X X X X X X X X X X X X X X X X X X

W7704B1002*1 X X X X X X X X X X X X X X X X X X X X X X X X X X X

W7704C1000*1 X X X X X X X X X X X X X X X X X X X X X X

W7704D1008 X X XX X X X X XXXXXXXXX X XX X X X XXXX

W7704D1016 X X XX X X X X XXXXXXXXX X XX X X X XXXX

W7704F1003*1*2 X X X X X X X X X X X X X X

*1 These hardware versions have been discontinued.

2

The hardware variant W7704F1003 is cost-optimized for light control and does not support hardwired wall modules.

*

BEFORE INSTALLATION

IMPORTANT

It is recommended that the Excel 12 be kept at room
temperature for at least 24 hours before applying
power; this is to allow the evaporation of any
condensation resulting from low shipping / storage
temperatures.

CAUTION

To avoid electrical shock or equipment damage, you
must turn off the power supply before attaching /
removing connections to/from any terminals.

Approvals, Certifications, and Standards

Approvals and Certifications

 CE-approved
 EUBAC-certified as follows:

Classification according to EN60730-1

Environmental conditions: For use in home (residential,

Pollution degree: Class 2

® U.S. Registered Trademark
Copyright © 2010 Honeywell Inc. EN1B-0201GE51 R0110F
All Rights Reserved

short housing

long housing

24 Vac

W7704D1016:

W7704D1008:

commercial, and light-industrial)
environments

230 Vac

binary input 1

binary input 2

eu.bac

020893

Cert

eu.bac

20896

Cert

binary input 3

binary input 4

relay 1 (N-O)

relay 2 (N-O)

relay 3 (N-O)

relay 4 (C-O)

relay 5 (C-O)

triac 1

triac 2

triac 3

traic 4

triac 5

triac 6

wall module LED

output

AI1 (NTC20k + V)

AI2 (NTC20k)

AI3 (fan speed /

bypass)

AI4 (setpoint)

AI5 (NTC20k + V)

AI6 (NTC20k)

AI7 (NTC20k + V)

Protection against shock: Class 0 (without terminal covers)

Class II (with terminal covers)

Software class: Class A

Classification according to EN60529

(Degree of Protection Provided by Enclosures)
Without terminal covers: IP20
With terminal covers: IP30

Ambient Environmental Limits

Operating temperature: 0 … +50 °C at 5…90% r.H.
Storage temperature: -30 … +70 °C at 5…90% r.H.

W7704D1008, W7704D1016 Temperature CA

Chilled ceiling: 0.5 K
Electric convector: 0.3 K
Electric floor heating: 1.2 K
Radiator heating: 0.5 K
FCU heating mode: 0.4 K
FCU cooling mode: 0.2 K
(min. Temperature Control Accuracy values requested by
EUBAC: ≤ 1.4 K for hot water radiator heating, fan coil unit,
VAV, and chilled ceiling applications; ≤ 1.8 K for water floor
heating, electric convector, electric floor heating, and electric
ceiling heating applications)

Weight

Short housing: 400 g
Long housing: 860 g

AO1 (0...10 Vdc)

AO2 (0...10 Vdc)

EXCEL 12 MODULES

MOUNTING

The unit is available with either short (W x L x H =
126 x 76 x 110 mm) or long (W x L x H = 180 x 76 x 110 mm)
housings (see Fig. 1). The mounting procedures are similar
for both sizes.

The unit is suitable for mounting on a standard rail (DIN EN
50022-35 x 7,5) and for installation in wiring cabinets, in fuse
boxes, and on walls/ceilings.

swivel label

holders (optional)

terminal protection

cover (optional)

Fig. 1. Excel 12 housing (side view)

DIN Rail Mounting/Dismounting

The unit can be mounted onto a DIN rail simply by snapping it
into place and securing it with a stopper to prevent sliding. It
is dismounted by gently pulling the stirrup located in the base
of the housing (see Fig. 2).

EYELETS FOR

CABLE BINDERS

STIRRUP; PULL DOWN

TO DISMOUNT UNIT

FROM RAIL

SCREWING NOSE

(oval hole)

Fig. 2. Housing base (view from below)

EYELETS FOR

CABLE BINDERS

terminal protection

cover (optional)

SCREWING NOSE

(round hole)

Wall/Ceiling Mounting/Dismounting

SHORT HOUSING: 100 mm; LONG HOUSING: 154 mm

round hole

(diameter: 4 mm)

oval hole

(4x7 mm)

Fig. 3. Drilling template (view from above)

The unit can be mounted on walls or ceilings in any
orientation desired. In the case of ceiling mounting, however,
it should not be operated at ambient temperatures exceeding
45 °C. The unit is mounted by inserting 3.5-mm dowel screws
through the corresponding screwing noses.

Optional Use of Terminal Covers

After mounting the unit onto the wall or ceiling, provide for
cable access by snipping out the terminal protection covers'
cut-out tabs and snap (by hand) the covers (available in
packs of 8) into place onto the housing. To remove a cover,
place a screwdriver in the leverage slot (see Fig. 10 on page

7) and pry it loose.

Terminal Assignment

The terminal blocks are arranged on two sides of the
controller: the relay side and the low-voltage side.

 The relay side consists of a single row of terminal blocks

for the connection of cables to the relays. In the case of
models with 230 Vac power supply, the 230 Vac power is
also connected on this side.

 The low-voltage side consists of two rows of terminal

blocks for the connection of cables to all other input /
outputs. In the case of models with 24 Vac power supply,
the 24 Vac power supply is also connected on this side.

NOTE: According to VDE guidelines, it is not allowed to mix

low-voltage and high-voltage signals on the relays.

NOTE: For controlling thermal actuators, we recommend

using the 24 Vac models, which provide more
current.

Every unit is equipped with a terminal assignment label on the
top of the housing (see Fig. 4). The terminal assignment label
is a plastic part displaying the maximum complement of I/O's.

The small sticker in the upper left corner provides model­specific information, e.g. the date code, the type of power
supply, that terminals 36-38 (triac outputs 5 and 6) are not
connected, and that terminals 1, 2, 22, and 23 may be used
as 24 Vac output terminals, only (secondary side of the built­in transformer).

100 mm

EN1B-0201GE51 R0110F

2

EXCEL 12 MODULES

W7704A1004

1401

date code

230 Vac +10/-15%; 20VA
50/60 Hz; Rel.Com. Max 6A
IP30 with terminal cover

X: not used
O: out, only

1, 2

45-52

53-58

36-38

43, 44

22, 23

XOO

model-specific information

24V~

24V~

0

~

23

22

24V~

24V~

0

~

21

LON

24

LON

0

Power

Power

!

BI3

LON

0

2

1

1

LON

2625

BI1

0

2

5

43

Fig. 4. Example terminal assignment label for W7704A1004

Power Supply

General Information

NOTE: Local wiring guidelines (e.g. VDE 0100) may take

precedence over recommendations provided in these
installation instructions.

NOTE: To comply with CE requirements, devices having a

voltage of 50...1000 Vac or 75...1500 Vdc but lacking
a supply cord, plug, or other means for disconnecting
from the power supply must have the means of
disconnection incorporated in the fixed wiring. This
means of disconnection must have a contact
separation of at least 3 mm at all poles.

All wiring must comply with applicable electrical codes and
ordinances. Refer to job or manufacturers’ drawings for
details. Use a min. of 18 AWG (1.0 mm
14 AWG (2.5 mm

2

) for all power wiring.

If power is supplied via a T terminal plug, individual Excel 12
modules can be disconnected from the power supply without
disturbing the operation of other devices powered by the
same source.

Models with 230 Vac Power Supply

Models with 230 Vac power supply are equipped with a built­in 24 Vac transformer, the secondary side of which can be
used to power external devices. The max. current at the field
device supply terminals and all triac outputs together must not
exceed 300 mA continuous.

NOTE: Do not connect external 24 Vac on models with

230 V power supply!!

These models have a long housing (180 mm). The power
supply (230 Vac [-15% / +10%], 50/60 Hz) is connected to
terminals 43 and 44. Terminals 1, 2, 22, and 23 are
connected to the secondary side of the built-in 24 Vac
transformer; these terminals must not be used for connecting
an external transformer. The terminals can be used to power
e.g. an active sensor.

2

) and a max. of

Ho ne ywe ll

BI3

27

BI1

~

BI4

0

Y

BI2

0

Y

N

BI4

Y

BI2

Y

0

Power

Power

0

Power

Power

43

230 Vac

+10% / -15%

QLQN

Rel123

COM

Tria c

T1,2

COM

24V~

24V~

Out 0

Out ~

109876

~

~

44

Rel1

NO

Tria c

2

1

AI1

Y

QLQN

4 A

NL

QLQN

4645

4 A

NL

Rel123

COM

Rel123

COM

47

Rel2

NO

T3,4

COM

AI2

Y

1211

Rel1

NO

Rel1

NO

NO

Tria c

3

AI3

Y

13

Rel2
NO

LOW

FAN

Rel2
NO

LOW

FAN

QL

QNRel3

T5,6

Tria c

COM

4

LED

AI4

Out

Y

14

QNRel3

NO

HI

MED

QNRel3

NO

HI

MED

Rel4

Rel4

NC

COM

Tria c

AI5

1615

545352515049484746454443

Triac

6

5

AI5

0

Y

17

Rel4

Rel4
COMQL

Rel4

Rel4
COMQL

Fig. 5. Connection to 230 Vac power supply

NOTE: The max. current at the field device supply terminals

and all triac outputs together must not exceed
300 mA continuous. Disregarding these limits can
result in the destruction of the built-in transformer.

When not supplying external devices with 24 Vac, these
models have a power consumption of under 17.5 VA.

Models with 24 Vac Power Supply

These models have a short housing (126 mm). The power
supply (24 Vac [±20%], 50 or 60 Hz) is connected to terminals
1 and 2. Terminals 22 and 23 may be used to connect further
devices to the same 24 Vac power supply.

NOTE: Do not reverse the polarity of the power connection

cables and avoid ground loops (i.e. avoid connecting
one field device to several XL12's) as this may result
in short circuits damaging your device.

Rel5

Rel4

COM

NO

55

AO1

AO1

0

AI6

Y

Rel5

Rel4

COM

NO

NC

55

56

545352515049484746454443

sunblind

Rel5

Rel4

COM

NO

NC

54535251504948

sunblind

56

40393837363534333231302928

AI6

0

0

Rel5

Rel5

NO

NC

57

58

AO2

AO2

0

Rel5

NC

Rel5

NC

Y

42

41

AI7

AI7

0

Y

201918

21

Rel5

NO

57

58

M

Rel5

NO

58575655

M

Y

0

3 EN1B-0201GE51 R0109E

EXCEL 12 MODULES

24 V

~

24 V

~

24 V

~

22

24 V

~

1

230 Vac
120 Vac

24 Vac
+/-20%

24 V

24 V

24 V

24 V

QLQN

Rel1

Rel123

45

4 A

NL

QLQN

4 A

NL

COM

Rel123

COM

NO

Rel1

NO

LOW

FAN

LOW

FAN

0

232322

0

221

0

0

fuses dependent

upon your transformer

Rel2

NO

Rel2

NO

QN

Rel3

NO

MED

NO

MED

HI

QL

QNRel3

HI

COM

5352515049484746

Rel4
COM

NC

54

Rel4

NC

54535251504948474645

NO

55

Rel4

NO

55

sunblind

sunblind

COM

56

Rel5
COM

NO

NC

57

58

0

M

Rel5

Rel5

NO

NC

585756

0

M

Rel5

Rel5

Rel5

Rel4

Rel4

Rel4

QL

Fig. 6. Connection to 24 Vac power supply

NOTE: The max. current at the field device supply terminals

and all triac outputs together must not exceed
500 mA continuous. Disregarding these limits can
result in the destruction of the built-in transformer.

The 24 V models have a power consumption of under 6.5 VA.

Wall Modules

The T7460 and T7560 Wall Modules can be used in con­junction with the Excel 12 to perform room temperature
sensing, set-point adjustment, fan speed manual override,
and occupancy bypass. When hardwired to the Excel 12, the
wall module's LED/LCD can be configured to provide
information about the effective occupancy mode, etc. (see
section "Configuration of the Wall Module's LED / LCD").

Table 2. Supported wall module functions

T7560

button

bypass

T7460C 
T7460D 
T7460E  
T7460F 

left 

T7560A

middle 

right 

left 

T7560B

middle 

right 

NOTE: The intended use of the wall module's buttons must

be configured using Honeywell's LNS plug-in.

Example:

The T7560A has a left button which can be configured to act
as a “fan speed” button, a middle button which can be
configured to act as a “unit ON/OFF” button, and a right
button for “bypass.”

unit

ON/OFF

fan speed

Wall Module Connection

AI7

24V~

24V~

BI2

Out 0

Out ~

Y

9

8

com-

AI2

AI1

Y

Y

10

1211

1 2 3 4

set-

temp.

point

sensor

mon

AI3

Y

13

bypass

fan

AI4

14

LED

Y

5

in

LED

0

Out

1615

6 7 8

not

not

used

used

24V~

AI5

AI6

AI7

AI6

AI5

0

Y

Y

17

Excel 12

0

Y

201918

21

T7560

Fig. 7. Wall module connection

Configuration of the Wall Module's LED / LCD

When either a T7460 and T7560 Wall Module has been
hardwired to the Excel 12, its LED can be configured (using
Honeywell's LNS plug-in) to provide information about e.g.
overrides or effective occupancy modes. Further, in the case
of a T7560 Wall Module, its LCD can likewise be configured
to display such information.

Configuration of the LED to Display Info on Overrides

The wall module's LED can indicate if an override has been
activated by either the wall module's bypass button being
pushed or because the Excel 12 has received a network
command. Specifically:
 If the wall module's LED is OFF, then no override (from

the wall module or the L
effect.

 If the wall module's LED is ON continuously, the bypass

button or a network command has placed the Excel 12
into the "occupied" or "bypass" mode (however, if the by­pass button is again pushed or if a cancellation network
command is received or if the bypass time expires, the
Excel 12 will return to its scheduled occupancy mode).

 If the wall module's LED flashes once per second, the

bypass button or a network command has placed the
Excel 12 into the "unoccupied" mode (however, if the by­pass button is again pushed or if a cancellation network
command is received, the Excel 12 will return to its
scheduled occupancy mode).

 If the wall module's LED flashes twice per second, a net-

work command has placed the Excel 12 into either the
"standby" or the "occupied" mode.

 If the wall module's LED flashes four times per second,

the Excel 12 is responding to a network management
"wink" command.

Configuration of the LED to Display Info on Occupancy Mode

The wall module's LED can also indicate the Excel 12's
effective occupancy mode. Specifically:
 If the wall module's LED is OFF, the Excel 12 is in the

"unoccupied" mode.

 If the wall module's LED is ON, the Excel 12 is in the

"occupied" mode.

 If the wall module's LED flashes once per second, the

Excel 12 is in the "standby" mode.

 If the wall module's LED flashes four times per second,

the Excel 12 is responding to a network management
"wink" command.

Configuration of the T7560 Wall Module's LCD

The T7560 Wall Module's LCD can be configured to display
various symbols providing the following information:

ONWORKS network) is currently in

EN1B-0201GE51 R0110F

4

EXCEL 12 MODULES

2

2

 If is displayed continuously, the Excel 12 is in the

"occupied" or "bypass" mode; if it flashes, the given mode
has been overridden.

 If

is displayed continuously, the Excel 12 is in the
"standby" mode; if it flashes, the "standby" mode has been
overridden.

 If

is displayed continuously, the Excel 12 is in the
"unoccupied" mode; if it flashes, the "unoccupied" mode
has been overridden.

NOTE: If all three of these symbols are flashing simul-

taneously, the Excel 12 is responding to a network
management "wink" command.



means that the Excel 12 is OFF.



and mean that the Excel 12 is OFF, but that "frost
protection" has been enabled.

Connection of CO2-Sensor

A CO2-sensor (e.g. C7110D1009) may be connected to
analog inputs 1, 5, or 7 for air-quality control.

W7704

24 VAC

COMMON

CO2 IN

TEMP. SENSOR

BYPASS / FAN

TEMP. SETPOINT

LED OUT

9 10 11 12 13 14 15 16

3

1 2

4

5 6 7

Connecting to the LONWORKS Network

IMPORTANT

Do not bundle wires carrying field device signals or
LonWorks communications together with high-voltage
power supply or relay cables. Specifically, maintain a
min. separation of 3 inches (76 mm) between such
cables. Local wiring codes may take precedence over
this recommendation.

IMPORTANT

Try to avoid installing in areas of high electromagnetic
noise (EMI).

The unit must be wired to the L
IV 22 AWG (Belden part number 9D220150) or plenum-rated
level IV 22 AWG (Belden part number 9H2201504) non­shielded, twisted-pair, solid-conductor wire. When possible,
use Honeywell AK3781, AK3782, AK3791, or AK3792 cable
(US part nos.). See Excel 50/5000 LonWorks Mechanisms,
EN0B-0270GE51, for details, including max. lengths.

Use wire with a min. size of 20 AWG (0.5 mm
size of 14 AWG (2.5 mm

The unit is connected to the L
Fig. 9 via terminal pins 3 and 4 (black screw-type T terminal
plug) underneath the terminal protection cover (if present)
located on the low-voltage side. Terminal 24 and 25 are used
to connect further devices to the L

24V

24V

0

~

22

23

24V

24V

0

~

1

2

ONWORKS network using level

2

2

).

ONWORKS network as shown in

ONWORKS network.

LON

LON

1

2

24

25

LON

2

4

Excel 1

LON

1

3

) and a max.

24 VAC

COMMON

CO2 OUT

TEMP. SENSOR

BYPASS / FAN

TEMP. SETPOINT

LED IN

C7110D

Fig. 8. Connection of C7110D1009

LonWorks Communications

General Information

The Excel 12 is equipped with a free-topology transceiver
(FTT10A) for communicating on L
L

ONWORKS network is insensitive to polarity, eliminating the

possibility of installation errors due to miswiring.

Different network configurations (daisy-chain, loop, and star
configurations, or any combination thereof) are possible (see
also Excel 50/500 L

ONWORKS Mechanisms Interface

Description, EN0B-0270GE51).

All Excel 12 controllers feature a L
service button (see section "Troubleshooting" on page 6).

ONWORKS® networks. The

ONWORKS service LED and

24V

24V

LON

LON

0

~

22

24V

~

1

1

LON

2

25

24

Excel 1

LON

1

2

3

4

23

24V

0

2

Fig. 9. Connection to LonWorks (fixed terminals)

Depending upon the chosen network configuration, one or two
terminations (see section "L

ONWORKS Termination" on page

7) may be required.

Inputs/Outputs

Wiring the Inputs/Outputs

Use a min. size of 20 AWG (0.5 mm2) and a max. of 14 AWG
(2.5 mm
all input/output cables is 1300 ft (400 m).Two wires with a
total thickness of 14 AWG can be twisted together and
connected using a wire nut (include a pigtail with this wire
group and attach the pigtail to the individual terminal block).
Deviations from this rule can result in improper electrical
contact. Local wiring codes may take precedence over this
recommendation. Wire to the terminal blocks as follows:

2

) for all input/output connections. The max. length of

5

EN1B-0201GE51 R0110F

EXCEL 12 MODULES

1. Strip 5/16 in. (8 mm) insulation from the conductor.

2. Insert it at the required terminal location, and tighten the

screw to complete the termination. Fix the cable using
cable binders if required.

Binary Inputs

The Excel 12 is equipped with dry-contact binary inputs. The
binary inputs are fast (i.e. the signal must be stable for
25 ms). The binary inputs are therefore suitable for pro­cessing signals which need to be handled quickly, e.g. light
switch input or sunblind UP/DOWN button. In the case of slow
signals, it is sufficient to use analog inputs, all of which can be
configured as slow binary inputs using Honeywell's LNS plug­in.

Hardware Limits

 In order for the software to detect that a fast binary input is

closed, the resistance of the dry contact must be less than
200 .

 In order for the software to detect that a fast binary input is

open, the resistance of the dry contact must exceed
50 k.

 Signal must be stable for a min. of 25 ms.

NOTE: Push buttons connected to the Excel 12 must be

new. Specifically, it is not allowed to use push
buttons which have already been used for 230 Vac.

Binary Outputs

The triac outputs or relay outputs can be configured for
different functions.

Example: Floating Drives

You can choose to use two triac outputs or two relays to
connect a floating drive (no mixing of triac outputs and relays
allowed). Once the outputs have been configured using
Honeywell's LNS plug-in, floating actuators can be directly
connected to them.

Relay Outputs

The Excel 12 is equipped with up to two change-over relays
and up to three normally-open relays.

Hardware Limits

 A min. current of 50 mA is required to ensure a reliable

contact.

 The normally-open contacts are designed for a max.

continuous current of 6 A. The normally-closed contacts
are designed for a max. continuous current of 1 A.

 The max. combined allowable current flowing through all

relays simultaneously is 24 A (continuous).

 The max. peak in-rush current (20 ms) at the normally-

open contact is 80 A.

 Number of switching operations at

- Resistive charge: 200,000 (6 A)

- Inductive charge: 170,000 (6 A, cos φ > 0.6)

NOTE: If inductive components are to be connected to the

relays and if these relays switch more often than
once every two minutes, they must be prevented
from causing harmful interference to radio or tele­vision reception (conformance with EN 45014).

NOTE: Fluorescent lamps with electronic control gear often

have high switching currents. To reduce this
switching current, you could use current limiters (e.g.
EBN2 Schalk electronics) or install 10 m cable
(25 mm

2

) between the Excel 12 controller's relays
and the electronic ballast. If the analog input of a
dimmable electronic load is not a protective low­voltage signal or if the analog signal is wired in the
same cable as the dimmable electronic ballast's
power supply, the Excel 12 system ground must be
earthed.

Triac Outputs

The Excel 12 is equipped with up to six triac outputs.

Hardware Limits for Excel 12 with 230 Vac Power Supply

 Low signal: 0 V; high signal: 24 Vac
 Maximum 250 mA continuous current in sum for all triac

outputs together

 550 mA for max. 10 sec.
 cos  > 0.5

Hardware Limits for Excel 12 with 24 Vac Power Supply

 Low signal: 0 V; high signal: 24 Vac
 Maximum 500 mA continuous current in sum for all triac

outputs together

 800 mA for max. 10 sec.
 cos  > 0.5

Analog Inputs

The Excel 12 is equipped with up to seven analog inputs, all
of which can be configured as slow binary inputs (in which
case the signal must be stable for at least 1.25 seconds) for
the detection of slow signals (e.g. from a window contact).
The analog inputs are configured using Honeywell's LNS
plug-in.

Table 3. Analog input usage

analog input voltage NTC wall module

AI1 X X e.g. CO2 or humidity
AI2 X room temperature1
AI3 fan speed or bypass2
AI4 set-point3
AI5 X X e.g. CO2 or humidity
AI6 X
AI7 X X e.g. CO2 or humidity

1

For all NTC inputs, temperatures of  -50...-45 °C are interpreted as

being due to a sensor break, and temperatures of  +145...+155 °C
are interpreted as being due to a sensor short-circuit.

2

A contact open for  10 seconds is interpreted as a sensor failure.

3

A resistance of > 15 k is interpreted as being due to a sensor

break, a resistance of < 100  is interpreted as being due to a
sensor short-circuit.

Analog Outputs

The Excel 12 is equipped with two 0...11 Vdc analog outputs,
each of which can drive a max. of 1.1 mA.

Troubleshooting

All models feature a LONWORKS service LED and cor­responding L
outside on top of the module) for commissioning and
troubleshooting. When the service button is pressed, the
service pin message is broadcasted.

ONWORKS service button (accessible from the

EN1B-0201GE51 R0110F

6

EXCEL 12 MODULES

See Table 4 on page 8 for a description of the meaning of the
various different possible behaviors of the L

ONWORKS service

LED. For more information on standard service LED behavior,
refer to Motorola L

ONWORKS Technology Device Data

Manual, page AL-190.

Possible Problems and Recommended Actions

Check if switching the power OFF/ON changes the
L

ONWORKS service LED's behavior. Please contact Honeywell

if this does not solve the problem.

leverage slot

long housing (with built-in transformer): 180 m (7-7/8 in.)

Short housing (without transformer): 126 mm (4-15/16 in.)

LonWorks

service button

LonWorks

service LED

ventilation slits

Accessories

Swivel Label Holders

For short or long housings (required for modules equipped
with manual override switches). Packs of eight.

 24 Vac models (short), order no.: XAL_LAB_S
 230 Vac models (long), order no.: XAL_LAB_L

Terminal Protection Covers

For short or long housings (required for wall/ceiling mounting).
Packs of eight.

 24 Vac models (short), order no.: XAL_COV_S
 230 Vac models (long), order no.: XAL_COV_L

LONWORKS Termination

One or two LONWORKS terminations are required, depending
on the given LonWorks bus layout.
Two different L
 L

ONWORKS termination module, order no.: 209541B

 L

ONWORKS connection / termination module (mountable

on DIN rails and in fuse boxes), order no.: XAL-Term

removable screw-type

3-pole terminal block

ONWORKS terminations are available:

l

l

e

w

y

e

n

o

H

m

r

e

T

-

L

A

X

4

3

L

L

O

O

N

N

shield shield

plug-in
jumper

34

15

06

LON

Termination

FTT/LPT Bus
FTT/LPT Free
Park Position

Fig. 10. Housing (top view)

Fig. 11. LONWORKS connection and termination module

7

EN1B-0201GE51 R0110F

EXCEL 12 MODULES

Table 4. L

LED Flashing Pattern Meaning

1 LED remains OFF after power-up.

2 LED is ON continuously after first power-up. Defective hardware.

LED flashes at power-up, goes OFF, then comes ON

3

solid.

4 LED flashes briefly once every second.

5 LED flashes ON and OFF at 0.5 Hz. Node is unconfigured but has an application.

OFF duration  10 sec. Afterwards, the service LED

6a

turns ON and remains ON, indicating completion of the
blanking process.

OFF duration  1 sec. Afterwards, the service LED turns

6b

ON and remains ON.

OFF duration is 1...15 sec, depending on the application

6c

size and the system clock. Afterwards, the service LED
begins flashing ON and OFF at 0.5 Hz.

OFF duration is indefinite (1...15 sec to load internal

6d

EEPROM; remains OFF).

7 LED remains OFF after a short ON duration. Node is configured and running normally.

LED flashes ON for one second and OFF for one second

8

five times in succession and then remains OFF for five
seconds, after which the pattern is repeated.

LED flashes ON for one second and OFF for one second

9

four times in succession and then remains OFF for five
seconds, after which the pattern is repeated.

ONWORKS Service LED Behaviors and Meanings

Defective device hardware. Suspect power supply
problems, clock problems, or a defective Neuron Chip.

Node is applicationless.

This device is probably experiencing continuous
watchdog resets, or the external memory or EEPROM is
corrupt.

Using EEBLANK on a Neuron 3150 Chip-based custom
node.

First power-up with a new PROM on a Neuron 3150
Chip-based custom node. Application less firmware state
exported.

First power-up with a new PROM on a Neuron 3150
Chip-based custom node. Unconfigured firmware state
exported.

First power-up with a new PROM on a Neuron 3150
Chip-based custom node. Configured firmware state
exported.

Module has received a WINK command from the
network. Other physical outputs are unaffected.

There are two possible causes:

1. Coprocessor identification. After reset (power-up),
the Neuron Chip waits for the coprocessor's ID
message (sent periodically until acknowledged).
While waiting, the application remains OFF. This wait
status will remain if the hardware ID fails e.g.
because the Neuron application does not match the
hardware.

2. NEC/Neuron communication failure. If a NEC failure
(e.g. NEC application too big, sensor break, etc.) is
detected, the service LED flashes as described at
left, and continues doing so as long as the NEC
failure is recognized.

Manufactured for and on behalf of the Environmental and Combustion Controls Division of Honeywell Technologies Sàrl, Rolle, Z.A. La Pièce 16, Switzerland by its Authorized Representative:

Automation and Control Solutions

Honeywell GmbH
Böblinger Strasse 17
71101 Schönaich / Germany
Phone: [phone]
Fax: [phone]
http://ecc.emea.honeywell.com

Subject to change without notice. Printed in Germany

EN1B-0201GE51 R0110F