Honeywell TS300 Manuel utilisateur

N8188-2V3 11/08 Rev. B

DUAL TEMPERATURE SENSOR

INSTALLATION AND OPERATING INSTRUCTIONS

INTRODUCTION

The Honeywell Ademco TS300 is a hardwired temperature monitor able to accurately detect variations in temperature. It

can monitor the temperature at the unit and at a remote location (using a T280R) simultaneously. Alarm annunciations

include a local piezo sounder and two programmable NO/NC outputs which activate when the mapped high or the low

limit(s) is exceeded, protecting equipment, property, and perishable items. The NO/NC alarm outputs may be delayed by

increments of one minute to allow for expected momentary temperature variations such as during a refrigeration unit's

defrost cycle. The audible alert, if programmed, sounds when the temperature limit is violated and can be silenced with

the press of a button for a programmed duration. The TS300 can accurately monitor any temperature within the range

from 32

F to 140

F (0

C to 60

C). A T280R Remote Temperature Probe may be used to monitor temperature within the

range from -40

F to 140

F (-40

C to 60

C) or to monitor temperature in a harsh environment.

INSTALLATION

Mount the unit on a wall at a convenient viewing height. For accurate temperature sensing at the unit, do not mount the

TS300 near any heat or cooling source. If the unit does not trip the panel, insure that the contact configuration (NO/NC)

as defined in the Setup Procedure agrees with that of the zone to which it is connected.

TO THE INSTALLER

Regular maintenance by the installer and frequent testing by the user are vital to continuous satisfactory operation of any

alarm system. The TS300 and the T280R should be tested periodically, at least once a month, depending on conditions.

The installer should assume the responsibility of developing and offering a regular maintenance program to the user as

well as acquainting the user with the proper operation and limitations of the alarm system and its component parts.

Recommendations must be included for a specific program of frequent testing to ensure the system's proper operation at

all times.

Illustration A

SETUP PROCEDURE

Remove the front cover from the TS300. With power applied to the unit, press the SETUP MODE switch (see Illustration

A). Press the Left button to lower a numeric limit by a value of one (press and hold to decrement by tens); Press the right

button in raise a numeric limit by a value of one (press and hold to increment by tens). Pressing either button will toggle

the either/or choices. When your preferred setting is displayed, press the setup button to accept and move to the next

parameter

Note that, when setting High/Low limits in Centigrade mode, incrementing/decrementing will raise/lower the limit by the

equivalent of 1

Fahrenheit (or 10

F, if button is pressed and held).

Table 1. Programmable Parameters

Parameter

Display

Default

Min

Max

Fahrenheit or Centigrade

F-C

Remote Probe Enable

rEN

YES

Display Local or Remote

temperature

DSP

LCL

RPR

Set Local Sensor Low Limit

LLO

I40

Set Local Sensor High Limit

LHI

I40

Set Remote Probe Low Limit

RLO

-40

I40

Set Remote Probe High Limit

RHI

I40

-40

I40

Select Output Mode (both

relays)

Out

Set Output Map for Output 1

OuI

Set Output Map for Output 2

Ou2

Set Alarm Delay for Output 1

DLI

255

Set Alarm Delay for Output 2

dL2

255

Enable Alarm Audible

Annunciator

AUD

YES

Audible Alarm Silence

Timeout

SIL

255

Hysteresis

Degrees of

HYS

NOTES:

If programmed for Normally Closed (NC) it is supervised, if Normally Open (NO) it is unsupervised.

The Output map is a graphical representation of the possible choices.

The left character indicates which relay you are mapping, 1 or 2.

The middle character is the local sensor map and the right character is the remote probe map. See Table 2 for

map designations.

Hysteresis provides a buffer so that temperature that is shifting back and forth around the alarm limit point will

not create multiple alarms. You set the # of degrees that the temperature will have to rise above the

temperature low limit set point or drop below the high limit set point for the alarm to turn off. For example, if

you set the HYS at 3 degrees and your low limit is 40 degrees, you will go into an alarm condition when the

temperature reaches 39 degrees and restore from alarm would not occur until the temperature rose to 43

degrees. Hysteresis is limited to ½ the difference in degrees between the low temperature limit and high

temperature limit or the programmed HYS setting (max of 10E) whichever is least.

The setup will NOT be lost in the event that power is lost at the panel.

Options that relate to the remote probe will only appear is you have enabled the remote probe in selection 2

of the table parameters.

High/Low limits shown in table are degrees Fahrenheit. Equivalent Centigrade temperatures apply when

Centigrade has been selected.

Hysteresis is always programmed in degrees Fahrenheit, even if Centigrade has been selected to set limits.

-2-

Table 2. Output Map Designations

Output 1 - not used

Output 1 - Local and Remote Low

Alarms

Output 1 - Local Low Alarm

Output 1 - Local Low and Remote

High Alarms

Output 1 - Local High Alarm

Output 1 - Local Low and Remote

Low and High Alarms

Output 1 - Local Low and High

Alarms

Output 1 - Local High and Remote

Low Alarms

Output 1 - Remote Low Alarm

Output 1 - Local and Remote High

Alarms

Output 1 - Remote High Alarm

Output 1 - Local High and Remote

Low and High Alarms

Output 1 - Remote Low and

High Alarms

Output 1 - All Alarms; Local Low

and High and Remote Low and

High

Map designations:

Low Limit High Limit Both Low

& High Limits

Examples: (The same choices can be used for relay 2)

OPERATION

Display - The TS300 displays the selected temperature (local [ambient] or remote) in either Fahrenheit or

Centigrade as programmed. To check the temperature at a sensor, press the left button for the local sensor or

the right button for the remote probe. The temperature you have requested will flash 5 times and then return to

displaying the temperature of the sensor you have chosen to display.

Alarm - If the temperature at an enabled sensor varies outside either of its mapped limits, the audible

annunciator will sound, if programmed, and the mapped output will switch to its alarm state, but only after the

selected delay time has expired. If the delay time is set to 0 the alarm will be immediate. The maximum delay

time is 255 minutes (4 hours, 15 minutes). The output will remain in its alarm state until the temperature

returns to within the selected limits as buffered by the programmed degrees of hysteresis. As long as the

temperature remains outside the selected temperature limits, the display will cycle between the desired display

temperature and the name of the limit(s) exceeded.

Silence - The Audible alarm is silenced by pressing either of the buttons. It will remain silenced until the

silence timeout time expires and then it will become audible again. In addition, when the output delay time is in

the final 60 seconds the audible will switch to a fast beep (250mS pulsed), if it has been enabled.

High and Low Temp limits and Alarm Memory - To display the programmed high and low temperature

limits, press and hold both buttons momentarily. The unit will show the programmed limits followed by any

alarms in alarm memory. The TS300 stores the last 8 alarm events. An alarm event is one where the relay

output was activated. If delays are used, and the temperature restored before the delay time expired, it is not

considered an alarm and will not be stored in alarm memory. Alarms are displayed as the limit that was

violated. For example LLO for local low limit. The alarms are displayed most recent to oldest. Alarm memory is

cleared when you enter set-up mode or when power is cycled to the unit.

-3-

TS300 SPECIFICATIONS

Temperature Range / Accuracy (Local Sensor)

F to 140

F (0

C to 60

C) "3

F ("1.7

Temperature Range / Accuracy (Remote Probe)

-40

F to 140

F (-40

C to 60

C) "4

F ("2.2

Minimum Span between Hi and Low Limits

F (2.2

Alarm Delay

0 - 255 minutes in 1 min increments

Alarm Output Type

(2) Form A reed relays

Alarm Output Resistance

25 ohms maximum

Alarm Output Rating

50 mA max. @ 30 VDC

Audible Alarm

4 kHz, 75 dB @ 10 cm pulsed 750 mS on/off

Audible Alarm Silencing

0 - 255 minutes in 1 min increments

Input Voltage

7 to 16 VDC

Input Current

25 mA (max.)

Case Dimensions

4" x 2.6" x 0.9" (10.2 cm x 6.6 cm x 2.3 cm

T280R REMOTE TEMPERATURE PROBE

(purchased separately)

The T280R is a Remote Temperature Probe for use with the TS300. The Remote Probe is a sealed temperature sensor

with 15 feet of two conductor, 24 AWG stranded cable. The cable should be connected to the two terminals labeled

REMOTE. (Polarity need not be considered.)

Caution: Excessive force applied to the probe may damage the device.

T280R Remote Probe Specifications

Chemical Properties

Non-corrosive Water Resistant

Max. Compression Force Applied to Probe

10 lb. force

Max. Tensile Force Applied Between

Probe and Cable

5 lb. force

Max. Cable Length

300 feet*

•The T280R may be extended from 15' up to 300' using shielded 24 AWG cable. Insure the shield is grounded for noise immunity.

For the latest warranty information, please go to:

http://www.security.honeywell.com/hsc/resources/wa/index.html

CE compliance

logo. This product

is in conformity

with the relevant

European union

harmonization

legislation

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conformité CE.

Ce produit est

conforme à la

législation

d’harmonisation

dans l’Union

européenne

pertinente

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Produkt stimmt

mit den

relevanten

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gesetzen der EU

überein

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cumplimiento de

CE. Este

producto cumple

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uniformidad de la

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armonizzata

pertinente

dell'Unione

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symbol. It

indicates this

product is to be

recycling and not

been thrown

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dustbin.

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doit être recyclé

et qu’il ne doit

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ne být vyhozen do

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Symbol WEEE.

Oznacza, że

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recyklingowi i nie

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ÊN8188-2V3DŠ

N8188-2V3 11/08 Rev. B

2 Corporate Center Driv

e, Suite 100

P.O. Box 9040, Melville, NY 11747



2008

Honeywell

International Inc.

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