Sensor 217E-02 Bedienungsanleitung

Sensor 217E-02

Smoke Alarm Manual

Specifications - Sensor 217E-02

Primary power source

AC(100 ~ 240)V

Secondary power source

DC 3V

Mains supply current limit

0.06A@230V, 0.12A@115V

Number of interconnected devices

Operating temperature

(0 ~ +55) °C

Operating humidity

(10 ~ 95) % RH, non-condensing

Storage temperature

(-25 ~ +80) °C

Storage humidity

(0 ~ 98) % RH, non-condensing

Complies with

AS3786:2014

Caution

This product must only be used for the purpose described in these instructions and must be

installed by a licensed electrician in accordance with the Building Code Australia (BCA) and local

and state wiring rules and regulations.

Product Limitations: Caution! This device does not detect heat, gas or flame, and should not be

covered with a guard or similar obstructing item.

This device may not alert people who are hearing impaired. It is strongly recommended that

special-purpose smoke alarms using visual or vibrating alerting devices be installed for occupants

with a hearing impairment.

This device may not be effective in fires where smoke is prevented from reaching the device (e.g.,

where intermediate doors are closed), where the fire grows so rapidly that the egress path is

blocked (even when correctly located), and where the fire is intimate to a person (e.g., where a

victim’s clothes catch fire).

Sleeping Occupants: Studies have shown that smoke alarms may not awaken all sleeping

occupants. It is the responsibility of individuals in the household who are capable of assisting

others to provide assistance to those who may not be awakened by the alarm sound, or to those

who may be incapable of safely evacuating the area unassisted.

Installation Limitations: This product is designed for use in a single residential unit, such as a family

home or apartment. Smoke alarms located outside the dwelling may not provide adequate

warning to occupants. This product is not designed for use in non-residential buildings. Non-

residential buildings require special-purpose fire detection and alarm systems. This product alone

is not a suitable substitute for a fire detection system installed in places of business or where

people sleep on a temporary basis, such as hotels, motels, dormitories, hospitals, nursing homes,

or group homes of any kind, even if they were once dwellings. Please refer to local and state

regulations for fire detection and alarm system requirements for non-residential buildings and

temporary accommodation settings.

Overview

SENSOR provides an online platform and ecosystem that allows 24/7 line of sight

for real estate property managers to monitor the compliance of their properties.

With round-the-clock monitoring without the need to physically visit the property,

SENSOR mitigates the risk of the unknown.

Using return pathway Internet of Things (IoT) devices installed at the property,

SENSOR provides real-time device updates to meet legislative requirements and

reduce the risk of property damage.

Achieve legislative compliance and enhanced tenant safety with SENSOR’s range

of smoke-detection sensors and alarms.

Introduction to the SENSOR 217E-02 Photoelectric Smoke Alarm

The SENSOR 217E-02 Photoelectric Smoke Alarm works as an independent or

interconnected photoelectric smoke alarm. When used in conjunction with the

SENSOR Hub, an intuitive return pathway is created giving users access to

monitoring, event logging, and remote testing via an IoT (Internet of Things)

connection housed within the SENSOR Hub.

Due to the advanced battery technology and low power consumption, each model

of alarm in the 217E-02 series can be used to satisfy either the 230V or 10 year

lithium requirement - depending on the applicable installation legislation or other

local or state requirements.

Each alarm connects to the SENSOR Hub independently of each other with a

range of up to 200m line of sight.

The 217E-02 model utilises a sealed lithium battery for both the operation of the

alarm and the RF interconnect to the hub, ensuring no battery replacements are

required over the life of the alarm.

The alarms are fitted with two test functions:

1. The test button on the face of the alarm can be used to test the alarm if

required.

2. The alarm is also fitted with a software-based test which can be

scheduled for a particular date and time or performed in real time via

the portal.

The alarms are also fitted with several additional functions to ensure

safety and compliance, including:

•Early low battery detection – designed to pre-empt a low battery alarm so it

can be replaced prior to low battery beeping.

•Tamper detection – to ensure the alarms are always closed and operating

correctly.

•RF disconnect warning – should an alarm become disconnected from the

network a notification will be sent via the portal.

•230V power outage – if power is lost to the alarm or hub a notification will

be sent via the portal.

Disclaimers

All electrical installations must be carried out by a qualified electrician, in accordance

with local regulations and Australian Standards.

It remains the duty of the installer to ensure that:

•All hardware is undamaged and in proper operating order,

•The correct number of alarms are being installed in compliant locations as per

the local requirements.

This product must only be used for the purpose described in these instructions and

must be installed by a licensed electrician in accordance with the Building Code

Australia (BCA) and local and state wiring rules and regulations.

Understanding Indicator and Alarm Signals

Smoke alarms produce the following indicator and alarm signals, depending on

their status condition.

Primary units

Sensor

217E-02

Quiescent condition

indication

Green LED continuously on, Red LED flashes every

40s

Low battery indication

Short audible signal every 40 secs, synchronized with

a single flash of the yellow LED for 30 days

Low battery hush

indication

Flashing yellow LED every 40 secs

Low battery hush time

10 hrs

Alarm Condition

Alarm condition audible

indication output

≥85 dB @ 3 mins three long beeps, repeating

Alarm condition visual

indication

Three blinks synchronized with audible alarm

Alarm condition hush

indicator

Device entering the alarm condition: Flashing red LED

every 1 sec

Alarm condition hush time

Smoke alarm: 8 mins

Test Condition

Test condition audible

indication output

≥85 dB @ 3 mins, two sets of three long beeps

Test condition visual

indication

The yellow LED flashes once, then the red LED flashes

three times in two cycles

Fault Condition

Smoke chamber fault

indication

Short audible signal every 40 secs, synchronized with

the yellow LED flashes three times

Smoke chamber fault hush

indication

Three flashes of the yellow LED every 40 secs

Smoke chamber fault hush

time

10 hrs

Wireless Interconnection

Group mode connection

indication on slave

device(s)

Flashing yellow LED every 1 sec followed by a short

audible signal

Interconnected Units

When configured as a group, interconnected units produce the following additional

indicator and alarm signal when the primary unit is operated.

Alarm Condition

Alarm condition audible indication

output

≥85 dB @ 3 mins, three long beeps,

repeating

Alarm condition visual indication

—

Test Condition

Test condition audible indication output

≥85 dB @ 3 mins, two sets of three long

beeps

Test condition visual indication

—

Fault Condition

Smoke chamber fault indication

Short audible signal every 40 secs

Installation Preparation

Equipment

Before commencing installation, ensure all equipment and tools to mount and test

the device are available, such as drills, mounting screws (supplied), cables, and

ladders.

Location Selection in Homes and Apartments

For complete coverage, alarms are to be installed in alignment with local, state,

and federal regulations. For enhanced coverage, alarms can be installed in all

rooms, halls, storage areas, basements, and attics in the dwelling. Please use the

following location guide.

Single Storey Dwellings

Install a smoke alarm in the hallway outside every separate bedroom area, as

shown in Fig. 1 a). Two smoke alarms should be installed in dwellings with two

bedroom areas, as shown in Fig. 1 b).

Fig. 1 a) – Single bedroom area

Fig. 1 b) – Multiple bedroom areas

Multi-Storey Dwellings

Install a smoke alarm on every floor of a multi-floor dwelling, as shown in Fig. 2.

MINIMUM ALARM LOCATIONS

ADDITIONAL ALARM LOCATIONS

MINIMUM ALARM LOCATIONS

BEDROOM

BED

ROOM

BED

ROOM

BED

ROOM

KITCHEN

FAMILY ROOM

LIVING ROOM

BINING ROOM KITCHEN BED

ROOM

BED

ROOM

BEDROOM

Recommended Enhanced Safety

To improve early detection performance and safe evacuation, ensure that a

minimum of two alarms are installed per dwelling. Consider installing additional

alarms as follows:

•Inside every bedroom

•At both ends of a bedroom hallway if the hallway is more than 12 m

•Inside every room where one sleeps with the door partly or completely closed,

since smoke could be blocked by the closed door, and a hallway alarm may not

wake up the sleeper if the door is closed

•At the bottom of the basement stairwell

•On the second floor, at the top of the first-to-second floor stairwell

•In the living room, dining room, family room, attic, utility room, and storage

rooms.

Installation Location

•Installation must adhere to all relevant local and state regulations. However, as a

base guideline, alarms should be installed as close to the centre of the ceiling as

possible, away from light fittings and air-conditioning ducts. If this is not

practical, mount the alarm on the ceiling, no closer than 50 cm from any wall or

corner.

•If some of your rooms have sloped, peaked, or gabled ceilings, try to mount

alarms 0.9 m from the highest point of the ceiling measured horizontally. (see

Fig. 3).

Fig. 3 – Alarm location from walls

MINIMUM ALARM LOCATION

ADDITIONAL ALARM LOCATIONS

MINIMUM ALARM LOCATIONS

BEDROOM

BED

ROOM

BED

ROOM

BED

ROOM

KITCHEN

FAMILY ROOM

LIVING ROOM

DINING ROOM KITCHEN BED

ROOM

BED

ROOM

BEDROOM

Fire

From

Smoke

Heat &

Ceiling

Best

Here

50cm min.

INCORRECT LOCATION

CORRECT LOCATION

AIR RETURN AIR ENTRY

KITCHEN

LIVING ROOM

STOVE

BATH

BEDROOM

Where Not to Install Your Alarm

Nuisance alarms occur when alarms are installed where they will not work properly.

To avoid nuisance alarms, do not install alarms in the following situations.

• In or near areas where combustion particles are present, such as kitchens with

few windows or poor ventilation, garages where there may be vehicle exhaust,

near furnaces, combustion heaters, and space heaters. Combustion particles are

the by-products of something that is burning, which the alarm may detect. As a

guide, aim to avoid installing an alarm within 6 m of kitchens where combustion

particles are normally present. If a 6 m distance is not possible (e.g. in a mobile

home), try to install the alarm as far away from the combustion particles as

possible, preferably on the wall. Ensure the area is well ventilated.

• In dead air ceiling or wall spaces, which are often at the top of a peaked roof

or in apex of ceilings and walls. Dead air may prevent smoke from reaching the

alarm. See Fig. 3 for the recommended installation location in such situations.

• In other dead-air areas, where ventilation systems cause airflow that would not

pass through the smoke sensing chamber. Also avoid airflow from areas where

normal combustion articles are expected, such as kitchens. Refer to Fig. 4,

which indicates the correct and incorrect alarm locations.

Fig. 4 – Dead-air areas

• In damp or very humid areas, or within 3 m of bathrooms with showers.

Moisture in humid air can enter the sensing chamber then condense into

droplets upon cooling, which can cause nuisance alarms.

• In very cold or very hot areas, including unheated buildings or outdoor rooms.

If the temperature rises above or falls below the operating range of the alarm, it

may not function properly. The temperature range for your alarm is

(0 ~ 55) °C.

• In very dusty or dirty areas. Dirt and dust can build up on the smoke sensing

chamber, causing it to become overly sensitive. Additionally, dust or dirt can

block openings to the sensing chamber and prevent the alarm from sensing

smoke.

MINIMUM ALARM LOCATION

ADDITIONAL ALARM LOCATIONS

MINIMUM ALARM LOCATIONS

BEDROOM

BED

ROOM

BED

ROOM

BED

ROOM

KITCHEN

FAMILY ROOM

LIVING ROOM

DINING ROOM KITCHEN BED

ROOM

BED

ROOM

BEDROOM

Fire

From

Smoke

Heat &

Ceiling

Best

Here

50cm min.

INCORRECT LOCATION

CORRECT LOCATION

AIR RETURN AIR ENTRY

KITCHEN

LIVING ROOM

STOVE

BATH

BEDROOM

•Near fresh air vents or high draft areas like air conditioners, heaters or fans,

fresh air vents and drafts, which can drive smoke away from alarms.

•In insect-infested areas. If insects enter the smoke sensing chamber, they may

cause a nuisance alarm. Where insects are a problem, ensure that pest control

measures have been undertaken before installing the alarm.

•Near fluorescent lights. Electrical “noise” from fluorescent lights may cause

nuisance alarms. Do not install alarms within 1.5 m of such lights.

Installation

This product must only be used for the purpose described in these instructions and

must be installed by a licensed electrician in accordance with the Building Code

Australia (BCA) and local and state wiring rules and regulations. In the event of a

mains powered installation this must be completed by a licenced electrician and the

power should be turned off prior to commencing any installation or maintenance to

avoid electric shock or electrocution.

The following steps are for the purpose of installation of the SMOKE Alarm ONLY.

For full product suite installation including interconnectivity, please refer to the

SENSOR HUB Installation Guide.

Step 1. Identify a suitable location for the installation of the alarm.

Step 2. Remove all packaging from the alarm (including the labelled tab in the clip of

the alarm)

Step 3. Using the hardware included affix the alarm in its desired location. Mains

power must be used if required by legislation, otherwise the alarm can be used via

battery power.

Step 4. Close the alarm until it clicks.

Step 5. Repeat this process with each alarm required.

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