Solo 461 User manual

Specifications
Suitable detector types : Rate of Rise and Fixed Temperature up to 194oF
Maximum detector size : Any– provided sensing element can besealed within cup
Number of tests : Unlimited, if using oneBaton whilst charging another
Maximum height : Up to10ft using Solo 461
Up to30ft using Solo extension poles
Safety Features : Battery over-current cut-out
: Element safetycut out after 120 seconds
: Auto power off after 5 mins
Operating features : Color coded LED user feedback
: Automatic starting of test via infrared sensing of detector
: Multi position user head for alignment of detector
: Recharge time of Battery Baton of 1 hour using fast charge
: Charger operates from car (12V DC) or 115 AC
: Battery life : in excess of 500 cycles
Environment : Operating temperature: 40oF to 115oF
: Storage Temperature: 15oF to 120oF
: Humidity: 0-85% RH non-condensing
Safety Notes:
The heat duct inside the Cordless Heat Detector Tester should not be touched
during operation.
Before using this product with SOLOtelescopic or extension poles, ensure all
sections are fully locked into position.
Other Products Available from your Supplier
SOLO100 Telescopic pole, extendable, non conductive for accessing detectors at
height to 20ft. Compatible with all other SOLO tools
SOLO101 Extension pole, non-conductive rigid pole section. For use on its own or to
extend SOLO100. Maxof 3 recommended to reach up to 30ft
SOLO200 Universal detector removal / replacement tool
SOLO300 Smoke detector tester (aerosol dispenser)


SOLO600 Protective Carrying and Storage Bag
SOLO721 Replacement Battery Batons
AERO 100 Aerosols for use with SOLO300
Important Note:
The Cordless Heat Detector Tester is a functional tester - not a calibration device. When
testing spot type combination rate of rise and fixed temperature heat detectors ensure
that the Cordless Heat Detector Tester is removed as soon as the detector is initiated.
Continued application of heat could cause permanent damage to the fixed temperature
element.
Do not attempt to test non-restorable / fusible link type detectors with this tool.
Cordless CAT™ 461 Heat Detector Tester
Brief Description
The product is designed to test
spot-type, fixed and rate of rise heat
detectors.
Virtually all known detectors fit into
the opening of the clear cup and
membrane, and can be easily
tested.
Hot air is blown from the side duct
into the detector under test, and it
will only take a short amount of time
for the detector to alarm.
Even though the device is quiet and small, and uses only battery power, a significant
amount of heat is deployed. Detectors should not be subjected to testing for longer
than necessary to set them into alarm.
After long periods of testing on a detector without an alarm signal, there is a danger
that damage may occur to the detector, so the tool will automatically cease any one
test after 120 seconds.
General Principles
Performs functional tests on most types of heat detector without theneed for cables.
Operated by rechargeable NiCd (Nickel Cadmium) Battery Batonsmounted within
SOLOTM 100 or 101 (Telescopic or extension) pole.
Infra-red beam senses heat detector presence, switching the product from standby
to operational modeduring a test, conserving energy.
Timed cut-out to help prevent damage.
Interchanging fully charged Battery Batonsallows virtually unlimited testing
SDI, 1345 Campus Parkway, Neptune, New Jersey, 07753-6815, USA
Tel: [phone] Fax: [phone]
Website: www.sdifire.com Email: [e-mail]

Instructions for use for Cordless CAT™ 461 Heat Detector
Tester
Insert a charged Battery Batoninto handle of Head Unit and ensure button is fully
engaged.
If testing a combination rate-of-rise / non-restorable detector, insert silicon baffle
between duct & platform to ensure correct airflow. (see fig.1) Fig.1
Press the red switch to turn on. The LED illuminates green and begins to flash at a
slow rate. This indicates normal STANDBY mode.
Position the latch mechanism at the required angle for access to the detector to be
tested.
Raise the tool and place it over detector to be tested, ensuring that the tool is held
level and the detector remains central, touching the rubber stops in the base of the
clear cup.
The tool will automatically start testing. The green LED will flash faster.
Hold the Cordless Heat Detector Tester in place until the alarm is activated.*
(*If the detector fails to activate it may be faulty. Insert a replacement detector and test
again)
When the detector alarms, remove the tool from the detector. It will revert to standby
mode (slow flashing green LED) and the internal blower will cool the heating element
for afew seconds.
(Never block the ventilation hole in the side of the cup, which ensures correct airflow.)
LED flashing red at any time is a warning that the battery is nearly exhausted.
Normal testing can continue for the time being.
LED constantly red indicates an error or that the battery is fully exhausted and testing
cannot continue.
LED flashing alternate red and green signifies test time has exceeded 120 seconds,
and the tool has automatically terminated the test. It will return to standby when
removed from the detector.
After testing, switch off to prevent accidental trip from standbyinto operational mode
and to preserve battery life.
To turn off, press the red switch. The tool features an automatic power-saving
feature, which will turn it off after five minutes if not used.
Only use with SOLOBattery Batons and only charge the Battery Batons with the
SOLOCharger (see over for charging instructions).
To remove Battery Baton, press the black button whilst pulling the baton straight
away from the Head Unit . Take care not to twist the Baton whilst removing it. It is
normal for the Battery Batonto get slightly warm during use.
Battery Charging Instructions and General Information
Ensure that thevoltage selector on underside of the charger is set correctly to 115V.
Connect Charger to power or lighter socket in a car / van using the lead supplied or
the umbilical DC connecting lead. Power LED and Trickle Charge LED will be
illuminated.
Connect Battery Batonto Charger. Trickle Charge LED will go out and Fast
Charge LED will illuminate.
After approximately one hour (for a fully discharged battery), the Fast Charge LED
will extinguish and the Trickle Charge LED will illuminate. Both the Battery Baton
and Charger may get slightly warm. This is normal.
Should both trickle and fast charge LEDs flicker rapidly, then it is likely that the
battery is fully charged, but has not been discharged since charging recently.
Eventually, the fast charge LED will extinguish and the trickle charge LED will remain
on fully.
Battery Charger and Battery Batoncan remain connected to the power supply for
several hours after full charge has been reached. This will not damage battery or
charger and maintains battery in a fully charged state, ready for immediate use. If
Battery Batonis not to be used for some time (i.e. within the next day), it is
advisable to unplug the charger from its power supply.
Although rechargeable in any state (fully or partially disharged), Battery Batons
should be fully discharged in normal use and then fully recharged, to ensure the
longest possible battery life.
Charger mains leads for a range of international plug outlets are available from your
supplier.
As with all rechargeable batteries, after a few hundred cycles of normal use your
Battery Batonwill eventually reach the end of its usable life, and will hold less
charge or not recharge properly.
NiCd batteries must be disposed of at a recognised recycling centre. Local refuse
collection authorities can advise on the best method of disposal.
Battery Batons™ leave the manufacturer fully charged. Depending on the length of
their subsequent storage, they may require recharging before use.
Form: QA / Instr-2 Issue: 1 Rev: A Date: 2-02-01
Line up baffle with duct lip upwards
Push down until edgeengages under duct
outlet.
To remove, push baffle sideways