KARAM MW100K User manual

Microwave
Barrier
MW100K / MW200K / MW300K
Installation Guide and
Operating Manual

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English version (01.12.2014)
Dear Customer!
Thank you for choosing our produc !
Before ins alla ion and use, please read his Ins alla ion Guide and Opera ing Manual carefully and
horoughly, so ha you can ake safe and full advan age of all fea ures of he produc .
This manual con ains informa ion abou he design, opera ion, applica ion and echnical
parame ers of he Microwave Barrier. Ins ruc ions for i s proper ins alla ion and use are also
included in he manual.
Note: Ins alla ion of he produc MUST be done by qualified personnel. Ins aller mus follow local
laws, s a u es and regula ions. Manufac urer or re ailer will ake no responsibili y, nor
assume any liabili y, for damage or injury caused by he faul y ins alla ion or misuse of he
produc . ANY modifica ion or main enance done by unqualified or unau horized personnel
could damage he produc .
Note: Manufac urer con inually refines he produc o ensure op imal performance.
Specifica ions subjec o change wi hou no ice. As a resul , emporary minor discrepancies
be ween he ac ual device and ha described in he con en s of his manual may occur. Any
such differences will no affec he in ended opera ion of he device.
Disclaimer
The manufac urer/dis ribu or reserves he righ o revise any con en in his manual a any ime.
While due diligence has been aken o ensure correc and comprehensive con en , he
manufac urer/dis ribu or does no warran or assume any legal liabili y wha soever for he failure
of any user of he produc o follow he ins ruc ions, recommenda ions and guidelines con ained
in his manual.
Windows ® is a registered trademark of Microsoft Corporation in the United States and other
countries.
PRODUCT IN ENTORY
Item Quantity
Transmi er uni ki 1
Receiver uni ki 1
Moun ing hardware se for a aching he ransmi er and receiver 2
uni s o pos s
Pro ec ive cable hose 2*3 f ./0.9 m
Ins alla ion Guide and Opera ing Manual 1

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Note: Power supply is no included.
TABLE OF CONTENTS
PRODUCT INVENTORY 2
TABLE OF CONTENTS 3
INTRODUCTION 4
INTENDED USE 4
SAFE USE 4
MODELS 4
PERFORMANCE CHARACTERISTICS AND FEATURES 5
GENERAL OPERATING PRINCIPLES 7
SELECTING THE INSTALLATION LOCATION 8
MOUNTING THE DETECTOR 10
INITIAL SET-UP 12
OPERATING FREQUENCY ADJUSTMENT 13
DETECTION SPEED ADJUSTMENT 14
TESTING AND TUNING 15
INSTALLING MULTIPLE DETECTORS AT ONE SITE 17
TECHNICAL SPECIFICATIONS 18
WIRING CHARTS 19
APPENDIX – SOFTWARE CONFIGURATION AND PROGRAMMING PROCEDURES 20

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INTRODUCTION
This opera ing manual con ains informa ion on he func ion, assembly, adjus men , opera ing
principle, echnical fea ures and composi ion of he Microwave Barrier and i s implemen a ion
versions (hereaf er referred o as ‘ he de ec or’), as well as i s deploymen and opera ion.
INTENDED USE
The produc is designed for use as par of an elec ronic securi y sys em o ensure he early de ec ion of
an in ruder pene ra ing a pro ec ed si e.
SAFE USE
During prepara ion of he produc for use, as well as during any main enance under aken while i is
in ac ual opera ional use, appropria e echnical safe y precau ions mus be aken, and appropria e
echnical safe y rules observed, ha are designed o ensure safe ins alla ion, main enance and
opera ion of low-vol age elec rical devices.
The emissions level of he ransmi er uni of he produc , in accordance wi h he effec ive norms
for he personal safe y of hose who are no involved in he ac ual ins alla ion of he produc ,
allows i s safe con inuous opera ion in i s specific in ended use, as de ailed in his manual.
MODELS
MW100K 328 f . (100-me er) coverage varian
MW200K 656 f . (200-me er) coverage varian
MW300K 984 f . (300-me er) coverage varian

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PERFORMANCE CHARACTERISTICS AND FEATURES
The de ec or can func ion in areas wi h long grass or of uneven surfaces up o a heigh or heigh
variance of 1 f . (0.3 m) under he condi ions specified below.
The de ec or mee s a clima ic implemen a ion s andard of empera ures ranging from 233°K
hrough 338°K (from -40°F hrough +147°F, -40°С hrough +65°С), and also mee s he European
‘CE’ safe y s andard.
The de ec or performs unin errup edly, remains fully opera ional and does no genera e an alarm
signal under he following condi ions:
− exposure o rain and snow – up o an in ensi y of 1.57 in./h (40 mm/h);
− exposure o sunligh ;
− exposure o wind – up o a veloci y of 67 mph (30 m/s);
− surface unevenness – up o a varia ion of 1 f . (0.3 m);
− grass cover – up o a heigh of 1 f . (0.3 m);
− snow cover, uncleared – up o a heigh of 1 f . (0.3 m) – where he snow cover is higher
han 1 f . (0.3 m), he de ec ion zone mus be cleared.;
The de ec or is able o opera e properly, and does no genera e false alarms, in he even of any of
he following dispara e circums ances:
a) movemen of a person no closer han he following dis ance o he de ec ion zone axis
(an imaginary s raigh line ex ending from he ransmi er uni cen er o he receiver
uni cen er) of an individually pro ec ed segmen :
− 3.94 f . (1.2 m) for a pro ec ed segmen leng h of up o 328 f . (100 m)
− 5.91 f . (1.8 m) for a pro ec ed segmen leng h of from 329-656 f . (101-200 m)
− 6.56 f . (2.0 m) for a pro ec ed segmen leng h of from 657-984 f . (201-300 m);
b) movemen of a mo or vehicle no closer han he following dis ance o he de ec ion
zone axis of an individually pro ec ed segmen :
- 8.20 f . (2.5m) for a pro ec ed segmen leng h of from up o 328 f . (100 m)
- 9.19 f . (2.8 m) for a pro ec ed segmen leng h of from 329-656 f . (101-200 m)
- 9.84 f . (3.0 m) for a pro ec ed segmen leng h of from 657-984 f . (201-300 m);
c) pene ra ion of he de ec ion zone by single small animals (e.g., birds) no closer han
9.84 f . (3 m) o he ransmi er uni or receiver uni of an individually pro ec ed
segmen ;
d) radia ed emissions of 433 MHz-range radio devices and cellular elephones no closer
han 1.64 f . (0.5 m) o he ransmi er uni or receiver uni .
The de ec or enables he adjus men of all parame ers and signals wi h he aid of he uning
sof ware running on a personal compu er. The de ec or can be adjus ed o modify he parame ers of

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he opera ing signal – specifically, of he frequency channel – in order o elimina e possible mu ual
in erference of adjacen de ec ors. I is herefore possible o se up mul iple de ec ors in parallel.
The de ec or addresses a malfunc ion by disconnec ing he ou pu s of he erminal con rol relay un il he
elimina ion of he malfunc ion when:
− a random, unan icipa ed chance malfunc ion occurs a he ransmi er uni or receiver
uni ;
− an ac of sabo age of he signal emission of he ransmi er uni or of he signal
recep ion of he receiver uni is a emp ed by he delibera e employmen of radio-
reflec ing, radio-absorbing or o her signal-in erfering or signal-manipula ing
ma erials
or devices, or by he delibera e severance of i s power supply.
Fur her, he LEDs of he opera ional receiver uni will provide an addi ional visual indica ion by
flashing momen arily under he following circums ances:
- if an alarm signal is genera ed, he LEDs will flash for 5 seconds;
- if a lack of adequa e signal s reng h is de ec ed, an ou age of he ransmi er uni or
receiver uni is de ec ed, in erference wi h he signal by a powerful source of radio
noise is de ec ed, and in cer ain o her ins ances, he LEDs will flash for more han
30 seconds.
The de ec or is pro ec ed agains possible reverse polari y of he supply vol age due o faul y ins alla ion,
and agains spikes wi h a vol age up o 1000 V of up o 1 ms genera ed in power lines during s orms.
I is recommended ha he elec ric supply of he de ec or come from a s abilized source of cons an
curren wi h a nominal vol age from 12-36 VDC a a fluc ua ion no higher han 0.1V.

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GENERAL OPERATING PRINCIPLES
The ransmi er uni and receiver uni are placed a opposi e ends of he area o be pro ec ed. The
ransmi er uni emi s elec romagne ic waves in he direc ion of he receiver uni . The receiver
uni receives hese waves, conver s hem in o an elec ric signal, and analyzes his signal.
An in ruder who pene ra es he de ec ion zone – ei her a full heigh or ben down – riggers he
modula ion of he signal received by he receiver uni . The dep h of he modula ion and he form
of he signal depend on he size and mass of he in ruder, he place where he area is pene ra ed,
he relief of he area and he speed of he in ruder’s movemen . The de ec or in urn signals he
genera ion of an alarm by opening he ou pu con ac s of he erminal con rol relay.
A special fea ure of he design, in conformance wi h he in ended func ional proper ies of he
de ec or, is he very narrow de ec ion zone in he direc ion of he an ennas, due o i s ‘K’-band (24
GHz) opera ing frequency range. Use of his compara ively high opera ing frequency band no only
con ribu es o he narrow wid h of he de ec ion zone, bu also ensures higher sensi ivi y o moving objec s
in he direc vicini y of he de ec ion zone axis.
A sample view of he de ec ion zone profile of a 984 f . (300 m)-long segmen is shown in Figure 1.
Figure 1 – Sample view of he de ec ion zone profile
The de ec or has wo modes for he de ermina ion of a proper de ec ion hreshold level: ‘au o’
and manual. In ‘au o’ mode, he processor de ermines he op imal hreshold level for he
de ec ion of in ruders pene ra ing he de ec ion zone on a ground surface. In manual mode, he
op imal de ec ion hreshold level is explici ly specified by he opera or. As a rule, he need for
manual adjus men arises in he even of a significan opera ional varia ion from he rou ine
opera ing condi ions specified in his manual.
I should be no ed ha , in ‘au o’ mode, he op imal de ec ion hreshold level is de ermined in dB
in rela ion o he average s reng h of he radio signal received. The de ec or au oma ically adap s
o gradual changes in he received radio signal’s average s reng h resul ing from slow changes in
wea her condi ions.

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SELECTING THE INSTALLATION LOCATION
Attention! The safety and reliability of the operation of the detector depend on the strict
observation of the following requirements.
The presence of wa er due o overflow/spillage/leakage/seepage/e c. from nearby s ruc ures (e.g.,
roofs, e c.) should be avoided in he direc vicini y of he de ec or uni s (in he direc ion of he
emission, no closer han 16.40 f . (5 m); perpendicularly o he direc ion of he emission, no closer
han 0.82 f . (0.25 m)).
The prepara ion and main enance of an exclusion zone, where he presence of bushes and
branches of rees, as well as of big, immovable objec s (e.g., buildings, e c.) – see Comment below
– is no allowed, is necessary. The presence or mo ion of o her movable objec s ( rac ors, people,
animals, e c.) is also no permi ed in he exclusion zone. The recommended wid h of he exclusion
zone for various de ec or segmen leng hs is shown below.
The horizon al dis ance from he de ec ion zone axis o he edge of he exclusion zone mus
be:
- a leas 3.94 f . (1.2 m) for a segmen wi h a leng h of up o 164 f .
(50 m);
- a leas 4.92 f . (1.5 m) for a segmen wi h a leng h of from 165-328 f .
(51-100 m);
- a leas 6.56 f . (2.0 m) for a segmen wi h a leng h of from 329-656 f .
(101-200 m);
- a leas 8.20 f . (2.5 m) for a segmen wi h a leng h of from 657-984 f .
(201-300 m).
In he exclusion zone, op imally he maximum heigh varia ion be ween bare ground and
ha wi h snow or long grass cover should no exceed 1 f . (0.3 m). No e – modified
effec ive use of he de ec or is s ill possible in condi ions of grea er heigh varia ion, e.g., in
si ua ions where i is conceivable ha an in ruder migh a emp o evade de ec ion by
using higher areas of he snow cover i self for concealmen of approach. In such cases, i
may be necessary o al er he generally recommended heigh of ins alla ion of he de ec or
uni s; however, he Note below should always be given due considera ion.
Comment – Wi hin he exclusion zone, here should be absolu ely no presence of non-radio
ransparen (e.g., s one, me al, ferroconcre e, e c.) na ural or man-made objec s like
boulders, walls, barriers or o her large s a ionary en i ies which migh conceivably produce
signal dis urbances such as noise or reflec ion.
The presence of nearby walkways, bikeways, roadways, railways, e c., fores ed rac s, and large,
immovable objec s and s ruc ures mus be a a dis ance from he de ec or of no less han wice
he wid h of he exclusion zone i self. In he even of subjec ion of he de ec or or immedia ely
adjacen objec s o vibra ion caused by passing raffic, he appropria e dis ance of he de ec or
herefrom mus be de ermined by rial-and-error.

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In case of ins alla ion near power lines, he de ec or uni s should be placed no closer han 16.40 f .
(5 m) o lines of a vol age up o 35 kV, and no closer han 32.81 f . (10 m) o lines of a higher
vol age up o 500 kV. I is also recommended ha , if prac ical, any cabling connec ed o he
de ec or uni s be buried underground in such circums ances.
Note: If the above requirements are not strictly observed, the operating performance of the
detector may not be optimal. In the absence of such compliance with said requirements, the
determination of whether the continued use of the detector under the existing conditions is
appropriate should be dictated by the actual performance experienced.

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MOUNTING THE DETECTOR
In erms of i s physical configura ion, he final assembled de ec or is comprised of wo opposi ely-
placed separa e uni s – he ransmi er uni and receiver uni – which are iden ical in size and
appearance. To perform proper physical orien a ion of he uni s, i is necessary firs o loosen heir
fixing nu s, and hen o igh en hem af er final adjus men . Firm a achmen of he uni s on
recommended round suppor ing pos s is done wi h he aid of he moun ing hardware. The
recommended diame er of he pos s is 2-3½ in. (5.1-8.9 cm). I is recommended o bury he
connec ing cables in he ground.
On exis ing sof ground or ground suscep ible o periodic sof ness, he pos s mus be placed in
founda ions. The ype and dimensions of he founda ions should be de ermined in view of he
ype of soil and charac eris ic wea her condi ions a he si e, in order o es ablish and main ain
firm and s eady suppor of he uni s during ins alla ion, adjus men and ac ual opera ion.
In areas wi h li le snow, he sec ion of he pos s remaining above he ground should be a leas
3.61 f . (1.1 m) high. In places where he heigh of he snow cover may exceed 1.64 f . (0.5 m), he
sec ion of he pos s remaining above he ground should be a leas 4.92 f . (1.5 m) high.
The ins alla ion of he uni s mus allow free access o heir adjus men con rols and fas ening
elemen s. They mus remain accessible for special main enance needs as well as for rou ine
seasonal adjus men s. The ini ial heigh a which he uni s should be posi ioned before fur her
adjus men is 2.62 f . (0.8 m), measured from he ground surface o he cen er of he uni . The
bracke s should be posi ioned on he pos s so ha he emission of he ransmi er uni is direc ed
oward he receiver uni .
Each uni mus be fas ened o i s respec ive pos wi h he help of wo collars (where pos s of
asbes os cemen are used, i is necessary o replace he supplied collars).

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INITIAL SET-UP
Swi ch on he power supply of he de ec or, and check i s vol age a he corresponding ou pu s of he
uni s. The vol age can be checked by any device ha provides such measuremen . The measured value,
aking in o accoun he required reserve for usage, mus be be ween 12-36 V.
Af er he power supply is swi ched on, i is necessary o perform he ini ial adjus men of he
de ec or.
To perform he ini ial physical se -up of he de ec or, firs loosen he fixing nu s of he ransmi er
uni and receiver uni .
Then, af er confirma ion ha he uni s are se o he same opera ing frequency, es ablish a
maximal ini ial working signal level by slowly and gradually orien ing he ransmi er uni and
receiver uni o face each o her via line-of-sigh posi ioning.
ATTENTION! During he sof ware adjus men process, un il ‘Finish’ is clicked (see final s ep of
‘Programming the receiver’ in he APPENDIX below), he de ec or may emporarily genera e an
alarm signal. This can occur if a de ec or incorpora ing v. 3.7 or la er version of he firmware is
used: he alarm relay hen remains in a closed posi ion during programming of he receiver.
Upon comple ion of he ini ial adjus men , he fixing nu s of he uni s mus be igh ened, wi h care
aken no o allow he uni s o change posi ion and hereby possibly degrade he already-
es ablished maximal ini ial working signal level.
See also ‘APPENDIX – SOFTWARE CONFIGURATION AND PROGRAMMING PROCEDURES’ below.

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OPERATING FREQUENCY ADJUSTMENT
The de ec or has 250 independen frequency channels (1-250) available. The difference in
frequency be ween adjacen channels is 1 MHz. The comple e range of available channels
comprises 24.001-24.250 GHz. The nominal opera ing frequency of channel 1 is 24.001 GHz, ha
of channel 10 is 24.010 GHz, and ha of channel 250 is 24.250 GHz. The selec ion of a frequency
channel is made wi h he help of uning sof ware. For proper opera ion of he de ec or, i is
essen ial o specify he same frequency channel for bo h he ransmi er uni and he receiver uni .
The following frequency channel-rela ed opera ional prac icali y mus be aken in o accoun when
ins alling mul iple de ec ors in close physical proximi y o one ano her, e.g., in a parallel
configura ion: Al hough he nominal ransmission frequency of a given ransmi er uni may be –
for example – 24.150 GHz, i s signal is receivable wi hin an ac ual frequency range of 24.144-
24.156 GHz.
I is herefore recommended ha , in mul iple-de ec or configura ions, he opera ing frequency
channels of he de ec ors be se as far apar as possible by spacing hem a generous in ervals
across he en ire available (1-250) channel range.
See also ‘APPENDIX – SOFTWARE CONFIGURATION AND PROGRAMMING PROCEDURES’ below.

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DETECTION SPEED ADJUSTMENT
An impor an fea ure of he processing algori hm of he de ec or is i s abili y o evalua e he likely
maximum speed a which an in ruder could reasonably be an icipa ed o pene ra e he de ec ion
zone in rela ion o he ac ual pene ra ion speed of he in ruder. The specifica ion of he associa ed
evalua ion parame er is made by he user, depending on he physical charac eris ics of he
pro ec ed area.
Three values for he highes an icipa ed in rusion speed can be specified in he alarm sys em:
~1.64 f ./0.5 m/s; ~6.56 f ./2 m/s; ~32.81 f ./10 m/s. Recommenda ions for he se ing of his
parame er are shown in Table 1.
Table 1
Opera ing environmen of he de ec or Recommended value for he upper
de ec ing speed
Open errain, wi hou any obs acle hindering he
movemen of an in ruder “high” (~32.81 f ./10 m/s)
Par ially physically pro ec ed perime er (low fence,
limi ed approach space near buildings and walls,
shrubbery, e c.)
“medium” (~6.56 f ./2 m/s)
Fully physically pro ec ed perime er (wall, high
fence, e c., where he an icipa ed pene ra ion speed
of an in ruder is significan ly lower)
“low” (~1.64 f ./0.5 m/s)
Specifying an appropria e value can resul in subs an ial reduc ion of he likelihood of erroneous
responses by he alarm sys em, i.e., he frequency of false alarms genera ed by birds and o her
po en ially dis urbing moving objec s.
See also ‘APPENDIX – SOFTWARE CONFIGURATION AND PROGRAMMING PROCEDURES’ below.

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TESTING AND TUNING
To implemen he desired opera ion of he de ec or, i mus be se o opera ional s a us af er
verifica ion of he proper genera ion of alarm signals. I is herefore necessary o firs perform es
pene ra ions of he de ec ion zone along i s en ire leng h, especially a par icularly vulnerable
poin s like depressions and eleva ions. In he even ha no signal, an insufficien signal, a falsely
high signal or o her faul y signal is genera ed when he de ec ion zone is pene ra ed, i is
necessary o readjus he de ec ion hreshold level aking he measures described immedia ely
below.
ATTENTION! To op imize he efficacy of he noise-proof fea ure of he de ec or, i is recommended
o es ablish he highes possible prac ical absolu e value for he de ec ion hreshold level.
The final specifica ion of he de ec ion hreshold level is done af er firs de ermining i s
appropria e value by performing es pene ra ions of he de ec ion zone. The mass of he mock
in ruder performing he es pene ra ions should be 110-176 lbs. (50-80 kg), and he heigh of he
mock in ruder, when ben , mus be 2.62-3.28 f . (0.8-1 m). I is compulsory o perform es
pene ra ions in he following places:
- in he middle of he segmen in bo h uprigh and ben posi ions;
- a a dis ance of 49.21-65.62 f . (15-20 m) from he ransmi er uni and he receiver
uni in bo h uprigh and ben posi ions;
- in a ben posi ion in depressions.
When he mock in ruder pene ra es he de ec ion zone, he resul an diminished signal should
hen surpass he es ablished de ec ion hreshold level, hereby riggering he genera ion of an
alarm signal.
Should he level of he received signal be insufficien (e.g., in cases where his is caused by he
ac ual leng h of a pro ec ed segmen being close o he maximum range of he de ec or used), i is
recommended o increase he heigh (s) of he ransmi er uni and/or receiver uni wi hin a range
of 2.30-3.28 f . (0.7-1 m), firs in 0.33 f . (0.1 m) incremen s, hen in finer incremen s of in./cm.
I mus be aken in o accoun ha , in cer ain cases, he maximum level of he received signal
during adjus men is achieved when he de ec or uni s have been inadver en ly orien ed in he
direc ion of a nearby reflec ive surface (e.g., me al fencing, wa er surface, e c.). In such cases i is
no advised o orien he de ec or uni s in such a direc ion.
One of he possible causes of erroneous responses of he de ec or (e.g., he genera ion of a false
alarm in he absence of an ac ual in rusion or, conversely, he genera ion of no alarm in he even
of an ac ual in rusion) may be he effec on he receiver uni of one segmen of he emission of he
ransmi er uni of a nearby segmen . Such effec can be verified by emporarily swi ching off he
power supply of he nearby ransmi er uni . To elimina e he effec , i is necessary o change he
opera ing frequency of he affec ed de ec or. The opera ing frequency change mus be done in
both the affected receiver unit and its transmitter unit.
If he signal processing analysis sugges s he possible presence of ‘noise’ in he received signal (e.g.,
by recording changes in signal s reng h no caused by an ac ual pene ra ion of he de ec ion zone),
i is necessary o iden ify and elimina e he source of such noise, if possible, or o modify he

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physical configura ion of he ins alla ion so as o effec ively avoid he source of such noise. Noise
of an in ermi en charac er may be caused by he sporadic pene ra ion of he de ec ion zone by
wind-blown ree limbs; hence, he impor ance of s ric main enance of an adequa e exclusion zone
(see ‘SELECTING THE INSTALLATION LOCATION’ above). As men ioned above, noise of a cons an
charac er may be caused by he normal emi ed signal of he ransmi er uni of one de ec or
affec ing he received signal of he receiver uni of a nearby de ec or; hence, he impor ance of
proper posi ioning of de ec ors in mul iple-de ec or configura ions (see ‘INSTALLING MULTIPLE
DETECTORS AT ONE SITE’ below). The presence of such noise may be confirmed by emporarily
swi ching off he power of he ransmi er uni suspec ed of inadver an ly causing i .
Prior to actual operational implementation, it is strongly recommended, following testing and
tuning, to verify the continued proper functionality of the detector by its uninterrupted
operation for a probational period of not less than 3 days, with the logging of all events,
including unintentionally generated alarms, and their subsequent analysis. Further deliberate
test intrusions should be performed at least twice a day during this final verification period.
See also ‘APPENDIX – SOFTWARE CONFIGURATION AND PROGRAMMING PROCEDURES’ below.

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INSTALLING MULTIPLE DETECTORS AT ONE SITE
Where several de ec ors are ins alled adjacen ly wi h he in en o preven pene ra ion of he
barrier a he so-called “blind zones” in he immedia e vicini y of he de ec or uni s, a segmen
coverage overlap of a leas 11.07 f . (3.5 m) should be es ablished. In such a de ec or
configura ion, de ec or uni s of he same ype ( ransmi er uni or receiver uni ) mus be placed
side-by-side. Varian s of such configura ion are shown in Figures 2.1.
Figures 2.1 – Varian s of configura ion of adjacen overlapping segmen s
Figure 2.1.1
Figure 2.1.2
Figure 2.1.3

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TECHNICAL SPECIFICATIONS
WIRING CHARTS
Specifica ion Value
De ec ion zone leng h 32.81-984 f ./10-300 m
Minimum required level of signal received a maximum leng h of he
de ec ion zone
8 dB
Minimum de ec ion zone heigh for a pro ec ed segmen leng h of
984 f ./300 m
8.20 f ./2.5 m
Range of de ec ion speeds 1.64 / 6.56 / 32.81 f ./s
0.5 / 2 / 10 m/s
Working supply vol age, V-DC 12-36 VDC
Maximum curren required a he working supply vol age of
12V/24V/36V,
а) ransmi er uni
b) receiver uni
128mA/61mA/56mA
170mA/85mA/ 56mA
Maximum operable ime af er he supply is swi ched on 12 s
Maximum recovery ime of he s and-by sys em af er no ifica ion of
an alarm
10 s
Parame ers of signal, swi ched wi h he con ac s of he ou pu
circui :
- maximum curren , cons an or al erna e
- maximum ampli ude vol age
30 mA
72 V
Relay con ac signal parame ers:
- maximum inpu resis ance of he circui
- impulse vol age
- maximum impulse dura ion
5 kΩ
10-30 V
0.5 s
Minimum signal dura ion 5 s
Opera ing frequency 24.001-24.250 GHz
Overall dimensions of
uni wi h bracke :
3.9x9.1x7.1 in./
100x230x180 mm
Maximum weigh of he packaged de ec or 4 Lbs./1.8 kg
Minimum average service life of he de ec or, years (warran ied) 2

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Attention! The measurement (control) of the resistance of the circuits, and the isolation of the
current-carrying cores of the connecting cables, can only be performed AFTER switching off the
voltage of the power supply of the detector, and the disconnection of the circuits controlled.
Table 2.1 – Connec ions of he ransmi er uni
No. Color of he ou pu
Purpose of ou pu
1 Brown Plus supply
2 White Minus supply
3 Shielding of the
cable (GND)
RS-485
4 Green (A)
5 Yellow (В)
Table 2.2 – Connec ions of he receiver uni
No. Color of he ou pu
Purpose of ou pu
1 Brown Plus supply
2 White Minus supply
3 Shielding of the
cable (GND)
RS-485
4 Green (A)
5 Yellow (B)
6 Grey alarm ou pu (OC)
7 Pink alarm ou pu (OC)

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APPENDIX – SOFTWARE CONFIGURATION AND PROGRAMMING PROCEDURES
For set-up and adjustment of the detector, the following additional items are necessary:
1 personal compu er (Windows ® opera ing sys em)
1 USB-RS485 conver er
1 mini-USB cable
1 sof ware
Installation of the USB-RS485 converter
Connec he USB-RS485 conver er o he compu er.
The proper device driver(s) for he specific opera ing sys em version in use can be de ermined and
downloaded via he following link:
h p://www.f dichip.com/FTDrivers.h m
Af er successful ins alla ion, he COM-por
assigned o he conver er can be verified.
Installing the software
Launch he downloaded Se up Wizard.
Choose a language.
- click ’Nex ’ o con inue ...
Ini ia e he ins alla ion process.
- click ’Nex ’ o con inue …