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0C03

PYRONIX LTD                                                           

INSTALLATION

1.

 Remove the case lid by unscrewing the fixing screw illustrated in.

2.

 Remove the lens as shown in.

3.

 Remove the PCB, taking care not to touch the pyro sensor labeled.

4. 

Choose wall fixing holes, labeled         and         on diagram.

5.

 Mark wall for fixing positions (Do not route wires near mains cabling,

    

    avoid vibrating surfaces and mount only on a solid wall)

6.

 Drill fixing holes

7.

 Fix the case to the wall.

8.

 Replace the PCB taking care not to touch the pyro sensor, labeled

9. Using the DIP switches (See diagram        ) select the required

     

    features and modes of operation.

10. Carry out walk test.

11. Refit the case lid and lens as shown in         and        

POTENTIAL FALSE ALARM HAZARDS.

               

1

. Direct sunlight on detector

2

. Pets and animals

3

. Mounting detector near heaters

4

. Draught’s from open windows

GB

C

H1

D3

H2

C1

C1

C2

H2

D2

H1

B2

B

A

A

B3

B1

C

D

F

E

F1

F2

F3

F4

F5

G

H

H1

H2

H1                 H2                H3                   H4

Power up.             Normal alarm.      Micowave.                 PIR
 

    

 

DIP switches (see diagram      )

Note:  As Factory Default all switches are ON

LED INDICATIONS

SPECIFICATIONS (QUICK REFERENCE)

Model:                              Kudos AM 3 in 1

Casing:                             White 3mm ABS Back / Front cover

                                         0.7mm HDPE in lens area      

Lens:                                Volumetric: 15m, 74 zones, 7 planes, 2.4m mounting height

                                         Curtain 25m, 24 Zones, 6 planes, 5m mounting height   

                                         Long Range 45m, 46 zones, 6 planes, 2.4 mounting height

                                       .

Detection method:            Low noise dual element pyroelectric  microwave             

Digital signal processing:  PC1, SPP+

Detection speed:              0.25 - 2.5 m/s

Operating  Voltage:          9-16 VDC        

Current consumption:       40mA Quiescent

@13.8V                            35mA  Alarm

                                         105mA self test (short burst per test)

Relay Output:                    60Vdc, 50mA (42.4Vac peak)                

Mounting Height:              1.8 - 2.4m Volumetric

                                         1.8 - 5.0m Curtain

                                         1.8 - 2.4m Long Range

           

Tamper Switch:                 Normally closed voltage free contacts 

                                          (12V 50mA max rating)

0

0

0

0

Storage Temp:                  -40   C / 80   C (-40   F / 176   F )    

0 0

0

0

Operating Temp:               -30  C / 70   C (22   F / 158   F )            

Emissions:                        EN55022 Class B                                             

Immunity:                          To new European Standard EN50130-4

Accessories:                     Optional back tamper

PIR sensor
failed self test.

H6 

Mask processing in progress.

H7 

Indication of a valid mask activation.

 

Note:

The technology 

which has failed will be 
indicated by a cylic flash 
and pause of the LED.         

H5 

Microwave sensor
failed self test.

9. 

E- Remote LED enable terminal

To use the remote LED enable feature switch A must be in the OFF position.
  

9.1 Connections

To remotely enable LEDs 0 volts must be applied to the E- terminal.

9.2 Pyronix panels

Connect detector input E- to a PGM output and configure as walk test.

R

This product is approved for use in the 

Residential, Commercial and Light Industrial Environment.

OPERATION OF FEATURES

1. LED Enable / Disable  (Switch A) 

ON   =   LED Enable (Override the E- control)
OFF =   LED Disable (E- controls the LEDs)

ON:

 The detector operates in AM dual  mode

OFF: 

The detector operates in

 

AM PIR mode only and is intended for 

use with a curtain or long range lens only.

In AM PIR mode, a triggering of the PIR causes the alarm relay to open
and the alarm LED to turn on. The PIR and Microwave LEDs are disabled. 

Mask processing will work the same in both modes, i.e. the microwave signal 
will be used to reset mask processing or a latched mask event

2. Operational Mode (Switch B)

OR

 = If either single technology detects prolonged intruder activity

5. And /Or (Switch E)

AND

 = Conventional dual tech, both technologies need to be 

triggered simultaneously to generate an alarm.

an alarm will be generated independently.

Immunity testing carried out in AND mode.

7. Relay mode  (Switch G)

ON

 =   Relay is in normally closed mode. (N/C)

OFF

 = Relay is in normally open mode. (N/O)

8. 50/60 Hz (Switch H)

Factory set.

K

udos AM

 

3 in 1

The KUDOS AM incorporates a unique anti-masking feature which will 
prevent the alarm panel from being set if an attempt to block the PIR or 
Microwave coverage pattern is detected. When something moves in close 
proximity to the detector an anti-mask processing sequence will be 
activated. This is indicated by the Red LED which will flash at half second
intervals. Processing will normally take 60 seconds to complete and during
this time the detector mask relay output will remain closed. If the detector 
verifies that an attempt to block its coverage has been made then the 
appropriate relay(s) will open (according to the alarm relay mode switch). 
The relay(s) will remain open until the block has been removed. In addition
the Green and Orange LEDs will turn on regardless of whether LED disable 
has been selected. To reset the detector to normal operating mode, remove
the blocking material, while the RED alarm LED is flashing the detector should
be walk tested to activate both technologies. After 60 seconds the RED alarm
LED should stop flashing. When the RED Alarm LED is no longer flashing the 
detector should be walk tested again to activate both technologies. Under
certain conditions it may be possible for anti-masking system not to recognise
masking of one technology only. See Options 

5

 & 

6

.

NB. The above description assumes the relay mode switch G is set to
Normally Closed.

Mask sensitivity adjustment is provided by a potentiometer on the PCB. 
Maximum sensitivity is achieved when the pot is turned fully clockwise. 
To disable the anti-masking feature the pot should be turned fully counter 

3. Mask (Switch C)

 

ON

 =   Only mask relay opens and stays open upon mask processing

             concluding a genuine mask situation has occurred. 

 

OFF

 =  Mask and alarm relays open and stay open upon mask processing

             concluding a genuine mask situation has occurred.

 

ANTI - MASKING  Refer to 

MASK - ADJUSTMENT Refer to 

F3

C

clockwise. 

.

RINS845-3

This product complies with TS50131-2-4. at security grade 3, 

environmental class 2.

UK = Suitable for use with systems installed to PD6662:2004 (AMD)

EXPORT = Suitable for use with systems installed to EN50131-1

 SWITCH

FEATURE

POSITION MEANING

      A

LED Enable

   ON

LED Enable

   OFF

LED Disable

      B

Operational

   ON

Dual Tech Mode

Mode

   OFF

AM PIR Mode

      C

Mask Relay

   ON

Open Mask relay

Action

only when in mask

   OFF

Open Mask and Alarm 
relay when in mask

      D

PIR 

   ON

SPP+

Processing

   OFF

PC1

      E

AND/OR

   ON

AND mode is functional

   OFF

OR mode is functional

      F

Mask 

   ON

Normal Anti Mask Security Mode

                      Security Mode

(Anti-Block)

   OFF

High Anti Mask Security Mode

      G

Relay Mode

   ON

Relays Normally Closed

   OFF

Relays Normally Open

      H

Frequency of     ON

50Hz

Operation

   OFF

60Hz

4. PIR Signal Processing (Switch D) refer to

PC1

 = One detection zone must be crossed

SPP+ 

= Two opposing detection zones must be crossed 

E

6. Mask Security Mode (Switch F)  

ON

   =   Normal Anti Mask Security Mode

OFF

 =   High Anti Mask Security Mode

Single Technology Masking can be prevented by using the Normal/High Anti
Mask Security Mode function. Switch F to OFF (Anti-Block)

When this mode is selected the RT input must be connected to a control
panel programmable (PGM) output. 
When the panel is disarmed this input must be at 0V. When the panel is
armed the input must switch to 12V.

If an attempt to mask the detector is made during a disarmed state, then the
alarm relay will be held open until the detector masking is removed.

This fault is displayed as shown in diagram H7.

65mm

55mm

155mm

WEIGHTS AND
DIMENSIONS

Kg

79.2 g  

Weights And Dimensions
Coverage Patterns
15m Volumetric Lens
25m Curtain Lens
45m Long Range Lens
Board Layout
Mounting & Cable Entry
PIR Detection Methods
Wiring to Control Panel
Remote LED Enable
Tamper Operation
Mask Operation
Normally Closed Operation
Normally Open Operation
Optional Tamper Unit
Front Cover & Lenses
Removing Cover
Removing Lens

Diagrams

WARRANTY

This product is sold subject to our  standard warranty  conditions and is  warranted against defects in 

workmanship for a period of two years. In the interest of continuing  improvement of quality, customer care  and design, 

Pyronix Ltd  reserve the  right to amend specifications without giving prior notice.

Single technology masking can be prevented by switching switch E to OFF 
(OR mode is functional).

TS50131-2-4
EN50131-1
PD6662:2004

Security Grade 3
Environmental Class 2

Pyronix Limited
Pyronix House
Braithwell Way
Hellaby, Rotherham
S66 8QY, ENGLAND

Customer Support: 
+44(0)845 6434 999 (local rate)
or +44(0)1709 535225 
Hours: Mon to Fri, 8:00am till 6:30pm
Email: [email protected]
Website: www.pyronix.com

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