eldes EWP-EXT Low Consumption Universal Wireless Triple Technology Detector Instruction Manual
- June 4, 2024
- eldes
Table of Contents
eldes EWP-EXT Low Consumption Universal Wireless Triple Technology
Detector
Features
Installation on the wall | Coverage 15 m, angolo 90° |
---|---|
Frequency microwave | 10.525 GHz |
Alarm technology | DSP(Digital Signal Processing) |
Detecting distance | From 5 to 15 m |
Detection areas | 8 zones for every detector |
Installation height | 0,8-1,4 m (suggested 1m) 2,1 m (with braket) |
Detecting mode | Selectable: AND or triple AND |
Power supply | 3-10 Vdc |
Protection polarity inversion | Yes |
Low battery display | Yes, via led, minumum 2,7 V (tipical) |
Stand by consumption | < 12 uA |
Max consumption | 35 mA |
Alarm contact | NC-NO 50mA |
Microwave setting | Trimmer |
Alarm time | 2 s |
Displaing Led
| Blue: alarm
Red: IR up and down Yellow: Microwave
Detection Speed| Between 0.2 and 3 m/s
RFI/EMI Immunity| 10 V/m tra 0.1MHz-2 GHz
Light Immunity| >10000 Lux
Tamper| NC-NO 100 mA
Programming| By dip Switch
Working temperature| Da -20°C a +60° C
IP Protection| IP54
Autocompesation IR| Yes, both
Warm up time| 60 s
Inhibition time| 3 minutes
Item description
Triple technology outdoor detector made with double infrared sensor and microwave. Adjustment of microwave flow by trimmer placed inside. Height adjustment of the lower PIR sensor to perfectly adjust the flow and reduce false alarms, with three angles of inclination A – B – C. Immune to animals weighing less than 20 kg and height less than 80 cm if placed in AND and installed at 1 m height
Coverage diagram
Detections
AND configuration (3AND) pos. 15m
AND configuration (3AND) pos. 10m
AND configuration (3AND) pos. 5m
Installation
For a correct functioning of the triple technology detector it is necessary to know that:
- The microwave is sensitive to any movement, never point the detector towards hedges or tree fronds. Adjust the flow rate appropriately.
- Metal surfaces reflect the microwave by changing its flow rate.
- The two passive infrared sensors are sensitive to sudden thermal variations. Avoid pointing the detector directed towards the sun. In the presence of animals, adjust the detection angle appropriately and always use the triple AND (3AND) condition.
- The detector at the first power supply has a stabilization time of about 1 minute.
Plugs
- Plugs AS/C-NC-NO : Tamper. Connect C-NC for normally close, connect C-NO for normally open.
- Plugs AL/C-NC-NO : Alarm. Connect C-NC for normally close, connect C-NO for normally open.
- Plugs + – : Power supply. Connect the battery (3/10V)
Fix the case for wireless transmitter to the wall or to the bracket, connect the wires of the alarm input and of the tamper to the wireless transmitter and make them pass through the appropriate hole. Close the case with the appropriate screws. Remove the IR and microwave sensor block (4 screws) from the detector’s case and drill a hole for passing cables. Fix the detector on the case for wireless transmitter. Reassemble the sensor block. Connect the battery connectors. Perform the coverage tests.
Settings
By default the setting DIP are setting as shown.
DIP1 Low battery display (SGN BAT)
- ON If the battery has a voltage lower than 2.7 V, the yellow LED flashes rapidly every 2 s (approx.). During the walk test this signal is interrupted
- OFF No displaying
DIP2 Triple AND (3AND)
- ON Detection in triple and is enabled. To generate an alarm, the two pyroelectric devices and the microwave must detect an intrusion at the same time. Recommended in the presence of animals.
- OFF Detection in triple and disabled. To generate an alarm it is sufficient that one of the two pyroelectrics and the microwave detect an intrusion at the same time. Use only in stable and animal-free environments.
DIP3 Alarm Led (LD AL STBY)
- ON The device displays intrusion on the LEDs even during low consumption operation. Only the central blue LED lights up to signal the intrusion
- OFF The device does not display intrusion on the LEDs during low-power operation. No LED lights up.
DIP4 Working Test/coverage (WALK TEST)
OFF→ON An OFF ON transition on this dip allows you to perform the time and/or coverage test. Once the period of time has elapsed, the device returns to the set-up of consumption even in ON. To reactivate the test, set the dip switch to OFF and, after a few seconds, set it to ON. The entry and exit from the trial period is signaled by the simultaneous flashing of the three LEDs.
Signaling LED
The following table summarizes the meaning of the LEDs during the walk test and the low consumption operation.
LED | Walk test | Low consumption |
---|---|---|
Red | One of the two pyroelectric | |
detects intrusion | No signaling | |
Yellow | Flashing during movements, steady on if microwave alarm is | |
reached | Short flash every 2 s (approx.) If active low battery warning (DIP1) |
and if battery
below threshold
Blue| Intrusion alarm on steady| Intrusion alarm if DIP3 activated otherwise no signaling
Working test and setting
Portare il Dip 4 da OFF a ON, controllare e regolare l’area di copertura. Muoversi all’interno dell’area da proteggere verificando l’accensione dei LED. Poiché il led rosso è condiviso da entrambi i piroelettrici, si suggerisce, per regolare la portata IR, di regolare al massimo il trimmer della microonda (RANGE MW), disattivare la funzione 3AND (DIP2), azzerare il trimmer del piroelettrico basso (IR-L) e regolare il trimmer del piroelettrico alto (IR-H) osservando il led rosso. Una volta terminato, attivare la funzione 3AND (DIP2) e regolare altezza e trimmer IR-L osservando il led blu di allarme. Infine regolare il trimmer della portata microonda (RANGE MW).
Inhibition time
Between two alarm detections there is an inhibition time of about three minutes in which the sensor does not open the alarm contact. If during this time the sensor detects a further movement, the inhibition time is reset and starts again from zero.
Installation suggest
N.B. In the presence of hedges or bushes that can generate false alarms, use the supplied beam cover lens, covering the beams of the infrared to avoid it as shown in picture.
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