Installing The Detector; Setting The Detector; Jumper Settings; Led Indication - GE EV1000 Serie Instrucciones De Instalación

EV1000 Series PIRs
Installation Instructions
Installation instructions
EN
Introduction
The EV1000/1000AM family is made up of PIR/PIR-AM motion
sensors. They have a patented mirror, pyro and signal processing
technology.
Installation guidelines
The technology used in these detectors resists false alarm
hazards. However, avoid potential causes of instability such as
(see Fig. !):
Direct sunlight on the detector.
Heat sources within the detector field of view.
Strong draughts onto the detector.
Large animals within the detector field of view.
Objects within 50 cm (20 in.) of the anti-masking (AM)
detector.
Obscuring the detector field of view with large objects, such
as furniture.
Installing two detectors facing each other and less than
50 cm (20 in.) apart.

Installing the detector

1. Lift off the custom insert and remove the screw if enclosed
(see Fig. ", step 1).
2. Using a screwdriver, carefully prise open the detector (see
Fig. ", steps 2 and 3).
3. Fix the base to the wall between 1.8 m and 3.0 m (5.9 and
9.8 ft.) from the floor. For flat mounting use a minimum of two
screws (DIN 7998) in positions A. For corner-mounting use
screws in positions B or C (Fig. #). To install a pry-off tamper,
use position A or C.
Wire the detector (see Figs. # and ').
4.
5. Select the desired jumper and DIP switch settings (see
Fig. %). See section Setting the detector for more information.
6. Remove the blinders and add the stickers, if required (see
Fig. & for an example)
7. For ceiling-mount applications that require a 90° coverage
use the SB01 swivel-mount bracket.
8. Close the cover.
9. Insert the screw (if required) and place the custom insert.

Setting the detector

Jumper settings

See figure % for the jumper locations in the detector.
J1: Not used
J2: PIR enabling the LED
Enables the detector LED at all times (ex-factory).
On:
Off: Puts the LED under control of the control panel and
disables the detector LED at all times (no memory
feature).
J3 and J4: Dual loop setting
This sets the alarm and tamper relays. It allows you to connect the
detector to any control panel. Use jumpers 3 and 4. See figure '.
J5: D/N mode (Day/Night) or Rtest (remote test) setting
Use this jumper to set terminal 8 to either D/N or Rtest.
GE Security recommends that you use D/N to manage the AM/TF
activation when required. Use Rtest to test the detector from the
control panel. The detector will activate the Alarm relay if the test
result is positive, and the AM relay if the test result is negative.
Terminal 8 = D/N
Ex-factory
J6: Polarity setting of the control voltage (CV)
On: "Active High" provides the standard GE Security logic with
"Active High" logic to enable Walk Test (WT) and Day/Night
inputs.
Off: "Active Low" provides "Active Low" logic to enable Walk Test
and Day/Night inputs.
Active High
Ex-factory
DIP switch setting
SW 1: When to signal AM (anti-masking) or TF (technical fault)
output
On: Signals AM or TF only when the system is in Day mode (ex-
factory).
Off: Always signals AM or TF during Day and Night mode.
SW 2: AM sensitivity
On: Selects a higher level of AM sensitivity. AM relay reacts within
6 seconds.
Off: Selects the standard AM sensitivity. AM relay reacts within
12 seconds (ex-factory).
Terminal 8 = Remote test
Active Low
SW 3: Resetting the AM/TF output
The system will only reset an AM alarm if it has ensured that the
cause of the AM alarm has been removed. If the AM circuitry
cannot return to its original reference levels, then either the
detector is still masked or possibly has been damaged. The owner
should then visually check that the detector is still fully functional.
On: Resets the AM or TF status 40 seconds after a PIR alarm.
Off: Resets the AM or TF status after a PIR alarm when the
system is in Day and Walk Test status. The yellow LED will
blink quickly. When the system is in Night status, the yellow
LED will turn off and the system is reset (ex-factory).
SW 4: Signaling AM or TF output
This DIP switch is not used with the AMZ version of
detectors.
On: Signals AM on both the AM and Alarm relays. Signals TF on
the AM relay only.
Off: Signals AM and TF on the AM relay (ex-factory)
SW 5: Setting LEDs
On: Enables both LEDs on the detector at all times (ex-factory).
Off: Puts both LEDs under the control of the Walk Test and
Day/Night input. This activates the memory feature of the
detector.

LED indication

Continuously on
Fast blinking (4 Hz)
PIR Red Yellow
LED LED
Start up
Low voltage
PIR intruder
alarm
PIR/AM Red Yellow
LED LED
Start up
Low voltage
PIR intruder
alarm
Latched PIR
(Memory)
AM alarm
After AM
reset
Technical
fault
* Depends on the setting of the DIP switch SW4.

Technical specifications

Detector
Signal processing
Range
Optical
Memory
Input power
Peak-to-peak ripple
Detector start-up time
Normal current
consumption (mA)
Current consumption in
Alarm (mA)
Max. current consumption
(mA)
Mounting height
Target speed range 30 cm/s to 3 m/s
(1 ft./s to 10 ft./s)
Alarm (NC) / Tamper relay
characteristic
Pry-off tamper
AM relay characteristic
Alarm time
Operating temperature
Dimensions
(H x W x D)
Relative humidity
Weight 120 g (4.2 oz.)
IP/IK rating
Normal blinking (1 Hz)
Alarm AM relay To reset
relay
Closed Automatically after
25 s
Open Apply correct voltage
(Alarm)
Open Automatically after
(Alarm) 3 s
Alarm AM relay To reset
relay
Closed Closed Automatically after
60 s
Open Open Apply correct voltage
(Alarm) (Alarm)
Open Automatically after
(Alarm) 3 s
Switch toNight mode
Open* Open See DIP switch 3
(Alarm) (Alarm)
Switch to Night mode
Open Do a successful walk
(Alarm) test
EV1012 EV1012AMZ EV1012AM
PIR PIR + AM
DSP
12 m
9 high-density mirror curtains
No Yes
9 VDC to15 VDC (12 V nominal)
2 V (at 12 VDC)
25 s 60 s
4.4 3.8
1.2 3.9
11 24
Min. 1.8 m, max. 3.0 m
(Min. 5.90 ft., max. 9.84 ft.)
20 cm/s to 3 m/s
(4 in./s to 10 ft./s)
80 mA non
30 VDC
Optional On-board (Yes)
— 80 mA at 30 VDC max.
3 s
-10°C to +55°C (14°F to 130°F)
108 × 60 × 46mm (4.25 × 2.36 × 1.81 in.)
Max. 95%
128 g (4.5 oz.)
IP30 IK02
3
10
3.8
24
80 mA
30 VDC