United Technologies interlogix VE700AM Serie Manual Del Usuario página 10

SB01 swivel-mount bracket (optional)
When it is not possible to mount the detector on a wall, use the
SB01 to mount it on the ceiling.
See Figure 26.
SB01 swivel-mount bracket is not evaluated by UL.
Remote and self-testing the detector
There are two causes for technical faults.
•
It is caused by continuously monitoring the pyro and the
AM circuit reference levels.
•
It is caused by the self test and the remote test.
Remote test: This test allows the VE700AM to be tested from
the control panel. Use terminal 12 to activate it. The VE700AM
will activate the alarm relay if the test result is positive and the
AM relay if the test result is negative.
Remote test
Terminal 12:
Alarm relay:
AM relay:
Self test: The VE700AM monitors the PIR and AM circuits
continuously. A defect is reported as a technical fault.
Self test
PIR*:
8 h
AM*:
VE700AM OK 8 h
AM relay:
* Starts 1 hour after installation.
Technical fault reset
A technical fault detected by continuous monitoring can be
reset in two ways.
•
Authorised reset. Set the system to day and walk test
status and then carry out a walk test. At the next PIR
alarm the system resets if all reference levels are within
the specified limits.
•
Auto reset. After a 40-second inhibit period, it
automatically resets after a successful walk test if all
reference levels are within the specified limits.
A technical fault detected by a self test or a remote test can
only be reset by another self test or a remote test if the test is
successful.
10 / 60
3 s VE700AM OK
VE700AM not OK
8 h
8 h
VE700AM not OK
Glossary
Alarm memory. A storage medium located on the detector that
can record signals generated by the detector.
Anti-masking (AM). A feature of the detector that allows it to
detect when someone is trying to mask it (for example, by
spraying paint on it). When masking is detected, a relay is
activated.
Curtains. A vertical continuous layer of detection zones. The
PIR detector can only detect motion within the curtains
and not in the spaces between them.
Curtain Location Mode (CLM). A feature of the detector that
identifies precisely the edges of the curtains.
Day mode (disarmed mode). The detector is not required to
generate an alarm signal or message when activated by a
person walking in front of it.
Masking. Placing a physical barrier (such as paper, metal or
sprayed paints) close to or on the detector, which
interferes with its capability to detect an intrusion.
Night mode (armed mode). The detector generates an alarm
signal or message when activated by a person walking in
front of it.
Remote test. The control panel monitors the detector's sensor
and associated on-board signal processing circuitry.
Self test. The detector itself monitors the sensor and
associated on-board signal processing circuitry.
Technical fault (TF). The fault signal or message that is
generated on the AM relay when the detector suffers a
fault.
Walk test. An operational test done by the installer to see if the
equipment will generate an alarm.
Specifications
Input power 9 to 15 V
For UL/cUL installations 10 to 15 V
nominal)
Peak-to-peak ripple 2 V (at 12 V )
Current consumption:
Normal operation 20 mA (for UL/cUL installations 0.24 W)
Alarm 24 mA
Maximum 34 mA
Control input voltage Low 0 to 1.5 V
(terminals 10-11-12) High 3.5 to 15 V
Mounting height 1.8 to 3.0 m (5.9 to 9.8 ft.)
Target speed range
10 cm/sec to 4 m/sec (4 in./sec to
13 ft./sec)
Alarm relay Optical relay is immune to magnetic
influence
Alarm output 80 mA at 30 V
Tamper output 80 mA at 30 V
Trouble output 80 mA at 30 V
Alarm time 3 sec
Detector start-up time 70 sec
−10°C to +55°C (14°F to 130°F)
Operating temperature
For UL/cUL installations 0 to 49°C (32 to
120°F)
Relative humidity 95% max. (UL/cUL installations)
Dimensions (H x W x D) 175 x 93 x 66 mm (6.88 x 3.66 x 2.60 in.)
Weight 275 g (9.70 oz.)
P/N 149973999-3 (ML) • REV G • ISS 20DEC18
(12 V nominal)
(12 V
max., resistive
max., resistive
max., resistive