AMN32111J PANASONIC EW, AMN32111J Datasheet - Page 8

• Manufacturer Part Number: AMN32111J
• Description: SENSOR, MOTION, 2M, 91°/91°, BLACK
• Manufacturer: PANASONIC EW
• Type: Passive Infrared Motion Sensorr

Specifications of AMN32111J

• Beam Angle: 91°
• Svhc: No SVHC (15-Dec-2010)
• Colour: Black
• Range Max: 2m
• Operating Temperature Max: 60°C
• Operating Temperature Min: -20°C
• Output Current: 100µA
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

MP Motion Sensor (AMN2, 3, 4)
NOTES
1. Checkpoints relating to principle of
operation
MP motion sensors are passive infrared
sensors which detect changes in the
infrared rays. They may fail to detect
successfully if a heat source other than a
human being is detected or if there are
no temperature changes in or movement
of a heat source. Care must generally be
taken in the following cases. The
performance and reliability of the sensors
must be checked out under conditions of
actual use.
<1> Cases where a heat source other
than a human being is detected.
1) When a small animal enters the
detection range.
2) When the sensor is directly exposed to
sunlight, a vehicle’s headlights, an
incandescent light or some other source
of far infrared rays.
3) When the temperature inside the
detection range has changed suddenly
due to the entry of cold or warm air from
an air-conditioning or heating unit, water
vapor from a humidifier, etc.
<2> Cases where it is difficult to detect
the heat source
1) When an object made of glass, acrylic
or other subject which far infrared rays
have difficulty passing through is located
between the sensor and what is to be
detected.
2) When the heat source inside the
detection range hardly moves or when it
moves at high speed; for details on the
movement speed, refer to the section on
the performance ratings.
2. When the detection area becomes
larger
When the difference between the
ambient temperature and body
temperature is large (more than 20°C
68°F), detection may occur in isolated
areas outside the specified detection
range.
3. Other handling cautions
1) Be careful not to allow dust or dirt to
accumulate on the lens as this will
adversely affect the detection sensitivity.
2) The lens is made of a soft material
(polyethylene).
Avoid applying a load or impact since this
will deform or scratch the lens, making
proper operation impossible and causing
a deterioration in its performance.
Matsushita Electric Works, Ltd. Automation Controls Business Unit
8
Head Office: 1048, Kadoma, Kadoma-shi, Osaka 571-8686, Japan
Telephone: [phone]
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3) The sensor may be damaged if it is
exposed to static with a voltage
exceeding ±200V. Therefore, do not
touch its terminals directly, and exercise
adequate care in the handling of the
sensor.
4) When the leads are to be soldered,
solder them by hand for less than 3
seconds at a temperature of less than
350°C
iron. Avoid using a solder bath since this
will causing a deterioration in the
sensor’s performance.
5) Do not attempt to clean the sensor.
Cleaning fluid may enter inside the lens
area causing a deterioration in
performance.
6) When using the sensors with cables, it
is recommended that cables which are
shielded and as short as possible be
used in order to safeguard against the
effects of noise.
4. Ambient operating conditions
1) Temperature: Refer to the absolute
maximum ratings for the temperature of
each individual sensor.
2) Humidity: 15% to 85% RH (No freezing
nor condensation at low temperature)
3) Atmospheric pressure: 86 to 106 kPa
4) Because the humidity range differs
depending on the ambient temperature,
the humidity range indicated below
should be used. Continuous operation of
the switch is possible within this range,
but continuous use near the limit of the
range should be avoided.
This humidity range does not guarantee
permanent performance.
In general, degradation of electronic
devices accelerates when they are
operated under conditions of high
temperature or high humidity. Before use,
confirm the reliability of the sensors
under the expected operating conditions.
(Avoid freezing when
used at temperatures
lower than 0°C 32°F)
662°F
<MP Motion Sensor>
–20
–4
at the tip of the soldering
Tolerance range
These materials are printed on ECF pulp.
These materials are printed with earth-friendly vegetable-based (soybean oil) ink.
85
15
+32
0
(Avoid
condensation
when used at
temperatures
higher than 0°C
32°F)
Humidity, %R.H.
Temperature, °C
140
60
°F
5) When the sensor (especially for ST
type) is used in noisy environments,
connect a capacitor (approx. 1µF) across
its power input terminals and sensor
output terminals.
6) The sensors do not have a water-proof
or dust-proof construction. Depending on
the ambient operating conditions, some
means of providing protection from water
and dust and preventing the formation of
ice and condensation must be provided
prior to using the sensors. If a sensor is
used with a cover installed, the initial
detection performance specifications
may not be able to be met. Confirm the
operation under the actual operating
conditions.
7) Take care to avoid exposing the
sensors to heat, vibration or impact since
malfunctioning may result.
5. Concerning external surge voltages
Since the internal circuitry may be
destroyed if an external surge voltages is
supplied, provide an element which will
absorb the surges. The levels of the
voltage surges which the sensor can
withstand is given below.
MP motion sensors: Within the supply
voltage given in the absolute maximum
ratings.
6. Concerning power supply-
superimposed noise
Use a regulated power supply as the
power supply. Otherwise, power supply-
superimposed noise may cause the
sensors to malfunction. The levels of
noise which the sensor can withstand is
given below.
MP motion sensors: ±20 V (50ns, 1µs
wide square waves)
7. Drop damage
If the sensor is dropped, damage can
occur resulting in incorrect operation. If
dropped, be sure to do a visual check of
the exterior for noticeable damage and
check the operation characteristics for
faulty operation.
8. Concerning the circuit sides
Since the circuit sides given in this
catalog are not protected in terms of
circuit design, check out the performance
and reliability of the circuits prior to using
the sensors.
COPYRIGHT © 2006 All Rights Reserved
Specifications are subject to change without notice.
ASCT1B324E 200612-0YT