PD140FNT60Q-02C [CARLOGAVAZZI]

Through Beam;
PD140FNT60Q-02C
型号: PD140FNT60Q-02C
厂家: Carlo Gavazzi    Carlo Gavazzi
描述:

Through Beam

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中文:  中文翻译
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PD140FNT60QMU-02C  
Through Beam  
Main features  
Designed for Industrial doors and gates  
ESPE type 2, Performance level d  
For door or gate widths up to 60 m  
Modulated, infrared light  
Supply voltage: 12 to 24 VAC/DC  
1 A, SPDT relay output  
Analogue voltage output or flashing LED indication for  
optical alignment help  
Built-in holder for green laser alignment accessory tool  
Yellow LED for output indication  
Green LED indication for power ON  
Connection: self-lifting terminal block, 1,5 mm2 (AWG 16)  
Emitter test input  
Robust vandal-proof aluminium/polycarbonate housing  
IP65, NEMA 1. 2. 3. 3R. 3RX. 3SX. 3X. 5. 12. 12K rating  
CE, EN12453, EN12978, UL325 and UL508 approved  
Description  
The PD140 sensor consists of an emitter, which  
sends out invisible, infrared light, and a receiver,  
capable of detecting the light from the emitter.  
The sensor is encapsulated in a robust, vandal-  
proof aluminium/polycarbonate housing.  
The lenses are adjustable in both ±100° horizontal  
and ± 15° vertical directions, which allows flexible  
mounting, even when emitter and receiver are  
mounted at different heights.  
Main functions  
Designed for domestic and industrial doors and gates  
Detects presence or absence of persons or vehicles by  
interruption of the light beam from the emitter to receiver  
The aspherical lens design gives a superior  
homogeneous light beam over the total beam  
angle.  
- Sensor test function: the emitter has a built-in  
test input designed to mute the emitter and thus  
evaluate the sensor function. The test function is to  
be controlled and monitored by the door controller.  
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PD140FNT60QMU-02C  
References  
Product selection key  
PD140FNT60  
-02C  
Enter the code option instead of  
Code  
P
D
140  
F
Option  
Description  
-
-
-
-
-
Photoelectric sensor  
Rectangular housing  
Length of housing  
Aluminium  
N
-
Not used  
T
60  
-
-
Through-beam  
Distance [m]  
QMU  
Q
MU  
-
Matched sensor set (Receiver and Emitter)  
SPDT relay (Receiver)  
Mute input (Emitter)  
Black  
Sensor is only available as a matched set  
Sensor is only available as a matched set  
-02C  
Type selection  
Function  
Receiver and Emitter  
Receiver  
-
Code  
Sensor set  
Not available  
Not available  
PD140FNT60QMU-02C  
PD140FNT60Q-02C  
PD140FNT60MU-02C  
Emitter  
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PD140FNT60QMU-02C  
Structure  
A
A
D
G
E
G
H
H
D
C
C
B
A
B
A
I
F
F
Fig. 1 Emitter  
Fig. 2 Receiver  
Fig. 3 Rear view  
Element  
Component  
Element  
Component  
A
B
C
D
E
Fixing holes for sensor mounting  
Terminal block  
Jumpers  
Green LED  
Yellow LED  
F
G
H
I
Cable gland for cable entry  
Hole for laser adjustment tool  
Lens adjustment  
Alternative cable entry  
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PD140FNT60QMU-02C  
Sensing  
Detection  
Rated operating dis-  
tance (Sn)  
≤ 60 m  
@ target, PD140 emitter and excess gain 4  
12 m ... 60 m  
6 m ... 12 m  
0.6 m ... 6 m  
0.6 m  
Jumper pos 1  
Jumper pos 2  
Jumper pos 3  
Sensitivity adjustment  
(Receiver)  
Blind zone  
Hysteresis  
Light source  
Light type  
Detection angle  
Emitter beam angle  
Light spot size  
10 ... 20%  
850 nm  
Infrared modulated  
≤ ± 5°  
≤ ± 5°  
3.7 m  
Infrared  
@30 m (half sensing distance)  
Horizontal  
Vertical  
± 100°  
± 15°  
Lens adjustment  
Accuracy  
Temperature drift  
Repeatability  
≤ 0.3%/ºC  
< 5%  
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PD140FNT60QMU-02C  
Detection diagram  
D
H
0
33  
66  
98 131 164 197 230 262 295 328 361 394 427 459 492  
6
5
19,7  
16,4  
13,1  
9,8  
Y
X
4
I
3
2
6,6  
1
3,3  
C
0
A
0,0  
-1  
-2  
-3  
-4  
-5  
-6  
-3,3  
-6,6  
-9,8  
-13,1  
-16,4  
-19,7  
0
10  
20  
30  
40  
50  
60  
70  
80  
90 100 110 120 130 140 150  
B
E
F
G
A
Detection width [m]  
Sensing range [m]  
Detection width [feet]  
Sensing range [feet]  
Limits  
F
G
H
I
OFF  
ON  
Emitter  
Receiver  
B
C
D
E
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PD140FNT60QMU-02C  
Excess gain  
C
2,0 3,3  
32,8  
328  
10.000  
1.000  
100  
10  
A
1
0,6  
1
10  
100  
B
D
E
A
B
C
Excess gain  
Sensing range [m]  
Sensing range [feet]  
D
E
ESPE 2, legal detection angle 5)  
ESPE 2, illegal detection angle 5)  
5) See detection diagram  
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PD140FNT60QMU-02C  
Features  
Power Supply  
Rated operational voltage  
(Ue-min - Ue-max  
12 ... 24 V AC/DC (ripple included)  
)
10.2 ... 35 V DC  
10.2 ... 26.4 V AC  
Within limits of UB min  
≤ 55 mA @ UB max  
≤ 50 mA @ UB max  
≤ 100 mA @ UB max  
≤ 100 mA @ UB max  
≤ 200 ms  
Rated operational voltage (UB)  
Ripple (Urpp  
)
Emitter  
Receiver  
Emitter  
Receiver  
Emitter  
Receiver  
No load supply current (Io) DC  
No load supply current (Io) AC  
Power-ON delay (tv)  
≤ 200 ms  
Outputs  
Output functions  
SPDT relay  
Output switching function  
N.O. and N.C.  
< 1 A / 30 VDC  
< 0.5 A / 50 VAC  
≥ 1 mA @ 5 V  
≥ 5 000 000 cycles  
Continuous(Ie)  
Continuous(Ie)  
Output current  
Minimum operational current (Im)  
Mechanical lifetime  
Electrical lifetime (typical)  
Protection  
> 100 000 cycles @ Resistive load AC-1 and DC-1  
reverse polarity and transients  
AC-1  
Emitter and Receiver  
Non-inductive or slightly inductive  
loads, resistive load  
DC-1  
EN 60947-4-1  
Control of small electromagnetic  
loads EN 60947-5-1  
Utilization category  
AC-14  
Control of electromagnets  
EN 60947-5-1 (with freewheeling  
diode)  
DC-13  
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PD140FNT60QMU-02C  
Operation diagram  
Emitter supply  
ON  
ON  
Receiver Supply  
Object  
F
G
Break beam  
Active  
A
C
D
C
F
G
C
B
Mute/Test input  
Make output  
(N.O.)  
E
E
C
E
D
C
E
ON  
A
B
C
D
Receiver startup time (150 ms)  
Emitter startup time (150 ms)  
Break response time (8 ms)  
Make response time (8 ms)  
E
F
G
OFF Hold Time (80 ms)  
Beam obstruction / mute active > 80 ms  
Beam obstruction / mute active < 80 ms  
Response times  
Operating frequency (f)  
Response times  
10 impulses / sec.  
tON (ON-OFF)  
tOFF (OFF-ON)  
OFF Hold time  
< 8 ms  
< 8 ms  
> 80 ms  
Indication  
Receiver  
Green LED  
ON  
Yellow LED  
OFF  
Power  
ON  
Output  
OFF  
ON  
ON  
OFF  
ON  
ON  
ON; EG ≥ 4  
EG < 4  
ON  
Flash1)  
Flash1)  
OFF / Alignment mode  
OFF / Alignment mode  
1) Slow flashing or OFF = Not aligned, Higher flash rate= Better optical alignment  
EG = Excess gain  
Emitter  
Green LED  
ON  
-
-
-
Power  
ON  
ON  
Emitting  
Yes  
No (muted)  
OFF  
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PD140FNT60QMU-02C  
Environmental  
3)  
-25°... +60°C (-13°... +140°F)  
-40° ... +70°C (-40° ... +158°F)  
Operating 2)  
Storage 2)  
Ambient temperature  
Incandescent light @ 3000 …  
3200 °K (EN 60947-5-2)  
≥ 100 000 lux  
Incandescent light 3200 °K  
(EN 61496-2)  
Fluorescent light (EN 61496-2)  
Stroboscopic light (EN 61496-2)  
≥ 10 000 lux 4)  
Ambient light  
≥ 3 000 lux 4)  
0.05 J @ 200 Hz to 0.5 J @ 5 Hz 4)  
Flashing beacon light  
(EN 61496-2)  
3 to 5 J @ 0.5 to 2 Hz 4)  
Vibration  
Shock  
Drop test  
10 ...150 Hz, 1.0 mm/15 g  
30 gn / 11ms, 6 pos, 6 neg per axis  
2 x 1 m and 100 x 0.5 m  
EN 60068-2-6  
EN60068-2-27  
EN 60068-2-31  
Rated insulation voltage (Ui)  
Dielectric insulation voltage  
Rated impulse withstand voltage  
Pollution degree  
50 VDC  
≥ 4000 VAC rms  
≥ 2 kV  
3
50/60 Hz for 1 min.  
1.2/50 µs  
EN60947-1  
Overvoltage category  
Degree of protection  
III  
IP65  
IEC60664; EN60947-1  
IEC60539; EN60947-1  
NEMA 250  
Indoor + outdoor: 3, 3R, 3RX, 3SX, 3X  
Indoor: 1, 2, 5, 12, 12K  
RH < 50% @ 70°C 2)  
RH < 90% @ 20°C 2)  
NEMA Enclosure Types  
Ambient humidity range  
NEMA 250  
2) With no icing or condensation  
3) UL325 -25°... +55°C  
4) Failure to danger (worst case alignment)  
EMC  
± 8 kV @ air discharge  
± 15 kV @ contact discharge  
Electrostatic discharge immunity test (Closed sensor with aluminium housing) IEC 61000-4-2  
± 8 kV @ contact discharge  
(during installation)  
Radiated radio-frequency electromag-  
netic field immunity test (80 MHz ... 1 10 V/m  
GHz and 1.4 GHz ... 2 GHz)  
IEC 61000-4-3  
IEC 61000-4-4  
IEC 61000-4-6  
IEC 61000-4-8  
Electrical fast transient/Burst immu-  
nity test  
4 kV / 5 kHz  
using the capacitive coupling clamp  
Conducted disturbances induced by  
radio-frequency fields immunity test  
(150 kHz ... 80 MHz)  
10 V rms  
Power frequency magnetic field im-  
munity test  
300 A/m  
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PD140FNT60QMU-02C  
Mechanics/electronics  
Connection  
Cable diameter  
Connection  
Terminal  
Ø 5 ... 10 mm  
3-pole screw terminal  
5-pole screw terminal  
Self-lifting terminal block, 1.5 mm2 (AWG 16) 2.6 x 2 mm  
Emitter  
Receiver  
Wiring  
V
V
N.C.  
V
+
~
-
+
~
-
A
A
~
V
C
C
MU  
B
N.O.  
Fig. 4 Receiver  
Fig. 5 Emitter  
A
B
C
Power supply  
Mute input (Test input)  
Relay contacts  
Housing  
Cover  
Aluminium, Black  
Window  
PC, Black  
Back part  
Sealing  
PBT, Black  
Neoprene  
Cable gland  
Dimensions  
Weight  
PA6, Light grey  
140 x 51 x 46 mm  
≤ 460 g (matched set)  
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PD140FNT60QMU-02C  
Dimensions (mm)  
51  
46  
36.6  
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PD140FNT60QMU-02C  
Compatibility and conformity  
Approvals and markings  
General reference  
Sensor designed according to EN60947-5-2  
EN ISO 13849-1 (Parts count  
method, annex D.1), SN 29500  
MTTFd related to product life time  
49.9 years @ 40°C (+104°F)  
1332 years @ 40°C (+104°F)  
MTTFd related to safety device, perfor-  
mance leveld  
EN ISO 13849-1, SN 29500  
CE-marking  
Approvals  
(UL325)  
(UL508 + C22.2)  
ESPE category  
Performance level (PL)  
PFHd  
2
EN61496-2  
EN12453  
EN ISO 13849-1  
EN ISO 13849-1  
d
8.57 x 10-8 Errors per hour  
Mission Time  
20 years  
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PD140FNT60QMU-02C  
Delivery contents and accessories  
Delivery contents  
Photoelectric sensor set: PD140FNT60Q-02C + PD140FNT60MU-02C  
Accessory bag (Screws, plugs, blind caps, cable glands)  
Packaging: Card board box  
Accessories  
Laser alignment tool: APD140-LA01  
Laser alignment tool without batteries (Battery: DL1/3N, CR1/3N 3V - Lithium): APD140-LA02  
Alignment test cable: APD140-TC01  
Further information  
Information  
Where to find it  
QR  
Manual  
http://cga.pub/?6ddc71  
COPYRIGHT ©2020  
Content subject to change. Download the PDF: www.gavazziautomation.com  
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