Photoelectrics
Retro-reflective, Industrial Door Market
Type PD86, Polarized, Relay Output, Mute Input
• Range: 12 m @ ER 4 (15 m @ ER100)
• Modulated, visible light, polarized
• Make or break switching function, selectable by
DIP-switch
• Active high or active low mute function (switch
selectable)
• LED-indication for target detected and power
• Multi supply voltage: 12-24 VDC/VAC, 50/60 Hz
• 86 x 44 x 39 mm reinforced PC/ABS-housing, IP 66
• SPST relay output
• High EMC and ambient light immunity
• CE, UL325 and UL508 approved
UL325
UL508
Product Description
The PD86 is a powerfull polar-
ized retro reflective sensor.
The sensor is designed to
meet the harsh requirements
in industrial door and gate
environments. With a sensing
distance of 12 m, the sensor is
useful in applications where
dust and weather conditions
will influence on the sensing
distance. The sensor is made
of a strong glass reinforced
PC housing.
With the mute input, the
sensor fulfills European and
North American regulations
for industrial doors.
Ordering Key
Type
Housing style
Housing size
Housing material
Not used
Detection principle
Sensing distance
Supply voltage
Output Function
Mute function
PD86CNP12QPMU
Type Selection
Housing
WxHxD
86 x 44 x 39 mm
Range
(S
n
)
12 m
Ordering no.
PD86CNP12QPMU
Specifications
Rated operating dist.
(S
n
)
Blind zone
Sensitivity
Temperature drift
Differential travel
(H)
Hysteresis
Rated operational volt.
(U
B
)
AC: 45 to 65 Hz
Rated operational power
(Relay ON)
12 VAC
24 VAC
12 VDC
24 VDC
Output
Contact ratings (AgCdO)
Resistive loads
AC 1
DC 1
Small inductive loads AC 15
DC 13
Mechanical life (typical)
Electrical life (typical)
Minimum load power
12 m @ ER4 ref. target
(0 to 5,000 lux)
≤
0.15 m
Fixed
≤
0.6 %/°C
3 to 20%
12-24 VDC,
-
15% +20%
12-24 VAC,
-
15% +20%
648 mW
1680 mW
324 mW
840 mW
µ (micro gap)
0.5 A/30 VAC
1 A/30 VDC
0.5 A/50 VAC
1 A/30 VDC
≥
1,000 000 cycles
> 100,000 AC11 or DC11
1,800 operations per hour
1 mW
Dielectric voltage
Light source
Light type
Optical angle
Light spot size
Ambient light
Operating frequency
Response time
(object related)
OFF-ON (t
ON
)
ON-OFF (t
OFF
)
Power ON delay
(t
v
)
DIP-switch Selectable functions
Mute input
Relay output
Mute function
Active high
Response time
Hold time
Active low
Response time
Hold time
Max current
1,000 VAC (rms)
(cont./supply)
GaAlAs, LED, 660 nm
Visible, modulated
± 1.5°
280 mm at 4 m
Max. 5,000 lux
20 Hz
≤
20 ms
≤
30 ms
≤
300 ms (typ. 100 ms)
active high or active low
NO (make) or NC (break)
≥
12 VDC/VAC
< 45 ms
< 70 ms
< 6 VDC/VAC
< 70 ms
< 45 ms
35 mA @ 24 VDC
70 mA @ 24 VAC
Specifications are subject to change without notice (19.01.2012)
1
PD86
Specifications (cont.)
Indication
Target detected
Power
Signal
Environment
Overvoltage category
Pollution degree
Degree of protection
Temperature
Operating
Storage
Vibration
Shock
LED, yellow
LED, green
LED, green
III (IEC 60664/60664A;
60947-1)
3 (IEC 60664/60664A;
60947-1)
IP 66 (IEC 60529; 60947-1)
-25° to +60°C (-76° to +140°F)
-35° to +80°C (-31° to +176°F)
10 to 150 Hz, 0.5 mm/7.5 g
(IEC 60068-2-6)
2 x 1 m & 100 x 0.5 m
(IEC 60068-2-32)
Rated insulation voltage
Housing material
Outer cover
Inner cover
Backpart
Cable outlet
Connection
Screw terminal
One entry
Weight
UL-Approval
CE-marking
250 VAC (rms)
PC, grey
PMMA, red
ABS, black
Kraiburg TC5MLZ or TP5VCZ
6 x 1.5 mm
2
terminal block
for cable 3 to 6.5 mm
110 g
UL325, UL508
Yes
EN12453, EN12445,
EN12978
Wiring Diagram
Green LED
Power ON and signal stability
Receiver
Yellow LED
Operation indicator
Emitter
ON
Dipswitches
NC
Active high
1
2
NO
Active low
6
5
4
3
2
1
1 2
Wiring
1-2: Mute input
3-4: Output relay
5-6: AC/DC power supply
Operation Diagram
tv = Power ON delay
Power supply
Target present
Object present
Mute (Active high)
Mute (Active low)
Output NO
Output NC
tv
tv
Mute function
active
2
Specifications are subject to change without notice (19.01.2012)
PD86
Delivery Contents
•
•
•
•
Photoelectric switch: PD86CNP12QPMU
Screws and rawlplugs
Installation instruction
Packaging:
Cardboard box
Accessories
•
Reflectors: ER series
Installation Hints
To avoid interference from inductive voltage / Relief of the cable strain
current peaks, separate the proximity switch
cables from any other power cables. E.g.
Engine, contactor or solenoid cables
Protection of the sensing face
Sensor mounted on a mobile carrier
Incorrect
Incorrect
Incorrect
Correct
Correct
> 100 mm
The cable should not be pulled
A proximity switch should not serve
as mechanical stop
Any repetitive flexing of the
cable should be avoided
4
Specifications are subject to change without notice (19.01.2012)
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