Q-SERIES 14mmØ Panel Mounting LED Indicator
Product Specification
Distinctive Features and Specifications
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14mm panel mounting LED indicator
10mm coloured diffused epoxy lens or 10mm water clear super bright LEDs
Bright chrome, black chrome or satin grey bezel finish
Prominent and flush bezel styles
2VDC – 220VAC
(2.8 x 0.8) terminals, pins or (200mm long) wire terminations
IP67 sealing option (EN60529)
Supplied with fixing nut and spring washer
Ø 14,00 ±0,1
PANEL CUTOUT
NB: UL Recognised Component
TECHNICAL SPECIFICATIONS
Switch Voltage
2VDC (No Resistor)
12VDC
24VDC
28VDC
110VAC
230VAC
Intensity (Typical) at |op Standard
Operating Voltage Vop
(Min to Max)
1.8 to 2.5VDC
10.8 to 13.2VDC
21.6 to 26.4VDC
25.2 to 30.8VDC
99 to 121VDC
207 to 253VDC
Operating Current |op
(Typical All Types)
20mA
20mA
20mA
20mA
6mA
3mA
Prominent
Flush
Forward Voltage
(all voltages)
(all voltages)
HE Red
80mcd
10mcd
2.0V
Green
40mcd
5mcd
2.2V
Yellow
30mcd
4mcd
2.1V
Blue
280mcd
10mcd
3.2V
White
350mcd
20mcd
3.2V
Bi-colour (Typical) (Red/Green)
80/50mcd
14/10mcd
2.0V/2.2V
Tri-colour (Typical) (Red/Green/Yellow)
80/50/50mcd
14/10/10mcd
2.0V/2.2V/2.1V
Bi-colour - The colour is changed by reversing the polarity of the supply voltage.
Tri-colour - The indicator has red and green LEDs, when both connected yellow is produced.
Super Bright
HE Red
Green
Yellow
Blue
White
Prominent
Flush
(all voltages)
(all voltages)
7,500mcd
2000mcd
4,100mcd
250mcd
2,500mcd
350mcd
1,300mcd
300mcd
1,900mcd
200mcd
Luminous intensity will be reduced with lower operating current.
Forward Voltage
2.2V
3.5V
2.3V
3.7V
3.7V
Max Reverse Voltage:
5V
Viewing Angle:
100° (dependant on model)
Life Expectancy:
100,000 hours
Operating Temperature Range:
–40 to +85°C
Note: The operating voltage must not be exceeded by more that 10% as this will result in reduced life expectancy.
The company reserves the right to change specifications without notice.
www.apem.com
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Q-SERIES 14mmØ Panel Mounting LED Indicator
Order Overview
STANDARD OPTIONS
The Q14 Series is available with a range of standard options, to specify your LED, simply choose one option from each column.
An example is shown below.
Q
SERIES
Q
14
MOUNTING
HOLE
14 = Ø14mm
P
BEZEL
STYLE
P = Prominent
F = Flush
1
TERMINALS
1 = Solder Lug/
Fastons
(2.8 x 0.8)
2 = Pins
3 = Wires
6 = Short body
Pins
7 = Short body
Wires
C
BEZEL FINISH
C = Bright Chrome
B = Black Chrome
G = Satin Grey
XX
TYPE OF
ILLUMINATION
XX = Fixed Light
KK = Flashing Light
(only up to 28VDC)
YY = Bi-colour
ZZ = Tri-colour
B
LED COLOUR
R = Red
G = Green
Y = Yellow
B = Blue
W = White
28
VOLTAGE
02 = 2VDC
06 = 6VDC
12 = 12VDC
12A = 12VAC/DC
24 = 24VDC
24A = 24VAC/DC
E
SEALING
(Blank) = Unsealed
E = IP67
SR = Super Bright Red
SG = Super Bright Green
SY = Super Bright Yellow
SB = Super Bright Blue
SW = Super Bright White
28 = 28VDC
28A = 28VAC/DC
110 = 110VAC
220 = 220VAC
Example Q14P1CXXB28E
Ø14mm, prominent bezel, solder lug terminals,
bright chrome finish, fixed light, blue,
28volt DC LED, IP67 Panel Seal
RG = Red/Green
RY = Red/Yellow
GY = Green/Yellow
RYG = Red/Yellow/Green
• Gold Faston terminal denotes Anode (+), silver terminal denotes Cathode (-)
• Standard wire length is 200mm, 22AWG, red wire denotes Anode (+), black wire denotes Cathode (-)
for other wire lengths consult APEM
• For LEDs with alternate voltages consult APEM
• Bicolour LEDs, by connecting the gold Faston (+) one colour is produced,
by reversing the supply voltage another colour is produced – Bi-colours are available up to 28VDC
• Take care when soldering to the Faston terminals
• Short body pins and wires are only available up to 28VDC
• The Tri-colour LED has red and green LEDs when both are connected yellow is produced
• Standard Tri-colour Faston terminals are two Anodes (+) and one Cathode (-)
• Tri-colour wires are one red (+) and one green (+) Anode and one black (-) Cathode
• Tri-colour pins are centre (–) cathode, shortest (+) anode pin green, longest (+) anode pin red
• Maximum panel thickness 11mm
• For behind panel epoxy sealed options please consult Apem
• We recommend using Superbright LEDs for use at 220VAC
www.apem.com
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PCB Design
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