A16-1NRN Omron, A16-1NRN Datasheet - Page 30

• Manufacturer Part Number: A16-1NRN
• Description: NEON LAMP 110V RED FOR A16
• Manufacturer: Omron
• Type: Neon Lamp, 110 VoltsACr
• Series: A16r

Specifications of A16-1NRN

• Accessory Type: Neon Lamp Replacement
• Supply Voltage: 110V
• Base Type: Bi-Pin
• Colour: Red
• Current Rating: 1.5mA
• Svhc: No SVHC (15-Dec-2010)
• Illumination Colour: Red
• Operating Lifetime: 10000h
• Voltage Rating Vac: 110V
• Average Bulb Life: 1000
• Color: Red
• Illumination: Illuminated
• Height: 13 mm
• Illumination Color: Red
• Mounting Style: Snap In
• Termination Style: Tabs
• Lamp Base Type: Bi-Pin
• Rohs Compliant: Yes
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• For Use With/related Products: A16 Series
• For Use With: Z1397 - SWTCH KNOB RND 3POS DPDT ILL REDZ1394 - SWTCH KNOB RND 2POS SPDT ILL REDZ1391 - SWTCH KNOB RND 2POS SPDT ILL REDZ1385 - SWITCH KNB RECT 3POS DPDT ILLZ1382 - SWITCH KNB RECT 2POS SPDT ILLZ1379 - SWITCH KNB RECT 2POS SPDT ILLZ1373 - SWITCH KNOB SQ 3-POS DPDT ILLZ1370 - SWITCH KNOB SQ 2-POS SPDT ILLZ1367 - SWITCH KNOB SQ 2-POS SPDT ILLZ1309 - SWITCH PB RND MOM DPDT ILLUM REDZ1305 - SWITCH PB RECT MOM DPDT ILLUMZ1301 - SWITCH PB SQ MOM DPDT ILLUM RED
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant
• Other names: A161NRN; Z1342

A3D
Precautions
Refer to the Common Precautions for Pushbutton Switches on
page 14.
Correct Use
Mounting
Always make sure that the power is turned OFF before mounting,
removing, or wiring the Switch, or performing maintenance.
Do not tighten the mounting ring excessively using pliers or a similar
tool. Excessive tightening may damage the mounting ring. (Tighten-
ing torque: 0.20 to 0.29 N⋅m)
Wiring
When wiring, use wires of a size appropriate for the applied voltage
and carry current. Perform soldering correctly under the conditions
given below. Using the Switch with the wires soldered incorrectly
may cause the terminals to become abnormally hot and cause a fire.
Wait for one minute after soldering before exerting any external
force on the solder.
Use a non-corrosive rosin liquid for the flux.
Perform wiring so that the wire sheaths do not come into contact
with the Switch. If this is unavoidable, use wires that can withstand
temperatures of 100°C min.
After wiring to the Switch has been completed, ensure an appropri-
ate insulation distance.
LED
The polarity of the LED is indicated on the back of the Switch. Wire
the LED correctly according to the polarity.
The built-in LED does not have a limiting resistor. Connect a limiting
resistor.
Make sure that the limiting resistor satisfies the characteristics of
the built-in LED. The forward current of the built-in LED must be
8 mA minimum.
The resistance can be calculated by using the following expression.
Recommended Values for Limiting Resistance
Note: The above values are calculated values that can be used as
28
Cat. No. A031-E1-05
5 VDC
12 VDC
24 VDC
1. Hand soldering: At 30 W within 5 seconds.
2. Dip soldering: At 240°C within 3 seconds.
R = (E –V
E:
V
I
Voltage
F
F
:
: LED forward voltage (V)
reference.
Operating voltage (V)
LED forward current (A)
F
)/I
F
165 Ω
515 Ω
1,100 Ω
(Ω)
ALL DIMENSIONS SHOWN ARE IN MILLIMETERS.
To convert millimeters into inches, multiply by 0.03937. To convert grams into ounces, multiply by 0.03527.
Red
140 Ω
490 Ω
1,090 Ω
(White)
Yellow
145 Ω
495 Ω
1,095 Ω
Green
Calculation Example for Limiting Resistance
Conditions: Red LED with an I
From the red LED characteristic given previously, V
when I
Thus the recommended resistance is 1.1 kΩ at 1 W (2 x I
note)
Note: A factor of 2 is applied because the permissible wattage of
Operating Environment
Ensure that dust, metal powder, or oil do not enter the interior of the
Switch.
Using Microloads
Using a standard load switch for opening and closing a microload
circuit may cause wear on the contacts. Use the switch within the
operating range. (Refer to the diagram below.) Even when using mi-
croload models within the operating range shown below, if inrush
current occurs when the contact is opened or closed, it may cause
the contact surface to become rough, and so decrease life expec-
tancy. Therefore, insert a contact protection circuit where neces-
sary. The minimum applicable load is the N-level reference value.
This value indicates the malfunction reference level for the reliability
level of 60% (λ 60) (conforming to JIS C5003). The equation, λ 60 =
0.5 x 10
than 1/2,000,000 with a reliability level of 60%.
F
–4
the resistor must be twice as large as the required wattage.
is 20 mA. Therefore, R = (24 V – 1.7 V)/0.02 A = 1,100 Ω.
/times indicates that the estimated malfunction rate is less
Invalid
area
Microload
area
F
of 20 mA at 24 V and a Ta of 25°C.
Current (mA)
Standard
load area
F
will be 1.7 V
F
2
R). (see
A3D