LC24-F-AL - Panasonic Industrial Automation Sales

DIN HALF SIZE LCD

DISPLAY COUNTER LC24

Counters

•Large 7-digit display

•Leading “0”s in the display are eliminated for easy reading

•Wide counting range

PRODUCT TYPE

1) Non-voltage input type

SPECIFICATIONS

Input signals

Types With

manual reset Rated operating voltage Max. current

consumption Counting speed Input

Built-in battery

(Battery life: 10 years) —–

20 µA

(When resetting:

200 µA)

Non-voltage input30 cps

No. of digits

3V DC

(Uses manganese dioxide

lithium battery)

LC24-F LC24-F-N

LC24-C —–

Without

manual reset

Part No.

LC24-F

Flush

mounting type

LC24-C

PC board

mounting type

2) Voltage input type

Types With

manual reset Rated operating voltage No. of digits Counting speed Input

Built-in battery

(Battery life: 6 years)

Built-in battery

(Battery life: 10 years)

30 cps

70 cps

100 to 120V AC/DC

(Signal reset is controlled by

non-voltage type input)

200 to 240V AC/DC

(Signal reset is controlled by

non-voltage type input)

4.5 to 30V DC

LC24-F-AL-N

LC24-F-AH

LC24-F-AL

LC24-F-DL

LC24-F-AH-N

LC24-F-DL-N

Without

manual reset

Part No.

LC24-F

Flush

mounting type

Operation

signal

Signal

reset

Manual reset min. input width

Min. operating

signal width

Non-voltage input type

Flush mounting type PC board mounting type AC/DC input type DC input type

Voltage input type

Input method

Input impedance

Residual voltage

Min. signal reset width

Input method

Input impedance

Residual voltage

16.7 ms (ON:OFF = 1:1) 7.15 ms

(ON:OFF = 1:1)

Non-voltage input: Contact/Open collector

Max. 1 kΩwhen short-circuited

Min. 100 kΩwhen open-circuited

Max. 0.5 V

20ms 500ms 20ms

10 kΩ

Max. 1 kΩwhen short-circuited

Min. 100 kΩwhen open-circuited 7.5 kΩ

—–

Max. 0.5V —–

ON: 100 to 120V AC/DC,

200 to 240V AC/DC

OFF: 0 to 2V AC/DC

ON: 4.5 to 30V DC

OFF: 0 to 2V DC

ON: 4.5 to 30V DC

OFF: 0 to 2V DC

15 17

14 12

26 28

3 1

3 V DC lithium battery

Reset input

Signal input

Contact input

15 17

14 12

26 28

3 1

3 V DC lithium battery

Reset input

Signal input

Open collector

input

Note:

are connected

internally.

and

12 14

26 28

1 3

15 17 ,,

Reset input

Counting input

Reset input

Counting input

Open collector input

0 V 0 V

Contact input

Note: are connected internally.

2 4

Counting input

(1) Reset terminal (contact input)

Reset input

Counting input

(1) Contact input

0 V

• Terminal are connected internally.

2 4 (Voltage signal is recognized when the transistor ❈ is switched to OFF.)

Reset input

Counting input

(2) Open collector input

0 V

❈

• DC voltage input

Reset input

• Timing input terminals ( , ) and reset input terminals ( , ) are insulated internally.

431 2

(2) Reset terminal (open collector input)

Reset input

Counting input

0 V

Characteristics

Rated operating voltage

Battery life

Shock

resistance

Vibration

resistance

Ambient temperature

Storage temperature

Ambient humidity

Counting direction

Functional

Destructive

Functional

Destructive

Non-voltage input type

LC24-F

Flush-mounting type LC24-C

PC board mounting type AC/DC input type DC input type

Voltage input type

Built-in battery

10 years

10G (4 times on 3 axes)

30G (5 times on 3 axes)

10 to 55 Hz: 1 cycle/min double amplitude of 0.3 mm (10 min on 3 axes)

10 to 55 Hz: 1 cycle/min double amplitude of 0.75 mm (1 h on 3 axes)

-10 to +55°C +14 to 131°F

-25 to +65°C +13 to 149°F

35 to 85% RH

Addition (UP)

—– 6 years 10 years

3V DC

(manganese dioxide

lithium battery) Built-in battery

DIMENSIONS

LC24-F, flush mounting type (Common for non-voltage input type and voltage input type)

LH24-C, PC board mounting type

WIRING DIAGRAM

mm (inch)

38.9

1.531

44.5

1.752

.945

COUNTER

1.890

LC24

RESET

Reset push-key switch*

*Without reset push key switch is also available

4.5

.177 28.8

1.134 10.1

.398

.866

M3.5 self-up

terminal screw Panel cutout dimensions

Panel thickness: 1-4.5 mm

22.2+

00.3

.874+

0.012

45+

00.6

1.772+

0.024

WIRING DIAGRAM

1) Non-voltage input type 2) Voltage input type

• AC/DC voltage input

Main body’s

occupied section

Compatible 28-pin dip terminal

2.54

.100

2.54

.100 8-0.8 dia.

8-.031 dia.

1.9

.075

15.24

.600

4.6

.181

1.9

.075

4.6

.181 5.08

.200

5.08

.200

33.02

1.300

PC board pattern (Bottom view)

17.1

.673

0.5

.020

3.3

.130

5.08

.200

0.6

.024

33.02

1.300 5.08

.200 Dip terminal x8

.748

COUNTER

42.2

1.661

LC24

RESET

Reset push-key switch

15.24

.600

0.3

.012

019999999 0 1 0

Reset

Count

019999999 0 1 0

Reset

Count

OPERATION EXPLANATION

Addition

LC24-F type

• Counts when the

operation signal is ON.

• While the reset input is

ON, the signal time is

not counted and the

display is "0".

Example

ExampleLC24-C type

• Counts when the

operation signal is ON.

• While the reset input is

ON, the signal does

not change.

CAUTIONS

<Non-voltage input type>

1.Since the current from the operation

signal and reset input terminals

[1-3(flush mounting type), E-H

(PC board mounting type)] is small,

use relays and switches which have

high-reliability contact performance.

2.When input signals are triggered

through the transistor ’s open collector,

use a small signal transistor with an

ICBO less than 1 µA, being sure to trig-

ger them with no voltage across the

collector.

3.When connecting the signal input and

reset input wires, do not run them

parallel to high-voltage or power

cables and avoid using the same

conduit. Use shielded wires or metallic

conduits which are as short as possi-

ble. If the floating capacitance of the

wires exceeds 500 pF (approx. 10 m

for parallel wires of 2 mm2), it will

cause malfunctions.

4.Lithium batteries are built in the flush

mounting types. Never throw them into

a fire. Do not dispose of them in trash

intended to be incinerated.

•PC board mounting type—

1.After connecting the external power,

be sure to reset it to make sure that

“0” appears on the display.

2.Battery life is calculated as follows:

t = A

t: Battery life (h)

I: Consumption current (mA)

A: Battery capacity when the operating

voltage becomes minimum.

3.Hand soldering:

• AC/DC Voltage input type

1.Apply voltage to the signal input termi -

nal. Do not apply voltage to the reset

input terminal. When voltage exceed-

ing the range of the rated input voltage

is applied to the signal input terminal,

or if voltage is applied to the reset ter-

minal, it may cause break-down of

internal elements.

2.Since the current from the reset input

terminal is small, use relays and

switches which have high-reliability

contact performance.

3.When reset is triggered through the

transistor ’s open collector, use a small

signal transistor with an ICBO less than

1 µA, being sure to trigger it with no

voltage across the collector.

4.For external reset, make a temporary

short-circuit between the rear reset ter-

minals [3-4].

•DC voltage input type

1.When more than 30 V DC is applied to

the signal or reset input terminals, it

may cause breakdown of internal

elements.

2.For external reset, voltage is applied

between the rear reset terminals

[3-4] to the H level (4.5 to 30 V DC).

In this case, connect (–) to terminal 4

and (+) to terminal 3]. Since they are

polarized, they will not operate with

reverse polarity.

Soldering iron

Iron tip temperature

Soldering time

30 W to 60 W

Approx. 300°C (572°F)

Less than approx. 3 seconds

• Common

1.When connecting the operation signal

wires [1-2] and reset input wires

[3-4], do not run them in parallel with

high-voltage or power cables. Avoid

running signal or reset wires in a

power conduit. Use shielded wires or

metal conduits which are as short as

possible. If the floating capacitance of

these wires exceeds 500 pF (approxi-

mately 10 m for parallel wires of

2 mm2), it will cause malfunctions.

2.Lithium batteries are built in.

Never throw them into a fire. Do

not dispose of them in trash intended

to be incinerated.