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83

LC4H-S

Part names

Specifications

Item

Ralay output type

AC type

100 to 240 V

DC/AC type

12 to 24 V DC/24 V AC

50/60 Hz common

Max. 10 V A

5 A 250 V AC (resistive load)

Addition (UP)/Subtraction (DOWN)/Direction (DIR)/Individuality (IND)/Phase (PHASE)

5 modes selectable by DIP switches

30 Hz, 5 kHz (selectable by DIP switches)

16.7 ms at 30 Hz/0.1 ms at 5 kHz ON time: OFF time = 1:1

Min. input signal width: 1 ms, 20 ms (selected by DIP switches)

Min. input signal width: 20 ms

Contact, Open collector input/DC two-wire system sensor Input impedance: 1 k

or less, Input residual voltage: 2 V or less,

Open impedance: 100 k

or less, Max. energized voltage: 40 V DC

HOLD-A, HOLD-B, HOLD-C, SHOT-A, SHOT-B, SHOT-C, SHOT-D, 7 modes selectable by DIP switches

1 s, 0.5s, 0.2s, 0.1s, 0.05, 0.01s

7-segment LCD, Counter value (backlight red LED), Setting value (backlight yellow LED)

4-digit display type –999 to 9999 (0 to 9999 for setting)

6-digit display type –99999 to 999999 (0 to 999999 for setting)

EEP-ROM (Overwriting times: 10

5

ope. or more)

12 V DC (±10%) 100 mA Max.

1 Form C

100 m

(at 1 A 6 V DC)

Ag alloy/Au flush

2.0 

×

10

7

ope. (Except for switch operation parts)

1.0 

×

10

5

ope. (At rated control voltage)

85 to 264 V AC

10.8 to 26.4 V DC, 20.4 to 26.4 V AC

Between live and dead metal parts: 2,000 Vrms for 1 min (pin type)

Between input and output: 2,000 Vrms for 1 min

Max. 65° C (under the flow of nominal operating current at nominal voltage)

10 to 55 Hz (1 cycle/min), single amplitude: 0.35 mm 

.014 inch

(10 min on 3 axes)

10 to 55 Hz (1 cycle/min), single amplitude: 0.75 mm 

.030 inch

(1 h on 3 axes)

1 Form A (Open collector)

1.0 

×

10

7

ope. (At rated control voltage)

12 to 24 V DC/24 V AC

Max. 3 W

100 mA, 30 V DC

Transistor output type

DC/AC type

Rating

Contact

Life

Electrical

Mechanical

Operating
conditions

Rated operating voltage

Rated frequency

Rated power consumption

Rated control capacity

Input mode

Max. counting speed

Counting input (input 1, input 2)

Reset input

Lock input

Input signal

Output mode

One shot output time

Indication

Digit

Memory

0.001 to 9.999 (4-digit type), 0.001 to 99.999 (6-digit type)

Pre-scaling

Can be set to three digits

Decimal point

Power for senser

Contact arrangement

Initial contact resistance

Contact material

Mechanical (contact)
Electrical (contact)

Operating voltage range

Initial withstand voltage

Between live and dead metal parts: Min. 100 M

(pin type)

Between input and output: Min. 100 M

Initial insulation resistance
(At 500 V DC)

Temperature rise

Functional

Destructive

Vibration
resistance

Min. 98 m/s

2

(4 times on 3 axes)

Min. 294 m/s

2

(5 times on 3 axes)

–10° C to 55° C 

+14° F to +131° F

Max. 85 % RH

860 to 1,060 h Pa

11-pin/screw terminal

IP66 (front panel with a rubber gasket)

Functional

Destructive

Ambient temperature

Ambient humidity

Air pressure

Connection

Protective construction

Shock 
resistance

• 4-digit display type

• 6-digit display type

DOWN

UP

SET/ LOCK

RESET

L O C K

R S T

O P .

LC4H

COUNTER

ON

8

7

6

5

4

3

2

1

RESET

L O C K

R S T

O P .

LC4H

COUNTER

ON

8

7

6

5

4

3

2

1

SET/ LOCK

Controlled output indicator

Reset indicator

Lock indicator

Reset switch

Set/lock switch

Counter display

Set value display

Up keys

Down keys

DIP switches

(Same for screw terminal type)

Controlled output indicator

Reset indicator

Lock indicator

Reset switch

Set/lock switch

Counter display

Set value display

Up keys

DIP switches

(Same for screw terminal type)

02/2003

Summary of Contents for LC4H-PS-R4-AC240V

Page 1: ...tems 6 digit display Pin type Screw terminal type PRODUCT TYPES LC4H SV A rubber gasket ATC18002 and a mounting frame AT8 DA4 are included mm inch Digit Count speed Output Operation voltage Power down Additional function Terminal P N insurane Scale Factor 11 Pin LC4H PS R4 AC240V 100 240 V AC Scale Factor Screw LC4H PS R4 AC240VS with 12V DC power supply Scale Factor Voltage Signal Input 11 Pin LC...

Page 2: ...en collector 1 0 107 ope At rated control voltage 12 to 24 V DC 24 V AC Max 3 W 100 mA 30 V DC Transistor output type DC AC type Rating Contact Life Electrical Mechanical Operating conditions Rated operating voltage Rated frequency Rated power consumption Rated control capacity Input mode Max counting speed Counting input input 1 input 2 Reset input Lock input Input signal Output mode One shot out...

Page 3: ...ts are attached in a continuous series the dimension of A is Device installation rail ATA48011 sold separately Min 80 3 150 Min 80 3 150 95 5 112 9 3 760 4 445 45 0 6 0 1 772 024 0 45 0 6 0 1 772 024 0 45 0 6 0 1 772 024 0 A 48 n 2 5 0 6 0 With power supply for sensor NO NC 3 5 4 2 1 11 10 9 8 7 6 3 5 4 2 1 11 10 9 8 7 6 NO NC 3 5 4 2 1 11 10 9 8 7 6 0 V DC 12V 100mA Max 3 5 4 2 1 11 10 9 8 7 6 0 ...

Page 4: ...tor T Lock indicator Y UP keys Changes the corresponding digit of the set value in the addition direction upwards U DOWN keys Changes the corresponding digit of the set value in the subtraction direction down wards I RESET switch Resets the counting value and the output O SET LOCK switch This is used to handle pre scaling values one shot times decimal point position set tings and key lock operatio...

Page 5: ...dent and phase inputs The counting value is counted up or down to any number other than 0 once When it comes to 0 zero again the counter starts counting up E The decimal point is set using the UP and DOWN keys to specify the 2nd 3rd and 4th digits this applies only to 4 digit models The 1st digit is set using the UP key or DOWN key in settings where there is no decimal point this applies only to 4...

Page 6: ... IN2 are completely independent so there is no restriction on signal timing IN1 is the counting input and IN2 is the addition or subtraction directive input IN2 adds at L level and subtracts at H level IN1 is addition input and IN2 is subtrac tion input Addition when the IN1 phase advances beyond IN2 and subtraction when the IN2 phase advances beyond IN1 0 1 2 3 n 3 n 2 n 1 n n n 1 n 2 n 3 3 2 1 0...

Page 7: ...ultaneous with completion of count up While output is being main tained restarting of the count is not possible n Set value One shot Recount II SHOT C Output control is maintained after count up completion for one shot output time Counting is possible despite com pletion of count up However reset occurs simultaneous with output OFF n Set value One shot Hold count SHOT D Output control is maintaine...

Page 8: ... Residual voltage during short circuit 2 V max Impedance when released 100 kΩ min Max applied voltage 40 VDC max Lock input specifications Impedance during short circuit 1 kΩ max At 0 Ω the outflow current is approximately 1 5 mA Residual voltage during short circuit 2 V max Impedance when released 100 kΩ min Max applied voltage 40 DVC max The contact relay should be one which can open close 5 V 1...

Page 9: ...the count value use contacts with as short a bounce time as possible In general select Input 1 and Input 2 to have a maximum counting speed of 30 Hz and to be reset with a minimum input signal width of 20 ms 2 Non contact point input Connect with an open collector Use transistors whose characteristics satisfy the criteria given below VCEO 20 V min IC 20 mA min ICBO 6µA max Also use transistors wit...

Page 10: ... polar full wave voltage Operating voltage Surge voltage peak value AC type 6 000V DC type 24V AC type Power supply terminals Input terminals AC type DC type 24V AC type Noise voltage 1 500V 1 000V 600V 1 000V Peak value 0 0 1 2 50 30 50 90 100 Time µs Surge voltage C C C R Fig A Fig B Operation power supply Leakage current R C Operation power supply R R C C R R Relay Counter Receive output from c...

Page 11: ...ing use dou ble insulated relays etc 2 Always connect loads insulated with basic insulation specifications to the out put contact points The counter unit is also insulated with basic insulation speci fications The combination of the two sat isfies VDE which calls for double insula tion 3 For the applied power supply use one protected by an over current protec tion device that conforms with EN IEC ...

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