User Manual

ManualsBrandsKEYENCE ManualsSensorsKV Series

KV Series Basic Unit-IM_E

This section describes cautions to keep in mind when wiring is performed for I/O units. Be

sure to read this section before starting wiring.

 Wiring procedures for basic units

The wiring procedures for basic units are described below.

 Wiring for an AC type basic unit

For an AC type basic unit, perform the wiring as shown in the figure below.

 Wiring for a DC type basic unit

For a DC type basic unit, perform the wiring as shown in the figure below.

 Cautions on wiring for I/O units

When performing wiring for an I/O unit, pay strict attention to the following contents.

• Separate input lines from output lines in wiring.

• If the wiring for power is located near I/O signal lines, a malfunction may occur caused

by the effects of a high voltage and large current.

• Keep I/O signal lines away from the power wiring by at least 100 mm.

• Separate 24VDC I/O lines from 100 VAC and 200 VAC lines.

• When using pipes for wiring, make sure that the pipes are securely grounded.

When I/O signal lines cannot be separated from the wiring for power

In such a case, perform grounding on the KV side using batch-shielded cables. (In some

environments, grounding should be performed on the reverse side of the KV.)

 Terminal

The terminal screws used are M3. When performing wiring with crimp-style terminals, use

the following ones.

 Cautions on grounding

Because the KV Series is constructed to be sufficiently resistant to noise, it can usually be

used without being grounded. However, when the KV Series is used in an environment with

a lot of noise, grounding is required. In such a case, pay strict attention to the following

contents.

• Perform completely grounding for each individual unit. In this case, the ground

resistance should be 100 ¾ or less.

• If individual grounding is not possible, perform common grounding. In this case, the

length of each grounding cable should be equal.

If inductive loads such as clutches, motors, and solenoids are used, a rush current may flow

when the load power supply is turned on, or a counter electromotive voltage may be

generated when the load power supply is shut down. The rush current and the counter

electromotive voltage can contribute considerably to shortening the service life of the

contacts. To prevent this from happening, provide a contact protection circuit.

KV-10AR/DR (Relay output type)

 Terminal layout drawing  Output circuit diagram

KV-16AR/DR (Relay output type)

 Terminal layout drawing  Output circuit diagram

KV-24AR/DR (Relay output type)

 Terminal layout drawing  Output circuit diagram

Cautions on Wiring for Each Unit

• Turn off the power before starting wiring.

• For the installation position, select a location whose ambient

temperature is 0 to +50°C (32 to 122°F) (No freezing), whose

ambient humidity is 35 to 85% RH (No condensation), and one

which is not subject to drastic temperature changes.

• If the 24 V DC + output terminal and the 24 V DC - output terminal

are switched, the power supply unit and connected units may be

damaged. Never switch them.

• Be sure that the sum of the current consumption of all connected

units does not exceed the output capacity of the service power

supply. If the system is operating in an overload status, the internal

circuits may generate heat or be damaged. To recover from an

overload status, disconnect some of the connected units.

• Never connect the DC output of any other power supply, either in

serial or parallel, to the 24 V DC output terminals. If the DC output is

connected, the power supply unit may be damaged.

• Connect an insulating transformer (1:1) or noise filter to reduce line noise.

• Use twisted cables to reduce induction effects.

• When using a basic unit in a location with a lot of noise, the noise

may be reduced by using completely grounding the basic unit.

• Connect the power supply to the power supply input terminals with

24 VDC output, which offers a sufficient margin of power capacity.

Usually, the sum of the current consumption of all connected units

multiplied by 1.5 or more is required for the power capacity.

• To reduce line noise, insert a ferrite core.

NOTICE

0123

012345

5ch

0ch

001 002 003 004 005

KV-10AR

50024V-OUT-OV C3 C4 503

501 502

000

OUT

EYENCE

24 V DC service

power supply

(supplied from

outside)

Grounding

The power input

terminals at the lower

side of the unit

Insulating transformer,

noise filter, etc.

Breaker

AC100 to

240 V

±10%

KV-10AR

Point

KV-10DR

0123

012345

5ch

0ch

001 002 003 004 005

KV-10DR

50024V-IN-OV C3 C4 503

501 502

000

OUT

EYENCE

24 V DC external power supply

Breaker

Point

24 V DC

Sensor

Ground

Shielded cable

Input

Output

6.0 maximum

KV KV

A = B A > B

A < B

Completely grounding

Contact Protection

Part Names and Functions

Terminal layout drawings and I/O circuit diagrams

012345

0123456 789

5ch

0ch

C1 001 003 005 007 009

008006004002

500

KV-16AR

C324V-OUT-OV C4 503 505

501 502 504

000

OUT

EYENCE

24V

INPUT

VOLT

AC100V

240V

0.5A 50/60Hz

.oNemaNnoitcnuF

1etalplanimrettupnI .)tupniV5otdegnahcebnac700ot000(etalplanimrettupniCDV42

2etalplanimrettuptuO

Output terminal plate. Pulse output function is built in 500 to 502 (in transistor output type only).

k6.1A Ω .)revirdrotomatcennocot(205Rnitliubsirotsisergnitimiltnerruc

lanimrettupnirewoP

))P(TD/RD-VK(

.CDV42seilppuS

lanimrettuptuorewoP

))P(TA/RA-VK(

tinuehtfoedisrewolehtnoslanimrettupnirewopehtotCAV042ot001seilppuS

.lanimretCDV42ehtmorfnekatebotrewopecivresswolladna

4spmalrotacidnitupnI .NOtapusthgilpmalhcaE.sutatstupnietacidnI

5spmalrotacidnituptuO .NOtapusthgilpmalhcaE.sutatstuptuoetacidnI

6)edisnodedivorp(rotcennoC .tinunoisnapxenatcennocotdesU

7wodniwsseccA

sasretnuocdnasremitfoseulavtesdnatnerrucehtegnahcdnaotreferotdesU

.seiromematadfostnetnocehtsallew

.sutatsnoitarepoehtsetacidnirolocthgilkcabehT

sutatsrorrE:dergnihsalFedomMARGORP:dernitiLedomNUR:neergnitiL

8syekgnitteS .wodniwsseccaehtotgnirreferelihw.cte,seulavtnerrucegnahcdnaotreferotdesU

9hctiwsrotcelesegatlovtupnI

.tinucisabehtfoegatlovtupniehtsegnahC

tupniV5:tupniV42:

01AtropnoitacinummoC

Modular connector for connecting a personal computer, handheld programmer, or operator panel.

11BtropnoitacinummoC

Modular connector for connecting a personal computer, handheld programmer, or operator panel.

Connector (provided on side)

2. Output terminal block

3. Power input terminal

10.Communication

port A

9. Input voltage selector

switch

Provided on side

1. Input terminal block

4. Input indicator lamps

5. Output indicator lamps

7. Access window

11. Communication

port B

(Power input terminals for

AC power types are provided

on the lower

side of the

unit.)

8. Setting keys

000 001 002 003 004 005

24V 0V 500 C3 C4 503

C1 C2

501 502

500

501 to 503

503

502

501

C35000V24V

• C3 and C4 are each independent.

Internal circuit

501

C3 503 505

500 502 504

24V

C1 001 003 005 007 009

000 002 004 006 008

24V 0V C3 C4 503 505

500 501 502 504

500 to 501

502 to 505

• C3 and C4 are each independent.

Internal circuit

C1 001 003 005 007 009 011 013 015

000 002 004 006 008 010 012 014

24V 0V C3 C4 C5 C6 505 507

500 501 502 503 504 506

503

C5 505 507

502 504 506

C4C3

501500

24V

500

501

502 to 503

504 to 507

• C3 to C6 are each independent.

Internal circuit