Anywire Bl296 b-16f series User manual

ASLINKTERMINAL

[ASLINK Small Integrated 16-Point Terminal]

AnyWireASLINK System Products Guide

BL296□B-16F□-4A-20

The Products Guide describes individual products. Refer to the Guide as necessary.

■Function List

-BL296*B16F*4A20 1/11-

Connection targets

I/O

short

circuit

SpecicationsModel

I/O

disconnection

ASLINKTERMINAL

four-wire

(isolated) cable

type

NPN 16-point input/16-point output

PNP 16-point input/16-point output

NPN 8-point input/8-point output (hybrid)

PNP 8-point input/8-point output (hybrid)

Universal sensors

and switches,

universal output

devices

Small-

sized

Sensing

level

reduction

I/O

power supply

reduction

Slave unit

voltage

reduction

[Warranty]

[Notes on Safety]

Precautions that must be observed in order to use this system safely are indicated as shown below.

You must observe these precautions.

WARNING CAUTION

A WARNING indicates a potentially hazardous

situation which, if not handled correctly, could

result in death or serious injury.

ACAUTION indicates a potentially hazardous situation

which, if not handled correctly, may result in personal

injury or property damage.

WARNING

○System Safety

○Always turn off the power before attempting to mount or replace.

This system is intended for general industrial applications. It does not have functions for supporting applications requiring higher

levels of safety such as safety-related devices or accident prevention systems. The product must not be used for these purposes.

○

Prolonged continuous ow of a rated load current or higher or a transit current due to load short-circuit, etc., in the hybrid unit including

the output unit and the output circuit may result in smoking or ring. An external safety device such as a fuse must be installed.

○Use the AnyWireASLINK within the range of the specications and conditions shown below.

○System power supply

○Separately route high-voltage and power cables

○Connectors and terminals

○Do not impose any external loads on the units. Doing so may cause a failure.

○Do not disconnect or reconnect between the transmission line and slave units. A malfunction may occur.

Use a stable, 24V DC power supply. Use of an unstable power supply may cause problems with the system.

Although the AnyWireASLINK has a high noise margin, keep the transmission line and I/O cables away from high-voltage and

power cables.

Pay careful attention to the length and installation of cable wiring to ensure that connectors and cables are neither overloaded nor disconnected.

* Make sure to prevent any metal objects from getting inside the connectors or the terminal blocks.

* Short-circuits caused by metal objects or mis-wiring are likely to damage the device.

CAUTION

■Warranty period

The warranty on the delivered Product shall continue to be effective for one (1) year after the delivery thereof to a location as

designated by the original owner.

■Scope of warranty

Should a defect occur in any part of the Product during the foregoing warranty period when it is used normally in acordance with

the specications described in this User's Manual, the Company shall replace or repair the defect free of charge, except when it

arises as a result of:

[1] Misuse or abuse of the Product by the owner;

[2] Fault caused by other than the delivered Product;

[3] The unauthorized modication or repair of the Product by any person other than the Company's personnel;

[4] Any unusual force of nature, disaster or other cause beyond the Company's control.

The term "warranty," as used herein, refers to the warranty applicable to the delivered product alone. The Company shall not be

liable for consequential or incidental damages resulting from any malfunction.

■Repair at cost

After the expiration of the warranty period, the owner shall be responsible for all costs and expenses incurred for the trouble-

shooting and repair of the Product. Even during the warranty term, the Company shall repair any defects arising from causes

other than within the scope of the warranty as specied above, at the owner's cost.

■Notes on use ⇒

To set any address, an “Address writer ARW-04 (Ver. 04-1.01 or higher), ARW-03 (Ver. 2.10 or higher)”

is required. Please prepare it separately.

[Type]

BL296SB-16F-4A-20

BL296PB-16F-4A-20

BL296XB-16F-4A-20

NPN input

NPN output

NPN input/NPN output

BL296SB-16FS-4A-20

BL296PB-16FS-4A-20

BL296XB-16FS-4A-20

PNP input

PNP output

PNP input/PNP output

○

×○○ ××

Functions

-BL296*B16F*4A20 2/11-

AnyWireASLINK

master

24V DC*1

Black: DN

Red: DP

Red: DP Black: DN

Black: DN

Red: DP

BT0

Red: DP Black: DN

Two points

16 points

ASLINK lter

■Connection example based on

a four-wire (isolated) terminal

Supply current on the transmission line (DP/DN)

Total length 50m or less

Size of

the transmission

line (DP/DN)

1.25mm2

0.75mm2

0.5mm2

MAX 2A

MAX 1.2A

■

Relationship between the size and length of

the transmission line and the supply current (Table 1)

MAX 0.5A

MAX 0.3A

Total length 100m to 200m

MAX 1A

MAX 0.6A

MAX 0.8A MAX 0.2AMAX 0.4A

Total length 50m to 100m

[Connection Example]

CAUTION

- Refer to Table 1 so that the size and length of the

transmission line and the allowable supply current lie within

an appropriate range.

- Connect the same symbols (DP/DN) correctly between the

AnyWireASLINK master and each device.

- The branching length or branch number has no limitation.

- Include the length of the cable provided with the terminal in

the “total line length.”

- Connect the terminator “BT0 (polar)” to the DP/DN terminal

farthest from AnyWireASLINK master.

If the load consumption current

is large, a four-wire (isolated)

terminal can be selected.

This terminal can correspond

to I/O of the controller with an

external power supply.

[Installation Location]

-Location where the unit is not subject to vibration or shock

-Location where the unit is not directly exposed to dust

-Location where the main body is not directly exposed to conductors

such as waste metal and sputter

-Location where humidity is not condensed

-Location where the atmosphere is free of corrosive gas, ammable gas

and sulfur

-Location where the unit is removed from high-voltage or high-current

cables

-Location where the unit is removed from cables and controllers that

generate servo, inverter or other high-frequency noise.

The branching

has no limitation.

Black: DN

Red: DP

Black:

Red: DP

AnyWireASLINK terminator

One terminator should be connected to the DP/DN terminal farthest

from the AnyWireASLINK master.

Connect it correctly so as not to set the wrong polarity.

Black: DN Red: DP

Two points

24V DC*1

General-purpose

power supply lter

4P link connector is

convenient for

branching.

Dedicated at cable

1.25mm2(four-wire)

The sum of the

portions of DP/DN is

the total line length.

General-purpose power supply lter

* When complying with the

UL Standard, make sure to

use a 24V DC stabilized

power supply of “NEC

Class 2 Output.”

* Make sure to use a 24V DC

stabilized power supply for

the power supply to be

connected.

The AnyWireASLINK can employ a two-wire or four-wire terminal selectively depending on the load current.

This Products Guide describes a four-wire (isolated) terminal.

In the case of hybridization, refer to the Two-Wire (Non-Isolated) Terminal Products Guide separately.

If the load current is small, using a two-wire (non-isolated) terminal allows for achieving simplied wiring without local power supply.

In the case of prioritizing the sites of concentrated loads and/or the number of connections, hybridization with a four-wire (isolated) terminal,

which supports local power supply, is also possible.

Make sure to use a four-wire (isolated) terminal in the case of input and load driving using an external power supply.

[How to connect AnyWireASLINK]

-BL296*B16F*4A20 3/11-

■AnyWire Type: ANF-01 Connection example

■Filter allowable power current

24V

POWER IN SLAVE

24V

0V L

～

24V

BT0

ANF-01

24V DC stabilized

power supply

General-purpose power

supply lter

(Use it if necessary.)

24V

0V L

～

24V DC stabilized

power supply

4-wire

terminal

4-wire

terminal

2-wire

terminal

If any of the side-by-side lines of DP, DN, 24V and 0V exceeds the total length of 50m

24V

24V DC stabilized

power supply

ANF-01

24V

BT0

24V

4-wire

terminal

2-wire

terminal

4-wire

terminal

2-wire

terminal

4-wire

terminal

4-wire

terminal

4-wire

terminal

4-wire

terminal

24V

PE 24V

24V

①Power supply to the entire system

②Local power supply/branching

AnyWireASLINK master

POWER IN SLAVE

General-purpose power

supply lter

(Use it if necessary.)

～

General-purpose power

supply lter

(Use it if necessary.)

Insert the “ASLINK lter [Type ANF-01]” regardless of installation method and distance when complying with CE Standard.

If any of the side-by-side lines of DP, DN, 24V and 0V exceeds the total length of 50m in a power supply system to be supplied, serially connect

the “ASLINK lter [Type ANF-01]” or “lter of COSEL Co., Ltd. [Type EAC-06-472]” to 24V and 0V in the starting position of the side-by-side lines.

This will improve noise resistance, reduce the impact of crosstalk by transmission signals and stabilize the signals.

In any case of power supply to the entire system from the master driving power supply or power supply from the local power supply, insert a lter.

[Precautions for use with 4-Wire (Insulated) Terminal]

ASLINK lter ANF-01 MAX 5A/24V DC

Filter of COSEL Co., Ltd. EAC-06-472 MAX 6A/24V DC

Model Type

Allowable power current

If any of the

side-by-side lines of DP,

DN, 24V and 0V

exceeds the total length

of 50m

If (A+B) of the side-by-side lines of DP,

DN, 24V and 0V exceeds the total length

of 50m

-BL296*B16F*4A20 4/11-

24V

LINELOAD

24V

0V L

～

24V

BT0

24V DC stabilized

power supply

24V

0V L

～

24V DC stabilized

power supply

2-wire

terminal

4-wire

terminal

4-wire

terminal

If any of the side-by-side lines of DP, DN, 24V and 0V exceeds the total length of 50m

■COSEL Co., Ltd. Type: EAC-06-472 Connection example

24V

BT0

2-wire

terminal

2-wire

terminal

4-wire

terminal

24V

4-wire

terminal

24V

4-wire

terminal

4-wire

terminal

24V

PE 24V

24V

4-wire

terminal

4-wire

terminal

①Power supply to the entire system

②Local power supply/branching

LINELOAD

AnyWireASLINK master

EAC-06-472

When using this lter, please be careful of the positions of LOAD and LINE.

General-purpose

power supply lter

(Use it if necessary.)

General-purpose

power supply lter

(Use it if necessary.)

24V DC

stabilized

power supply

24V

～

General-purpose power

supply lter

(Use it if necessary.)

When using this lter, please be careful of the positions of LOAD and LINE.

If (A+B) of the side-by-side lines of DP, DN,

24V and 0V exceeds the total length of 50m

If any of the

side-by-side lines of DP,

DN, 24V and 0V

exceeds the total length

of 50m

-BL296*B16F*4A20 5/11-

[Address Number Setting]

-BL296*B16F*4A20 5/11-

1. Address number writing

1：24V

3：0V

BL296SB-16F～

1：24V

4：OUT

BL296PB-16F～

1：24V

3：0V

1：24V

3：0V

1：24V

3：0V

BL296SB-16FS～

1：24V

4：OUT

BL296XB-16F～1：24V

3：0V

1：24V

3：0V

BL296PB-16FS～

3：0V

4：OUT

3：0V

4：OUT

BL296XB-16FS～

Make sure that no short circuit

occurs in the lines above.

Otherwise, a malfunction may occur.

Setting port

(R/W)

Fig. 2

(Output side)

- The address number to be set to the terminal is for correspondence to the input/output memory map of the controller.

This address number is the assigned rst position in the AnyWire input/output transmission frame (0 to 255). In the terminal, 16 points

(input or output) or 8 points (input/output mixed) are occupied after this number. In the case of input/output mixed type, the address

numbers for both input and output are the same.

- The address number can be set by one point.Set the address numbers so that the area occupied by the terminal does not exceed the

maximum transfer points.

- Use a dedicated address writer ARW-04 (Ver.04 to 1.01 or higher) or ARW-03 (Ver. 2.10 or higher) to write the address to be set in the terminal.

As for how to operate address writers ARW-04 (Ver.04 to 1.01 or higher) and ARW-03 (Ver. 2.10 or higher), refer to the product manual of the

address writer.

(The port cannot

be seen from the

surface.)

The state in which the installation dedicated

DIN rail adapter is mounted and fixed in the

same direction as the DIN rail.

The state in which the installation dedicated

DIN rail adapter is mounted and fixed in the

same direction as the DIN rail.

■ADP-W96 (Installation dedicated DIN rail adapter)

[Installation Method]

10.50

47.60

10.50

47.60

41.80

41.90

53.80

41.80

41.90

53.80

Cross-section view A-A

①Connect the AnyWireASLINK master and power supply to the transmission line of

　BL296□B-16F□-4A-20 to supply transmission signals and 24V DC.

②Operate the address writer to write address numbers with the address writer directed at the setting

　port of the main body (Fig. 2).

　(Hold the light receiving and emitting part as close as possible to the setting port.)

③In the case of writing in WRITE mode, reset the power supply of BL296□B-16F□-4A-20.

■How to set

Address numbers settable with BL296□B-16F□-4A-20: Input or output

Input/output mixed

0 to 240

0 to 248

Black: DN

Red: DP

Green:

24V White: 0V

Transmission

signal

AnyWireASLINK

master

24V DC*1

*1Make sure to use a 24V

DC stabilized power

supply for the power

supply to be connected.

CAUTION

The factory setting of the terminal is “255,” which means no setting.

In this state, the terminal cannot perform an input/output operation.

2. Settings reading

When reading the address number which was written in the terminal, also use the address writer.

-BL296*B16F*4A20 6/11-

[Connection]

[Name of each part]

■Pin layout

Input side

1：24V

2：N.C

3：0V

4：OUT

BL296SB-16F-4A-20

BL296SB-16FS-4A-20

BL296XB-16F-4A-20

BL296XB-16FS-4A-20

Common to all models

BL296PB-16F-4A-20

BL296PB-16FS-4A-20

Black : DN

Red : DP

White : 0V

Green : 24V

*The dotted lines are internally connected.

**Pins of the same symbols are connected internally for 24V and 0V.

When collectively supplying current from 24V and 0V, the current should be 1A or less.

■Example of mounting LP connector on the edge of the transmission line

Applicable LP connector: LP-WW-10P

4 3 2 1

Cover

Pressure weld using a dedicated

tool so that the ttings of the body

are in the holes of the cover.

After pressure welding, make

sure to check that hooks

③to ⑥are securely engaged.

The state in which the

cover is mounted

Make sure to check

that hooks ①and ②

are engaged.

① ② ⑤ ⑥

③ ④

Dedicated tool: LP-TOOL

Output side

1：24V

2：N.C

3：0V

4：IN

1：24V

2：N.C

3：0V

4：IN

1：24V

2：N.C

3：0V

4：IN

1：24V

2：N.C

3：0V

4：OUT 1：24V

2：N.C

3：0V

4：OUT

1：24V

2：N.C

3：0V

4：OUT 1：24V

2：N.C

3：0V

4：OUT

e-CON-compliant 4P socket

Black : DN

Red : DP

White : 0V

Green : 24V

Example of BL296PB-16F□-4A-20

LED display

Setting port

Transmission line

Put the lines in the grooves so that

the black line (DN) is on the hinge

side of the cover, fold A to the B

side and hook them with hook C to

x.

-BL296*B16F*4A20 7/11-

[Indication Function]

LED indication unit

IN 0

IN 1

LINK ALM

IN 2

IN 3

IN 4

IN 5

IN 6

IN 7

OUT 0

OUT 1

OUT 2

OUT 3

OUT 4

OUT 5

OUT 6

OUT 7

I/O 0

I/O 1

LINK ALM

I/O 2

I/O 3

I/O 4

I/O 5

I/O 6

I/O 7

I/O 8

I/O 9

I/O 10

I/O 11

I/O 12

I/O 13

I/O 14

I/O 15

BL296XB-16F□-4A-20 BL296SB-16F□-4A-20

BL296PB-16F□-4A-20

Indication status Detailed states

Normal

I/O voltage reduction

Slave unit voltage reduction

Transmission error

DP/DN disconnected or no power supply

Normal

Master unit detecting the unit ID (address)

redundant or not set

OFF

Flashing

Alternate ashing

Off

LINK

ALM

For information on narrowing down the cause of a trouble occurrence,

see the following section “Troubleshooting.”

Normal state: LINK ashing, ALM off, I/O ON on/OFF off

LINK

ALM

I/O

LED symbol

ALM

[Troubleshooting]

Check items Measures

Check the connection status of the slave unit.

Disconnect and reconnect the slave unit.

Check if the LINK LED of the master unit ashes and take the following measures.

1) If the LINK of the master unit ashes and the LINK of the slave unit is on, the master unit may be

damaged. Please contact our helpdesk.

2) If the LINK of the master unit ashes and the LINK of the slave unit is off, the master unit may not

be powered (24V DC), the transmission line (DP/DN) may be partially disconnected, or the slave

unit may be damaged. Check if the master unit is powered and, if necessary, please contact our

helpdesk.

3) If the LINK of the master unit does not ash, check if the master unit is powered. Other system

errors may also occur. Refer to the User’s Manual of the master unit.

Adjust the power voltage of the externally supplied power that is connected to the I/O side of the

slave unit so that it is at the rated value (21.6V to 27.6V).

As for terminal wiring, check that there is no contact or incorrect wiring of each transmission line.

Adjust the voltage of the external power supply of the master unit to lie within the range from 21.6 to

27.6V (recommended voltage is 26.4V). Check the total line length.

Review the total line length and the size of the transmission line so as not to connect a load exceeding

a supply current limit on the transmission line and, if necessary, adjust the connected load (e.g. the

supply current on the transmission line is 2A if the size is 1.25mm

and the total length is 50m or less).

The address of the slave unit is not set (255) or address redundancy occurs. Take the following measures.

1) Change the address within the range from 0 to 254.

2) Check if there is another slave unit undergoing the same ashing and, if necessary, reset the

address so as not to be redundant.

Check the I/O side connection of the

slave unit.

Check the voltage of the external

power supply (24V DC) of the master

unit.

Check the address of the slave unit.

Check the connection status of the

master unit.

In case of an abnormal indication status, narrow down the

cause and remove the trouble based on the on/ashing status

and the left table.

The indication status will be restored automatically after the

trouble is removed.

-BL296*B16F*4A20 8/11-

[Input/Output Circuit Conﬁguration and Electrical Properties]

6.8k

24V（1）

DN (black)

D P(Red)

Switch, sensor, etc.

(2-wire type)

IN（4）

24V（1）

OUT（4）

0V（3）

24V (Green)

0V (White)

DN (black)

D P(Red)

24V (Green)

0V (White)

DN (black)

D P(Red)

24V (Green)

0V (White)

Load

6.8k

24V（1）

24V

OUT

IN（

）

0V（3）

4-wire (insulated) NPN input

BL296SB-16F-4A-20

4-wire (insulated) ASLINK terminal

(AnyWire series power supply)

Load by external type

power supply

[Ex.]

Use with the common value set at 0V.

BL296XB-16F-4A-20 (Input side)

4-wire (insulated) NPN output

BL296SB-16F-4A-20

BL296XB-16F-4A-20 (Output side)

Internal circuit

Control circuit

In the case of connecting with a load

(input/output port, etc.) controlled by a

power supply different from the power

supply used with AnyWireASLINK,

make sure to use a 4-wire (insulated)

terminal.

Otherwise a malfunction may occur.

In the case of an

inductive load, mount a

surge killer.

If the power is turned

on with the circuit

between OUT and 24V

shorted, passive

elements may be

damaged.

Rated input voltage : 24V DC

Maximum switching current

: 3.5mA

ON current : 2.2mA or more

OFF current : 1mA or less

ON voltage : (24V-IN) 16V or more

OFF voltage : (24V-IN) 8V or less

Allowable 24V current : (24V-0V) up to 1A

(per terminal)

Withstand voltage : 30V DC

Maximum ON current : 100mA

CAUTION

DN (black)

D P(Red)

24V (Green)

0V (White)

24V （1）

24V

OUT

（4）

4-wire (insulated) ASLINK terminal

(AnyWire series power supply)

Load by external type

power supply

[Ex.]

Use with the common value set at 0V.

Internal circuit

In the case of connecting with a load

(input/output port, etc.) controlled by a

power supply different from the power

supply used with AnyWireASLINK,

make sure to use a 4-wire (insulated)

terminal.

Otherwise a malfunction may occur.

CAUTION

Control circuit

-BL296*B16F*4A20 9/11-

6.8k

24V（1）

DN (black)

D P(Red) Switch, sensor, etc.

(2-wire type)

IN（4）

0V（3）

OUT（4）

0V（3）

24V (Green)

0V (White)

DN (black)

D P(Red)

24V (Green)

0V (White)

DN (black)

D P(Red)

24V (Green)

0V (White)

Load

6.8k

24V（1）

24V

OUT

IN（4）

0V（3）

4-wire (insulated) NPN input

BL296SB-16FS-4A-20

4-wire (insulated) ASLINK terminal

(AnyWire series power supply)

Load by external type

power supply

[Ex.]

Use with the common value set at 0V.

BL296XB-16FS-4A-20 (Input side)

4-wire (insulated) NPN output

BL296SB-16FS-4A-20

BL296XB-16FS-4A-20 (Output side)

Internal circuit

Control circuit

In the case of connecting with a load

(input/output port, etc.) controlled by a

power supply different from the power

supply used with AnyWireASLINK,

make sure to use a 4-wire (insulated)

terminal.

Otherwise a malfunction may occur.

In the case of an

inductive load, mount a

surge killer.

If the power is turned

on with the circuit

between OUT and 24V

shorted, passive

elements will be

damaged.

Rated input voltage : 24V DC

Maximum switching current : 3.5mA

ON current : 2.2mA or more

OFF current : 1mA or less

ON voltage : (IN-0V) 16V or more

OFF voltage : (IN-0V) 8V or less

Allowable 24V current : (24V-0V) up to 1A

(per terminal)

Withstand voltage : 30V DC

Maximum ON current : 100mA

CAUTION

DN (black)

D P(Red)

24V (Green)

0V (White)

24V

OUT（

）

（3）

4-wire (insulated) ASLINK terminal

(AnyWire series power supply)

Load by external type

power supply

[Ex.]

Use with the common value set at 0V.

Internal circuit

Control circuit

In the case of connecting with a load

(input/output port, etc.) controlled by a

power supply different from the power

supply used with AnyWireASLINK,

make sure to use a 4-wire (insulated)

terminal.

Otherwise a malfunction may occur.

CAUTION

-BL296*B16F*4A20 10/11-

[Speciﬁcations]

[Outside dimensions]

■ The dimensions are common to all models.

(200)

(57)

14.6

37.1

(21)

38.5

19.25

84.5 3.25

2-Φ3.5

24V

OUT

R/W

LINK ALM

24V

OUT

Unit: mm

*The figure is an example of BL296PB-16F-4A-20.

UL style 20276

4 wires × No.23AWG Ø 4.6 Gray

BL296PB-

16F-4A-20

68.715.7 6.6

4.5

Detecting transmission signal level reduction

Defecting I/O voltage reduction

BL296SB-16F-4A-20

BL296SB-16FS-4A-20

BL296XB-16F-4A-20

BL296XB-16FS-4A-20

NPN Input 16 point

PNP Input 16 point

NPN Input 8 point, Output 8 point

PNP Input 8 point, Output 8 point

BL296PB-16F-4A-20

BL296PB-16FS-4A-20

NPN Output 16 point

PNP Output 16 point

■Individual Specications■General Specications

■Transmission Specications

Number of

occupied

data items

Response time

BL296SB-16F-4A-20 ：60g

BL296XB-16F-4A-20 ：60g

BL296PB-16F-4A-20 ：60g

BL296SB-16FS-4A-20：60g

BL296XB-16FS-4A-20：60g

BL296PB-16FS-4A-20：60g

Monitoring

function

Mass

BL296SB-16F-4A-20

BL296XB-16F-4A-20

BL296PB-16F-4A-20

BL296SB-16FS-4A-20

BL296XB-16FS-4A-20

BL296PB-16FS-4A-20

Consumption

current

Transmission side

I/O side*4

8 mA

80 mA

50 mA

80 mA

50 mA

15 mA

Up to 1ms

Ambient temperature use

Ambient humidity use

Temperature/humidity storage

Atmosphere

Altitude use*1

Pollution level*2

Noise resistance

0 - +55℃

10 - 90%RH No condensation

-25 - +75℃

No corrosive gas

0 - 2000m

2 or less

1200Vp-p (pulse width 1μs)

(Do not preserve or use under an environment pressurized equal to

or higher than the atmospheric pressure at the altitude of 0m)

Power supply voltage use

Transmission method

Synchronization method

Transmission procedure

Connection mode

Number of connection points

24V DC +15% to -10% (21.6 to 27.6V DC) with a ripple of 0.5Vp-p or less

DC power supply superimposed total frame/cyclic method

Frame/bit synchronization method

Dedicated protocol

Bus type (Multi-drop method, T-branch method, Tree branch method)

512 max. (IN: 256, OUT: 256)

Up to 128 units

*1 Do not use or store AnyWireASLINK equipment under an environment pressurized higher

than the atmospheric pressure at an altitude of 0m. Otherwise, a malfunction may occur.

*2 This is an index that shows the occurrence level of conductive substances in the

environment where the equipment is used.

In the case of pollution level 2, only non-conductive pollution occurs.

However, this is an environment where temporary conductivity can occur by accidental

condensation.

*3: The time from detection of ON or OFF to sending of a transmission

signal. This time + 2 transmission cycle times is the transmission

delay time.

*4: * The value on the input terminal is the value when all points between

IN and 0V (NPN) or between 24V and IN (PNP) are shorted.

When connecting a 3-wire sensor, add the total consumption current

of the sensor.

* The value on the output terminal is the value when all points are ON.

Add the total connected load consumption current.

* The value on the output terminal is the value when all points are ON.

Add the total connected load consumption current.

-BL296*B16F*4A20 11/11-

Printed in Japan 2016,2017 UMA-13221C-EN

Anywire Corporation

Headquarters :1 Babazusho, Nagaokakyo-shi, Kyoto 617-8550 JAPAN

:Contact by mailContact [email protected]

:Contact by website http://www.anywire.jp

[Address]

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