Autonics LONG CYLINDRICAL TYPE DC 2-WIRE Instruction Manual

DRW180612AD

utonics

INDUCTIVE PROXIMITY SENSOR

LONG CYLINDRICAL TYPE DC 2-WIRE

I N S T R U C T I O N M A N U A L

CE:

※ ※

1. Fail-safe device must be installed when using the unit with machinery that may cause serious injury or substantial economic

2. Do not use the unit in the place where ammable/explosive/corrosive gas, high humidity, direct sunlight, radiant heat,

3. Do not disassemble or modify the unit.

4. Do not connect, repair, or inspect the unit while connected to a power source.

5. Check 'Connections' before wiring.

1. Use the unit within the rated specications.

2. Use dry cloth to clean the unit, and do not use water or organic solvent.

3. Do not supply power without load.

▣ Ordering Information

P R D

▣ Connections

※

Load can be wired to any direction.

※

No need to consider polarity for non-polarity type of power supply.

The above specifications are subject to change and some models may be discontinued without notice.

※

Be sure to follow cautions written in the instruction manual and the technical descriptions (catalog, homepage).

※

Please read the following safety considerations before use.

.,.

Thank you for choosing our Autonics product.

Safety Considerations

Please observe all safety considerations for safe and proper product operation to avoid hazards.

symbol represents caution due to special circumstances in which hazards may occur.

Warning Failure to follow these instructions may result in serious injury or death.

Caution

Failure to follow these instructions may result in personal injury or product damage.

Warning

loss. (e.g. nuclear power control, medical equipment, ships, vehicles, railways, aircraft, combustion apparatus, safety equipment, crime/disaster prevention devices, etc.)

Failure to follow this instruction may result in personal injury, re or economic loss.

vibration, impact, or salinity may be present.

Failure to follow this instruction may result in explosion or re.

Failure to follow this instruction may result in re.

Caution

Failure to follow this instruction may result in re or product damage.

Failure to follow this instruction may result in re.

Failure to follow this instruction may result in re or product damage.

W TL

Cable type

Feature

Shape

Item

Cable type (standard) Cable connector type (standard) Cable connector type (IEC standard)

Brown

Blue

Brown

Blue

Cable form

Body size

Load

Dimension

+24VDC

~,g~-9

Power supply

Sensing distance

※①,②

Standard/ Cable material

Control output

2 1

Brown

Blue

2 1

Brown

Blue

are N C(Not Connected)

Terminals.

Load

+24VDC

---9

No-mark

I Standard cable (IEC standard) V Oil resistant cable IV Oil resistant cable ( EC standard)

O Normally Open (N.O.) C Normally Closed (N.C.)

X 12-24VDC (non-polarity)

D 12-24VDC

Number Sensing distance (unit: mm)

Number Diameter of head (unit: mm)

T DC 2-wire

No mark Standard

L Long body

No mark Cable type

W Cable connector type

D Long sensing distance type

R Cylindrical type

P Inductive proximity sensor

'®

Standard cable

I I

I I I I

I I

Brown

2 1

(a)N.O (Normally Open)Type

2 1

(b)N.C.(Normally Closed)Type

of N.O. Type and ③,④ of N.C. Type

※②,③

are N C(Not Connected) Terminals.

Load

Blue

Brown

Load

Blue

+24VDC

▣ Specications

PRDT08-2DO PRDT08-2DC PRDT08-2DO-V PRDT08-2DC-V PRDWT08-2DO PRDWT08-2DC PRDWT08-2DO-I PRDWT08-2DC-I

Model

Diameter of sensing side Sensing distance

Installation

Hysteresis

Standard sensing target

Setting distance Power supply (Operating voltage) Leakage current Max. 0.8mA Max. 0.6mA Response frequency Residual voltage

A󰀨ection by Temp.

Control output 2 to 100mA Insulation resistance Max. 50 Dielectric strength 1,500VAC 50/60Hz for 1 min Vibration 1mm amplitude at frequency 10 to 55Hz in each X, Y, Z direction for 2 hours Shock 500

Indicator Operating indicator: red LED

Ambient temp. -25 to 70℃, storage: -30 to 80

Environ-

I I I

ment

Ambient humi. 35 to 95%RH, storage: 35 to 95%RH Protection circuit Surge protection circuit, reverse polarity proteciton circuit, output short over current protection circuit Protection IP67 (IEC standard)

Cable

type

※

Cable

connector type

Materials

Approval

PRDT

PRDLT

※

Weight

PRDWT

PRDWLT

※

1: The response frequency is the average value. The standard sensing target is used and the width is set as 2 times of the standard sensing target,

1/2 of the sensing distance for the distance.

※

2: Before using non-polarity type, check the condition of connected device because residual voltage is 5V

※

Do not pull the Ø3 5mm cable with a tensile strength of 25N, the Ø4mm cable with a tensile strength of 30N or over and the Ø5mm cable with a tensile strength of 50N or over. It may result in fire due to the broken wire. When extending wire, use AWG22 cable or over within 200m.

※

4: The weight includes packaging. The weight in parenthesis in for unit only.

※

The temperature and humidity of environment resistance are rated at non-freezing or condensation.

Dimensions

▣

Type

Flush

Non-

Flush

Type

Flush

Non-

Flush

PRDWT08-2DO-V PRDWT08-2DC-V PRDWT08-2DO-IV PRDWT08-2DC-IV

8mm 12mm 18mm 30mm 2mm 4mm

Shield

(ush)

Max. 15% of sensing distance Max. 10% of sensing distance

8×8×1 (iron)

0 to 1.4mm0 to 2.8

12-24VDC (10-30VDC )

※

1kHz 800Hz

※

Max. 3.5V (Max.5V non-polanity type) Max. ±15% for sensing distance

at ambient temperature 20

Ø3.5mm, 2-wire, 2m

Standard

(AWG24, core diameter: 0.08mm, number of cores: 40,

Oil

insulator diameter: Ø1.0mm)

resistant

Ø3.5mm, (AWG24, core diameter: 0.08mm, number of cores: 40, insulator diameter: Ø1.0mm)

Case/Nut: Nikel plated Brass (case of PRD Sensing surface: Polybutylene terephthalate, Standard cable(Black): Polyvinyl chloride(PVC), Oil resistant cable(Gray): Oil resistant Polyvinyl chloride(PVC)

ᜢ

Approx. 58g (approx. 50g)

Approx. 28g (approx. 20g)

- - -

PRDT(M8, M12, M18, M30) PRDWT(M8, M12, M18, M30)

B F

i-----rn

1--A

f-L

---u

B F

PRDT M8×1 46 30 4

PRDWT M8×1 46 30 4 PRDT M12×1 52.1 31.7 4

M12

PRDLT M12×1 64.6 44 2 4 PRDT M18×1 53.2 29 5 4 PRDWT M18×1 53.2 29 5 4

M18

PRDLT M18×1 86.2 62 5 4 PRDWLT M18×1 86.2 62 5 4 PRDT M30×1.5 63.7 38 5

M30

PRDLT M30×1.5 85.7 60 5 PRDT M8×1 46 24 4 6 2,000

PRDWT M8×1 46 24 4 6 300 43.5 4 PRDT M12×1 51.9 24 5 4 7 2,000

M12

PRDLT M12×1 64.4 37 4 7 2,000 PRDT M18×1 52.7 19 4 10 2,000

M18

PRDLT M18×1 85.7 52 4 10 2,000 PRDT M30×1.5 63.7 28 5 10 2,000

M30

PRDLT M30×1.5 85.7 50 5 10 2,000

PRDT08-4DO PRDT08-4DC PRDT08-4DO-V PRDT08-4DC-V PRDWT08-4DO PRDWT08-4DC PRDWT08-4DO-I PRDWT08-4DC-I PRDWT08-4DO-V PRDWT08-4DC-V PRDWT08-4DO-IV PRDWT08-4DC-IV

Non-Shield

(non-ush)

12×12×1

(iron)

(at 500VDC megger)

㏁

2

(approx. 50G) in each X, Y, Z direction for 3 times

m/s

2-wire, 300mm, M12

Cable type Cable connector type

A B C D E F G H I J

PRDT12-4 O PRDT12-4 PRDT12-4 PRDT12-4 PRDLT12-4 PRDLT12-4 PRDLT12-4 PRDLT12-4 PRDWT12-4 PRDWT12-4 PRDWT12-4 PRDWT12-4 PRDWT12-4 PRDWT12-4 PRDWT12-4 PRDWT12-4

Shield

(ush)

12×12×1

(iron) 0 to 2.8mm0 to 5.6

450

Max. ±20% for sensing distance at ambient temperature 20

℃

℃

Ø4mm, 2-wire, 2m (AWG22, core diameter: 0.08mm, number of cores: 60, insulator diameter: Ø1.25mm)

Ø4mm, 2-wire, 300mm, M12 connector

AWG22, core diameter: 0.08mm, number of cores: 60, insulator diameter: Ø1.25mm

Approx. 74g (approx. 62g)

Approx. 94g (approx. 82g)

Approx. 44g (approx. 32g)

PRDT12-8

□

PRDT12-8

□

PRDT12-8

O-V

□

PRDT12-8

C-V

□

PRDLT12-8

□ □

PRDLT12-8

O-V

□ □ □

PRDLT12-8

C-V

PRDWT12-8

O-I

PRDWT12-8

C-I

PRDWT12-8

O-V

□ □ □

PRDWT12-8

C-V

PRDWT12-8

O-IV

□ □

PRDWT12-8

C-IV

□ □

Non-Shield

(non-ush)

25×25×1

(iron)

400

T08: SUS303), Washer: Nikel plated Iron,

□

Approx. 72g (approx. 60g)

Approx. 92g (approx. 80g)

Approx. 42g (approx. 30g)

※

ThisdimentionrepresentsPRD(W)T12model.Dimensioncanbedifferentbymodel.

i~+J~~

PRDT18-7 O

□ □ □ □ □

PRDT18-7

O-V

□ □

PRDT18-7

C-V

□ □ □

PRDLT18-7

O-V

PRDLT18-7

C-V

PRDWT18-7

O-I

PRDWT18-7

C-I

PRDWT18-7

O-V

PRDWT18-7

C-V

PRDWT18-7

O-IV

PRDWT18-7

C-IV

PRDWLT18-7 PRDWLT18-7

Shield

(ush)

20×20×1

(iron) 0 to 4.9

250

Ø5mm, 2-wire, 2m (AWG22, core diameter: 0.08mm, number of cores: 60, insulator diameter: Ø1.25mm)

Ø5mm, 2-wire, 300mm, M12 connector

Approx. 115g (approx. 97g)

Approx. 145g (approx. 127g)

Approx. 80g (approx. 62g)

Approx. 110g (approx. 92g)

~-¥

A M12×1

PRDT18-14 O PRDT18-14

PRDT18-14

O-V

PRDT18-14

C-V

PRDLT18-14

□ □

PRDLT18-14

O-V

PRDLT18-14

C-V

□ □ □ □

PRDWT18-14

O-I

PRDWT18-14

C-I

PRDWT18-14

O-V

PRDWT18-14

C-V

PRDWT18-14

O-IV

PRDWT18-14

C-IV

□ □ □

O-IV

□

C-IV

□

Non-Shield

(non-ush)

40×40×1

(iron)

0 to 9.8

200

Approx. 110g (approx. 92g)

Approx. 140g (approx. 122g)

Approx. 75g (approx. 57g)

- - -

M12×1

2,000

300 43.5 4 2,000

2,000

300 43.5 5 2,000

300 43 5 5 2,000

300 43.5 5 2,000

PRDT30-15 PRDT30-15

□ □ □ □ □

PRDT30-15

O-V

□ □

PRDT30-15

C-V

□ □ □ □ □

C O-V

□ □

C-V

□ □ □ □ □ □

C O-I C-I O-V

□ □ □

C-V O-IV C-IV

℃

□ □

PRDLT30-15 PRDLT30-15 PRDLT30-15 PRDLT30-15 PRDWT30-15 PRDWT30-15 PRDWT30-15 PRDWT30-15 PRDWT30-15 PRDWT30-15 PRDWT30-15 PRDWT30-15

Shield

(ush)

45×45×1

(iron)

0 to 10.5mm0 to 17.5

100

I I

Approx. 175g (approx. 138g)

Approx. 215g (approx. 178g)

Approx. 140g (approx. 130g)

3.5 13 15

17 21PRDWT M12×1 52.1 31.7 4

4 5

24 29

35 42PRDWT M30×1.5 63.7 38 5

3.5 13 15

17 21PRDWT M12×1 51.9 24 5 4 7 300 43.5 4

4 5

24 29PRDWT M18×1 52.7 19 4 10 300 43.5 5

5 5

35 42PRDWT M30×1.5 63.7 28 5 10 300 43.5 5

PRDT30-25

O-V

PRDT30-25

C-V

PRDLT30-25

□

PRDLT30-25

O-V

PRDLT30-25

C-V

□

PRDWT30-25

O-I

□ □ □ □ □ □

PRDWT30-25

C-I

PRDWT30-25

O-V

PRDWT30-25

C-V

PRDWT30-25

O-IV

□

PRDWT30-25

C-IV

Non-Shield

(non-ush)

75×75×1 (iron)

100

Approx. 180g (approx. 143g)

Approx. 220g (approx. 183g)

Approx. 145g (approx. 108g

(unit: mm)

Nut & Washer

▣ Control Output Diagram & Load Operating

O C O-V

□

C-V

□

□ □ □ □ □ □

□ □ □ □

O C O-V C-V

O C O-I C-I O-V C-V O-IV C-IV

Main circuit

IUS

Multi-interference & Inuence by Surrounding Metals

▣

Mutual-interference

◎

When several proximity sensors are mounted closely, malfunction of sensor may be caused due to mutual interference. Therefore, be sure to provide a minimum distance between the two sensors with referring to the chart below.

Face to Face Parallel

Brown

Blue

mm

Influence by surrounding metals

◎

When sensors are mounted on metallic panel, it is required to protect the sensors from being affected by any metallic object except target. Therefore, be sure to provide a minimum distance as below chart.

Model

Item

A 20 80 25 120 50 200 110 350 B 15 60 25 100 35 11 0 90 300 ℓ 0 12 2 5 15 3 5 14 6 20 Ød 8 24 18 40 27 70 45 120 m 6 8 12 20 24 40 45 90 n 12 24 18 40 27 70 45 120

PRDT08-2D PRDWT08-2D

ℓ

PRDT08-4D

□

PRDWT08-4D

□ □

▣ Setting Distance

Target

Moving

direction

r===

(a)

' '

Installation and Tightening Torque

When tightening the nut, use the provided washer as [Figure 1]. When installing the product, the tightening torque of the nut varies according to the distance from the fore-end. The front part of the product is from the fore-end to the dimension on the below table, and the rear part is from the tip of the nut to the end of the product. [Figure 2] In case the nut is placed in the front part of the product, apply tightening torque for front part. [Table 1] the allowable tightening torque table is for inserting the washer as [Figure 3].

[Figure 1]

Sn:

Sensing distance

{

Sa:

Setting distance

(70% of Sn)

[Figure 2]

Fore-end

Moving

direction

Load

Sensing target

Indicator

Ød

ℓ

Load

(LED)

PRDT12-4

□

PRDWT12-4 PRDLT12-4

Target

4IJ

(b)

Nut tip

PRDT12-8

□□ □□

PRDWT12-8

[Figure 3]

□□

●

□□

PRDLT12-8

□□

Sensing distance can be changed by the shape, size or material of the

target. Therefore please check the sensing distance like (a), then pass the target within range of setting distance(Sa).

Setting distance(Sa) = Sensing distance(Sn) × 70%

E g.) PRDT18-7DO

Setting distance(Sa) = 7mm × 0.7 = 4.9mm

[Table 1]

Model

PRDT08 Series

PRDT12 Series

PRDT18 Series

PRDT30 Series

➔

PRDT18-7 PRDWT18-7 PRDLT18-7 PRDWLT18-7

Normally Open Normally Closed

Presence

_O__

Nothing

Operation

_O__

Return

_O__

OFF

ℓ

□□

PRDT18-14

□□

Strength

Flush 7mm

Non-ush 5mm

Flush 13mm

Non-ush 7mm

Flush

Non-ush

Flush 26mm

Non-ush 12mm

□□

PRDWT18-14 PRDLT18-14

Front Rear

Size Torque Torque

Front Rear

Cautions during Use

1. Follow instructions in 'Cautions during Use'. Otherwise, it may cause unexpected accidents.

2. 12-24VDC power supply should be insulated and limited voltage/current or Class 2, SELV power supply device.

3. Use the product, after 0.8 sec of supplying power.

4. Wire as short as possible and keep away from high voltage lines or power lines, to prevent surge and inductive noise. Do not use near the equipment which generates strong magnetic force or high frequency noise (transceiver, etc.). In case installing the product near the equipment which generates strong surge (motor, welding machine, etc.), use diode or varistor to remove surge.

5. This unit may be used in the following environments.

Indoors (in the environment condition rated in 'Specications')

①

Pollution degree 2

③

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Photoelectric Sensors Temperature Controllers Graphic/Logic Panels

■

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■

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■

Door Side Sensors Counters Laser Welding/Cutting System

■

Area Sensors Timers

■

Proximity Sensors Panel Meters

■

Pressure Sensors Tachometers/Pulse(Rate) Meters

■

Rotary Encoders Display Units

■

Connectors/Sockets Sensor Controllers

■

Switching Mode Power Supplies

■

Control Switches/Lamps/Buzzers

■

I/O Terminal Blocks & Cables

■

Stepper Motors/Drivers/Motion Controllers

■

Washer

■

Mounting

bracket

Altitude max. 2,000m

②

Installation category II

④

Presence

Nothing

Operation

PRDT30-15

□□ □□

PRDWT30-15

□□

PRDLT30-15

□□

3 92N m 8 82N m

6 37N m 11.76N m

14.7N m

49N m 78.4N m

DRW180612AD

Return

OFF

PRDT30-25 PRDWT30-25 PRDLT30-25

_O__

nn nn

(unit: mm)

□□

Autonics LONG CYLINDRICAL TYPE DC 2-WIRE Instruction Manual

Specifications and Main Features

Frequently Asked Questions

User Manual