EI1805PPOPS [CARLOGAVAZZI]

Proximity Sensors Inductive Thermoplastic Polyester Housing Types EI, DC, M12, M18, M30;


型号：	EI1805PPOPS
厂家：	Carlo Gavazzi
描述：	Proximity Sensors Inductive Thermoplastic Polyester Housing Types EI, DC, M12, M18, M30
文件：	总3页 (文件大小：108K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

Proximity Sensors Inductive

Thermoplastic Polyester Housing

Types EI, DC, M12, M18, M30

• Euronorm thermoplastic polyester housing,

cylindrical

• Diameter: M12, M18, M30

• Flush and non-flush types

• Long and short body versions

• Sensing distance: 2 to 15 mm

• Power supply: 10 to 40 VDC

• Output: Transistor NPN/PNP, Normally open or Normaly

closed

• Protection: Short-circuit, reverse polarity and overload

• LED-indication for output ON

• 2 m cable or M12 plug

Product Description

Proximity switch in M12, M18 euronorms EN 50 008 and Type

and M30 polyester housings. EN 50 036.

Made in accordance with

Ordering Key

EI 1808 PPCPL-1

Housing diameter (mm)

Rated operating dist. (mm)

Output type

Housing material

Body style

Plug

Type Selection DC Types, Cable and M12 Plug

Housing

diameter

Body

style

Connection

Rated

operating

dist. (S_n)

Ordering no.

Transistor NPN

Normaly open

Ordering no.

Transistor PNP

Normaly open

Ordering no.

Transistor PNP

Normaly closed

M12

Long

Short

Long

Cable

2 mm ¹⁾

4 mm ²⁾

EI 1202 NPOPL

EI 1204 NPOPL

EI 1202 PPOPL

EI 1204 PPOPS

EI 1204 PPOPL

M18

Short

Long

Short

Long

Cable

Plug

Cable

Plug

5 mm ¹⁾

8 mm²⁾

EI 1805 PPOPS

EI 1805 PPOPL

EI 1808 PPOPS

EI 1808 PPOPS-1

EI 1808 PPOPL

EI 1805 NPOPL

EI 1808 NPOPS

EI 1808 NPOPL

EI 1808 PPCPL

EI 1808 PPOPL-1 EI 1808 PPCPL-1

M30

Long

Short

Long

Cable

10 mm ¹⁾

15 mm ²⁾

EI 3010 NPOPL

EI 3015 NPOPS

EI 3010 PPOPL

EI 3010 PPCPL

EI 3015 PPOPL

¹⁾For flush mounting in metal

²⁾For non-flush mounting in metal

Specifications

Rated operational volt. (U_e)

12 to 36 VDC

10 to 40 VDC (ripple incl.)

Frequency of operating cycles (f)

(U_B)

EI 1202 800 Hz

EI 1204 500 Hz

EI 1805 500 Hz

EI 1808 400 Hz

EI 3010 300 Hz

EI 3015 100 Hz

Ripple

≤ 10%

Rated operational current (I_e)

Continuous

≤ 200 mA

Output ON: < 6.5 mA

Output OFF: < 2.7 mA

No-load supply current (I_o)

Indication for output ON

Assured operating dist. (S_a)

Repeat accuracy (R)

Hysteresis (H) (Differential travel) 1 to 15% of sensing distance

Effective operating dist. (S_r)

Usable operating dist. (S)

LED, yellow

Voltage drop (U_d)

Protection

≤ 2 VDC at max. load

Reverse polarity, short-circuit,

transients

0 ≤ S_a≤ 0.81 S_n

≤ 5%

Transient voltage

Power ON delay

≤ 700 V/0.5 J

< 10 ms

0.9 x S_n≤ S_r≤ 1.1 x S_n

0.9 x S_r≤ S_u≤ 1.1 x S_r

Specifications are subject to change without notice (10.01.14)

EI, DC, M12, M18, M30

Specifications (cont.)

Ambient temperature

Operating

Storage

Weight (cable excluded)

-25° to +70°C (-13° to +158°F)

-30° to +80°C (-22° to +176°F)

EI12 10 g

EI 1805 18 g

EI 1808 20 g

EI 3010 50 g

EI 3015 70 g

Degree of protection

Housing material

Body

Back

IP 67 (Nema 1, 3, 4, 6, 13)

Grey thermoplastic polyester

Black polyester

Tightening torque

EI 12 1.8 Nm

EI 18 2.6 Nm

EI 30 7.5 Nm

Connection

Cable

2 m, 3 x 0.3 mm², grey PVC,

oil proof

M 12 x 1

Approvals

CE-marking

EMC

UL, CSA

Yes

Plug

Cables for plug (-1)

CONH1A serie

Approved acc. to EN 50 080,

EN 50 081

Dimensions

Type

B (Ø mm) C (mm)

D (mm)

E (mm)

F (mm)

SW (mm)

EI 1202 XPXPL

EI 1204 XPXPS

EI 1204 XPXPL

M 12 x 1 x 50

M 12 x 1 x 30

M 12 x 1 x 50

10.7

5.0

EI 1805 XPXPS

EI 1805 XPXPL

EI 1808 XPXPS

EI 1808 XPXPL

EI 1808 XPXPL-1

M 18 x 1 x 30

M 18 x 1 x 50

M 18 x 1 x 30

M 18 x 1 x 50

16.7

11.6

13.1

15.4

11.9

EI 3010 XPXPL

EI 3015 XPXPS

EI 3015 XPXPL

M 30 x 1.5 x 50

M 30 x 1.5 x 30

M 30 x 1.5 x 50

13.6

15.4

M 12 x 1

LED

Cable

Plug

Wiring Diagrams

1 BN

4 BK

2 WH

4 BK

3 BU

NPN - Normally open

NPN - Normally closed

PNP - Normally open

PNP - Normally closed

Specifications are subject to change without notice (10.01.14)

EI, DC, M12, M18, M30

Installation Hints

To avoid interference from inductive voltage/

current peaks, separate the prox. switch

power cables from any other power cables,

e.g. motor, contactor or solenoid cables

Relief of cable strain

Protection of the sensing face

Switch mounted on mobile carrier

Incorrect

Correct

The cable should not be pulled

A proximity switch should not serve as

mechanical stop

Any repetitive flexing of the

cable should be avoided

Power Supplies

Power supplies VAC:

Power supplies VDC:

> SS 110.

> SS 130/140.

Power supplies with amplifier relays: > SV 190.

Specifications are subject to change without notice (10.01.14)

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