schmersal_s_icon.png

BN 325-RG-1279-2 2,5M

Item number: 103011701

Downloads

TraceParts CAD Data
ePLAN Data
CADENAS CAD Data
SISTEMA Data
  • Actuation from front
  • Non-contact principle
  • 1 Reed contakts
  • Long life
  • Actuating surface and direction of actuation marked by switch symbol
  • 85 mm x 26 mm x 24 mm
  • Thermoplastic enclosure
  • Spade connector

Ordering data

Product type description

BN 325-RG-1279-2 2,5M

Article number (order number)

103011701

EAN (European Article Number)

4030661545806

eCl@ss number, version 12.0

27-27-43-02

eCl@ss number, version 11.0

27-27-01-05

eCl@ss number, version 9.0

27-27-01-05

ETIM number, version 7.0

EC002544

ETIM number, version 6.0

EC002544

General data

Working principle

Magnetic drive

Housing construction form

rectangular

Housing material

Glass-fibre, reinforced thermoplastic

Gross weight

165 g

General data - Features

Latching

Yes

Suitable for elevators

Yes

Integral system diagnostics, status

Yes

Number of snap-in contacts

1

Mechanical data

Actuating panels

front side

Actuating element

Magnet

Mechanical life, minimum

1,000,000,000 Operations

Actuating speed, maximum

18 m/s

Mounting

rear with 2 threaded bolts

Mechanical data - Switching distances according EN IEC 60947-5-3

Switching distance Sn

5 mm … 55 mm

2 x BP 21S = 20 ... 55 mm

BP 34S = 10 ... 25 mm

BE 20 = 20 mm

BP 10N = 10 mm

BP 10S = 10 mm

2 x BP 10N = 15 mm

2 x BP 10S = 15 mm

BP 15N = 12 mm

BP 15S = 12 mm

2 x BP 15/2N = 17 mm

2 x BP 15/2S = 17mm

BP 34N = 10 ... 25mm

BP 20N = 5 ... 20 mm

BP 20S = 5 ... 20 mm

BP 31N = 5 ... 20 mm

BP 31S = 5 ... 20 mm

BP 11N = 10 mm

BP 11S = 10 mm

2 x BP 11N = 20 mm

2 x BP 11S = 20 mm

BP 12N = 15 mm

BP 12S = 15 mm

2 x BP 12N = 10 ... 25 mm

2 x BP 12S = 10 ... 25 mm

BP 21N = 15 ... 40 mm

BP 21S = 15 ... 40 mm

2 x BP 21N = 20 ... 55 mm

BE 20N = 15 mm

BE 20S = 15 mm

Note (Switching distance Sn)

Actuating distance up to 55 mm depending on actuating magnet and version. The specified switching distances are applicable for the actuation of individually mounted components without ferromagnetic influence. A change of the distance, either positive or negative, is possible due to ferromagnetic influences. The mutual interference between multiple actuating magnets must be observed.

Repeat accuracy R

0.3 mm

Mechanical data - Connection technique

Length of cable

1 m

Termination

Cable outlet right and 2 shielding plates with LED

Mechanical data - Dimensions

Length of sensor

24 mm

Width of sensor

85 mm

Height of sensor

26 mm

Ambient conditions

Degree of protection

IP67

Ambient temperature

-25 ... +70 °C

Resistance to vibrations

10 … 55 Hz, amplitude 1 mm

Restistance to shock

50 g / 11 ms

Electrical data

Switching voltage, maximum

250 VAC

Switching current, maximum

3 A

Switching capacity, maximum

120 VA

Switching element

bistable contact

Bounce duration, minimum

0.3 ms

Bounce duration, maximum

0.6 ms

Switching frequency, maximum

300 Hz

Electrical data - Digital Output

Design of control elements

Reed contacts

Scope of delivery

Scope of delivery

Actuator must be ordered separately.

Accessory

Recommendation (actuator)

BP 10 S

2x BP 10 S

BP 15 S

BP 34 S

BP 20 S

BP 31 S

BP 11 S

2x BP 11 S

BP 12 S

BP 21 S

2x BP 21 S

BP 10 N

2x BP 10 N

BP 15 N

2 x BP 15/2 N

2x BP 15/2 S

BP 34 N

BP 20 N

BP 31 N

BP 11 N

2x BP 11 N

BP 12 N

2x BP 12 N

2x BP 12 S

BP 21 N

2x BP 21 N

BE 20

BE 20 N(S) ST 24VDC

BE 20 N(S) 48VDC

Recommendation (actuator, lift switchgear)

BP 10

2 x BP 15/2

2 x BP 10

BP 15

BP 34

Note

Note (General)

The opening and closing functions depend on the direction of actuation, the actuating magnets and the polarity of the actuating magnets.

Language filter

Download the latest version of Adobe Reader

Diagram


Schmersal Canada Ltd., 29 Centennial Road, Unit 1, Orangeville, Ontario L9W 1R1 Canada

The details and data referred to have been carefully checked. Images may diverge from original. Further technical data can be found in the manual. Technical amendments and errors possible.

Generated on: 2024-12-02, 10:11 a.m.