For example, there is a difference between a cable bare and a remote system

Linear Remote Sensor System
Liner remote sensor system cansave space! High speed!
PhotoelectricProximitysensor switch

As the space is large, the movementof facilities is wide.
So it needs a long travel time.
This is a wasteful cost.

Large space is required

cable bare
PLC

cable barevsSave space

Linear remote sensor

Linear remote sensor

Minimized facility movement as space is saved.
So the travel time is short. This leads to faster facilities.
Photo switchProximity switch

It realize cost savings.

Signal Transmission

Wireless Power Supply

PLC

Space previously required by using cable bare.

Space previously requiredby using cable bare.

Liner remote sensor system cansolve disconnection trouble!
improve durability!
Easy to maintain!
！ Goodbye to disconnection.

There are multiple cables in the cable bare.
Maintenance occurred when at least one cable
was broken in the cable bare.

For facilities that moves linearly

Are you using wasteful space and costs?

Not only that!

While moving linearly,
Wireless power supply + Signal transmission
power supply 12V200mA8 signal transmission

Max. 8 sensors can be connected.

This is also a wasteful cost.

A linear remote can reduce multiple cables,
You can also remove the crowding inside thecable bare.

Proximity switch

Photo switch

Advantage of Linear Remote
In the case of previous remote sensor
The work can not be confimed
while moving.

further improved!

Output sensor

Output sensor

In the case of new linear remote sensor RS08E-L02_-PU-02

The work can be continuously
confirmed while moving

Prox. sw

Prox. sw

TransmitterLimit switch

Output sensor

Transmits onlywhen facing each other.

Transmitter

Output sensor

Application：Transport shuttle

Transmits while
the shuttle moving.

Transmitter

RS08T-L01-PU-01

Using the present remote sensor, the signal transmisson from and power supply to the various sensors (proximity SW,photoelectric swith etc.)
For confirming the work on the pallette can be done only when the transmitter and the output sensor are facing each other.
It has greatly contributed to improving the operation of the transport shuttle.
The function of linear remote sensor is further improved!
Power supply and signal transmission of various detection sensors can be done while moving.

Demension Transmitter: RS08T-L01-PU-01

M5 screw
mounting hole

BracketDemension Output sensor ： RS08E-L02N/P-PU-02
stroke length 190mm

Transmitter
Output sensor
The cable can be taken out
in either the right or left sideof the Transmitter.

M5 screw
mounting hole
*The cable length when installing the ferrite coreclamp is 2 m.

BracketSpecification
Type

RS08T-L01-PU-_ _NPN

RS08E-L02N-PU-_ _Applicable sensor

DC 3-wire sensor

PNP

RS08E-L02P-PU-_ _Drive voltage

12V ± 1.5V DC

Drive current
No. of Input signals≦ 200mA (8signals in total)
8 signals: SI1~SI8

Rating transmission distance

0...6mmCenter offset

Offset+:no cable side of the output sensor( offset-:cable(side of the output sensor

Supply voltage
Current consumption
No. of output signal
Load current
Frequency of operation
Circuit protection
LED indication

24V DC ± 5%（incl. ripple）≦ 500mA
8 (SO1...8) + 1 (InZone)≦ 50mA/1 output
60Hz
Short circuit protection , Converse protection Output surge suppression
Yellow: Inzone (data valid)

0...+50℃
IP67
PUR φ7.７mm  /  ２x0.５mm2 +9x0.2mm2PUR

Operating temperature

0...+50℃

WeightBody 170g + Cable 75g/m

Protection class
Cable
Case material

IP67
PUR,φ7.7mm/2x0.5mm2+9x0.2mm2PUR

Contained

Bracket 2pcs, screw M5 × 4pcs.

WeightBody575g+ Cable 75g/m+Ferrite core clamp125g    Contained

Bracket 2pcs, screw M5 × 4pcs.Ferrite core clamp 1pc. (pre-installed on delivery)

Operating temperature
Protection class
Cable
Case material

Type+3 ～－ 8mm*1

Applicable sensor*1

Supply voltage
12V DC ± 1.5V
Residual volutage ≦ 3.5V
Total current consumpotin ≦ 200mA*

Offset+X：the direction in which the transmitter shifts
to no cable side of the output sensor.
Offset-X：the direction in which the transmitter shifts
to cable side of the output sensor.

■ Parallel instration*2 In order to satisfy the criteria of EMC (IEC61000-4-3.Radiation Immunity), cable is turned
around a ferrite clamp one turn.

Please do not set another output sensor within
150 mm (all directions in 3D). Also, there canbe only one transmitter in the destination area.

■ Ferrite clamp installation image*Total current consumption of all connected sensor. Rating transmission
distance-X

150

150

伝送部
取付部
金属

Mail ：b-plus-usa@b-plus-kk.com
Web ：http://www.b-plus-kk.com* Info may change the mention contents such as specifications without a notice.
Thank you for understanding* Please refer to instruction manual or the user's guide. It can be download by HP.

100→

100

Wireless Power Supply by→X+150

150

Please use sensors that operate correctly within theconditions on the left table.

30110

110

BN1803De

2020.03