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4. SLEEPING MODE SETTING UP FOR OPTICAL LOW POWER SAFETY EDGE

 

WARNING!!

 

 

*Sleeping mode is highly recommended due to optimize energy consumption when using an optical safety edge. 
If skip sleeping mode, battery life will decrease to 6 months.
Desired transmitter and receiver options must be set before code memorisation for proper use.

Sleeping mode disconnects the Optical Safety Edge (OSE) power supply from transmitter when no signal is received in 11-12 input. 
When signal is detected, connects the power supply during the door manouvre.  There are 2 sleeping mode configurations 
dependinig on control unit output (Pulse or level signal) and without* sleeping mode.

Receiver

Signal

type

point 4.1

point 4.2

Pulse

Level

 1      2     3     4     5     6     7      8     9    10    11    12

VCC1

OUTPUT 1

VCC2

OUTPUT 2

TEST 

RELAY 1

TEST RELAY 2 /

INHIBITOR

+/

~

-

/

~

4.1 PULSE FROM CONTROL UNIT

4.1.1 OSE POWER SUPPLY TIME PROGRAMMING PROCESS (only with OPTION 4 & 5 - ON)

PROG.

1.5s

PROG.

SAVE & QUIT

  1 X 
BEEP

RELEASE
RECEIVER

PRESS 
RECEIVER

RECORD TIME*

LED ON

TRANSMITTERS
PROG. MODE

PROG.

1.5s

PRESS
RECEIVER

LED FLASHES

PROG. MODE
POWER SUPPLY
TIME

FLASH

PROG.

1.5s

PRESS
RECEIVER

PROG.

RELEASE
RECEIVER

PROG.

RELEASE
RECEIVER

30" by default

* Record the optical
safety  edge  power
supply  time.  (Equal
or  more  than  door 
operation time).

- Pulse signal before each maneuvres is needed.

- For the control unit pulse output, must program 
the optical safety edge power supply time (equal 
or more than door manoeuver time)(follow point 
4.1.1).

SAFETY

1

1

1

1

2

2

2

2

3

3

4

5

5

5

4

4

5

4

3

3

ON

ON

ON

ON

5

5

5

5

OPTION 5 ON

OPTION 4 ON

OPTION 3

ENABLE
SLEEPING
MODE

SELECT
SLEEPING MODE
TYPE = PULSE

SELECT PULSE TYPE
FROM CONTROL UNIT

Transistor output

Ground

a

a

c

c

b

b

b

Relay output

KIT WIRELESSBAND 2 OSE 

18/11/20

Summary of Contents for WIRELESSBAND 2 OSE

Page 1: ...er optical resistive or mechanical safety edges Translation of the original instructions 1 1 SAFETY INSTRUCTIONS Reaction time 60ms according T V test report AV86368T Certificate n M6A 0908000001 Rev...

Page 2: ...UTPUT 2 TEST RELAY 1 TEST RELAY 2 INHIBITOR 4 1 PULSE FROM CONTROL UNIT 4 1 1 OSE POWER SUPPLY TIME PROGRAMMING PROCESS only with OPTION 4 5 ON PROG 1 5s PROG SAVE QUIT 1 X BEEP RELEASE RECEIVER PRESS...

Page 3: ...N C N O Pulse signal before each maneuvres is needed Pulse signal before each maneuvres is needed 1 1 1 1 2 2 2 2 5 5 5 5 4 4 4 4 3 3 3 3 ON ON ON ON 5 5 5 5 OPTION 3 OPTION 5 OPTION 3 SELECT PULSE TY...

Page 4: ...cation Wireless Communication Wirelessband Transmitter 1 Wirelessband Transmitter Wirelessband Receiver Wirelessband Transmitter 2 M 6 RECEIVER OUTPUTS CONNECTIONS WITH BRIDGE SELECTOR WITHOUT BRIDGE...

Page 5: ...rs per channel LOW BATTERY INDICATOR 4 beeps each time a message is received from a programmed transmitter Both warning LED and buzzer are activated simultaneously 9 START UP PROG TRANSMITTER RECEIVER...

Page 6: ...ies again 2 CONNECT BATTERIES 1 2 3 4 5 6 INPUT 1 COM 1 Inhibitor COM 2 INPUT 2 VCC Input 2 Mechanical or Resistive 8K2 Safety Edge Safety Edge Mechanical or Resistive 8K2 1 2 3 4 ON 5 Mechanical OFF...

Page 7: ...ical sensor power supply from receiver OFF Resistive configuration Optical configuration x x SAFETY SAFETY SAFETY 12 RECEIVER OPTION SELECTOR 1 2 3 4 ON 1 2 3 4 ON 1 2 3 4 ON 1 2 3 4 ON 1 2 3 4 ON 1 2...

Page 8: ...0529 Frequency Channels Range Working temperature Rated transient over voltage Transmitter power consumption Maximum screw force Machine Safety Normative Reaction time 12 24 AC DC SELV PELV 2x AA lith...

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