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11 

 

Table 10 

contains description of switch 

SW1 

 
 
The  switch 

SW1-  SW8 

  Switch  1-8 

is  designed  for  selection  of  operation  modes  and  setting  of 

c

o

nfiguration parameters. 

Item  Switch name 

Purpose 

1

 

SW1

 

Activation of the boom lift function if it did not reach the lower position during 
lowering 

2

 

SW2

 

Enabling the boom slow function at the end of the movement 

3

 

SW3

 

Duration of deceleration when lifting 1 or 2 seconds 

4

 

SW4

 

Deceleration time when lowering 1 or 2 seconds 

5

 

SW5

 

If the switch is in the 

OFF

 position 

TRAFFIC_LIGHT_TOP_OUT_1

 and 

TRAFFIC_LIGHT_TOP_OUT_2

 - show that 

the road blocker in the 

TOP

 position. 

If the switch is in the 

ON

 position 

TRAFFIC_LIGHT_TOP_OUT_1

 and 

TRAFFIC_LIGHT_TOP_OUT_2

 - show that 

the road blocker is not in the 

BOTOM

 position. 

Thus to 

TRAFFIC_LIGHT_BOT_OUT

 it is possible to connect a 

green

 traffic light 

lamp, and 

to TRAFFIC_LIGHT_TOP_OUT

 - to 

red

6

 

SW6

 

Not applicable  

7

 

SW7

 

Type  of  response  on  signals  of 

inputs  of  protective  sensors 

 induction 

loops or safety  photocells 

25, 26, 55, 56 "INP Safety"

When  the  switch  is 

OFF

,  then  road blocker will  be  stopped when signal is 

coming  on 

INP Safety.

 

When  the  switch  is 

ON

,  then  road blocker will  be  lowering  when  signal  is 

coming on 

INP Safety.

 

8

 

SW8

 

Not applicable  

 

Table 11 

contains description of indicators 

LED1-LED8

 

 

The  indicators 

LED1-LED8 

are  designed  to  display  the  Road blocker operation  modes  and 

configuration parameters. 

Item  Indicator name 

Purpose 

1

 

LED1

 

It is lit when there is no contact with wire remote control panel 

RB111

It is not lit when wire remote control panel is connected and operates properly. 

2

 

LED2

 

It is lit when there is no contact between angular position sensors 

DI-601 

and 

address 

(road blocker 1). 

It is not lit when 

DI-601 

of the Road blocker 

is connected and operates 

properly. 

3

 

LED3

 

It is lit when there is no contact between angular position sensors 

DI-601 

and 

address 

(road blocker 2). 

It is not lit when 

DI-601 

of the Road blocker 

is connected and operates 

properly. 

4

 

LED4

 

Not applicable  

5

 

LED5

 

Not applicable  

6

 

LED6

 

Not applicable  

7

 

LED7

 

Displays position of the switch 

SW7

 

8

 

LED8

 

Not applicable  

Summary of Contents for Optimus RB392 Series

Page 1: ......

Page 2: ...eration 13 2 2 Troubleshooting 15 3 1 Wire remote control panel RB111 16 3 2 Boom Barrier wireless control 17 3 3 Protective induction loops 18 4 Road Blocker operator s guide 21 5 Boom Barrier electr...

Page 3: ...control unit is a controller with additional electric parts and is designed to control the Boom Barrier The control unit is assembled in a plastic box and is located inside the Boom Barrier rack Powe...

Page 4: ...4 1 2 Description of the versatile controller PCB349 Fig 2 Illustration of controller PCB349 with identification of its components inputs and outputs...

Page 5: ...inal block for connection of the Road Blocker 1 control inputs sensors and additional devices 9 Terminal block X6 OUT1 Outputs 1 Terminal block for connection of the Road Blocker 1 actuating devices a...

Page 6: ...onnection of neutral N of the Road Blocker1 motor 10 MOTOR 1 PE Output for connection of protective earthing PE of the Road Blocker1 motor When the road blockers are used with peripheral hydraulic uni...

Page 7: ...of DOWN position sensor The Road Blocker will stop when it is activated during lowering When the input is active then it will not respond to lowering command 23 INP SENSOR 3 1 Input for connection of...

Page 8: ...d during lowering When the input is active then it will not respond to lowering command 53 INP SENSOR 3 2 Input for connection of pressure valve It is used only in the road blockers with accumulator 5...

Page 9: ...th accumulator 36 INDICATION LED 1 Output for connection of the Road Blocker 1 additional LED 1 display module anode 37 INDICATION LED 1 Output for connection of the Road Blocker1 additional LED 1 dis...

Page 10: ...r voltage of remote control panel DI 601 39 RS485 A1 Signal RS485 A of angular position sensors DI 601 40 RS485 B1 Signal RS485 B of angular position sensors DI 601 41 GND Common wire GND of angular p...

Page 11: ...sensors induction loops or safety photocells 25 26 55 56 INP Safety When the switch is OFF then road blocker will be stopped when signal is coming on INP Safety When the switch is ON then road blocker...

Page 12: ...econds selected by the TIME1 after each raise or lower command and will stop after this timeout has been completed The timeout of raising and lowering increases when the regulators is rotate clockwise...

Page 13: ...lights external siren are connected to control unit General connection diagram of the Boom Barrier and additional devices is shown in Annex 1 Wiring diagram of the Boom Barrier with control unit and a...

Page 14: ...lowering are determined by the of the position sensors position limit switches and magnets If appropriate end position sensors to be adjusted according to the diagram shown in Fig 5 Fig 5 Adjustment...

Page 15: ...well as errors to be eliminated and connection to be made properly 2 Continuous operation of motor after reaching UP and DOWN position by Boom Barrier End position sensors Sensor TOP or Sensor BOT ar...

Page 16: ...ar DOWN button will be blinking during lowering When Road blocker reaches the lowermost position and stops then the lamp near DOWN button will be steadily lit DOWN position display Road blocker is sto...

Page 17: ...pendant Satel T 2 to be pushed to raise the road blocker Red DOWN button of remote control pendant Satel T 2 to be pushed to sink the road blocker To add new remote control pendants Satel T 2 in stor...

Page 18: ...for preparation of induction loops The maximum allowable distance from induction loop to control unit is 20 m Induction loop responds to vehicle metal and at its location there should not be metal in...

Page 19: ...20 6 10m 3 3 2 0 975m 4 1 22m 22 6 71m 3 3 2 0 975m 4 1 22m 24 7 32m 3 3 2 0 975m 4 1 22m 26 7 93m 3 3 2 0 975m 4 1 22m 28 8 54m 3 3 2 0 975m 4 1 22m 30 9 14m 2 3 2 0 975m 4 1 22m 32 9 75m 2 3 2 0 97...

Page 20: ...s of cable SIF1 0 of each induction loop to be connected to terminals LOOP and LOOP of Safety Loop Detector EMX ULTRADIN induction loop controller of control unit Fig 11 Diagram of connection of induc...

Page 21: ...dependent road blockers connected to one control unit The Road Blocker wireless control pendant Satel RE 2K is equipped only with buttons UP and DOWN but is not equipped with button STOP The operator...

Page 22: ...rgency stop button Emergency Stop When this button is pushed then the Boom Barrier will be stopped and will be standstill until it is released and new commands UP or DOWN are generated When the button...

Page 23: ...damages of the Boom Barrier to be visually inspected Integrity of circuit of protective earthing P of Boom Barrier metal parts with circuit of earthing P of power supply network earthing circuit resis...

Page 24: ...X5081 03PFS 5 08 mm 3 pin 1 12 NX5081 TF Pin for 5 08mm Connector 6 13 Connector WAGO 264 336 1 14 Connector WAGO 264 354 1 15 Connector WAGO 264 357 1 16 Connector WAGO 264 361 1 17 Thermostat KSD970...

Page 25: ...25 Annex 1 Boom Barrier Connection Diagram...

Page 26: ...26 Annex 2 Wiring Diagram of Boom Barrier with additional devices...

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