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75.0084.05  20110720 

 

Page 10 of 17 

POWER-ON  
POSITIONING, 
ANGLING AND 
ADJSUTING THE 
MODULES 

 
 
 

 

INACTIVE  ZONE  
(B) DISTANCE 
FROM FLOOR

 

SUPERSCAN ANGLE (C) 

 

 

10°

 

15°

 

20°

 

25°

 

 
 
 
 
 
 
 
 

8" 

6" 

12 ½" 

19 ¼" 

26" 

33 ¼" 

12" 

6" 12" 18" 24 

½" 

31 

½" 

16" 

5 ½" 

11 ¼" 

16 ¾" 

23 ¼" 

29 ½" 

20" 

5 ¼" 

10 ½" 

16" 

21 ½" 

27 ½" 

 

                

 

SUPERSCAN

IR

Floor

 

    Cardboard

SIDE VIEW

 

     Dead Zone

 

Detection

 

Distance

 

DOOR

 

VIEW FROM ABOVE

SUPERSCAN

Cardboard

IR

 

              
               B 

 
 
 

 
 
 
 

Note:

 Dimension “A” and “B”  

are approximate. 

 

3. 

The following procedures will be used to adjust each module’s detection zone upon power-on, and must be made with the 
Background Analysis jumper set to ‘Normal Mode’. (see page 5) 

 

‰

 

Power the sensors with 12 to 24 VAC ± 10% or 12 to 24 VDC + 10%.  LED status should reflect what was 
configured for the relay output. Refer to page 8. 

 

‰

 

Use a white, gray, or black piece of cardboard about 8" x 11" and hold it as shown in the diagram above. 

 

‰

 

Move the cardboard from the floor upward until it is detected.  This will determine the height of the inactive 
area (B distance). 

 

‰

 

Measure the height at which the cardboard was detected. 

 

‰

 

If this height does not fall between 12" & 16" above the floor or does not meet your requirements, an 
adjustment must be made to the detection distance.  

 
 
 
 
 
 
 
 

 

33 

Detection Distance Adjustment 

‰

 

One notch of the distance adjustment corresponds to approximately 4". 

 

‰

 

If Zone B is too high: Turn the distance adjustment clockwise to increase the detection distance and to 
decrease Zone B. 

 

‰

 

If Zone B is too low, turn the distance adjustment counter-clockwise to decrease the detection distance. 

 

‰

 

Per current ANSI A156.10, 156.27 the detection zone must be within 28” of the floor. Ideally, each detector 
should be adjusted so that detection occurs at 12” to 16” above the floor.  Less than 12” of Zone B may 
result in occasional false triggering of the sensor. 

 

‰

 

Once all sensors have been adjusted, activate the door several times and allow it to go through a full cycle 
each time.  Insure that no false triggering is occurring, as would be indicated by the door recycling or 
stopping by itself at any point of travel. 

 

‰

 

Ensure compliance of all applicable safety standards (i.e. ANSI A156.10, 156.27). 

 

‰

 

Install all remaining covers, end caps, screws, etc. 

 
 
 

Summary of Contents for Superscan

Page 1: ...CIFICATION Power Supply 12 to 24 VAC 10 12 to 24 VDC 10 Current Consumption Master On 60 mA max Master Off 30 mA max Slave On 40 mA Max Slave Off 30 mA max Input Inhibit 12 to 24 VAC 10 12 to 24 VDC 10 Inhibited when voltage is applied SMR Input Data 12 18 VDC Inhibited when voltage is applied Output Interface relay Relay max contact rating is 1A 30v resistive Detection Range 0 to 8 Distance Adjus...

Page 2: ...e extrusion then rotate the module out from extrusion as shown in picture 4 To re install simply reverse the procedure the PCB must first be installed into the adjustment clip then installed into the aluminum extrusion 6 5 4 3 2 1 IMPORTANT NOTE The end of the extrusion that is towards the pivot end of a center hung door should be in far enough from the edge of the door as shown in picture 5 to pr...

Page 3: ...holes near the seams of the door where it may be difficult to drill and install a screw and possibly damage the inside structural braces of the door 6 Hold the SuperScan back up to the door at the pre drilled location and attach the unit to the door with the 2 screws provided Insure that the SuperScan extrusion is tight against the door 11 7 If SuperScans are to be mounted on both sides of the doo...

Page 4: ... 20 may be completed Wiring will vary according to the application Available positions on the connector are shown below SuperScan Terminal Explanation of Wiring Connections 1 Test data used with SMR systems only 2 Ground Negative terminal if Input inhibition is used 3 Input inhibition All detection is ignored Infrared emission is stopped Inhibition occurs when 12 to 24 VAC 10 or 12 to 24 VDC 10 is...

Page 5: ...re 25 the location is the same for each Background Analysis is the ability to analyze the background in the area of the detection field to help reduce chances of non detection due to faulty environmental situations When ON picture 26 Background Analysis allows constant detection in the event of one or more of the following situations Module aimed too high Module incorrectly oriented towards sky fo...

Page 6: ...the NO COM terminals 4 6 leave JP2 at the factory preset position During detection led indication will be green led OFF red led ON Upon power loss the contact will be open PASSIVE RELAY THE RELAY IS DE ENERGIZED WHEN THE DETECTOR IS AT REST 5 PASSIVE RELAY NO COM TERMINAL CONNECTION CLOSED CONTACT DURING DETECTION Use NO COM terminals 4 6 CHANGE JP2 from the factory preset position During detectio...

Page 7: ...per J4 is also installed on the slave module near the output end of the module SMR is not available on master and slave modules without jumper J4 installed See page 8 for module configurations Master Slave J2 J1 J4 J3 P1 1 J1 J4 J4 View Looking Toward Master Output 30 31 32 View Looking Toward Master Output J4 J4 As Shipped From BEA Inc default placement of J4 jumpers is as follows If a Master ONL...

Page 8: ...2 J1 P1 1 Configuration 3 Non SMR Jumpers J1 6 Pin and J2 Latest Master Module J2 J1 J4 J3 P1 1 SLAVE MODULES Configuration 2 SMR Jumpers J1 3 Pin J2 J3 and J4 Subsequent Master Module Configuration 1 SMR Jumpers J1 6 Pin J2 J3 and J4 Earliest Master Module Configuration 3 Non SMR Jumper J1 Latest Slave Module J1 J2 J1 J4 J3 P1 1 J1 J4 Configuration 2 SMR Jumper J1 3 Pin and J4 Subsequent Slave Mo...

Page 9: ...he door Modules may be flipped around to accommodate handing of doors Approach Side Safety Side Hinge Side Leading Edge Side Slave module Master module Door Cord must be placed on interior of door TX RX TX RX Master Module Slave Module O U T P U T I N P U Ribbon Cable Ribbon Cable T 2 The angle of each module may be set independently Use the charts below to help determine the angling The angles ma...

Page 10: ... height at which the cardboard was detected If this height does not fall between 12 16 above the floor or does not meet your requirements an adjustment must be made to the detection distance 33 Detection Distance Adjustment One notch of the distance adjustment corresponds to approximately 4 If Zone B is too high Turn the distance adjustment clockwise to increase the detection distance and to decre...

Page 11: ... to page 8 for relay configurations Be sure to observe the LED indications on the affected modules to help determine status Door stops by itself before reaching the full open position Safety side SuperScan may be seeing an adjacent wall or rail behind the door near the open position Observe the LED status on safety side of door Find the SuperScan module that is falsely being triggered Check for Pr...

Page 12: ...owner explaining how to do daily inspections and calling out location of cutoff switches to put equipment out of service if a deficiency is noted The equipment should be inspected in accordance with the minimum inspection guidelines annually A safety check that includes at a minimum the items listed on the safety information label must be performed during each service call If you are not an AAADM ...

Page 13: ...3 ACTIVATION 10 COMMON 11 SAFETY STALL INPUT BLACK WHITE HOLD VOLTAGE MOTOR VOLTAGE See Note 3 B SWITCH SET TO CLOSE CONTACT AT 65 DEGREES STALL INPUT 17 18 AUTO OFF HOLD OPEN RED GREEN LO21B U APPLICATION DIP SWITCHES BESAM ETIK OFF ON LO21B U RED BROWN ORANGE RED WHITE WHITE GRAY VIOLET EAGLE N C 5 N O 4 green COM 3 white POWER 2 black POWER 1 red GREEN BLUE EMPTY 1 INHIBIT GND 2 INHIBIT 3 N C 4...

Page 14: ...PRESENT ADDING SYNC LINES MAY BE REQUIRED 6 DIPSWITCHES 1 THRU 5 LOCKOUT TIME 6 UP OFF 7 UP OFF 8 DOWN ON YELLOW VIOLET RED WHITE GRAY WHITE BLACK RED 19 18 VDC 14 SWITCH 2 BLUE GREEN 4 COM 3 I IMP 9 MAT LOGIC 18 24VDC 17 24VDC 8 OFF 12 SYNC 11 O VDC 10 SYNC 3 I IMP 9 MAT LOGIC 13 SWITCH 1 5 P DET 2 P IMP 13 SWITCH 1 5 P DET 2 P IMP YELLOW BLUE BROWN BLACK RED GREEN WHITE ORANGE SUPERSCAN QUICK DI...

Page 15: ... N O 4 N C 5 COM 6 POWER 7 POWER 8 LEFT SAFETY SIDE SSCAN EMPTY 1 INHIBIT GND 2 INHIBIT 3 N O 4 N C 5 COM 6 POWER 7 POWER 8 RIGHT SAFETY SIDE SSCAN BROWN WHITE BLACK RED BROWN WHITE BLACK RED 1 2 3 4 5 6 7 8 9 10 11 12 C4190 CONTROL C3938 P S SUPERSCAN QUICK DISCONNECT CABLE SUPERSCAN QUICK DISCONNECT CABLE IF AFTER TROUBLESHOOTING A PROBLEM A SATISFACTORY SOLUTION CANNOT BE ACHIEVED PLEASE CALL B...

Page 16: ...BIT 3 N C 4 N O 5 COM 6 POWER 7 POWER 8 RIGHT SAFETY SIDE SSCAN EMPTY 1 INHIBIT GND 2 INHIBIT 3 N C 4 N O 5 COM 6 POWER 7 POWER 8 LEFT SAFETY SIDE SSCAN BROWN BLUE BLACK RED BROWN BLUE BLACK RED RED GREEN LO21P DEFAULT DIP SWITCHES FOR STANLEY MP OFF ON LO21 P BROWN GREEN BLUE VIOLET GRAY ORANGE WHITE RED WHITE BLACK WHITE HOLD OPEN AUTO OFF 24 VAC 115 VAC SUPERSCAN QUICK DISCONNECT CABLE SUPERSCA...

Page 17: ... reaches the backcheck position and triggers the limit switch the SuperScan although in detection is inhibited thus allowing the door to continue to open normally through backcheck The relay should be energized voltage applied when the door is in any position other than backcheck In this fashion the configuration lends itself to fail safe operation That is if the relay fails power loss at relay th...

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