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THEORY OF OPERATION 

 
The TMA is a microwave sensor for traffic management (traffic data collection, intersection management, warnings, 
public lighting management), available in different configurations according to the applications. 
 

  The TMA-11 is a microwave sensor for managing intersections, specifically designed  for pedestrians 

detection. The output consists of 1 relay which can be triggered on different speed and range thresholds.  
 
1.

 

Unpack the unit and check the following items are in the box: 

A.

 

Radar with rear side socket 

B.

 

Sticker for front face 

C.

 

Cable with connector 

D.

 

Mounting bracket 

E.

 

User’s guide and tune up procedure 

2.

 

Set the encoders according to your choice for the different parameters (see “Tune up procedure”).   

3.

 

Place the sticker on the front face. 

4.

 

Assemble the unit with the bracket (see “Tune up procedure”). 

5.

 

Place the radar on the field according to configuration and to the specific tune-up procedure. 

6.

 

Connect the cable according to the wiring described at p. 6. 

7.

 

Power the radar. 

8.

 

The LEDs will come on when a vehicle is detected and matches the conditions of the chosen parameters. 

 

 

Summary of Contents for TMA-011

Page 1: ...TION 4 2 1 IDENTIFICATION LABEL 4 2 2 SERIAL NUMBER 4 3 SETTINGS 4 SAFETY PRECAUTIONS 5 CABLING 6 DESCRIPTION OF PARAMETERS 7 1 SELF MONITORING 7 2 RF CHANNEL 7 3 DETECTION DISTANCE 7 4 DETECTION DIRE...

Page 2: ...CONNECTOR WEIPU SP1712 P9 6 FIGURE 6 TMA 011 HV RADAR CONNECTOR WEIPU SP2112 P7 6 FIGURE 5 TMA 011 LV AND MV RADAR CONNECTOR WEIPU SP1712 P9 8 FIGURE 6 TMA 011 HV RADAR CONNECTOR WEIPU SP2112 P7 8 FIG...

Page 3: ...nd check the following items are in the box A Radar with rear side socket B Sticker for front face C Cable with connector D Mounting bracket E User s guide and tune up procedure 2 Set the encoders acc...

Page 4: ...ket See tune up procedure for more details Figure 1 delivery 2 LABELS LOCATION 2 1 IDENTIFICATIONLABEL 2 2 SERIALNUMBER 3 SETTINGS You can set different parameters through 2 encoders allowing 16 posit...

Page 5: ...ust be made whilst the power supply is switched off Ensure the wiring is correct as shown in the manual before switching on the power supply Never use a damaged radar or cable Opening the outer casing...

Page 6: ...ot connect USER S OUTPUTS Resistive load 30 V AC 0 3 A 60 V DC 0 3 A Option 250 V relay 250 V AC 30 V DC 0 3 A REMARKS Make sure the plug is fully inserted in the socket and the cap is firmly tightene...

Page 7: ...rocedure for further information 2 RF CHANNEL This parameter allows to shift the radar s frequency If two units face each other they must be put on different channels as to not interfere with each oth...

Page 8: ...3 4 5 6 7 8 9 A B C D E F Detection distance 8 12 16 30 m Factory setting 0 2 ENCODER 2 Besides green LED at the right facing the housing Encoder position 0 1 2 3 4 5 6 7 8 9 A B C D E F Uni bi direct...

Page 9: ...nimum of 750 milliseconds 2 WHEN THE SELF MONITORING DETECTS AN ERROR The two LEDs blink quickly 2 or 4 quick flashes followed by a 1 sec break depending on the detected error INSTALLATION GUIDE 1 GEN...

Page 10: ...4V AC 50 60 Hz 21 75V DC 100V 240V AC 50 60 Hz Power consumption 12V DC 1 2 W 220V AC 2 W User output Inverted relay contact Resistive load 30V AC 0 3 A 60V DC 0 3 A Option 250 V relay 250 V AC 30 V D...

Page 11: ...to send back decommissioned equipment to the manufacturer for recycling To differentiate between equipment to be recycled and equipment to be repaired please inform your reseller or the manufacturer a...

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