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LOGICAL FUNCTION OF THE SYSTEM FOR GATES

First operation after installation (gate travel recognition)

When the control board is powered up for the first time, after the operator being 

properly installed, the gate should start an opening movement after an external 

command or if the ‘+’ button is pressed.

If instead the gate starts a closing movement, remove the ‘F/R’ jumper to change 

the direction of the motor. After removing the jumper the gate will stop. Press 

the ‘+’ button again or proceed with an external command. The gate should start 

opening. Let the gate reach the opening physical stop or the REED A (magnet limit 

switch) is activated. Then, it will automatically reverse the movement direction to 

close; let it reach the closing physical stop or activate the closed REED F.

NOTE

: The operator can work with encoder (digital) or either encoder 

+ reed (hybrid), but cannot work only with a reed.

During the travel recognition only the obstruction of the external 

entrapment protection device can reverse the gate movement 

direction.

Gate Operation after a power cycle (travel recognized)

After the previous operation, the gate does not need to recognize the travel 

again. When the inverter is powered up, the gate simply closes slowly after a 

command (‘+’ button or external one), until it reaches the closing physical stop. The 

motor will turn off and the operator is ready to use again.

If the photocell is obstructed or the board receives a command during this first 

closing, the gate movement direction will be reversed and, in this case, when the 

gate is fully opened the operator is ready to use.

PARAMETERS PROGRAMMING

Operator Model Selection

The board can operate, with the same firmware, on gates and barriers.

To select the desired model, simply remove the TST jumper and close the B/G 

(Barrier / Gate) pins. When the function is selected, the “OSC” LED flashes rapidly for 

short time interval and then indicates the parameter value.

The following table shows the number of blinks for each function:

NUMBER OF FLASHES

REFERENCE MODEL

1

LIGHTWEIGHT GATE (RESIDENCIAL)

2

HEAVY GATE (INDUSTRIAL)

3

BARRIER 3M (BARRIER UP TO 3M IN LENGTH)

4

BARRIER 6M (BARRIER ABOVE 3M TO 6M IN LENGTH)

5

NON STOP BARRIER (SPECIFIC PPA BARRIER MODEL)

The pause before repeating the parameter value is three seconds and the flashes 

indicating the parameter value occur every half second, so they are very different.

To increase the values, simply press the plus (+) button and to decrease, simply 

press the minus (-) button.

When you reach the desired model, return the B/G jumper to the TST position. 

Once this is done, the board is ready to operate on the chosen operator model.

NOTE: 

For the DZ Concominium operator or higher model, use the 

“Heavy Gate” parameter in this function.

TST jumper Function

When the TST jumper is removed, the control board enters a mode of operation that 

allows to position the operator at any point of its travel path to adjust the limit switches 

or to check the mechanical part.

In this operating mode, when the (-) button is pressed, the motor is activated in a 

clockwise direction while the button is pressed, when the motor is released, the motor 

shuts off, and when the (+) button is pressed, it is activated counterclockwise.

Adjustment of other parameters

The control board also has other functions controlled by the DS1 dip switch. 

When a function is selected, the ‘OSC’ LED flashes rapidly for a specific period of time 

and then indicates the parameter value. When the ‘OSC’ LED flashes each half second 

(0.5s), the minimum value is selected; when it is off, an intermediate value is selected 

and when it keeps lit, the maximum value is selected. 

In order to increase the values, just press the ‘+’ button; to decrease the values, just 

press the ‘-’ button when the desired function is selected.

When leaving the function, the ‘OSC’ LED rapidly blinks again for a specific period 

of time, and when all DIPs are off it blinks in a one-second interval again.

Summary of Contents for DZ 2.0

Page 1: ...hado 3526 Distrito Industrial CEP 17400 000 Gar a SP Brasil www ppa com br 55 14 3407 1000 callcenter ppa com br WARNING Do not use the product without first reading the instruction manual Technical M...

Page 2: ...pe AUTOMATIC GATE OPERATOR FOR SLIDING GATES Models DZ IND 2 0 DZ IND 1 5 DZ IND 1 0 DZ RIO 800 DZ RIO 500 The object of the declaration described above is in conformity with the following essential r...

Page 3: ...d in accordance with BS EN 12445 Test method using an appropriate tool Protective devices installed must comply with EN 12978 Safety devices Check the automation periodically with special attention to...

Page 4: ...disconnect device and the operator supply terminals the control board and the optional external pushbutton the control board and the photocells The wires used must comply with the local standards The...

Page 5: ...ns of the gate shall be in perfect running condition and shall be mounted in such a way that the gate leaf has stability along all its displacement We recommend pulleys with a diameter of at least 120...

Page 6: ...ate leaf GATE LEAF SIDE VIEW CONCRETE BASE Step 3 When the conditions are fulfilled open the gate and position the operator near the face of the gate leaf obeying the 50 mm measurement between the lea...

Page 7: ...ate leaf with solder or screw every 300 or 400 mm OR OR Step 8 If the gate leaf is warped provide shims to ensure alignment of the rack There are cases where the rack should pass the length of the gat...

Page 8: ...and place the other magnet holder on the rack facing forward with the operator REED This magnet will act as an opening limit switch MAGNET HOLDER REED SUPPORT Step 3 Remove the plastic covers to gain...

Page 9: ...the Transmitters recorded in encrypted form The board is also compatible with Rolling Code Transmitters with PPA s own protocol System activation can be carried out via remote control through the buil...

Page 10: ...E Before connecting the optional accessories Electromagnetic Lockand orGarageLight Signal pushbuttonsandetc itisadvisable to carry out a general test of machine operation To do this simply press the b...

Page 11: ...the pin corresponding to it on the MGS pin bar is connected to the GND i e a pulse to the GND The only condition that must be followed is that the reed that represents the open gate must be connected...

Page 12: ...ED flashes rapidly for short time interval and then indicates the parameter value The following table shows the number of blinks for each function Number of flashes Reference model 1 Lightweight Gate...

Page 13: ...can be closer or far from the stop The minimum value of 0 LED flashes increment and decrement from 1 to the maximum value of 10 LED lit Important To test the changes it is necessary to operate the gat...

Page 14: ...addition the PROG display informs you whether the traffic light function or the Pre flashing Time function is enabled SLS DIP 3 1 2 3 4 5 6 7 8 ON END OFTRAVEL SPEED Speed when the gate is next to a t...

Page 15: ...he factory settings are applied RECORD A RADIO FREQUENCY TRANSMITTER RF In order to record an RF transmitter slide the dip 1 of the DS1 dip switch to on position press the button of the transmitter to...

Page 16: ...decreases to less than 100 C EEPROM fault The OSC LED flashes twice when Memory is not present EEPROM with invalid data The OSC LED flashes three times when Memory is present but it has a content tha...

Page 17: ...switch connector analog and or digital C Defect in the commanc board C Replace the board The gate does not correspond to the path of the place where the operator has been installed it brakes before i...

Page 18: ...LOCKING PIN 20 1 P04410 MOTOR UPPER BASE 21 1 P04411 MOTOR UNDER BASE 22 1 P04412 MOTOR UPPER COVER 23 1 P04413 UNLOCKING HANDLE SET 23 1 2 C10896 M5 X 16MM TORX SCREW 23 2 1 C10963 STEEL LOCK 1 2 THR...

Page 19: ...G PIN 20 1 P03746 BRUSHLESS DC ROTOR SHAFT 21 1 P04410 MOTOR UPPER BASE 22 1 P04411 MOTOR UNDER BASE 23 1 P04412 MOTOR UPPER COVER 24 1 P04413 UNLOCKING HANDLE SET 24 1 2 C10896 M5 X 16MM TORX SCREW 2...

Page 20: ...UNLOCKING PIN 20 1 P04410 MOTOR UPPER BASE 21 1 P04411 MOTOR UNDER BASE 22 1 P04412 MOTOR UPPER COVER 23 1 P04413 UNLOCKING HANDLE SET 23 1 2 C10896 M5 X 16MM TORX SCREW 23 2 1 C10963 STEEL LOCK 1 2 T...

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