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4

EN

AP2. EXTERNAL KIT MODE –

Manipulate with the MTP 010 remote control

This  section  explains  how  to  proceed with  the  configuration  of the

“EXTERNAL REMOTE  CONTROL KIT –

MTP010”

control mode. This simple control mode allows to start the drive and adjust the speed from the exterior remote

control kit

MTP010

.

2.1 PROGRAMMING

Use the next table to change the mode to the external kit mode.

Table “EXTERNAL REMOTE CONTROL KIT”

2.2 WIRING

Before the start of the programming, wire the L1-L2-L3 input phases when using three phase equipment and wire the

L1-L2/N input phases when using single phase equipment.

Once the

“EXTERNAL REMOTE CONTROL KIT”

control mode is selected, that is after introducing the parameters of

the external remote control kit table (section 2.1), wire the remote control as seen in the picture.

(See Fig. 3)

.

2.3 “EXTERNAL REMOTE CONTROL KIT” OPERATION MODE

1. To start the drive, close the built-in switch of the remote control (starting switch ON). The display will stop showing



and the drive will accelerate towards the speed adjusted by the potentiometer. If the potentiometer is in the

lower speed position, the drive will stay at minimum velocity, programmed in the

P-02

parameter.

2. The speed can be increased or decreased with the potentiometer.

3. The drive will increase gradually, with the acceleration ramp programmed in

P-03.

Check before the start.

4. The drive will decrease gradually, with the deceleration ramp programmed in

P-04.

Check before the start.

5. When the starting switch is OFF, the drive will start to decelerate and stop, showing



in the display. The drive

is disabled

6. While the drive is enabled, we can visualize the consumption of the motor by pressing the navigator key

>2

seconds.

Parameter

Description

Adjustment

Units



Maximum Frequency

50.0

Hz



Minimum Frequency

20.0

Hz



Acceleration Ramp Time

20

s



Deceleration Ramp Time

20

s



Motor Rated Current

x.x

A



Primary Command Source

0

ATTENTION:

If there’s a loss of the power supply while the ventilator is working with the starting

switch closed, the drive will be disabled with the display showing



. Once the power supply

is restored, the drive will be disabled even with the starting switch ON. In order to start the drive

again, the switch must be changed to the OFF position and then changed again to the ON
position. See



parameter to modify the configuration and change it to



.

Summary of Contents for VSD/A

Page 1: ...Doc Num 0000003909 2016 05 06 VSD A ES EN Wiring and Configuration Manual Convertidor de Frecuencia Variable Frequency Drive Conversor de frequ ncia IP20 IP66 NEMA 4X 0 37 22Kw 0 5 30HP 110 480V www s...

Page 2: ......

Page 3: ...Fig 6 Fig 9 VSD A...

Page 4: ...ss o diferencial SI PRESI N TPDA JP5 JP1 TERMINAL 1 TERMINAL 2 ES Escala de medida sonda Tipo de salida anal gica Salida anal gica y bus Alimentaci n sonda EN Measuring probe scale Analog output type...

Page 5: ...jumper 5 instalado Elimine el jumper al terminar EN The measurement units can be changed only with the jumper 5 installed Remove the jumper at the end PT As unidades de medida apenas podem ser alterad...

Page 6: ...P5 FIRE MODE WITH NC ACTIVATION SIGNAL Analog speed potentiometer 8 5 1 PROGRAMMING 8 5 2 WIRING 8 5 3 FIRE MODE with Analog Speed OPERATION MODE 8 AP6 FIRE MODE CO WITH NO OR NC ACTIVATION SIGNAL Pre...

Page 7: ...gations recommendations that are instructed in the VSD A User Guide This is an instructive guide about the applications and does not replace the complete guide it s an addition It is the user responsi...

Page 8: ...dge between terminals 1 2 is closed The display will show 2 Press the START key The display will show and the drive will increase the speed until it reaches the minimum speed programmed in the paramet...

Page 9: ...iometer is in the lower speed position the drive will stay at minimum velocity programmed in the P 02 parameter 2 The speed can be increased or decreased with the potentiometer 3 The drive will increa...

Page 10: ...will increase gradually with the acceleration ramp previously programmed until the key is no longer pressed The acceleration ramp is adjusted in the parameter check before the start 4 Press to decrea...

Page 11: ...changes to closed position and the drive is receiving the start signal it can be the a contact of the fire mode the drive will work at a preset speed with all the protections disabled See Fig 4 MODO F...

Page 12: ...1 4 When the two signals aren t active the drive will start to decelerate and stop showing in the display 5 The Fire signal disables the protection features so the drive will maintain continuous opera...

Page 13: ...Once the FIRE MODE with NC contact control mode is selected that is after introducing the parameters of the fire mode table section 5 1 wire the drive as seen in the picture See Fig 6 The Fire signal...

Page 14: ...he display and will wait until it receives an order CO or FIRE MODO FUEGO CO with NC activation signal If the fire signal is active that is when the activation signal goes from normally closed to norm...

Page 15: ...nal triggers the Fire mode as well as the start signal Run If necessary use a two contact Normally Open relay 2 Verify that the CO mode signal triggers the CO mode as well as the start signal Run If n...

Page 16: ...change to or modify the CO2 mode Table CO2 1 In order to make the regulation more dynamic change the o parameters Increase until the output is fast enough The increase as much as possible and stop bef...

Page 17: ...e to find this jumpers See Fig 10 7 5 CO2 OPERATION MODE 1 Close the RUN switch connected between the terminals 1 2 to start the drive The display will show and the drive will increase the speed until...

Page 18: ...URATION Is recommended to adjust the output signal to 0 10V and the sensor SI TEMP IND measuring scale This adjustment by means of the jumpers JP1 and JP2 respectively Remove the cover of the probe to...

Page 19: ...int configured in 2 If the parameter is set at 0 and the temperature exceeds the set point value configured in the inverter VSD A will decrease the speed in order to keep it on the configured value On...

Page 20: ...ressure in Pa for every 10 of the Setpoint Scale Pressure in Pa for every 10 of the Setpoint 100 Pa 20 Pa 0 1000 Pa 100 Pa 0 100 Pa 10 Pa 0 1500 Pa 150 Pa 0 250 Pa 25 Pa 0 2000 Pa 200 Pa 0 500 Pa 50 P...

Page 21: ...et up For example the user should connect the jumper 2 and open the jumpers 1 3 to adjust the probe between 0 and 250 Pa on the pressure transducer SI PRESSURE TPDA See Fig 12 and 13 9 5 PRESSURE CONT...

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