Summary of Contents for SODECA VSD/A
- Page 1 Convertidor de Frecuencia Variable Frequency Drive Conversor de frequência IP20 & IP66 (NEMA 4X) 0.37 – 22Kw (0.5 – 30HP) 110 – 480V VSD/A Wiring and Configuration Manual Code: 1127947 www.sodeca.com Doc. Num: 0000003909 (2016-05-06)
- Page 3 Fig. 6 Fig. 9 VSD/A...
- Page 4 TERMINAL 1 TERMINAL 2 Escala de medida sonda Tipo de salida analógica Salida analógica y bus Alimentación sonda Measuring probe scale Analog output type Analog output and bus Power supply probe Escala de medida da sonda Tipo de saída analógica Saída analógica e bus Alimentação da sonda Fig.
- Page 5 Note 1 Las unidades de medida pueden cambiarse solo con el jumper 5 instalado. Elimine el jumper al terminar The measurement units can be changed only with the jumper 5 installed. Remove the jumper at the end. As unidades de medida apenas podem ser alteradas com o jumper 5 instalado. Elimine o jumper ao terminar Fig.
- Page 6 INDEX WARNINGS INTRODUCTION TO COMMON OPERATIONS WITH THE VSD*/A AP1. BASIC CONFIGURATION – Drive control using the keypad – VSD1-D, VSD3-D 1.1 PROGRAMMING 1.2 WIRING 1.3 “BASIC CONFIGURATION” OPERATION MODE AP2. EXTERNAL KIT MODE – Manipulate with the mtp 010 remote control 2.1 PROGRAMMING 2.2 WIRING 2.3 “EXTERNAL REMOTE CONTROL KIT”...
- Page 7 WARNINGS The AC Variable Speed Drives (VSD*/A) supplied by SODECA are meant to be handled using the keypad, see “BASIC CONFIGURATION” section. Other control ways are possible with simple and quick adjustments. Some of them are explained in this guide. This guide is a summary from the complete VSD*/A guidebook and is meant to help with the equipment’s installation and start-up of its most common operations.
- Page 8 Drive control using the keypad – VSD1-D, VSD3-D The AC Variable Speed drives (VSD*/A) supplied by SODECA are meant to be handled using the keypad This section explains how to configure the “BASIC CONFIGURATION” control mode. This basic control mode allows...
- Page 9 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.
- Page 10 AP3. MIXED MODE – External start, speed adjustment with the internal keypad. This section explains how to configure the mixed control mode. This mode is a combination between the basic configuration and the exterior remote control kit configuration. This mode allows to start the drive from an exterior switch and adjust the speed with the internal keypad.
- Page 11 FIRE MODE The Fire Mode function is designed to ensure continuous operation of the drive when an external alarm signal is activated (fire alarm) until the drive is no longer capable of sustaining operation. This input may be linked to a fire control system to allow maintained operation in emergency conditions, e.g.
- Page 12 The Fire signal disables the protection features so the drive will maintain continuous operation in emergency conditions. The drive can go forward or reverse depending on the value set in the “Fire Speed” parameter. The Fire Mode operation can affect the warranty of the drive and even nullify it. Contact with SODECA for further information.
- Page 13 AP5. FIRE MODE with NC activation signal – Analog speed/potentiometer “ ” This section explains how to configure the FIRE control mode with a normally open (NC) activation signal and two operation speeds; the fire speed is adjusted as a preset speed and the normal speed is adjusted with an analog signal. FIRE MODE with NC activation signal When the free potential contact is normally closed, which selects the operation mode, and the drive is receiving the RUN signal, the drive will operate at a speed adjusted with an analog signal or a potentiometer, with all the protections enabled.
- Page 14 The drive can go forward or reverse depending on the value set in the “Fire Speed” parameter. The Fire Mode operation can affect the warranty of the drive and even nullify it. Contact with SODECA for further information. AP6.
- Page 15 ± xx.x CO Speed ± xx.x Fire Speed Starting Mode 1: Fire Logic Input 0: Latch Fire Standby Mode Timer Table “FIRE MODE + CO with NC activation signal” Parameter Description Adjustment Units 50.0 Maximum Frequency ...
- Page 16 The speed can be forward or reverse depending on the value set in the “Fire Speed” parameter. The Fire Mode operation can affect the warranty of the drive and even nullify it. Contact with SODECA for further information. AP7. CO2 MODE “...
- Page 17 7.2 SETPOINT ADJUSMENT OF THE CO2 CONCENTRATION The setpoint is adjusted in the parameter. This parameter is shown as a percentage and will translate to a different value of CO concentration in ppm, subject to the chosen scale of the probe. concentration in ppm Scale per every 10% of the Setpoint...
- Page 18 AP8. TEMPERATURE MODE “TEMPERATURE” This section explains how to configure the control mode. This mode allows the drive to regulate the speed of the ventilator as well as the warm or cold air inlet through a frequency inverter VSD*/A depending on the temperature detected by the analogic sensor.
- Page 19 8.3 SETPOINT ADJUSMENT OF THE CO2 CONCENTRATION The setpoint is adjusted in the parameter. This parameter is shown as a percentage depending on the sensor SI- TEMP IND scale chosen in JP2 it has a different temperature value in ºC (Fig. 15). concentration in ppm Scale per every 10% of the Setpoint...
- Page 20 AP9. PRESSURE CONTROL MODE – VSD1-P, VSD3-P “ ” This section explains how to configure the PRESSURE CONTROL control mode. This mode allows the drive to regulate the speed of the ventilator depending on the overpressure between to places. 9.1 PROGRAMMING Use the next table to change to, or modify the pressure control mode.
- Page 21 9.3 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 “Pressure” control mode is selected, that is after introducing the parameters of the Pressure control mode table (section 9.1), wire the drive as seen in the picture.
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