POWER ELECTRONICS PROFIPOWER SAFETY INSTRUCTIONS IMPORTANT! Safety instructions showed in this manual are useful to teach user how to use the product in a correct and safety way with the purpose of preventing possible personal injuries or property damages. Safety messages included here are classified as it follows:...
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In the even of transport damage, please ensure that you notify the transport agency and POWER ELECTRONICS: 902 40 20 70 (International +34 96 136 65 57) or your nearest agent, within 24hrs from receipt of the goods.
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Before operating the equipment, read this manual thoroughly to gain and understanding of the unit. If any doubt exists then please contact POWER ELECTRONICS, (902 40 20 70 / +34 96 136 65 57) or your nearest agent. Wear safety glasses when operating the equipment with power applied and the front cover is removed.
POWER ELECTRONICS 1. INTRODUCTION 1.1. Equipment Description The Profipower gateway allows integrating all of the equipments of Power Electronics into Profibus networks easily and comfortably. Its useful design will allow you to know the operating status of the gateway all the time.
POWER ELECTRONICS PROFIPOWER 2. TECHNICAL CHARACTERISTICS 2.1. General Information 2.1.1. Interfaces Profibus-DP Connector 9 Pin D-SUB / F. Voltage terminals 3 wires. RS232 terminals 3 wires. 2.1.2. Power Supply Source Rated value 24 Vdc. Allowed range (curly included) 18 to 28Vdc.
Polling length of 120 Bytes (maximum). File GSD PWE_05DD.GSD. 2.2. Dimensions External dimensions of Profipower gateway can be observed in the attached figure. The device is ready to be installed on Din profile. Figure 2.1 Profipower dimensions. Modbus – Profibus gateway...
3. INSTALLATION AND CONNECTION 3.1. Installation of Profipower Gateway The Profipower gateway of Power Electronics is a module to connect the inverters and soft starters of Power Electronics to a PROFIBUS network directly. It is necessary to use one gateway for each equipment to connect it to the network.
POWER ELECTRONICS 3.2. Connections of Profipower Gateway 3.2.1. Description of terminals and Leds In the Profipower gateway, it exist different connectors to install this gateway and to connect it to the variable speed drives and digital soft-starters of Power Electronics.
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Green. If it is lit indicates that the gateway is power ON Led supplied. Red. If it is lit indicates that the gateway is in fault FAULT Led status. You can observe the above mentioned terminals below: Figure 3.2 Description of the Profipower interface terminals INSTALLATION AND CONNECTION...
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PROFIPOWER POWER ELECTRONICS 3.2.2. Profibus Connections For profibus connection, a standard connector SUB-D 9 pins is used according to the definition of the standard EN 50170. The wiring for the connector of nine pins is shown in the attached figure.
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POWER ELECTRONICS PROFIPOWER 3.2.3. Connection for Equipments of Power Electronics 3.2.3.1. Variable Speed Drives of SD250 Series Use S+ terminal to connect RS485 high signal and use S- terminal to connect RS485 low signal. MO MG SD25DTC0005AE Figure 3.4 TB1 connector of the control board...
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POWER ELECTRONICS Par. Description Setting Stop mode after Non stop. Factory setting. signal loss Time to determ. 1.0sec Factory setting. signal loss Communication 0: Modbus RTU protocol Connection drawing: Figure 3.5 Connection of SD250 – Profipower gateway INSTALLATION AND CONNECTION...
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POWER ELECTRONICS PROFIPOWER 3.2.3.2. Variable Speed Drives of SD450 Series Use C+ terminal to connect the RS485 high signal and C- terminal to connect the RS485 low signal. Ground will be connected to the CM terminal. All of these terminals are located in the connector of the figure.
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PROFIPOWER POWER ELECTRONICS Connection drawing: Figure 3.7 Connection of SD450 – Profipower gateway INSTALLATION AND CONNECTION...
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POWER ELECTRONICS PROFIPOWER 3.2.3.3. Variable Speed Drives of SD700 Series Connection drawing: Figure 3.8 Connection of SD700 – Profipower gateway RS485 port Figure 3.9 Connection of SD700 – Profipower gateway RS232 port INSTALLATION AND CONNECTION...
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PROFIPOWER POWER ELECTRONICS 3.2.3.4. Digital Soft-Starter V5 Series Connection drawing: Figure 3.10 Connection of V5 – Profipower gateway RS485 port Figure 3.11 Connection of V5 – Profipower gateway RS232 port INSTALLATION AND CONNECTION...
0xFF, display will show Error 3. Figure 3.12 Message of Error 3 – Error in Profibus controller When the Profipower gateway starts at the first time, it will try to communicate by the Modbus address that is given by the Profibus address, that is, it will try to communicate with the address established in the rotary selectors.
PROFIPOWER POWER ELECTRONICS If it does not find any answer, display will show Error 1. Figure 3.13 Message of Error 1 – Modbus communication error The Profibus part of the gateway starts completely for the purposes of configuration by the Profibus Master. Obviously, the sending and reception through Modbus will not be realized until the Modbus part is initialized.
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POWER ELECTRONICS PROFIPOWER Display Message Description Error 1. It alternates Modbus communication error. "E" with "1" Error 2. It alternates Profibus controller is not "E" with "2" initialized. Error 3. It alternates Error in Profibus controller. "E" with "3" The gateway is not...
PROFIPOWER POWER ELECTRONICS 4. TRIAL RUN 4.1. Introduction Profipower-Gateway device is a ProfiBus-DP slave with the following characteristics: Modular station with 6 modules. Diagnosis with status message. Before beginning the information exchange between the slave and the Profibus network, the slave should be configured by the master. There are several main services that are described below.
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Generic module. 5 output registers, 5 input registers. ProfiPower Type 2 Generic module. 60 output registers, 60 input registers. ProfiPower SD700 Type 1 Specific module for Variable Speed Drive SD700. 5 output registers, 5 input registers. ProfiPower SD700 Type 2 Specific module for Variable Speed Drive SD700.
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PROFIPOWER POWER ELECTRONICS 4.1.4. Errors referred to the configuration Err. WR REG. NUMBER Number of writing registers is not valid. Err. RD REG. NUMBER Number of reading registers is not valid. Err. PARAM. LENGTH Parameters length is not valid. Err. SCEN. NUMBER Number of scenarios is not valid.
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POWER ELECTRONICS PROFIPOWER 4.1.5. Errors referred to the communication Err11: ILLEGAL FUNCTION Not valid function. The received function code is not allowed for the slave. This is possible because the code is only for newer elements and it is not implemented in the selected unit. Also it can indicate...
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PROFIPOWER POWER ELECTRONICS Err15: ACKNOWLEDGE Specific use together with programming orders. The master or the slave has accepted the request and is processing it, but the device will take a long time to do it. To avoid a fault due to exceeded time (time-out) in the customer part, it will send this answer.
POWER ELECTRONICS PROFIPOWER 4.2. Trial Run with Siemens (Step 7 Set-up) 4.2.1. Installation of GSD File Install GSD file with the hardware configuration tool of the SIMATIC administrator. Figure 4.1 Screen 1 of GSD file installation TRIAL RUN...
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For that reason, it is fundamental to know how many registers are going to be written and how many registers are going to be read. All of the modules available in the Profipower gateway are described in the following section. TRIAL RUN...
POWER ELECTRONICS PROFIPOWER 4.3. Configuration and Set up. 4.3.1. Profipower Type 1 module. It is a generic module that allows 5 output registers and 5 input registers. To configure this generic module, we will define the parameter “Scenario”. The Scenarios are the Modbus frames that we want to send.
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PROFIPOWER POWER ELECTRONICS The defined frames for this module are: 10 bytes of Data-Output and 10 bytes of Data-Input. Therefore, the maximum number of selected Modbus registers will be 5 for the writing Scenarios and 5 for the reading Scenarios. That is, all the registers selected for the configured writing Scenarios do not exceed 5.
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Variable Speed Drive of SD450 Series. Variable Speed Drive of SD250 Series. Digital Soft-Started of V5 Series. Note: To connect other slaves, contact with Power Electronics. Finally, also the parameters related to the Modbus communication can be configured: Transmission Speed (Baud rate)
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Scenarios do not exceed 60. The configuration of the Scenarios will be realized in the same way that has been explained for the Profipower Type 1 Module. Note: When you introduce the Modbus addresses of the desired...
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1 can be configured. 4.3.3. Profipower SD700 Type 1 Module For this module it can be defined up to 10 Scenarios, 5 for the write command and the other 5 for the read command. This module is specific for the SD700 drive, therefore, the gateway will be set up with the valid Modbus address for the SD700.
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PROFIPOWER POWER ELECTRONICS Figure 4.3 Configuration screen of Profipower SD700 type 1 Module Once selected this module, it will not be necessary to introduce the memory addresses, but rather it will be possible to work with the name of the variables directly, such as the previous figure shows.
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POWER ELECTRONICS PROFIPOWER 4.3.4. Profipower SD700 Type 2 Module For this module it can be defined up to 20 Scenarios, 10 for the write command and the other 10 for the read command. This module is specific for the SD700 drive, and it will operate in the same way that the module described previously.
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The Profipower gateway receives 10 bytes of output data of the ProfiBus-DP Master. Output Data (Word) Variables LOCAL_SPEED_REF HOST_START_CONTROL HOST_STOP_CONTROL HOST_RESET_CONTROL HOST_TRIP_CONTROL The Profipower gateway sends 4 bytes of input data to the ProfiBus- DP Master. Input Data (Word) Variables ACTUAL_SPEED_REFERENCE GENERAL_STATUS TRIAL RUN...
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User only must write the value of the registers. Pre-defined registers for these modules are shown in the attached table. The Profipower gateway receives 54 bytes of output data of the ProfiBus-DP Master. Output Data (Word) Variables...
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PROFIPOWER POWER ELECTRONICS The Profipower gateway sends 46 bytes of input data to the ProfiBus-DP Master. Input Data (Word) Variables ACTUAL_SPEED_REFERENCE GENERAL_STATUS OUTPUT_MOTOR_CURRENT OUTPUT_MOTOR_TORQUE OUTPUT_MOTOR_POWER OUTPUT_MOTOR_VOLTAGE OUTPUT_MOTOR_FREQUENCY MOTOR_COS_PHI MOTOR_SPEED_RPM MOTOR_SPEED_PERCENTAGE DC_BUS_VOLTAGE INPUT_VOLTAGE ANALOG_INPUT_1_VALUE ANALOG_INPUT_2_VALUE ANALOG_OUTPUT_1_VALUE ANALOG_OUTPUT_2_VALUE DIGITAL_INPUT_STATUS DIGITAL_OUTPUT_STATUS COMPARATOR1_STATUS COMPARATOR2_STATUS...
PROFIPOWER POWER ELECTRONICS 5.1. Example of program for Step 7 In the following example, the Profipower gateway is configured with the Profipower SD700 Type 3 Module. Two Data Blocks are created: DB1 (Data Block 1) with 5 registers and DB2 (Data Block 2) with 2 registers.
The following figure shows a value table created with Step7 for monitoring and modifying Modbus registers. This table corresponds to a gateway configuration with the Profipower SD700 Type 3 Module. Figure 5.1 Monitoring and modification of Modbus registers PROGRAMMING FOR STEP 7...
PROFIPOWER POWER ELECTRONICS 6. DIAGNOSIS The Profipower gateway is able to send diagnosis messages. The following figure shows an example of gateway diagnosis notification. Concretely, it notifies a Modbus communication error due to TimeOut. Figure 6.1 Sending of diagnosis messages...
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