PBSCONTROL. AMS-R4000 Modular RTU. Remote Terminal Unit

Transcription

1 PBSCONTROL AMS-R4000 Modular RTU Remote Terminal Unit

2 AMS-R4000 Introduction The documentation and the software included with this product are copyrighted 2017 by pbscontrol Company. AMS-4000 System is common products between AMS and pbscontrol Companies. AMS is designed Hardware and it is powered by pbssoftlogic Kernel by pbscontrol Company. Disclaimer Information in this document is subject to change without notice and does not represent a commitment on the part of pbscontrol System. Technical Support Contact Information 2 AMS-R4000 Modular RTU

3 1.1. Overview The AMS-R4000 is a modular Remote Terminal Unit (RTU) based on the high performance Cortex-A8 1GHz ARM CPU with 512MB of RAM and 4GB of Flash. The device has an internal 3G/4G cellular modem, two 10/100 base-t Ethernet port, four serial communication ports and a wide range of hot swappable digital/analog input and output modules. Moreover, the AMS-R4000 RTU supports the EMC industry standard (IEC ), a -40 to 75 C operating temperature range, multiple communication protocols (Modbus, DNP3, IEC , OPC UA) and an IEC61131 based programming environment (PBS- SoftLogic). PBS-SoftLogic is an IDE for developing function block based programs, simulate and downloading to the RTU. You can use the C/C++ or Lua scripting language for developing new function blocks by yourself. By using these features, the AMS-R4000 RTU provides a comprehensive solution for data acquisition and control applications in the SCADA systems Package Checklist The AMS-R4000 and I/O Modules ships with the following items: AMS-R4000 (if ordered) AMS-R4000 CPU Module Software and Documentation CD-ROM Accessories Kit (Expansion connector, USB console cable, RJ45 Cable) Optional Accessories (3G/4G Cellular modem antenna) I/O Module (if ordered) AMS-R4XXX I/O Module Expansion connector 1.3. Available Products AMS-R4000 CPU Module AMS-R4116: 16 Channels Isolated Digital Input Module (4 Channels Counter) AMS-R4132: 32 Channels Isolated Digital Input Module AMS-R4216: 16 Channels Digital Output Module AMS-R4232: 32 Channels Digital Output Module AMS-R4312: 12 Channels Analog Input Module (16 Bit Resolution) AMS-R4324: 24 Channels Analog Input Module (16 Bit Resolution) AMS-R4404: 4 Channels Analog Output Module AMS-R4408: 8 Channels Analog Output Module AMS-R4504: 4 Channels Thermocouple Module (Type K, J, N, T, S, R, E) AMS-R4508: 8 Channels Thermocouple Module (Type K, J, N, T, S, R, E) AMS-R4604: 4 Channels RTD Module (PT100, PT1000) AMS-R4608: 8 Channels RTD Module (PT100, PT1000) 3 AMS-R4000 Modular RTU

4 AMS-R4701: Power Analyzer Module 1.4. Panel Guide 1.4. Product Specifications System CPU: Cortex-A8 based CPU, 32-bit/ 1GHz Instruction Execution Speed: 2000 MIPS RAM: 512MB Flash: 4 GB External Storage: Up to 32GB SD Card I/O Scan Time: 5 MS I/O Limit: Up to 1000 Signals Program Cycle Time: Adjustable (Minimum Time: 10 MS) Ethernet Interface LAN: Two 10/100 Mbps RJ45 ports Cellular Modem(GSM) Network: 2G/3G/4G Serial Interface Serial COM1, COM2: RS-232 (DB9 male) Serial COM3, COM4: RS485 Serial Signals RS-232: TxD, RxD, DTR, DSR, RTS, CTS, DCD, GND 4 AMS-R4000 Modular RTU

5 RS-485-2w: Data+, Data-, GND Power Requirements Input Voltage: 9 to 36 VDC CPU Module Power Consumption: o LP Mode (Modem OFF): 2~2.5 W o Data Mode: 4~5 W I/O Modules Power Consumption: 1~2 W Physical Characteristics Housing: Aluminum Mounting: DIN-Rail Dimensions: o CPU Module: 55 x 143 x 100 mm (2.16 x 5.63 x 3.94 in) o I/O Module: 38 x 143 x 100 mm (1.49 x 5.63 x 3.94 in) Environmental Limits Operating Temperature: -40 to 75 C (-40 to 167 F) Storage Temperature: -40 to 85 C (-40 to 185 F) Ambient Relative Humidity: 5 to 95% (non-condensing) Supported Protocols DNP3 Master/Slave IEC Master/Slave Modbus TCP Server/Client Modbus RTU Master/Slave OPC UA Server SQLite Database Engine FreeTDS Protocol Webserver Standards and Certifications Programming Standards o IEC Function Block Programming o LUA Programming Language o C/C++ Programing Language Tele Control Equipment Standards o IEC (Power supply and electromagnetic compatibility) o IEC (Interfaces - electrical characteristics) o IEC (Performance Requirements) EMC Standards: o IEC (Electrostatic Discharge) Level 2/3 o IEC (Radiated, Radio-Frequency, Electromagnetic Field) Level 2 o IEC (Electrical Fast Transients/Burst) Level 2 o IEC (Surge) Level 3 o IEC (Conducted Disturbances) Level 2 5 AMS-R4000 Modular RTU

6 Warranty o IEC (Power frequency magnetic field) Level 1 o IEC (Voltage Dips, Short Interruptions and Voltage Variations) o Note: Please check AlborzMicroSystem s website for the most up-to-date certification status. Warranty Period: 5 years Details: See www. AlborzMicroSystem.com/warranty 1.5. Physical Dimensions CPU Module Dimension (Unit : mm) 6 AMS-R4000 Modular RTU

7 IO Module Dimension (Unit : mm) 7 AMS-R4000 Modular RTU

8 1.6. LED Indicators CPU Module LED Groups LED (Color) Function Description System LED Ethernet LED (On the Plug) PWR (Green) RUN (Blue) ERR(Red) Net (Yellow) Eth1,2 (Yellow) Eth1,2 (Green) Light on, Device powered Blinking, Runtime Operation Blinking, Runtime Error Light on, Exception Error 200ms On/ 1800ms Off, Network searching 1800ms On/ 200ms Off, IDLE 180ms On/ 180ms Off, Data transferring Always On, Voice Call Always Off, Modem is turned off Light on, Link present Blinking, During activity Light on, 100Mbps Ethernet Serial LED T1,2,3,4 (Green) R1,2,3,4 (Red) Blinking, COM1,2,3,4 is sending data Blinking, COM1,2,3,4 is receiving data 8 AMS-R4000 Modular RTU

9 I/O Module All of the I/O module is equipped with a module status LED which is indicating the operation status as follow: LED Groups LED Color Function Description Module Status Off Blue Yellow Red Device not powered Blinking, Module Proper Operation Blinking, Module Warning Blinking, Module Error 9 AMS-R4000 Modular RTU

10 2.1. System Architecture The AMS-R4000 consists of a CPU module which is operates as the brain of the system. The CPU module manages the I/O module operation, collects their information and reports the processed information to the master of the SCADA system. The secure and reliable CAN protocol is used to communicate the CPU and I/O modules. This communication occurs through an expansion connector. CAN communication addresses for each I/O module are arranged dynamically by the CPU module. All communication failure of the I/O module during initialization and operation is detected by the CPU module and can be reported to the master of the SCADA system. 10 AMS-R4000 Modular RTU

11 2.2. Installing Modules on a DIN-Rail CPU Module In order to installing the CPU module on a DIN-Rail, simply perform the following steps: Insert the top of the DIN-Rail bracket into the top of the DIN-Rail. Rotate the top of the module downwards until the bracket snaps into the DIN-Rail. 11 AMS-R4000 Modular RTU

12 Move the module along the DIN-Rail until it is placed in the left side of the rail. I/O Modules In order to installing the I/O module on a DIN-Rail besides the other modules, simply perform the following steps: Insert the top of the DIN-Rail bracket into the top of the DIN-Rail. 12 AMS-R4000 Modular RTU

13 Rotate the top of the module downwards until the bracket snap into the DIN-Rail. Move the module along the DIN-Rail until it is placed next to the other module. 13 AMS-R4000 Modular RTU

14 If it is the first I/O module, use the AMS-R4001 expansion connector in order to communicate between the CPU and I/O module. 14 AMS-R4000 Modular RTU

15 If it is not the first I/O module, use AMS-R4002 expansion connector in order to communicate between I/O modules. After performing these steps, installation is completed. 15 AMS-R4000 Modular RTU

16 2.3. Removing Modules from a DIN-Rail In order to removing the CPU and I/O module from a DIN-Rail, simply perform the following steps: Remove the expansion connector between modules. Use a screwdriver in order to push down the spring-loaded part of the bracket. 16 AMS-R4000 Modular RTU

17 Rotate the bottom of the module upwards and then remove it from the DIN-Rail Connecting the Module Power The AMS-R4000 CPU module accepts power in the range of 9-36V DC. It should be noted that the I/O modules do not need the separate input power and the required power of these modules is provided by the CPU modules through the expansion connector. The required power of the system depends on the number of the I/O module and can be calculated as follow: Module CPU Module I/O Module Maximum Power Consumption 5 Watts 2 Watts It should be noted that the number of modules should be selected in such a way that the maximum input power of the system does not exceed than 100 Watts Connecting to the Network 17 AMS-R4000 Modular RTU

18 The AMS-R4000 CPU module supports two standard 10/100 Mbps Ethernet ports. Each port use a unique MAC address and supports Auto MDI/MDI-X mode, in which case the port s pinouts are adjusted automatically depending on the type of Ethernet cable used (straight-through or cross-over). The default configuration of the LAN2 Ethernet port is set as DHCP and the default configuration of the LAN1 LAN Port Default IP address Default Netmask Default Gateway LAN Programming Environment Ethernet port is set as static IP address as below: The PBS-SoftLogic programming environment is used to program the RTU which can be downloaded from After downloading the software, extract Zip file in a desired drive. Please note that the software folder path cannot be very long. Moreover, the software needs the Dot Net Frame Work for the proper operation. Open the software folder and run VSFBEditor.exe programming environment. Now, you can simply implement all your idea into your SCADA system. User manual of the software can be found in the doc folder of the software path Factory Defaults If the device network configuration was forgotten or the device booting failed due to the wrong user programming, simply perform the following steps in order to reset the device to the factory defaults: Disconnect the power supply of the device. Connect COM1 and COM2 RS232 serial ports of the RTU to each other by wire jumping TX1 to RX1 and RX2 to TX2. Connect the power supply. After finishing the booting process which takes about 30 second, the network configuration is reset to default network configuration and the last wrong user program is cleared. Disconnect the power supply of the device and then remove the wire jumping of the serial ports. Connect the power supply and use the device with the default network configuration. 18 AMS-R4000 Modular RTU

19 3.1. Digital Input Modules Overview The AMS-R4000 RTU provides two types of the digital input modules. The AMS-R4116 supports 16 channels of isolated digital inputs and the AMS-R4132 supports 32 channels of isolated digital inputs. To simplify field wiring, four inputs of these modules are building a group with a common return. The modules scan and process the inputs with the high time resolution of 5 ms. The measured value can be filtered by the CPU module with a software selectable filters such as the digital filter or chattering filter. The inputs of these modules are isolated by optocoupler and they are protected against transient voltages. Moreover, the modules is able to properly monitor the reverse polarity of the voltage input. The AMS-R4116 is equipped by four counter channel (Channel 1-4). The maximum permissible frequency for counter pulses is 120 Hz. The modules have 16 and 32 LEDs to indicate the signal state at the inputs. The required power of these modules are supplied by the expansion connector from the AMS-R4000 CPU module. Specifications AMS-R4116: 16 Channels Isolated Digital Input Module AMS-R4132: 32 Channels Isolated Digital Input Module Parameters Value Inputs per Module AMS-R4116: 16 Channels AMS-R4132: 32 Channels Input Type Dry contact (Sink) Counter per Module AMS-R4116 : 4 Channels (1-4) On-state Voltage 24 VDC Nominal, 12 VDC Minimum OFF-state Voltage 0 to 6 VDC, 6 VDC Maximum Maximum Input Voltage 30 VDC Transient Voltage Protection Yes Over Current Protection 200 ma per common Input Impedance 6K ohms Common Type 4 DI per COM Counter Frequency 120 Hz (Maximum) Response Time 5 ms Digital Filtering Software selectable (Digital and Chattering Filter) Isolation Optocoupler Isolation (3K VDC) 19 AMS-R4000 Modular RTU

20 Operating Temperature -40 to 85 C Power Consumption Maximum : 2 Watts Connector Pluggable type terminal block I/O Cable Wire AWG 18 (1.0 mm x mm) Maximum Wiring Diagram 20 AMS-R4000 Modular RTU

21 3.2. Digital Output Modules Overview The AMS-R4000 RTU provides two types of the transistor digital output modules. The AMS-R4216 supports 16 channels of transistor digital outputs and the AMS-R4232 supports 32 channels of transistor digital outputs. Using transistor instead of mechanical relay in these modules provide a fast performance and longer lifetime. The modules can be used to control relays, solenoid valves, panel lamps and other on/off devices which require DC voltage. Any failure of the modules is detected rapidly and the digital outputs are set to the safe values which can be specified by the software. The modules have 16 and 32 LEDs to indicate the signal state at the outputs. The required power of these modules are supplied by the expansion connector from the AMS-R4000 CPU module. Moreover, the modules require a 12 to 48 VDC power supply for the transistor biasing. Specifications AMS-R4216: 16 Channels Isolated Digital Output Module AMS-R4232: 32 Channels Isolated Digital Output Module Parameters Value Outputs per Module AMS-R4216: 16 Channels AMS-R4232: 32 Channels Output Impedance Less than 2 ohms Off-state Resistance 500K ohms Response Time 5 ms Transistor Biasing Voltage 12 to 48 VDC Over Voltage Protection 68 VDC Over Current Protection 400 ma (8 50 ma) Current Rating 50 ma per channel Isolation Optocoupler Isolation (3K VDC) Operating Temperature -40 to 75 C Power Consumption Maximum : 2 Watts Connector Pluggable type terminal block I/O Cable Wire AWG 18 (1.0 mm x mm) Maximum 21 AMS-R4000 Modular RTU

22 Wiring Diagram 22 AMS-R4000 Modular RTU

23 3.3. Analog Input Modules Overview The AMS-R4000 RTU provides two types of the analog input modules. The AMS-R4312 supports 12 channels of analog inputs and the AMS-R4324 supports 24 channels of analog inputs. The modules can be used to monitor level, flow, pressure, temperature and other analog transmitters. The modules is able to monitor and process wide range of the voltage signal in the range of 0 to 5 V, 0 to 10 V, -5 to +5 V and the current signal in the range of 0 to 20 ma, 4 to 20 ma. The measured differential values are converted in steps (16 bit resolution). The sampling rate of the module can be software selectable up to the 30 HZ. The modules have 12 and 24 LEDs to indicate the signal state at the inputs. The required power of these modules are supplied by the expansion connector from the AMS-R4000 CPU module. Specifications AMS-R4312: 12 Channels Analog Input Module AMS-R4324: 24 Channels Analog Input Module Parameters Value Inputs per Module AMS-R4312: 12 Channels AMS-R4324: 24 Channels Input Type Voltage, Current (Differential) Input Voltage Range 0 to 5 V, 0 to 10 V, -5 to +5 V Input Current Range 0 to 20 ma, 4 to 20 ma Input Impendence 120 ohms Resolution Range 16 bits Accuracy ±0.1% of FSR Sampling Rate Software selectable (Maximum 30 HZ) Operating Temperature -40 to 85 C Power Consumption Maximum : 2 Watts Connector Pluggable type terminal block I/O Cable Wire AWG 18 (1.0 mm x mm) Maximum 23 AMS-R4000 Modular RTU

24 Wiring Diagram 24 AMS-R4000 Modular RTU

25 3.4. Analog Output Modules Overview The AMS-R4000 RTU provides two types of the analog output modules. The AMS-R4404 supports 4 channels of analog outputs and the AMS-R4408 supports 8 channels of analog outputs. The modules can control valve actuators, motor speed controllers, temperature controllers or any device requiring an analog control signal. The modules is able to generate wide range of the voltage signal in the range of 0 to 5 V, 0 to 10 V, -5 to +5 V, -10 to +10 V and the current signal in the range of 0 to 20 ma, 4 to 20 ma by using the microprocessor-controlled D/A converter. Conversion range and slew rate of the modules can be specified by the software. The conversion resolution of the converter is 16 bits. Any failure of the modules is detected rapidly and the analog outputs are set to the safe values which can be specified by the software. The modules have 4 and 8 LEDs to indicate the signal state at the outputs. The required power of these modules are supplied by the expansion connector from the AMS-R4000 CPU module. Specifications AMS-R4404: 4 Channels Analog Output Module AMS-R4408: 8 Channels Analog Output Module Parameters Value Outputs per Module AMS-R4404: 4 Channels AMS-R4408: 8 Channels Output Type Voltage, Current Voltage Output Range 0 to 5 V, 0 to 10 V, -5 to +5 V, -10 to +10 V Current Output Range 0 to 20 ma, 4 to 20 ma Resolution in Ranges 16 bits Voltage Slew Rate to 64 V/sec Current Slew Rate to 128 ma/sec Output Impedance 100 ohms Maximum Conversion Time 1 ms for all channels Accuracy ±0.1% of FSR Operating Temperature -40 to 85 C Power Consumption Maximum : 2.5 Watts Connector Pluggable type terminal block I/O Cable Wire AWG 18 (1.0 mm x mm) Maximum 25 AMS-R4000 Modular RTU

26 Wiring Diagram 26 AMS-R4000 Modular RTU

27 3.5. Power Analyzer Modules Overview AMS-R4701 PWA is a 3 phase modular power analyzer for measuring and recording electrical parameters such as voltage, current, power factor, active, reactive and apparent powers, active and reactive energies in the electrical transmission and distribution lines. The measured data can be used to analyze the quality of the network, make corrections in the network, selecting compensators, reduce the losses and consumption management. The device is able to transfer the measuring parameters to a Modbus master device through the RS-485 serial port and the AMS bus. By using this feature, AMS-R4701 PWA can be communicate with 2 masters simultaneously. One of the masters is AMS-R4000 RTU CPU module and another can be standard Modbus RTU master devices with the RS485 communication. Specifications AMS-R4701: Power Analyzer Module Parameters Measuring Parameters Measurement Updating Time Voltage Input Range Current input Range Capability to Measure with 2 PTs Capability to Measure with 2 CTs Accuracy Frequency Display Data Recording Capability Recording Period Auxiliary supply Communication Environmental Value - Line and Phase Voltages - Phase and Neutral Currents - Phase and Total of the Active, Reactive and Apparent Powers - Active and Reactive Energy - Phase Power Factor - Frequency True RMS 100 ms 80 to 400 VAC L-L 50 ma to 5A Yes Yes 1.0% of the reading value 45 to 65 Hz TFT LCD Yes Software selectable (from 1 min to 1 hour) 85~280 VAC MODBUS RTU Protocol through RS485 serial port and AMS Bus Operating temperature: -10 C to 60 C Storage temperature: -25 C to +70 C 27 AMS-R4000 Modular RTU

28 Standards Humidity 5% to 95% non condensing IEC IEC Day light saving option Measure and store temperature Software calibration Isolated current and voltage measurement Graphical software for power consumption management 28 AMS-R4000 Modular RTU

29 Wiring Diagram *Vs pin is Vsupply, it can be powerd with 85~280vac from Vn or tied to phase 1, 2 or 3. Menu and Panel Description: AMS-R4701 is able to show all the measuring parameters on the display panel. Moreover, users can change device configuration with setting pages. At the main menu, there are 13 pages. Pages 1 to 10 show the measured values, page 11 for the date and time, page 12 for device setting parameters and last page for communication status monitoring. First page show the measured values of the phase voltages from phase 1 to 3 as shown below: 29 AMS-R4000 Modular RTU

30 Press up or down button to navigate in the pages. Press Enter button to see the parameter type of the shown value. Press Enter button to see the parameter type of the shown value. 30 AMS-R4000 Modular RTU

31 By reusing the up or down button, you can switch between other pages which shown the line voltages, active, reactive and apparent power, active, reactive and apparent energy, power factor and frequency as shown below: 31 AMS-R4000 Modular RTU

32 Main Menu Page 11: Date and Time In this page, time, date and calendar are shown. Press Enter to change time zone or calendar type. Main Menu Page 12: Setting In this page, default setting of the device can be changed by the user. By pressing enter button, user should type password to open setting menu. If user type a wrong password for 3 times, device will be locked for 10 min. After this time period, if user do it again, the device will be locked and need a factory code to unlock. 32 AMS-R4000 Modular RTU Main Menu Page 13: Communication Status This page monitor send and receive data packet through the AMS-Bus or the Modbus communication. Port1 show the communication status through the Modbus RTU over serial RS485 and Port2 show the communication status through AMS Bus with AMS- R4000 RTU. If the request and respond packet exceed than 9999 packets, the counter will be reset.