Invensys Foxboro: I/A Series system, FBM (field input/output module) sequence control, trapezoidal logic control, accident recall processing, DAC, input/output signal processing, data communication and processing. Invensys Triconex: Redundant fault-tolerant control system, the most modern fault-tolerant controller based on triple modular redundancy (TMR) structure. Westinghouse (Westinghouse): OVATION system, WDPF system, MAX1000 system spare parts. Rockwell Allen-Bradley: Reliance Ryan, SLC 500/1747/1746, MicroLogix/1761/1763/1762/1766/1764, CompactLogix/1769/1768, Logix 5000/1756/1789/1794/1760/1788, PLC-5/1771/1785, etc.
In control modules with an internal state, the output signal might be limited, for example, when a succeeding control module is in Backtracking mode or has reached a maximum or minimum value. Information on this situation is passed backwards in the control loop chain in the ControlConnection data structure. The preceding control module with an internal state then stops further increase or decrease of the signal value.
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Hima Main Serise: 1. CPU: F8650X, F8650E, F8641 2. Power Distribution Module: F7130A, F7130, F7131, F7133 3. Communication MODULE Coprocessor MODULEï¼? F8621A, F8627X, F8628, F8628X 4. Input Moduleï¼? F3221, F3222, F3223, F3224, F3236, F3237, F6208, F6214, F6215, F6216, F6216A, F6217, F6220, F6221 5. OUTPUT MODULE: F3330, F3331, F3332, F3333, F3334, F3322, F7126, F6705, F1DI1601, F3DIO8/801, F2DO1602, F3DIO20/802, F3AIO8/401, F60GEH01, F60PS01, F60DIO24/1601, F60DI3201, Z7116, Z7126, Z7127, Z7138, Z7128 6. I/O bus link module block: F7553
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To supply the I/O racks the 5 V power supply with corresponding GND is available at the rear side of the central rack. The 5 V DC power needed for the microprocessor system and as control current for the I/O modules is generated from the 24 V DC power of the system via clocked 24 V DC/ 5 V DC power supply modules bearing the F 7126 identification. One central rack can be equipped with a maximum of 3 power supply modules. The power supply modules are switched in parallel. One or two power supply modules are usually able to supply the PES. A further power supply module is used to increase availability.
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Description A New Dimension of Performance for Your Safety System HIQuad X is a programmable electronic safety system made by HIMA. The flexible and scalable system family is a further development of HIQuad, which has been in use within various applications in the process industries for over 30 years. The modernization combines tried-and-tested HIQuad I/O technology with the high-availability and high-performance HIMax system technology. HIQuad X is programmable with SILworX, the HIMA engineering tool. HIQuad X safety systems are installed if restrictive safety requirements must be fulfilled - without any compromises on system availability. The safety plc can be used on a centralized as well as decentralized basis. A huge variety of I/O modules can be used - including intrinsically safe SIL 3 modules. Typical Applications. Safety functions for de-energize to trip energize to trip. Continuous and batch plants. Burner and boiler protection. Oil and gas pipelines etc. HIQuad X System Benefits . One common engineering platform. Higher performance. Enhanced reload functions. Comprehensive communication options. Safe communication between HIMA systems. Implementation of the proven HIMA security concept Modernization Benefits. Shorter turnaround times for modernization. Less modernization effort compared to new installation. No changes of I/O modules including field wiring.
.1 Description DEM8900-1/DEM8900-2/DEM8900-3 (short form for DEM8900) is designed by adopting the updated microprocessor and digital signal processing technology, which can be applied for monitoring the electrical system. DEM8900 can measure and analyze the real time electrical parameters, such as I,kWh,kvarh., Meanwhile, DEM8900 has functions of multi-tariff,RS485 communication ( MODBUS protocol),analog output, remote input and electrical pulse output. All our instruments fulfill all important requirements and regulations concerning electromagnetic compatibility and safety isolation (IEC61000, IEC1010 standard and EN61010 standard). The devices have been developed, manufactured, and tested in accordance with Quality Assurance System ISO 9001. 1.2 Measured parameters Note 1. DEM8900-1 measure current, active energy, active power (optional, with analog output) 2. DEM8900-2 measure current, reactive energy, reactive power (optional, with analog output) 3. DEM8900-3 measure Current, active energy, reactive energy, active/reactive power (optional, with analog output) 1.3 EMC and Safety standard IEC61000-4-2 (GB/T17626.2) IEC61000-4-8 (GB/T17626.8) IEC61000-4-4 (GB/T17626.4) IEC61010-1 (GB/T4793.1). Exterior Size:91*91*72mm 0.5KGS.
Applications Applicable for system or equipment accessories which conduct pressure acquisition by RS485 communication; Pressure monitoring and remote teleportation of oil well and gas well; Applicable for pressure parameters networking acquisition of large area. Features Long service life, high accuracy and good long term stability; Advanced power supply management technology Unique anti-radio frequency technology, perfectly matching with data radio teleportation monitoring Support RS485 communication, always online communication technology, bus can support 255 devices. Enhanced thunderbolt prevention technology, to ensure safety of instrument work White backlight, with clear display Zero point homeostasis technology Temperature compensation technology Data sheet 1.Measurement Range: Gauge Pressure:-100kPa~0-1kPa~260MPa( Optional within the range) Differential Pressure:0~500Pa~3.5MPa( Optional within the range) Absolute Pressure:0~10kPa~60MPa( Optional within the range) 2. Communication Modes: RS485, RS232, MODBUS 3. Accuracy Grade: 0.1, 0.2, 0.5 4. Stability: superior than 0.1%FS/year, 0.2%FS/year 5. Display Mode: dynamic 4 digits LCD digital display (equal to 4 digits), with KPa, MPa, and other pressure units 6. Overload Pressure: 1.5-3 multiple range, which depends on measurement range 7. Communication Power Supply: 10~30VDC external power supply 8. Medium Temperature: -40~85J 9. Working Conditions: Temperature:-30~70J; Humidity
Product Structure 1. Bypass Cabinet (Optional) The by-pass cabinet or switching cabinet may employ isolating breaker, vacuum contactor or the combination, depending on the user¡¯s working conditions. The function of by-pass cabinet is to put the motor into operation in industry frequency grid after the WLD-HVF exits, so as to ensure the continuity of user¡¯s production. The switching cabinet is designed to divert the WLD-HVF output to different motors. 2. Transformer Cabinet Used for installation of Phase-shift transformer, it is dry type transformer with functions of temperature display and over-heat protection, also with insulation grade of H. The secondary multi-winding output provides phase-shift power supply to the power unit. This can greatly improve the current waveform on grid side and reduce the harmonic interference of the equipment to power grid lower of the National Criterion. 3. Power Unit Cabinet Used for installation of power units, which adopted imported high quality components inside, all power units are installed on the sliding seat, it is very easy to replace. 4. Control Cabinet Used for installation of low voltage control components, there are controller, PLC, UPS, Electric siren, DC 24V power supply, Control Power Source Switch, Wiring Terminals, Touch Screen, Operation Button etc. The equipment adopted fiber optical communications, which has a very good EMI restraining performance; The transformer, control cabinet and all power units, are built in temperature protection, so it will be maintenance free. Technical Features Voltage source High-high frequency inverter, it can realize No-step speed regulation, which makes the typical motors into intelligent motors. Low harmonics input and high power factor, the typical value for power factor is 0.95 through whole speed regulation, even more higher, no need for power factor compensation. WLD-HVF output few harmonics, the motor does not generate extra heat and noise. Modularized design of power units, interchangeable and easy to produce and repair, the equipment can find any fault exactly based on advanced diagnostic procedures in MPU. The inverter still can operate even the faults for part of power units exists, if there are faults happen for inverter, the system can switch to power frequency through bypass function. Applicable to all kinds of power grid at home and abroad and suitable for typical high voltage motor. Colorful touch screen, easy to operate and maintenance. Able to realize remote control, DCS operation and communications with Host, and support all kinds of communications interfaces such as CAN, Profibus, Modbus, RS232, RS485 etc. Applied latest components, master control chip adopted TI¡¯s DSP F28335 and ALTERA¡¯s FPGA of EP3C to realize powerful processing capacity; Sampling adopted AD¡¯s AD7606 with 16 bit to ensure control accuracy of the system. The switchgear can satisfy safety requirements, and the pressure-relief channel of high voltage switch can ensure safe use of operators. Technical Parameters Series No Parameters Value 1 HVF Capacity(KVA) 250~8750kVA 2 Power of adaptive motor(KW) 200~7000KW 3 Input Frequency(Hz) 45~65Hz 4 Harmonics contents injected to power grid 0.95%(>20% of rated load) 7 Efficiency >96%(under a rated load) 8 Output frequency(Hz) 0.5~120Hz 9 Precision of output frequency 0.01Hz 10 Rated output current(A) 36~600A 11 Overload capability 120%(1min), 150%(3s), 200%(Immediate protection) 12 Control mode V/F control or Vector control 13 Analog input 0~10V/4~20mA 14 Analog output 0~10V/4~20mA Optional (2 channels) 15 Boolean input/output Communications/Default point (expandable) 16 Acc & Dec time (S) 0.1~3000s 17 Altitude
Product Structure 1. Bypass Cabinet (Optional) The by-pass cabinet or switching cabinet may employ isolating breaker, vacuum contactor or the combination, depending on the user¡¯s working conditions. The function of by-pass cabinet is to put the motor into operation in industry frequency grid after the WLD-HVF exits, so as to ensure the continuity of user¡¯s production. The switching cabinet is designed to divert the WLD-HVF output to different motors. 2. Transformer Cabinet Used for installation of Phase-shift transformer, it is dry type transformer with functions of temperature display and over-heat protection, also with insulation grade of H. The secondary multi-winding output provides phase-shift power supply to the power unit. This can greatly improve the current waveform on grid side and reduce the harmonic interference of the equipment to power grid lower of the National Criterion. 3. Power Unit Cabinet Used for installation of power units, which adopted imported high quality components inside, all power units are installed on the sliding seat, it is very easy to replace. 4. Control Cabinet Used for installation of low voltage control components, there are controller, PLC, UPS, Electric siren, DC 24V power supply, Control Power Source Switch, Wiring Terminals, Touch Screen, Operation Button etc. The equipment adopted fiber optical communications, which has a very good EMI restraining performance; The transformer, control cabinet and all power units, are built in temperature protection, so it will be maintenance free. Technical Features Voltage source High-high frequency inverter, it can realize No-step speed regulation, which makes the typical motors into intelligent motors. Low harmonics input and high power factor, the typical value for power factor is 0.95 through whole speed regulation, even more higher, no need for power factor compensation. WLD-HVF output few harmonics, the motor does not generate extra heat and noise. Modularized design of power units, interchangeable and easy to produce and repair, the equipment can find any fault exactly based on advanced diagnostic procedures in MPU. The inverter still can operate even the faults for part of power units exists, if there are faults happen for inverter, the system can switch to power frequency through bypass function. Applicable to all kinds of power grid at home and abroad and suitable for typical high voltage motor. Colorful touch screen, easy to operate and maintenance. Able to realize remote control, DCS operation and communications with Host, and support all kinds of communications interfaces such as CAN, Profibus, Modbus, RS232, RS485 etc. Applied latest components, master control chip adopted TI¡¯s DSP F28335 and ALTERA¡¯s FPGA of EP3C to realize powerful processing capacity; Sampling adopted AD¡¯s AD7606 with 16 bit to ensure control accuracy of the system. The switchgear can satisfy safety requirements, and the pressure-relief channel of high voltage switch can ensure safe use of operators. Technical Parameters Series No Parameters Value 1 HVF Capacity(KVA) 250~8750kVA 2 Power of adaptive motor(KW) 200~7000KW 3 Input Frequency(Hz) 45~65Hz 4 Harmonics contents injected to power grid 0.95%(>20% of rated load) 7 Efficiency >96%(under a rated load) 8 Output frequency(Hz) 0.5~120Hz 9 Precision of output frequency 0.01Hz 10 Rated output current(A) 36~600A 11 Overload capability 120%(1min), 150%(3s), 200%(Immediate protection) 12 Control mode V/F control or Vector control 13 Analog input 0~10V/4~20mA 14 Analog output 0~10V/4~20mA Optional (2 channels) 15 Boolean input/output Communications/Default point (expandable) 16 Acc & Dec time (S) 0.1~3000s 17 Altitude
1. Varied battery management styles 2. 24 hours automatically monitoring 3. Wi-fi and hotspot connect method 4. High extensibility of hardware allows user to manage big amount of battery 5. B-TEK special forecast scatter chart 6. E-mail alarm notification 7. Monitoring item includes battery volt., temperature, DCR, micro-discharging volt. and EMF 8. B-TEK unique AI forecast function 9. Support Modbus TCP/IP, RTU and LAN method UPS system as the important equipment to the stable power supply needs a great amount of battery as a back-up power source. Due to the enormous amount of the batteries, it makes it hard to carry out the manual maintenance. To maintain the discharge ability during the outage, regularly manual detection is needed. However traditional battery discharge test needs battery offline. It's time-consuming and increasing the cost. BMS system can improve the risk of manual measurement, battery deterioration, and power failure, changing battery according to the actual condition of batteries. Besides, the automatic battery equalization function can extend battery life. Not only can it raise the reliability, lower the cost of battery failure, decreasing manual labor also increasing the stuff safety by avoiding direct contact with the electric device. BMU is installed to the individual battery, collecting the data and send it to the UMW to analyze. BMU is powered by the detected battery, therefore the extra power is not needed, This unit applies to a lead-acid battery, nickel-cadmium battery, lithium battery. BMU analyzes 5 parameters: terminal voltage, temperature, dc resistance, micro-discharging voltage, and electromotive force. Bu analysis, the system finds the deteriorated reasons for the battery and do the predictive maintenance. The groove on the back of BMU allows it to attach on the mounting rail. Dimension is 75*57*31mm. Reverse connection protection function will keep the internal circuit of BMU intact from a reverse connection. CMU connects to the charger and UMW. The main purpose is to monitor the current of the charger and the total voltage of the battery bank. The groove on the back of the CMU allows it to attach on the mounting rail. Dimension is 75*57*31mm.UMW provides the website browsing function, the user can access the real-time data, historical data, forecast scatter chart, line or curve graph through it. We can utilize a computer, mobile phone or tablet to remotely access the system through ethernet and hotspot function. Besides that, we can also use the FTP and VNC software to remotely access the data or control the system. When the system detects the abnormal parameter, it will automatically send the email notification and inform the users. Another AI function can provide a maximum of three years predicted data of the battery by analyzing the historical data. Efficiently manage the energy system Website: http://www.b-tek.com.tw/en/web/
All HIMA products mentioned in this manual are protected by the HIMA trade-mark. Unless noted otherwise, this also applies to other manufacturers and their respective products referred to herein. All of the instructions and technical specifications in this manual have been written with great care and effective quality assurance measures have been implemented to ensure their validity. For questions, please contact HIMA directly. HIMA appreciates any suggestion on which information should be included in the manual. Equipment subject to change without notice. HIMA also reserves the right to modify the written material without prior notice. The safety-related F35 controller is a compact system located in a metal enclosure with 24 digital inputs, 8 digital outputs, 2 counters and 8 analog inputs. The controller is available in 3 model variants for SILworX and 3 model variants for ELOP II Factory, see Chapter 3.2. All variants are described in this manual. The device is suitable for mounting in Ex-zone 2, see Chapter 4.1.5. The device has been certified by the TÃ??V for safety-related applications up to SIL 3 (IEC 61508, IEC 61511 and IEC 62061), Cat. 4 (EN 954-1) and PL e (EN ISO 13849-1). Further safety standards, application standards and test standards are specified in the certificate available on the HIMA website.
The safe decision. productnews The new communication modules enable the programming of the CPUs with ELOP II via Ethernet. These are used with the CPUs which are also new: F 8650X/F 8652X (safe CPU for H51q/H41q systems) F 8651X/F 8653X (non-safe CPU for H51q/H41q systems) The already existing communication modules F 8627 and F 8628 are still available in the product portfolio. Issue March 2006_Page 1/2 Applications/Accompanying products Part numbers/Delivery date F 8627X: 98 4862765 F 8628X: 98 4862865 Delivery date: immediately 2 new communication modules for H41q/H51q systems â?¢ F 8627X: Communication module for the protocols safeethernet and OPC DA via HIMA OPC server New: OPC A&E via HIMA OPC server, MODBUS-TCP slave and ELOP II programming via Ethernet (from ELOP II V. 4.1) Function Even more protocols! F8627X/F8628X Dimensions and weight â?¢ F 8628X: Communication module for the protocol Profibus DP slave New: ELOP II programming via Ethernet (from ELOP II V. 4.1) 19-inch module for H41q/H51q systems 3 height units (HU), 3 x 44.45 mm 4 width units (WU), 4 x 5.08 mm
The PLC Gateway D225 is a converter for converting the data protocol of Mitsubishi PLC into Modbus TCP RTU protocol. The D225 can store the I/O data of the PLC to the gateway through the RS-232 or RS-485 serial port of Mitsubishi PLC. The gateway transmits the data to the cloud platform through the Modbus protocol, and also allows your software to pass through the local area network anywhere. Or Internet access to serial port devices. 1.Built-in industrial grade ARM CortexTM core, high performance, low power consumption, stable and reliable. 2.Converting the data protocol of Mitsubishi PLC into Modbus TCP protocol,then connect to cloud. Support 1 channel RS-232, 1 channel RS-485 and 1 channel TTL. 3.Support 1 channel RJ45 Ethernet port 4.Support RESET button to restore factory function (long press for 3 seconds to recover) to prevent parameter setting error. 5.Using metal shell material, protection grade IP30, metal shell and system safety isolation, especially suitable for industrial control applications. 6.Using configuration software to set device parameters, support WIN XP, WIN 7, WIN 8 and WIN 10, friendly interface. 7.Support static IP address or DHCP to obtain IP address automatically, and query the devices in the network through UDP broadcast protocol. 8.Support local HMI touch screen and remote simultaneous access to PLC for data acquisition and monitoring. 9.Support server domain name resolution. Support firmware upgrade through TTL, firmware update is more convenient.
HR310 Series Digital Pressure Transmitter 1.overview HR310 series digital pressure transmitter is one of excellent products in our company, Which use advanced and mixed signal processing technology and unique compensation methods to realize high precision digital pressure measurement, Full scale digital linear calibration, full temperature digital compensation, compensation parameter stored in nonvolatile memory, multiple safety protection system to avoid the products cannot be used due to calibrate parameter lost; part of Circuits have power and watchdog monitor, mechanical part with full seal stainless steel structure, both of them remarkably improve the reliability of transmitter. The high precision digital pressure transmitter is widely and successfully used in many industries, such as pressure measurement in industrial process, hydrology and water conservancy, and geological prospecting etc. 2. Features High stable pressure sensing unit, with long-term stability High precision, up to 0.05ï¼?F.S(Linearity, repeatability, hysteresis); Adopts mixed signal microprocessor and Higher order fitting algorithm to realize high precision compensation Standard RS485 MODBUS-RTU Protocol, can be used in DCS or PLC system Low power consumption, when operating at full scale then the power consumptions about 4mA, outstanding advantage when use outside battery supply Anti-surge, electromagnetic interference
Novel design, beautiful&firm appearance, frame structure is easy to disassemble, easy to maintain Choosing the compressor with international famous brand, equipped with two internal thread type condenser and evaporatormore excellent dehumidifying effects. The operation is simple and convenient, displaying temperature and humidity Centrifugal or external rotor fan with high efficiency, small size, large air volume, low noise and long life Humidity is set at 10 ~ 98% RHwhich is continuously adjustable.when the humidity is set at 10%RH,dehumidifying function is forced to operate Automatic defrosting system with High efficiency Also applicable to low temperature environment Fault alarming output interface, linkage control with other equipment can be achieved(optional) High voltage and low voltage system protection function,to ensure the safe and reliabe operation of the machine RS485 interface(Using Modbus communication protocol), remote switch control,humidity setting and actual operating condition monitoring of the machine can be realized(optional) Support double plate operation, local and remote control functions can be realized (optional) Support placing operational plate far from machine,the distance can reached 50m (optional) Using special materialintegral explosion proofeffectively improve the safety of equipment.
The Cellular Electricity Power IoT RTU is a powerful smart meter used for power internet of things solution, is special using for remote monitoring 100~400VAC of 3-Phase electricity power distribution safety and measurement, can measuring the 3-phase 3-wire, 3-phase 4-wire distribution power voltage, current, factor, watts, frequency, apparent power, active power, reactive power, active energy, reactive energy. Also, it provides Dual SIM, 2 digital inputs, 2 relay outputs, 1 ambient sensor input for monitoring onsite temperature and humidity, also 1 RS485 for extend I/O to monitoring oil level and temperature or read meters. 1. Can be operated from anywhere, no distance limitation; 2. Quad band 850/900/1800/1900Mhz GSM GPRS Module inside. 3. 3G/4G/NB-IoT Modules are optional, LCD Display is optional; 4. Modular design, can easily upgrade the cellular module if network upgrade; 5. Embedded ARM�® Cortexâ?¢-M4 32 Bit RISC Core, 168 MHz inside, RTOS system, reliable performance with anti-jamming and in-built watchdog; 6. High isolate voltage, current and voltage input signal isolated by accuracy transformer, afford arrive DC2500V; 7. Working Voltage: 60~500VAC or 70~800VDC; 8. 3-phase 3 wires or 4 wires power parameter measurement, include voltage, current, factor, watts, frequency, apparent power, active power, reactive power, active energy, reactive energy, phase loss; 9. Measurement range: AC100~400VAC, currant range: 5A, other range should use CT; 10. 2 digital inputs, compatibles dry and wet contact, 2 relay output (5A/30VDC, 5A/250VAC), compatibles pulse outputs; 11. 1 ambient sensor input for monitoring onsite temperature and humidity ; 12. 1 RS485 port, supports Modbus RTU Master and Slave, can be used to extend I/O ports or meters; 13. Provides 1 channel DC power source output for external device, saving wiring cost; 14. Each parameter can setup threshold, when exceed or recovery will alarm immediately; 15. Can monitoring phase loss, when occurs will alarm immediately. 16. Inbuilt inter-lock logic programmer and powerful timer program function. 17. Resend the data while communication failure and alert to users by SMS; 18. Inbuilt TCP/IP protocol stack, supports cloud, APP and web server applications; 19. Supports Modbus TCP, Modbus RTU protocol and transparent transmission, can be used as master and slaves, can integrate to SCADA, HMI, DSC directly; 20. Supports USB setting, reading, records inquiry and firmware upgrade;
for the measurement of electrical variables in heavy current power system RISH Ducer M40 (Fig. 1) is a programmable transducer with a RS 485 bus interface (MODBUS ). It supervises several variables of an electrical power system simultaneously and generates 4 proportional analogue output signals. The RS 485 interface enables the user to determine the number of variables to be supervised (up to the maximum available). The levels of all internal counters that have been configured (max. 4) can also viewed. Provision is made for programming the RISH Ducer M40 via the bus. A standard EIA 485 interface can be used, but there is no dummy load resistor for the bus. The transducers are also equipped with an RS 232 serial interface to which a PC with the corresponding software can be connected for programming or accessing and executing useful ancillary functions. This interface is needed for bus operation to configure the device address, the Baud rate and possibly increasing the telegram waiting time (if the master is too slow) defined in the MODBUS protocol. The usual methods of connection, the types of measured variables, their ratings, the transfer characteristic for each output and the type of internal energy metering are the main parameters that can be programmed. The ancillary functions include a power system check, provision for displaying the measured variably on a PC monitor, the simulation of the outputs for test purposes and a facility for printing nameplates. The transducer fulfils all the essential requirements and regulations concerning electromagnetic compatibility(EMC) and safety (IEC 1010 resp. EN 61 010). It was developed and is manufactured and tested in strict accordance with the quality assurance standard ISO 9001. nSimultaneous measurement of several variables of a heavycurrent power system / Full supervision of an asymmetrically loaded four-wire power system, rated current 1 to 6 A, rated voltage 57 to 400 V (phase to neutral) or 100 to 693 V (phase-ton phase) nFor all heavy-current power system variables n4 analogue outputs nInput voltage up to 693 V (phase-to-phase) nUniversal analogue outputs (programmable) High accuracy: U/I 0.2% and P 0.25% (under reference nconditions) 4 integrated energy meters, storage every each 203 s, storage nfor: 20 years Windows software with password protection for programming, data analysis, power system status simulation, acquisition of nmeter data and making settings DC-,AC-power pack with wide power supply tolerance / nuniversal Provision for either snapping the transducer onto top-hat rails or securing it with screws to a wall or panel
